DDRH/RSDH Series: Ultra-wide Voltage Input DC-DC Converter

56 products

MEAN WELL DDRH & RSDH Series

MEAN WELL DDRH & RSDH High-Voltage DC-DC Converters

  • Comparison
  • Technical Specs
  • Power Range
  • Applications

DDRH vs. RSDH Series

Both series utilize high-voltage input architectures designed to provide stable low-voltage auxiliary power from high-voltage DC bus systems. The key differences lie in their mechanical integration:

  • DDRH Series (DIN Rail): Optimized for control cabinet installation. It easily snaps onto TS-35/7.5 or 15 rails, making it ideal for distributed industrial automation and energy storage setups.
  • RSDH Series (Chassis Mount): Optimized for direct mounting to machine frames, panels, or within protective enclosures. It features a low-profile 1U form factor for systems where DIN rail space is unavailable.

Shared Technical Specifications

Parameter Specification Detail
Ultra-Wide Input 150 ~ 1500VDC or 250 ~ 1500VDC (Model dependent)
Surge Handling Withstand 1700VDC surge for 10 seconds
Isolation 4KVAC Reinforced I/O Isolation
Operating Temp. -40°C to +80°C (Fanless/Conduction cooling)
Safety Standards IEC 62109-1 (PV Standard), OVC III Compliance

Series Power Range Overview

Series Mounting Wattage Classes Output Voltages
DDRH DIN Rail 30W, 45W, 60W 12V, 24V, 48V
RSDH Chassis Mount 150W, 300W 12V, 24V, 32V, 48V
Scalability: These converters are ideal for auxiliary power, providing a stable low-voltage output to power controllers, sensors, and communication devices directly from high-voltage DC lines.

Application & Design Benefits

Industry Key Application
Photovoltaic (PV) Powering string inverters and monitoring gateways directly from the DC string.
Energy Storage (ESS) Powering Battery Management Systems (BMS) from high-voltage battery stacks.
Industrial DC Bus Auxiliary power for PLC/HMI in high-voltage microgrids or factory floors.
Charging Piles Stable auxiliary power for charging station control logic.
Design Note: Both series feature a half-encapsulated design to improve thermal performance in harsh environments while maintaining robust mechanical durability. Ensure proper derating is observed if the ambient temperature exceeds 55°C.
  • RSDH-300-48

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    MEAN WELL RSDH-300 series: High-Voltage DC/DC Converter - RSDH-300-48

    The MEAN WELL RSDH-300-48 is an enclosed DC/DC converter with a 250–1500 VDC input and a 48 V, 6.25 A output rated at 300 W. Its fanless, half-encapsulated construction provides reinforced 4 kVAC input-to-output isolation in a 41 mm-high enclosure. Output voltage is adjustable over 48–58 V. Select the load using the input-voltage, ambient-temperature and altitude curves, and fit the required external 4 A / 1500 VDC input fuse. Product Datasheet Download MEAN WELL RSDH-300 Datasheet (PDF) The RSDH-300 section is on PDF pages 44, 45, 46, 47. Refer to the complete mechanical drawings and notes when planning installation. Model and Output Ratings Full model RSDH-300-48 Series RSDH-300 DC output voltage 48 V Rated output current 6.25 A Rated output power 300 W Output current range 0–6.25 A Output voltage adjustment range 48–58 V Maximum ripple and noise 300 mVp-p Voltage tolerance ±1.0% Line regulation ±0.5% Load regulation ±1.0% Maximum external capacitive load 2000 µF The final model suffix identifies the nominal output voltage. Use the +ADJ control to set the output within the specified range, while keeping the current, power and environmental limits. Suitable applications include photovoltaic and renewable-energy equipment, high-voltage frequency conversion, industrial control, semiconductor fabrication, electromechanical equipment, centralized DC buses, energy storage and charging infrastructure. Third-rail use is listed as an application; system-level installation and qualification remain application-specific. DC Input and Efficiency Continuous DC input range 250–1500 VDC Input range ratio 6:1 Surge input withstand 1700 VDC for 10 seconds Typical efficiency at 300 VDC 91% Typical efficiency at 800 VDC 91% Typical efficiency at 1500 VDC 87% Maximum cold-start inrush current 500 A at 1500 VDC; 300 A at 800 VDC; 120 A at 300 VDC Required external input fuse 4 A / 1500 VDC Normal measurement conditions 800 VDC input, rated load and 25°C ambient Nominal switching frequency 65 kHz The 1700 VDC statement is a 10-second surge-withstand condition, not an extension of the continuous input range. Input-dependent load limits also apply within the 250–1500 VDC operating range. Ripple and noise are measured at 20 MHz bandwidth using a 12-inch twisted pair terminated with parallel 0.1 µF and 47 µF capacitors. Voltage tolerance includes set-up tolerance, line regulation and load regulation. Protection and Recovery Protection functions Short circuit, overload, overvoltage, overtemperature, DC input undervoltage and reverse polarity Overload threshold 105–135% of rated output power Overload with output below 55% of rated voltage Hiccup mode; automatic recovery after the fault is removed Overload with output at 55–100% of rated voltage Constant-current limiting; automatic recovery after the fault is removed Output overvoltage threshold 62–70 V Overvoltage recovery Hiccup mode; automatic recovery after the fault is removed Overtemperature recovery Hiccup mode; automatic recovery after the fault is removed Input reverse-polarity protection Internal bridge diode; no damage, with automatic recovery after the fault is removed Input undervoltage protection range 200–225 VDC Input undervoltage release range 225–246.5 VDC Undervoltage protection and release thresholds describe the protective response. They do not lower the 250 VDC minimum continuous operating input or remove the input-voltage derating requirement. Correct the fault before returning to normal service. Use the external input fuse specified for this converter in addition to its internal electronic protection. Cooling and Ambient-Temperature Derating Construction and cooling Half encapsulated; fanless free-air convection Published curve orientation Vertical Working ambient range −40 to +80°C, subject to derating Load at −40°C 50% Full-load ambient interval 0–55°C Load at 70°C 55% Load at 75°C 40% Load at 80°C 30% Follow the plotted transition from 50% load at −40°C to 100% at 0°C. Above 55°C, reduce the load along the thermal curve through the stated 70°C, 75°C and 80°C points. The maximum ambient temperature does not permit full rated output. Install the unit in the orientation used by the curves and maintain free convection around the enclosure. Leave access and clearance for power wiring, the fuse holder and the adjustment control. Input-Voltage and Altitude Derating Load at 250 VDC 40% Load at 300 VDC 80% Full-load input interval 320–1400 VDC Load at 1500 VDC 80% Maximum operating altitude 5000 m Altitude load factor through 2000 m 100% Altitude load factor at 5000 m 45% Altitude temperature adjustment Above 2000 m, reduce permissible ambient temperature by 3.5°C per additional 1000 m Overvoltage category condition OVC II at 2000 m, according to EN 62109-1 Use the rising input curve from 250 to 320 VDC and the falling curve from 1400 to 1500 VDC; full output is available only where the other operating limits also allow it. Above 2000 m, the altitude curve decreases from 100% to 45% at 5000 m. Multiply this altitude factor by the regular power-limit factor. Apply the ambient-temperature adjustment as well; the altitude rating and OVC II reference describe different conditions. Terminal Assignment and Installation TB1 pin 1 DC input +Vin TB1 pin 2 DC input −Vin TB2 pin 1 FG / protective earth TB2 pin 2 DC output −Vo TB2 pin 3 DC output +Vo Output adjustment control +ADJ Case reference 270D Catalogue dimensions, L × W × H 237 × 100 × 41 mm Enclosure height 41 mm / 1U low profile Drawing tolerance ±1 mm Mounting references 229 mm longitudinal reference; 83.5 mm and 84 mm transverse references on the marked sides. Mounting callouts are Ø5.2, L = 6.6 mm and 3 × Ø4.2, L = 6 mm at the indicated positions. Use the numbered terminal assignments for this model. Connect the marked FG terminal to the installation protective-earth system. Keep the input and output circuits distinct and select conductors and terminations for the applicable voltage and current. Place the required external fuse and holder in the positive DC input lead as shown in the wiring diagram. Follow the mechanical drawing for the mounting points; enclosure dimensions do not include external wiring and cable-bend clearance. Required Fuse and Compatible Ordering Reference External fuse specification 4 A / 1500 VDC Suggested fuse manufacturer WalterFuse Fuse manufacturer part number WJ30-4 Fuse-holder manufacturer part number WJ30-H MEAN WELL fuse-plus-holder ordering reference WJ30-4_WJ30-H Accessory function External input fuse and holder for the positive DC input lead Select the listed fuse-and-holder combination, or confirm a suitable equivalent for the required DC voltage and current rating. Confirm the accessory supply separately when ordering the converter. Environmental, Reliability and Mass Data Working humidity 20–90% RH, non-condensing Storage temperature and humidity −40 to +80°C; 10–95% RH, non-condensing Temperature coefficient ±0.03%/°C over 0–55°C Component vibration 10–500 Hz, 3 G; 10 minutes per cycle and 60 minutes on each X, Y and Z axis Mounting-clip vibration reference IEC 60068-2-6 Minimum MTBF, Telcordia SR-332 277.9K hours Minimum MTBF, MIL-HDBK-217F 99.1K hours at 25°C Unit mass, catalogue PACKING reference 1100 g Catalogue packing 1.1 kg; 10 units / 12.7 kg / 0.8 CUFT Catalogue warranty 3 years The mass is the explicit per-unit catalogue packing reference. It is not a measured installed mass or the gross shipping weight of an individual parcel. Safety, Isolation and EMC Catalogue-listed safety approvals UL 1741; CSA C22.2 No.107.1-16; IEC 62109-1; BS EN / EN 62109-1; EAC TP TC 004 Input-to-output withstand voltage 4 kVAC; reinforced isolation Input-to-FG withstand voltage 3.75 kVAC Output-to-FG withstand voltage 2 kVAC Input-to-output isolation resistance 100 MΩ at 500 VDC, 25°C and 70% RH Conducted emissions BS EN / EN 55032 (CISPR 32), Class A Radiated emissions BS EN / EN 55032 (CISPR 32), Class A Immunity standards BS EN / EN 55035; BS EN / EN 61000-6-2 ESD, EN 61000-4-2 Level 3, 8 kV air; level 2, 4 kV contact; criterion A Radiated susceptibility, EN 61000-4-3 Level 3; criterion A EFT/burst, EN 61000-4-4 Level 3, 2 kV; criterion A Surge, EN 61000-4-5 Level 4; 2 kV between +Vin and −Vin, 4 kV between input and FG Conducted immunity, EN 61000-4-6 Level 3, 10 V; criterion A Magnetic field, EN 61000-4-8 Level 4; criterion A The converter is a component intended for installation in final equipment. Reconfirm the complete equipment’s EMC compliance after integration. Component approvals and isolation ratings do not certify the complete system.

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  • RSDH-300-32

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    MEAN WELL RSDH-300 series: High-Voltage DC/DC Converter - RSDH-300-32

    The MEAN WELL RSDH-300-32 is an enclosed DC/DC converter with a 250–1500 VDC input and a 32 V, 9.37 A output rated at 300 W. Its fanless, half-encapsulated construction provides reinforced 4 kVAC input-to-output isolation in a 41 mm-high enclosure. Output voltage is adjustable over 30–36 V. Select the load using the input-voltage, ambient-temperature and altitude curves, and fit the required external 4 A / 1500 VDC input fuse. Product Datasheet Download MEAN WELL RSDH-300 Datasheet (PDF) The RSDH-300 section is on PDF pages 44, 45, 46, 47. Refer to the complete mechanical drawings and notes when planning installation. Model and Output Ratings Full model RSDH-300-32 Series RSDH-300 DC output voltage 32 V Rated output current 9.37 A Rated output power 300 W Output current range 0–9.37 A Output voltage adjustment range 30–36 V Maximum ripple and noise 240 mVp-p Voltage tolerance ±1.0% Line regulation ±0.5% Load regulation ±1.0% Maximum external capacitive load 4000 µF The final model suffix identifies the nominal output voltage. Use the +ADJ control to set the output within the specified range, while keeping the current, power and environmental limits. Suitable applications include photovoltaic and renewable-energy equipment, high-voltage frequency conversion, industrial control, semiconductor fabrication, electromechanical equipment, centralized DC buses, energy storage and charging infrastructure. Third-rail use is listed as an application; system-level installation and qualification remain application-specific. DC Input and Efficiency Continuous DC input range 250–1500 VDC Input range ratio 6:1 Surge input withstand 1700 VDC for 10 seconds Typical efficiency at 300 VDC 88% Typical efficiency at 800 VDC 90% Typical efficiency at 1500 VDC 87% Maximum cold-start inrush current 500 A at 1500 VDC; 300 A at 800 VDC; 120 A at 300 VDC Required external input fuse 4 A / 1500 VDC Normal measurement conditions 800 VDC input, rated load and 25°C ambient Nominal switching frequency 65 kHz The 1700 VDC statement is a 10-second surge-withstand condition, not an extension of the continuous input range. Input-dependent load limits also apply within the 250–1500 VDC operating range. Ripple and noise are measured at 20 MHz bandwidth using a 12-inch twisted pair terminated with parallel 0.1 µF and 47 µF capacitors. Voltage tolerance includes set-up tolerance, line regulation and load regulation. Protection and Recovery Protection functions Short circuit, overload, overvoltage, overtemperature, DC input undervoltage and reverse polarity Overload threshold 105–135% of rated output power Overload with output below 55% of rated voltage Hiccup mode; automatic recovery after the fault is removed Overload with output at 55–100% of rated voltage Constant-current limiting; automatic recovery after the fault is removed Output overvoltage threshold 40–48 V Overvoltage recovery Hiccup mode; automatic recovery after the fault is removed Overtemperature recovery Hiccup mode; automatic recovery after the fault is removed Input reverse-polarity protection Internal bridge diode; no damage, with automatic recovery after the fault is removed Input undervoltage protection range 200–225 VDC Input undervoltage release range 225–246.5 VDC Undervoltage protection and release thresholds describe the protective response. They do not lower the 250 VDC minimum continuous operating input or remove the input-voltage derating requirement. Correct the fault before returning to normal service. Use the external input fuse specified for this converter in addition to its internal electronic protection. Cooling and Ambient-Temperature Derating Construction and cooling Half encapsulated; fanless free-air convection Published curve orientation Vertical Working ambient range −40 to +80°C, subject to derating Load at −40°C 50% Full-load ambient interval 0–55°C Load at 70°C 55% Load at 75°C 40% Load at 80°C 30% Follow the plotted transition from 50% load at −40°C to 100% at 0°C. Above 55°C, reduce the load along the thermal curve through the stated 70°C, 75°C and 80°C points. The maximum ambient temperature does not permit full rated output. Install the unit in the orientation used by the curves and maintain free convection around the enclosure. Leave access and clearance for power wiring, the fuse holder and the adjustment control. Input-Voltage and Altitude Derating Load at 250 VDC 40% Load at 300 VDC 80% Full-load input interval 320–1400 VDC Load at 1500 VDC 80% Maximum operating altitude 5000 m Altitude load factor through 2000 m 100% Altitude load factor at 5000 m 45% Altitude temperature adjustment Above 2000 m, reduce permissible ambient temperature by 3.5°C per additional 1000 m Overvoltage category condition OVC II at 2000 m, according to EN 62109-1 Use the rising input curve from 250 to 320 VDC and the falling curve from 1400 to 1500 VDC; full output is available only where the other operating limits also allow it. Above 2000 m, the altitude curve decreases from 100% to 45% at 5000 m. Multiply this altitude factor by the regular power-limit factor. Apply the ambient-temperature adjustment as well; the altitude rating and OVC II reference describe different conditions. Terminal Assignment and Installation TB1 pin 1 DC input +Vin TB1 pin 2 DC input −Vin TB2 pin 1 FG / protective earth TB2 pin 2 DC output −Vo TB2 pin 3 DC output +Vo Output adjustment control +ADJ Case reference 270D Catalogue dimensions, L × W × H 237 × 100 × 41 mm Enclosure height 41 mm / 1U low profile Drawing tolerance ±1 mm Mounting references 229 mm longitudinal reference; 83.5 mm and 84 mm transverse references on the marked sides. Mounting callouts are Ø5.2, L = 6.6 mm and 3 × Ø4.2, L = 6 mm at the indicated positions. Use the numbered terminal assignments for this model. Connect the marked FG terminal to the installation protective-earth system. Keep the input and output circuits distinct and select conductors and terminations for the applicable voltage and current. Place the required external fuse and holder in the positive DC input lead as shown in the wiring diagram. Follow the mechanical drawing for the mounting points; enclosure dimensions do not include external wiring and cable-bend clearance. Required Fuse and Compatible Ordering Reference External fuse specification 4 A / 1500 VDC Suggested fuse manufacturer WalterFuse Fuse manufacturer part number WJ30-4 Fuse-holder manufacturer part number WJ30-H MEAN WELL fuse-plus-holder ordering reference WJ30-4_WJ30-H Accessory function External input fuse and holder for the positive DC input lead Select the listed fuse-and-holder combination, or confirm a suitable equivalent for the required DC voltage and current rating. Confirm the accessory supply separately when ordering the converter. Environmental, Reliability and Mass Data Working humidity 20–90% RH, non-condensing Storage temperature and humidity −40 to +80°C; 10–95% RH, non-condensing Temperature coefficient ±0.03%/°C over 0–55°C Component vibration 10–500 Hz, 3 G; 10 minutes per cycle and 60 minutes on each X, Y and Z axis Mounting-clip vibration reference IEC 60068-2-6 Minimum MTBF, Telcordia SR-332 277.9K hours Minimum MTBF, MIL-HDBK-217F 99.1K hours at 25°C Unit mass, catalogue PACKING reference 1100 g Catalogue packing 1.1 kg; 10 units / 12.7 kg / 0.8 CUFT Catalogue warranty 3 years The mass is the explicit per-unit catalogue packing reference. It is not a measured installed mass or the gross shipping weight of an individual parcel. Safety, Isolation and EMC Catalogue-listed safety approvals UL 1741; CSA C22.2 No.107.1-16; IEC 62109-1; BS EN / EN 62109-1; EAC TP TC 004 Input-to-output withstand voltage 4 kVAC; reinforced isolation Input-to-FG withstand voltage 3.75 kVAC Output-to-FG withstand voltage 2 kVAC Input-to-output isolation resistance 100 MΩ at 500 VDC, 25°C and 70% RH Conducted emissions BS EN / EN 55032 (CISPR 32), Class A Radiated emissions BS EN / EN 55032 (CISPR 32), Class A Immunity standards BS EN / EN 55035; BS EN / EN 61000-6-2 ESD, EN 61000-4-2 Level 3, 8 kV air; level 2, 4 kV contact; criterion A Radiated susceptibility, EN 61000-4-3 Level 3; criterion A EFT/burst, EN 61000-4-4 Level 3, 2 kV; criterion A Surge, EN 61000-4-5 Level 4; 2 kV between +Vin and −Vin, 4 kV between input and FG Conducted immunity, EN 61000-4-6 Level 3, 10 V; criterion A Magnetic field, EN 61000-4-8 Level 4; criterion A The converter is a component intended for installation in final equipment. Reconfirm the complete equipment’s EMC compliance after integration. Component approvals and isolation ratings do not certify the complete system.

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  • RSDH-300-24

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    MEAN WELL RSDH-300 series: High-Voltage DC/DC Converter - RSDH-300-24

    The MEAN WELL RSDH-300-24 is an enclosed DC/DC converter with a 250–1500 VDC input and a 24 V, 12.5 A output rated at 300 W. Its fanless, half-encapsulated construction provides reinforced 4 kVAC input-to-output isolation in a 41 mm-high enclosure. Output voltage is adjustable over 24–29 V. Select the load using the input-voltage, ambient-temperature and altitude curves, and fit the required external 4 A / 1500 VDC input fuse. Product Datasheet Download MEAN WELL RSDH-300 Datasheet (PDF) The RSDH-300 section is on PDF pages 44, 45, 46, 47. Refer to the complete mechanical drawings and notes when planning installation. Model and Output Ratings Full model RSDH-300-24 Series RSDH-300 DC output voltage 24 V Rated output current 12.5 A Rated output power 300 W Output current range 0–12.5 A Output voltage adjustment range 24–29 V Maximum ripple and noise 240 mVp-p Voltage tolerance ±1.0% Line regulation ±0.5% Load regulation ±1.5% Maximum external capacitive load 5000 µF The final model suffix identifies the nominal output voltage. Use the +ADJ control to set the output within the specified range, while keeping the current, power and environmental limits. Suitable applications include photovoltaic and renewable-energy equipment, high-voltage frequency conversion, industrial control, semiconductor fabrication, electromechanical equipment, centralized DC buses, energy storage and charging infrastructure. Third-rail use is listed as an application; system-level installation and qualification remain application-specific. DC Input and Efficiency Continuous DC input range 250–1500 VDC Input range ratio 6:1 Surge input withstand 1700 VDC for 10 seconds Typical efficiency at 300 VDC 88% Typical efficiency at 800 VDC 90% Typical efficiency at 1500 VDC 86% Maximum cold-start inrush current 500 A at 1500 VDC; 300 A at 800 VDC; 120 A at 300 VDC Required external input fuse 4 A / 1500 VDC Normal measurement conditions 800 VDC input, rated load and 25°C ambient Nominal switching frequency 65 kHz The 1700 VDC statement is a 10-second surge-withstand condition, not an extension of the continuous input range. Input-dependent load limits also apply within the 250–1500 VDC operating range. Ripple and noise are measured at 20 MHz bandwidth using a 12-inch twisted pair terminated with parallel 0.1 µF and 47 µF capacitors. Voltage tolerance includes set-up tolerance, line regulation and load regulation. Protection and Recovery Protection functions Short circuit, overload, overvoltage, overtemperature, DC input undervoltage and reverse polarity Overload threshold 105–135% of rated output power Overload with output below 55% of rated voltage Hiccup mode; automatic recovery after the fault is removed Overload with output at 55–100% of rated voltage Constant-current limiting; automatic recovery after the fault is removed Output overvoltage threshold 33–42 V Overvoltage recovery Hiccup mode; automatic recovery after the fault is removed Overtemperature recovery Hiccup mode; automatic recovery after the fault is removed Input reverse-polarity protection Internal bridge diode; no damage, with automatic recovery after the fault is removed Input undervoltage protection range 200–225 VDC Input undervoltage release range 225–246.5 VDC Undervoltage protection and release thresholds describe the protective response. They do not lower the 250 VDC minimum continuous operating input or remove the input-voltage derating requirement. Correct the fault before returning to normal service. Use the external input fuse specified for this converter in addition to its internal electronic protection. Cooling and Ambient-Temperature Derating Construction and cooling Half encapsulated; fanless free-air convection Published curve orientation Vertical Working ambient range −40 to +80°C, subject to derating Load at −40°C 50% Full-load ambient interval 0–55°C Load at 70°C 55% Load at 75°C 40% Load at 80°C 30% Follow the plotted transition from 50% load at −40°C to 100% at 0°C. Above 55°C, reduce the load along the thermal curve through the stated 70°C, 75°C and 80°C points. The maximum ambient temperature does not permit full rated output. Install the unit in the orientation used by the curves and maintain free convection around the enclosure. Leave access and clearance for power wiring, the fuse holder and the adjustment control. Input-Voltage and Altitude Derating Load at 250 VDC 40% Load at 300 VDC 80% Full-load input interval 320–1400 VDC Load at 1500 VDC 80% Maximum operating altitude 5000 m Altitude load factor through 2000 m 100% Altitude load factor at 5000 m 45% Altitude temperature adjustment Above 2000 m, reduce permissible ambient temperature by 3.5°C per additional 1000 m Overvoltage category condition OVC II at 2000 m, according to EN 62109-1 Use the rising input curve from 250 to 320 VDC and the falling curve from 1400 to 1500 VDC; full output is available only where the other operating limits also allow it. Above 2000 m, the altitude curve decreases from 100% to 45% at 5000 m. Multiply this altitude factor by the regular power-limit factor. Apply the ambient-temperature adjustment as well; the altitude rating and OVC II reference describe different conditions. Terminal Assignment and Installation TB1 pin 1 DC input +Vin TB1 pin 2 DC input −Vin TB2 pin 1 FG / protective earth TB2 pin 2 DC output −Vo TB2 pin 3 DC output +Vo Output adjustment control +ADJ Case reference 270D Catalogue dimensions, L × W × H 237 × 100 × 41 mm Enclosure height 41 mm / 1U low profile Drawing tolerance ±1 mm Mounting references 229 mm longitudinal reference; 83.5 mm and 84 mm transverse references on the marked sides. Mounting callouts are Ø5.2, L = 6.6 mm and 3 × Ø4.2, L = 6 mm at the indicated positions. Use the numbered terminal assignments for this model. Connect the marked FG terminal to the installation protective-earth system. Keep the input and output circuits distinct and select conductors and terminations for the applicable voltage and current. Place the required external fuse and holder in the positive DC input lead as shown in the wiring diagram. Follow the mechanical drawing for the mounting points; enclosure dimensions do not include external wiring and cable-bend clearance. Required Fuse and Compatible Ordering Reference External fuse specification 4 A / 1500 VDC Suggested fuse manufacturer WalterFuse Fuse manufacturer part number WJ30-4 Fuse-holder manufacturer part number WJ30-H MEAN WELL fuse-plus-holder ordering reference WJ30-4_WJ30-H Accessory function External input fuse and holder for the positive DC input lead Select the listed fuse-and-holder combination, or confirm a suitable equivalent for the required DC voltage and current rating. Confirm the accessory supply separately when ordering the converter. Environmental, Reliability and Mass Data Working humidity 20–90% RH, non-condensing Storage temperature and humidity −40 to +80°C; 10–95% RH, non-condensing Temperature coefficient ±0.03%/°C over 0–55°C Component vibration 10–500 Hz, 3 G; 10 minutes per cycle and 60 minutes on each X, Y and Z axis Mounting-clip vibration reference IEC 60068-2-6 Minimum MTBF, Telcordia SR-332 277.9K hours Minimum MTBF, MIL-HDBK-217F 99.1K hours at 25°C Unit mass, catalogue PACKING reference 1100 g Catalogue packing 1.1 kg; 10 units / 12.7 kg / 0.8 CUFT Catalogue warranty 3 years The mass is the explicit per-unit catalogue packing reference. It is not a measured installed mass or the gross shipping weight of an individual parcel. Safety, Isolation and EMC Catalogue-listed safety approvals UL 1741; CSA C22.2 No.107.1-16; IEC 62109-1; BS EN / EN 62109-1; EAC TP TC 004 Input-to-output withstand voltage 4 kVAC; reinforced isolation Input-to-FG withstand voltage 3.75 kVAC Output-to-FG withstand voltage 2 kVAC Input-to-output isolation resistance 100 MΩ at 500 VDC, 25°C and 70% RH Conducted emissions BS EN / EN 55032 (CISPR 32), Class A Radiated emissions BS EN / EN 55032 (CISPR 32), Class A Immunity standards BS EN / EN 55035; BS EN / EN 61000-6-2 ESD, EN 61000-4-2 Level 3, 8 kV air; level 2, 4 kV contact; criterion A Radiated susceptibility, EN 61000-4-3 Level 3; criterion A EFT/burst, EN 61000-4-4 Level 3, 2 kV; criterion A Surge, EN 61000-4-5 Level 4; 2 kV between +Vin and −Vin, 4 kV between input and FG Conducted immunity, EN 61000-4-6 Level 3, 10 V; criterion A Magnetic field, EN 61000-4-8 Level 4; criterion A The converter is a component intended for installation in final equipment. Reconfirm the complete equipment’s EMC compliance after integration. Component approvals and isolation ratings do not certify the complete system.

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  • RSDH-300-12

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    MEAN WELL RSDH-300 series: High-Voltage DC/DC Converter - RSDH-300-12

    The MEAN WELL RSDH-300-12 is an enclosed DC/DC converter with a 250–1500 VDC input and a 12 V, 20 A output rated at 240 W. Its fanless, half-encapsulated construction provides reinforced 4 kVAC input-to-output isolation in a 41 mm-high enclosure. Output voltage is adjustable over 12–15 V. Select the load using the input-voltage, ambient-temperature and altitude curves, and fit the required external 4 A / 1500 VDC input fuse. Product Datasheet Download MEAN WELL RSDH-300 Datasheet (PDF) The RSDH-300 section is on PDF pages 44, 45, 46, 47. Refer to the complete mechanical drawings and notes when planning installation. Model and Output Ratings Full model RSDH-300-12 Series RSDH-300 DC output voltage 12 V Rated output current 20 A Rated output power 240 W Output current range 0–20 A Output voltage adjustment range 12–15 V Maximum ripple and noise 120 mVp-p Voltage tolerance ±1.5% Line regulation ±0.5% Load regulation ±1.5% Maximum external capacitive load 8000 µF The final model suffix identifies the nominal output voltage. Use the +ADJ control to set the output within the specified range, while keeping the current, power and environmental limits. Suitable applications include photovoltaic and renewable-energy equipment, high-voltage frequency conversion, industrial control, semiconductor fabrication, electromechanical equipment, centralized DC buses, energy storage and charging infrastructure. Third-rail use is listed as an application; system-level installation and qualification remain application-specific. DC Input and Efficiency Continuous DC input range 250–1500 VDC Input range ratio 6:1 Surge input withstand 1700 VDC for 10 seconds Typical efficiency at 300 VDC 87% Typical efficiency at 800 VDC 88% Typical efficiency at 1500 VDC 86% Maximum cold-start inrush current 500 A at 1500 VDC; 300 A at 800 VDC; 120 A at 300 VDC Required external input fuse 4 A / 1500 VDC Normal measurement conditions 800 VDC input, rated load and 25°C ambient Nominal switching frequency 65 kHz The 1700 VDC statement is a 10-second surge-withstand condition, not an extension of the continuous input range. Input-dependent load limits also apply within the 250–1500 VDC operating range. Ripple and noise are measured at 20 MHz bandwidth using a 12-inch twisted pair terminated with parallel 0.1 µF and 47 µF capacitors. Voltage tolerance includes set-up tolerance, line regulation and load regulation. Protection and Recovery Protection functions Short circuit, overload, overvoltage, overtemperature, DC input undervoltage and reverse polarity Overload threshold 105–135% of rated output power Overload with output below 55% of rated voltage Hiccup mode; automatic recovery after the fault is removed Overload with output at 55–100% of rated voltage Constant-current limiting; automatic recovery after the fault is removed Output overvoltage threshold 16.5–21 V Overvoltage recovery Hiccup mode; automatic recovery after the fault is removed Overtemperature recovery Hiccup mode; automatic recovery after the fault is removed Input reverse-polarity protection Internal bridge diode; no damage, with automatic recovery after the fault is removed Input undervoltage protection range 200–225 VDC Input undervoltage release range 225–246.5 VDC Undervoltage protection and release thresholds describe the protective response. They do not lower the 250 VDC minimum continuous operating input or remove the input-voltage derating requirement. Correct the fault before returning to normal service. Use the external input fuse specified for this converter in addition to its internal electronic protection. Cooling and Ambient-Temperature Derating Construction and cooling Half encapsulated; fanless free-air convection Published curve orientation Vertical Working ambient range −40 to +80°C, subject to derating Load at −40°C 50% Full-load ambient interval 0–55°C Load at 70°C 55% Load at 75°C 40% Load at 80°C 30% Follow the plotted transition from 50% load at −40°C to 100% at 0°C. Above 55°C, reduce the load along the thermal curve through the stated 70°C, 75°C and 80°C points. The maximum ambient temperature does not permit full rated output. Install the unit in the orientation used by the curves and maintain free convection around the enclosure. Leave access and clearance for power wiring, the fuse holder and the adjustment control. Input-Voltage and Altitude Derating Load at 250 VDC 40% Load at 300 VDC 80% Full-load input interval 320–1400 VDC Load at 1500 VDC 80% Maximum operating altitude 5000 m Altitude load factor through 2000 m 100% Altitude load factor at 5000 m 45% Altitude temperature adjustment Above 2000 m, reduce permissible ambient temperature by 3.5°C per additional 1000 m Overvoltage category condition OVC II at 2000 m, according to EN 62109-1 Use the rising input curve from 250 to 320 VDC and the falling curve from 1400 to 1500 VDC; full output is available only where the other operating limits also allow it. Above 2000 m, the altitude curve decreases from 100% to 45% at 5000 m. Multiply this altitude factor by the regular power-limit factor. Apply the ambient-temperature adjustment as well; the altitude rating and OVC II reference describe different conditions. Terminal Assignment and Installation TB1 pin 1 DC input +Vin TB1 pin 2 DC input −Vin TB2 pin 1 FG / protective earth TB2 pin 2 DC output −Vo TB2 pin 3 DC output +Vo Output adjustment control +ADJ Case reference 270D Catalogue dimensions, L × W × H 237 × 100 × 41 mm Enclosure height 41 mm / 1U low profile Drawing tolerance ±1 mm Mounting references 229 mm longitudinal reference; 83.5 mm and 84 mm transverse references on the marked sides. Mounting callouts are Ø5.2, L = 6.6 mm and 3 × Ø4.2, L = 6 mm at the indicated positions. Use the numbered terminal assignments for this model. Connect the marked FG terminal to the installation protective-earth system. Keep the input and output circuits distinct and select conductors and terminations for the applicable voltage and current. Place the required external fuse and holder in the positive DC input lead as shown in the wiring diagram. Follow the mechanical drawing for the mounting points; enclosure dimensions do not include external wiring and cable-bend clearance. Required Fuse and Compatible Ordering Reference External fuse specification 4 A / 1500 VDC Suggested fuse manufacturer WalterFuse Fuse manufacturer part number WJ30-4 Fuse-holder manufacturer part number WJ30-H MEAN WELL fuse-plus-holder ordering reference WJ30-4_WJ30-H Accessory function External input fuse and holder for the positive DC input lead Select the listed fuse-and-holder combination, or confirm a suitable equivalent for the required DC voltage and current rating. Confirm the accessory supply separately when ordering the converter. Environmental, Reliability and Mass Data Working humidity 20–90% RH, non-condensing Storage temperature and humidity −40 to +80°C; 10–95% RH, non-condensing Temperature coefficient ±0.03%/°C over 0–55°C Component vibration 10–500 Hz, 3 G; 10 minutes per cycle and 60 minutes on each X, Y and Z axis Mounting-clip vibration reference IEC 60068-2-6 Minimum MTBF, Telcordia SR-332 277.9K hours Minimum MTBF, MIL-HDBK-217F 99.1K hours at 25°C Unit mass, catalogue PACKING reference 1100 g Catalogue packing 1.1 kg; 10 units / 12.7 kg / 0.8 CUFT Catalogue warranty 3 years The mass is the explicit per-unit catalogue packing reference. It is not a measured installed mass or the gross shipping weight of an individual parcel. Safety, Isolation and EMC Catalogue-listed safety approvals UL 1741; CSA C22.2 No.107.1-16; IEC 62109-1; BS EN / EN 62109-1; EAC TP TC 004 Input-to-output withstand voltage 4 kVAC; reinforced isolation Input-to-FG withstand voltage 3.75 kVAC Output-to-FG withstand voltage 2 kVAC Input-to-output isolation resistance 100 MΩ at 500 VDC, 25°C and 70% RH Conducted emissions BS EN / EN 55032 (CISPR 32), Class A Radiated emissions BS EN / EN 55032 (CISPR 32), Class A Immunity standards BS EN / EN 55035; BS EN / EN 61000-6-2 ESD, EN 61000-4-2 Level 3, 8 kV air; level 2, 4 kV contact; criterion A Radiated susceptibility, EN 61000-4-3 Level 3; criterion A EFT/burst, EN 61000-4-4 Level 3, 2 kV; criterion A Surge, EN 61000-4-5 Level 4; 2 kV between +Vin and −Vin, 4 kV between input and FG Conducted immunity, EN 61000-4-6 Level 3, 10 V; criterion A Magnetic field, EN 61000-4-8 Level 4; criterion A The converter is a component intended for installation in final equipment. Reconfirm the complete equipment’s EMC compliance after integration. Component approvals and isolation ratings do not certify the complete system.

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  • RSDH-150-48

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    MEAN WELL RSDH-150 series: High-Voltage DC/DC Converter - RSDH-150-48

    The MEAN WELL RSDH-150-48 is an enclosed DC/DC converter with a 250–1500 VDC input and a 48 V, 3.12 A output rated at 150 W. Its fanless, half-encapsulated construction provides reinforced 4 kVAC input-to-output isolation in a 41 mm-high enclosure. Output voltage is adjustable over 48–58 V. Select the load using the input-voltage, ambient-temperature and altitude curves, and fit the required external 4 A / 1500 VDC input fuse. Product Datasheet Download MEAN WELL RSDH-150 Datasheet (PDF) The RSDH-150 section is on PDF pages 40, 41, 42, 43. Refer to the complete mechanical drawings and notes when planning installation. Model and Output Ratings Full model RSDH-150-48 Series RSDH-150 DC output voltage 48 V Rated output current 3.12 A Rated output power 150 W Output current range 0–3.12 A Output voltage adjustment range 48–58 V Maximum ripple and noise 300 mVp-p Voltage tolerance ±1.0% Line regulation ±0.5% Load regulation ±1.0% Maximum external capacitive load 1000 µF The final model suffix identifies the nominal output voltage. Use the +ADJ control to set the output within the specified range, while keeping the current, power and environmental limits. Suitable applications include photovoltaic and renewable-energy equipment, high-voltage frequency conversion, industrial control, semiconductor fabrication, electromechanical equipment, centralized DC buses, energy storage and charging infrastructure. Third-rail use is listed as an application; system-level installation and qualification remain application-specific. DC Input and Efficiency Continuous DC input range 250–1500 VDC Input range ratio 6:1 Surge input withstand 1700 VDC for 10 seconds Typical efficiency at 300 VDC 90% Typical efficiency at 800 VDC 92% Typical efficiency at 1500 VDC 88% Maximum cold-start inrush current 300 A at 1500 VDC; 200 A at 800 VDC; 70 A at 250 VDC Required external input fuse 4 A / 1500 VDC Normal measurement conditions 800 VDC input, rated load and 25°C ambient Nominal switching frequency 65 kHz The 1700 VDC statement is a 10-second surge-withstand condition, not an extension of the continuous input range. Input-dependent load limits also apply within the 250–1500 VDC operating range. Ripple and noise are measured at 20 MHz bandwidth using a 12-inch twisted pair terminated with parallel 0.1 µF and 47 µF capacitors. Voltage tolerance includes set-up tolerance, line regulation and load regulation. Protection and Recovery Protection functions Short circuit, overload, overvoltage, overtemperature, DC input undervoltage and reverse polarity Overload threshold 105–135% of rated output power Overload with output below 55% of rated voltage Hiccup mode; automatic recovery after the fault is removed Overload with output at 55–100% of rated voltage Constant-current limiting; automatic recovery after the fault is removed Output overvoltage threshold 62–70 V Overvoltage recovery Hiccup mode; automatic recovery after the fault is removed Overtemperature recovery Hiccup mode; automatic recovery after the fault is removed Input reverse-polarity protection Internal bridge diode; no damage, with automatic recovery after the fault is removed Input undervoltage protection range 200–225 VDC Input undervoltage release range 225–246.5 VDC Undervoltage protection and release thresholds describe the protective response. They do not lower the 250 VDC minimum continuous operating input or remove the input-voltage derating requirement. Correct the fault before returning to normal service. Use the external input fuse specified for this converter in addition to its internal electronic protection. Cooling and Ambient-Temperature Derating Construction and cooling Half encapsulated; fanless free-air convection Published curve orientation Vertical Working ambient range −40 to +80°C, subject to derating Load at −40°C 50% Full-load ambient interval 0–55°C Load at 70°C 55% Load at 75°C 40% Load at 80°C 30% Follow the plotted transition from 50% load at −40°C to 100% at 0°C. Above 55°C, reduce the load along the thermal curve through the stated 70°C, 75°C and 80°C points. The maximum ambient temperature does not permit full rated output. Install the unit in the orientation used by the curves and maintain free convection around the enclosure. Leave access and clearance for power wiring, the fuse holder and the adjustment control. Input-Voltage and Altitude Derating Load at 250 VDC 40% Load at 300 VDC 80% Full-load input interval 320–1400 VDC Load at 1500 VDC 80% Maximum operating altitude 5000 m Altitude load factor through 2000 m 100% Altitude load factor at 5000 m 60% Altitude temperature adjustment Above 2000 m, reduce permissible ambient temperature by 3.5°C per additional 1000 m Overvoltage category condition OVC II at 2000 m, according to EN 62109-1 Use the rising input curve from 250 to 320 VDC and the falling curve from 1400 to 1500 VDC; full output is available only where the other operating limits also allow it. Above 2000 m, the altitude curve decreases from 100% to 60% at 5000 m. Multiply this altitude factor by the regular power-limit factor. Apply the ambient-temperature adjustment as well; the altitude rating and OVC II reference describe different conditions. Terminal Assignment and Installation Input pin 1 (TB1) DC input +Vin Input pin 2 (TB1) DC input +Vin Input pin 3 (TB2) DC input −Vin Input pin 4 (TB2) DC input −Vin Output pin 1 DC output +Vo Output pin 2 DC output −Vo Output pin 3 FG / protective earth Output adjustment control +ADJ Case reference 203B Catalogue dimensions, L × W × H 191 × 86 × 41 mm Enclosure height 41 mm / 1U low profile Drawing tolerance ±1 mm Mounting references 183 mm longitudinal and 72 mm transverse references; 4 × R2.1 mounting-slot callouts. The side view also shows 2 × R2.1 slots and a 28 mm height reference. Use the numbered terminal assignments for this model. Connect the marked FG terminal to the installation protective-earth system. Keep the input and output circuits distinct and select conductors and terminations for the applicable voltage and current. Place the required external fuse and holder in the positive DC input lead as shown in the wiring diagram. Follow the mechanical drawing for the mounting points; enclosure dimensions do not include external wiring and cable-bend clearance. Required Fuse and Compatible Ordering Reference External fuse specification 4 A / 1500 VDC Suggested fuse manufacturer WalterFuse Fuse manufacturer part number WJ30-4 Fuse-holder manufacturer part number WJ30-H MEAN WELL fuse-plus-holder ordering reference WJ30-4_WJ30-H Accessory function External input fuse and holder for the positive DC input lead Select the listed fuse-and-holder combination, or confirm a suitable equivalent for the required DC voltage and current rating. Confirm the accessory supply separately when ordering the converter. Environmental, Reliability and Mass Data Working humidity 20–90% RH, non-condensing Storage temperature and humidity −40 to +80°C; 10–95% RH, non-condensing Temperature coefficient ±0.03%/°C over 0–55°C Component vibration 10–500 Hz, 3 G; 10 minutes per cycle and 60 minutes on each X, Y and Z axis Mounting-clip vibration reference IEC 60068-2-6 Minimum MTBF, Telcordia SR-332 1924.7K hours Minimum MTBF, MIL-HDBK-217F 285.9K hours at 25°C Unit mass, catalogue PACKING reference 810 g Catalogue packing 0.81 kg; 12 units / 10.7 kg / 0.75 CUFT Catalogue warranty 3 years The mass is the explicit per-unit catalogue packing reference. It is not a measured installed mass or the gross shipping weight of an individual parcel. Safety, Isolation and EMC Catalogue-listed safety approvals UL 1741; CSA C22.2 No.107.1-16; IEC 62109-1; BS EN / EN 62109-1; EAC TP TC 004 Input-to-output withstand voltage 4 kVAC; reinforced isolation Input-to-FG withstand voltage 3.75 kVAC Output-to-FG withstand voltage 2 kVAC Input-to-output isolation resistance 100 MΩ at 500 VDC, 25°C and 70% RH Conducted emissions BS EN / EN 55032 (CISPR 32), Class A Radiated emissions BS EN / EN 55032 (CISPR 32), Class A Immunity standards BS EN / EN 55035; BS EN / EN 61000-6-2 ESD, EN 61000-4-2 Level 3, 8 kV air; level 2, 4 kV contact; criterion A Radiated susceptibility, EN 61000-4-3 Level 3; criterion A EFT/burst, EN 61000-4-4 Level 3, 2 kV; criterion A Surge, EN 61000-4-5 Level 4; 2 kV between +Vin and −Vin, 4 kV between input and FG Conducted immunity, EN 61000-4-6 Level 3, 10 V; criterion A Magnetic field, EN 61000-4-8 Level 4; criterion A The converter is a component intended for installation in final equipment. Reconfirm the complete equipment’s EMC compliance after integration. Component approvals and isolation ratings do not certify the complete system.

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  • RSDH-150-32

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    MEAN WELL RSDH-150 series: High-Voltage DC/DC Converter - RSDH-150-32

    The MEAN WELL RSDH-150-32 is an enclosed DC/DC converter with a 250–1500 VDC input and a 32 V, 4.68 A output rated at 150 W. Its fanless, half-encapsulated construction provides reinforced 4 kVAC input-to-output isolation in a 41 mm-high enclosure. Output voltage is adjustable over 30–36 V. Select the load using the input-voltage, ambient-temperature and altitude curves, and fit the required external 4 A / 1500 VDC input fuse. Product Datasheet Download MEAN WELL RSDH-150 Datasheet (PDF) The RSDH-150 section is on PDF pages 40, 41, 42, 43. Refer to the complete mechanical drawings and notes when planning installation. Model and Output Ratings Full model RSDH-150-32 Series RSDH-150 DC output voltage 32 V Rated output current 4.68 A Rated output power 150 W Output current range 0–4.68 A Output voltage adjustment range 30–36 V Maximum ripple and noise 240 mVp-p Voltage tolerance ±1.0% Line regulation ±0.5% Load regulation ±1.0% Maximum external capacitive load 2000 µF The final model suffix identifies the nominal output voltage. Use the +ADJ control to set the output within the specified range, while keeping the current, power and environmental limits. Suitable applications include photovoltaic and renewable-energy equipment, high-voltage frequency conversion, industrial control, semiconductor fabrication, electromechanical equipment, centralized DC buses, energy storage and charging infrastructure. Third-rail use is listed as an application; system-level installation and qualification remain application-specific. DC Input and Efficiency Continuous DC input range 250–1500 VDC Input range ratio 6:1 Surge input withstand 1700 VDC for 10 seconds Typical efficiency at 300 VDC 88% Typical efficiency at 800 VDC 91% Typical efficiency at 1500 VDC 87% Maximum cold-start inrush current 300 A at 1500 VDC; 200 A at 800 VDC; 70 A at 250 VDC Required external input fuse 4 A / 1500 VDC Normal measurement conditions 800 VDC input, rated load and 25°C ambient Nominal switching frequency 65 kHz The 1700 VDC statement is a 10-second surge-withstand condition, not an extension of the continuous input range. Input-dependent load limits also apply within the 250–1500 VDC operating range. Ripple and noise are measured at 20 MHz bandwidth using a 12-inch twisted pair terminated with parallel 0.1 µF and 47 µF capacitors. Voltage tolerance includes set-up tolerance, line regulation and load regulation. Protection and Recovery Protection functions Short circuit, overload, overvoltage, overtemperature, DC input undervoltage and reverse polarity Overload threshold 105–135% of rated output power Overload with output below 55% of rated voltage Hiccup mode; automatic recovery after the fault is removed Overload with output at 55–100% of rated voltage Constant-current limiting; automatic recovery after the fault is removed Output overvoltage threshold 40–48 V Overvoltage recovery Hiccup mode; automatic recovery after the fault is removed Overtemperature recovery Hiccup mode; automatic recovery after the fault is removed Input reverse-polarity protection Internal bridge diode; no damage, with automatic recovery after the fault is removed Input undervoltage protection range 200–225 VDC Input undervoltage release range 225–246.5 VDC Undervoltage protection and release thresholds describe the protective response. They do not lower the 250 VDC minimum continuous operating input or remove the input-voltage derating requirement. Correct the fault before returning to normal service. Use the external input fuse specified for this converter in addition to its internal electronic protection. Cooling and Ambient-Temperature Derating Construction and cooling Half encapsulated; fanless free-air convection Published curve orientation Vertical Working ambient range −40 to +80°C, subject to derating Load at −40°C 50% Full-load ambient interval 0–55°C Load at 70°C 55% Load at 75°C 40% Load at 80°C 30% Follow the plotted transition from 50% load at −40°C to 100% at 0°C. Above 55°C, reduce the load along the thermal curve through the stated 70°C, 75°C and 80°C points. The maximum ambient temperature does not permit full rated output. Install the unit in the orientation used by the curves and maintain free convection around the enclosure. Leave access and clearance for power wiring, the fuse holder and the adjustment control. Input-Voltage and Altitude Derating Load at 250 VDC 40% Load at 300 VDC 80% Full-load input interval 320–1400 VDC Load at 1500 VDC 80% Maximum operating altitude 5000 m Altitude load factor through 2000 m 100% Altitude load factor at 5000 m 60% Altitude temperature adjustment Above 2000 m, reduce permissible ambient temperature by 3.5°C per additional 1000 m Overvoltage category condition OVC II at 2000 m, according to EN 62109-1 Use the rising input curve from 250 to 320 VDC and the falling curve from 1400 to 1500 VDC; full output is available only where the other operating limits also allow it. Above 2000 m, the altitude curve decreases from 100% to 60% at 5000 m. Multiply this altitude factor by the regular power-limit factor. Apply the ambient-temperature adjustment as well; the altitude rating and OVC II reference describe different conditions. Terminal Assignment and Installation Input pin 1 (TB1) DC input +Vin Input pin 2 (TB1) DC input +Vin Input pin 3 (TB2) DC input −Vin Input pin 4 (TB2) DC input −Vin Output pin 1 DC output +Vo Output pin 2 DC output −Vo Output pin 3 FG / protective earth Output adjustment control +ADJ Case reference 203B Catalogue dimensions, L × W × H 191 × 86 × 41 mm Enclosure height 41 mm / 1U low profile Drawing tolerance ±1 mm Mounting references 183 mm longitudinal and 72 mm transverse references; 4 × R2.1 mounting-slot callouts. The side view also shows 2 × R2.1 slots and a 28 mm height reference. Use the numbered terminal assignments for this model. Connect the marked FG terminal to the installation protective-earth system. Keep the input and output circuits distinct and select conductors and terminations for the applicable voltage and current. Place the required external fuse and holder in the positive DC input lead as shown in the wiring diagram. Follow the mechanical drawing for the mounting points; enclosure dimensions do not include external wiring and cable-bend clearance. Required Fuse and Compatible Ordering Reference External fuse specification 4 A / 1500 VDC Suggested fuse manufacturer WalterFuse Fuse manufacturer part number WJ30-4 Fuse-holder manufacturer part number WJ30-H MEAN WELL fuse-plus-holder ordering reference WJ30-4_WJ30-H Accessory function External input fuse and holder for the positive DC input lead Select the listed fuse-and-holder combination, or confirm a suitable equivalent for the required DC voltage and current rating. Confirm the accessory supply separately when ordering the converter. Environmental, Reliability and Mass Data Working humidity 20–90% RH, non-condensing Storage temperature and humidity −40 to +80°C; 10–95% RH, non-condensing Temperature coefficient ±0.03%/°C over 0–55°C Component vibration 10–500 Hz, 3 G; 10 minutes per cycle and 60 minutes on each X, Y and Z axis Mounting-clip vibration reference IEC 60068-2-6 Minimum MTBF, Telcordia SR-332 1924.7K hours Minimum MTBF, MIL-HDBK-217F 285.9K hours at 25°C Unit mass, catalogue PACKING reference 810 g Catalogue packing 0.81 kg; 12 units / 10.7 kg / 0.75 CUFT Catalogue warranty 3 years The mass is the explicit per-unit catalogue packing reference. It is not a measured installed mass or the gross shipping weight of an individual parcel. Safety, Isolation and EMC Catalogue-listed safety approvals UL 1741; CSA C22.2 No.107.1-16; IEC 62109-1; BS EN / EN 62109-1; EAC TP TC 004 Input-to-output withstand voltage 4 kVAC; reinforced isolation Input-to-FG withstand voltage 3.75 kVAC Output-to-FG withstand voltage 2 kVAC Input-to-output isolation resistance 100 MΩ at 500 VDC, 25°C and 70% RH Conducted emissions BS EN / EN 55032 (CISPR 32), Class A Radiated emissions BS EN / EN 55032 (CISPR 32), Class A Immunity standards BS EN / EN 55035; BS EN / EN 61000-6-2 ESD, EN 61000-4-2 Level 3, 8 kV air; level 2, 4 kV contact; criterion A Radiated susceptibility, EN 61000-4-3 Level 3; criterion A EFT/burst, EN 61000-4-4 Level 3, 2 kV; criterion A Surge, EN 61000-4-5 Level 4; 2 kV between +Vin and −Vin, 4 kV between input and FG Conducted immunity, EN 61000-4-6 Level 3, 10 V; criterion A Magnetic field, EN 61000-4-8 Level 4; criterion A The converter is a component intended for installation in final equipment. Reconfirm the complete equipment’s EMC compliance after integration. Component approvals and isolation ratings do not certify the complete system.

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  • RSDH-150-24

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    MEAN WELL RSDH-150 series: High-Voltage DC/DC Converter - RSDH-150-24

    The MEAN WELL RSDH-150-24 is an enclosed DC/DC converter with a 250–1500 VDC input and a 24 V, 6.2 A output rated at 150 W. Its fanless, half-encapsulated construction provides reinforced 4 kVAC input-to-output isolation in a 41 mm-high enclosure. Output voltage is adjustable over 24–29 V. Select the load using the input-voltage, ambient-temperature and altitude curves, and fit the required external 4 A / 1500 VDC input fuse. Product Datasheet Download MEAN WELL RSDH-150 Datasheet (PDF) The RSDH-150 section is on PDF pages 40, 41, 42, 43. Refer to the complete mechanical drawings and notes when planning installation. Model and Output Ratings Full model RSDH-150-24 Series RSDH-150 DC output voltage 24 V Rated output current 6.2 A Rated output power 150 W Output current range 0–6.2 A Output voltage adjustment range 24–29 V Maximum ripple and noise 240 mVp-p Voltage tolerance ±1.0% Line regulation ±0.5% Load regulation ±1.5% Maximum external capacitive load 2500 µF The final model suffix identifies the nominal output voltage. Use the +ADJ control to set the output within the specified range, while keeping the current, power and environmental limits. Suitable applications include photovoltaic and renewable-energy equipment, high-voltage frequency conversion, industrial control, semiconductor fabrication, electromechanical equipment, centralized DC buses, energy storage and charging infrastructure. Third-rail use is listed as an application; system-level installation and qualification remain application-specific. DC Input and Efficiency Continuous DC input range 250–1500 VDC Input range ratio 6:1 Surge input withstand 1700 VDC for 10 seconds Typical efficiency at 300 VDC 88% Typical efficiency at 800 VDC 90% Typical efficiency at 1500 VDC 86% Maximum cold-start inrush current 300 A at 1500 VDC; 200 A at 800 VDC; 70 A at 250 VDC Required external input fuse 4 A / 1500 VDC Normal measurement conditions 800 VDC input, rated load and 25°C ambient Nominal switching frequency 65 kHz The 1700 VDC statement is a 10-second surge-withstand condition, not an extension of the continuous input range. Input-dependent load limits also apply within the 250–1500 VDC operating range. Ripple and noise are measured at 20 MHz bandwidth using a 12-inch twisted pair terminated with parallel 0.1 µF and 47 µF capacitors. Voltage tolerance includes set-up tolerance, line regulation and load regulation. Protection and Recovery Protection functions Short circuit, overload, overvoltage, overtemperature, DC input undervoltage and reverse polarity Overload threshold 105–135% of rated output power Overload with output below 55% of rated voltage Hiccup mode; automatic recovery after the fault is removed Overload with output at 55–100% of rated voltage Constant-current limiting; automatic recovery after the fault is removed Output overvoltage threshold 33–42 V Overvoltage recovery Hiccup mode; automatic recovery after the fault is removed Overtemperature recovery Hiccup mode; automatic recovery after the fault is removed Input reverse-polarity protection Internal bridge diode; no damage, with automatic recovery after the fault is removed Input undervoltage protection range 200–225 VDC Input undervoltage release range 225–246.5 VDC Undervoltage protection and release thresholds describe the protective response. They do not lower the 250 VDC minimum continuous operating input or remove the input-voltage derating requirement. Correct the fault before returning to normal service. Use the external input fuse specified for this converter in addition to its internal electronic protection. Cooling and Ambient-Temperature Derating Construction and cooling Half encapsulated; fanless free-air convection Published curve orientation Vertical Working ambient range −40 to +80°C, subject to derating Load at −40°C 50% Full-load ambient interval 0–55°C Load at 70°C 55% Load at 75°C 40% Load at 80°C 30% Follow the plotted transition from 50% load at −40°C to 100% at 0°C. Above 55°C, reduce the load along the thermal curve through the stated 70°C, 75°C and 80°C points. The maximum ambient temperature does not permit full rated output. Install the unit in the orientation used by the curves and maintain free convection around the enclosure. Leave access and clearance for power wiring, the fuse holder and the adjustment control. Input-Voltage and Altitude Derating Load at 250 VDC 40% Load at 300 VDC 80% Full-load input interval 320–1400 VDC Load at 1500 VDC 80% Maximum operating altitude 5000 m Altitude load factor through 2000 m 100% Altitude load factor at 5000 m 60% Altitude temperature adjustment Above 2000 m, reduce permissible ambient temperature by 3.5°C per additional 1000 m Overvoltage category condition OVC II at 2000 m, according to EN 62109-1 Use the rising input curve from 250 to 320 VDC and the falling curve from 1400 to 1500 VDC; full output is available only where the other operating limits also allow it. Above 2000 m, the altitude curve decreases from 100% to 60% at 5000 m. Multiply this altitude factor by the regular power-limit factor. Apply the ambient-temperature adjustment as well; the altitude rating and OVC II reference describe different conditions. Terminal Assignment and Installation Input pin 1 (TB1) DC input +Vin Input pin 2 (TB1) DC input +Vin Input pin 3 (TB2) DC input −Vin Input pin 4 (TB2) DC input −Vin Output pin 1 DC output +Vo Output pin 2 DC output −Vo Output pin 3 FG / protective earth Output adjustment control +ADJ Case reference 203B Catalogue dimensions, L × W × H 191 × 86 × 41 mm Enclosure height 41 mm / 1U low profile Drawing tolerance ±1 mm Mounting references 183 mm longitudinal and 72 mm transverse references; 4 × R2.1 mounting-slot callouts. The side view also shows 2 × R2.1 slots and a 28 mm height reference. Use the numbered terminal assignments for this model. Connect the marked FG terminal to the installation protective-earth system. Keep the input and output circuits distinct and select conductors and terminations for the applicable voltage and current. Place the required external fuse and holder in the positive DC input lead as shown in the wiring diagram. Follow the mechanical drawing for the mounting points; enclosure dimensions do not include external wiring and cable-bend clearance. Required Fuse and Compatible Ordering Reference External fuse specification 4 A / 1500 VDC Suggested fuse manufacturer WalterFuse Fuse manufacturer part number WJ30-4 Fuse-holder manufacturer part number WJ30-H MEAN WELL fuse-plus-holder ordering reference WJ30-4_WJ30-H Accessory function External input fuse and holder for the positive DC input lead Select the listed fuse-and-holder combination, or confirm a suitable equivalent for the required DC voltage and current rating. Confirm the accessory supply separately when ordering the converter. Environmental, Reliability and Mass Data Working humidity 20–90% RH, non-condensing Storage temperature and humidity −40 to +80°C; 10–95% RH, non-condensing Temperature coefficient ±0.03%/°C over 0–55°C Component vibration 10–500 Hz, 3 G; 10 minutes per cycle and 60 minutes on each X, Y and Z axis Mounting-clip vibration reference IEC 60068-2-6 Minimum MTBF, Telcordia SR-332 1924.7K hours Minimum MTBF, MIL-HDBK-217F 285.9K hours at 25°C Unit mass, catalogue PACKING reference 810 g Catalogue packing 0.81 kg; 12 units / 10.7 kg / 0.75 CUFT Catalogue warranty 3 years The mass is the explicit per-unit catalogue packing reference. It is not a measured installed mass or the gross shipping weight of an individual parcel. Safety, Isolation and EMC Catalogue-listed safety approvals UL 1741; CSA C22.2 No.107.1-16; IEC 62109-1; BS EN / EN 62109-1; EAC TP TC 004 Input-to-output withstand voltage 4 kVAC; reinforced isolation Input-to-FG withstand voltage 3.75 kVAC Output-to-FG withstand voltage 2 kVAC Input-to-output isolation resistance 100 MΩ at 500 VDC, 25°C and 70% RH Conducted emissions BS EN / EN 55032 (CISPR 32), Class A Radiated emissions BS EN / EN 55032 (CISPR 32), Class A Immunity standards BS EN / EN 55035; BS EN / EN 61000-6-2 ESD, EN 61000-4-2 Level 3, 8 kV air; level 2, 4 kV contact; criterion A Radiated susceptibility, EN 61000-4-3 Level 3; criterion A EFT/burst, EN 61000-4-4 Level 3, 2 kV; criterion A Surge, EN 61000-4-5 Level 4; 2 kV between +Vin and −Vin, 4 kV between input and FG Conducted immunity, EN 61000-4-6 Level 3, 10 V; criterion A Magnetic field, EN 61000-4-8 Level 4; criterion A The converter is a component intended for installation in final equipment. Reconfirm the complete equipment’s EMC compliance after integration. Component approvals and isolation ratings do not certify the complete system.

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  • RSDH-150-12

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    MEAN WELL RSDH-150 series: High-Voltage DC/DC Converter - RSDH-150-12

    The MEAN WELL RSDH-150-12 is an enclosed DC/DC converter with a 250–1500 VDC input and a 12 V, 10 A output rated at 120 W. Its fanless, half-encapsulated construction provides reinforced 4 kVAC input-to-output isolation in a 41 mm-high enclosure. Output voltage is adjustable over 12–15 V. Select the load using the input-voltage, ambient-temperature and altitude curves, and fit the required external 4 A / 1500 VDC input fuse. Product Datasheet Download MEAN WELL RSDH-150 Datasheet (PDF) The RSDH-150 section is on PDF pages 40, 41, 42, 43. Refer to the complete mechanical drawings and notes when planning installation. Model and Output Ratings Full model RSDH-150-12 Series RSDH-150 DC output voltage 12 V Rated output current 10 A Rated output power 120 W Output current range 0–10 A Output voltage adjustment range 12–15 V Maximum ripple and noise 120 mVp-p Voltage tolerance ±1.5% Line regulation ±0.5% Load regulation ±1.5% Maximum external capacitive load 4000 µF The final model suffix identifies the nominal output voltage. Use the +ADJ control to set the output within the specified range, while keeping the current, power and environmental limits. Suitable applications include photovoltaic and renewable-energy equipment, high-voltage frequency conversion, industrial control, semiconductor fabrication, electromechanical equipment, centralized DC buses, energy storage and charging infrastructure. Third-rail use is listed as an application; system-level installation and qualification remain application-specific. DC Input and Efficiency Continuous DC input range 250–1500 VDC Input range ratio 6:1 Surge input withstand 1700 VDC for 10 seconds Typical efficiency at 300 VDC 88% Typical efficiency at 800 VDC 88% Typical efficiency at 1500 VDC 85% Maximum cold-start inrush current 300 A at 1500 VDC; 200 A at 800 VDC; 70 A at 250 VDC Required external input fuse 4 A / 1500 VDC Normal measurement conditions 800 VDC input, rated load and 25°C ambient Nominal switching frequency 65 kHz The 1700 VDC statement is a 10-second surge-withstand condition, not an extension of the continuous input range. Input-dependent load limits also apply within the 250–1500 VDC operating range. Ripple and noise are measured at 20 MHz bandwidth using a 12-inch twisted pair terminated with parallel 0.1 µF and 47 µF capacitors. Voltage tolerance includes set-up tolerance, line regulation and load regulation. Protection and Recovery Protection functions Short circuit, overload, overvoltage, overtemperature, DC input undervoltage and reverse polarity Overload threshold 105–135% of rated output power Overload with output below 55% of rated voltage Hiccup mode; automatic recovery after the fault is removed Overload with output at 55–100% of rated voltage Constant-current limiting; automatic recovery after the fault is removed Output overvoltage threshold 16.5–21 V Overvoltage recovery Hiccup mode; automatic recovery after the fault is removed Overtemperature recovery Hiccup mode; automatic recovery after the fault is removed Input reverse-polarity protection Internal bridge diode; no damage, with automatic recovery after the fault is removed Input undervoltage protection range 200–225 VDC Input undervoltage release range 225–246.5 VDC Undervoltage protection and release thresholds describe the protective response. They do not lower the 250 VDC minimum continuous operating input or remove the input-voltage derating requirement. Correct the fault before returning to normal service. Use the external input fuse specified for this converter in addition to its internal electronic protection. Cooling and Ambient-Temperature Derating Construction and cooling Half encapsulated; fanless free-air convection Published curve orientation Vertical Working ambient range −40 to +80°C, subject to derating Load at −40°C 50% Full-load ambient interval 0–55°C Load at 70°C 55% Load at 75°C 40% Load at 80°C 30% Follow the plotted transition from 50% load at −40°C to 100% at 0°C. Above 55°C, reduce the load along the thermal curve through the stated 70°C, 75°C and 80°C points. The maximum ambient temperature does not permit full rated output. Install the unit in the orientation used by the curves and maintain free convection around the enclosure. Leave access and clearance for power wiring, the fuse holder and the adjustment control. Input-Voltage and Altitude Derating Load at 250 VDC 40% Load at 300 VDC 80% Full-load input interval 320–1400 VDC Load at 1500 VDC 80% Maximum operating altitude 5000 m Altitude load factor through 2000 m 100% Altitude load factor at 5000 m 60% Altitude temperature adjustment Above 2000 m, reduce permissible ambient temperature by 3.5°C per additional 1000 m Overvoltage category condition OVC II at 2000 m, according to EN 62109-1 Use the rising input curve from 250 to 320 VDC and the falling curve from 1400 to 1500 VDC; full output is available only where the other operating limits also allow it. Above 2000 m, the altitude curve decreases from 100% to 60% at 5000 m. Multiply this altitude factor by the regular power-limit factor. Apply the ambient-temperature adjustment as well; the altitude rating and OVC II reference describe different conditions. Terminal Assignment and Installation Input pin 1 (TB1) DC input +Vin Input pin 2 (TB1) DC input +Vin Input pin 3 (TB2) DC input −Vin Input pin 4 (TB2) DC input −Vin Output pin 1 DC output +Vo Output pin 2 DC output −Vo Output pin 3 FG / protective earth Output adjustment control +ADJ Case reference 203B Catalogue dimensions, L × W × H 191 × 86 × 41 mm Enclosure height 41 mm / 1U low profile Drawing tolerance ±1 mm Mounting references 183 mm longitudinal and 72 mm transverse references; 4 × R2.1 mounting-slot callouts. The side view also shows 2 × R2.1 slots and a 28 mm height reference. Use the numbered terminal assignments for this model. Connect the marked FG terminal to the installation protective-earth system. Keep the input and output circuits distinct and select conductors and terminations for the applicable voltage and current. Place the required external fuse and holder in the positive DC input lead as shown in the wiring diagram. Follow the mechanical drawing for the mounting points; enclosure dimensions do not include external wiring and cable-bend clearance. Required Fuse and Compatible Ordering Reference External fuse specification 4 A / 1500 VDC Suggested fuse manufacturer WalterFuse Fuse manufacturer part number WJ30-4 Fuse-holder manufacturer part number WJ30-H MEAN WELL fuse-plus-holder ordering reference WJ30-4_WJ30-H Accessory function External input fuse and holder for the positive DC input lead Select the listed fuse-and-holder combination, or confirm a suitable equivalent for the required DC voltage and current rating. Confirm the accessory supply separately when ordering the converter. Environmental, Reliability and Mass Data Working humidity 20–90% RH, non-condensing Storage temperature and humidity −40 to +80°C; 10–95% RH, non-condensing Temperature coefficient ±0.03%/°C over 0–55°C Component vibration 10–500 Hz, 3 G; 10 minutes per cycle and 60 minutes on each X, Y and Z axis Mounting-clip vibration reference IEC 60068-2-6 Minimum MTBF, Telcordia SR-332 1924.7K hours Minimum MTBF, MIL-HDBK-217F 285.9K hours at 25°C Unit mass, catalogue PACKING reference 810 g Catalogue packing 0.81 kg; 12 units / 10.7 kg / 0.75 CUFT Catalogue warranty 3 years The mass is the explicit per-unit catalogue packing reference. It is not a measured installed mass or the gross shipping weight of an individual parcel. Safety, Isolation and EMC Catalogue-listed safety approvals UL 1741; CSA C22.2 No.107.1-16; IEC 62109-1; BS EN / EN 62109-1; EAC TP TC 004 Input-to-output withstand voltage 4 kVAC; reinforced isolation Input-to-FG withstand voltage 3.75 kVAC Output-to-FG withstand voltage 2 kVAC Input-to-output isolation resistance 100 MΩ at 500 VDC, 25°C and 70% RH Conducted emissions BS EN / EN 55032 (CISPR 32), Class A Radiated emissions BS EN / EN 55032 (CISPR 32), Class A Immunity standards BS EN / EN 55035; BS EN / EN 61000-6-2 ESD, EN 61000-4-2 Level 3, 8 kV air; level 2, 4 kV contact; criterion A Radiated susceptibility, EN 61000-4-3 Level 3; criterion A EFT/burst, EN 61000-4-4 Level 3, 2 kV; criterion A Surge, EN 61000-4-5 Level 4; 2 kV between +Vin and −Vin, 4 kV between input and FG Conducted immunity, EN 61000-4-6 Level 3, 10 V; criterion A Magnetic field, EN 61000-4-8 Level 4; criterion A The converter is a component intended for installation in final equipment. Reconfirm the complete equipment’s EMC compliance after integration. Component approvals and isolation ratings do not certify the complete system.

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  • DDRH-240-48

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    MEAN WELL DDRH-240 series: DIN Rail DC/DC Converter - DDRH-240-48

    The MEAN WELL DDRH-240-48 is a 250–1500 VDC input DIN rail DC/DC converter with a 48 V, 5 A output rated at 240 W. Its 85.5 mm-wide enclosure uses fanless convection cooling and mounts on TS-35/7.5 or TS-35/15 rail. Adjustable output, 4 kVAC reinforced input-to-output isolation and DC OK relay monitoring support high-voltage DC bus, renewable-energy and industrial-control installations within the specified operating limits. Product Datasheet Download MEAN WELL DDRH-240 Datasheet (PDF) The DDRH-240 section is on PDF pages 34, 35, 36, 37, 38, 39. Refer to the complete mechanical drawings and notes when planning installation. Model and Output Ratings Full model DDRH-240-48 Series DDRH-240 Output code 48: 48 VDC nominal output DC output voltage 48 V Rated output current 5 A Rated output power 240 W Output current range 0–5 A Output voltage adjustment 48–58 V Maximum ripple and noise 300 mVp-p Voltage tolerance ±1.0% Line regulation ±0.5% Load regulation ±0.5% Maximum external capacitive load 2000 µF The complete model determines the output rating. Use the model-specific voltage, current and power values when selecting the load. DC Input and Performance Specified DC input range 250–1500 VDC Input-range ratio 6:1 Typical efficiency 87% at 300 VDC; 90% at 800 VDC; 86% at 1500 VDC Maximum cold-start inrush current 500 A at 1500 VDC; 300 A at 800 VDC; 120 A at 300 VDC Block-diagram switching frequency 65 kHz Transient input withstand 1700 VDC for 10 seconds; specified continuous input remains 250–1500 VDC Unless otherwise specified, catalogue measurements use 800 VDC input, rated load and 25°C ambient. The efficiency figures are typical values at the stated input voltages. Ripple and noise are measured at 20 MHz bandwidth with a 12-inch twisted pair terminated by 0.1 µF and 47 µF capacitors in parallel. Voltage tolerance includes set-up tolerance, line regulation and load regulation. Protection Short-circuit protection Included Overload threshold 105–135% of rated output power Overload modes Hiccup below 35% of rated output voltage; constant-current limiting within 35–100%, as specified; automatic recovery in standalone operation after the fault is removed Overvoltage threshold 62–70 V Overvoltage recovery Output shuts down; reapply input power to recover Overtemperature protection Hiccup; automatic recovery after the fault is removed Input reverse-polarity protection Internal bridge diode; automatic recovery after incorrect polarity is removed Input undervoltage lockout Protection at 200–230 VDC; release at 230–245 VDC For parallel operation, reapply input power after an overload or short-circuit fault to recover. DC OK Monitoring Maximum relay contact rating 30 V / 1 A, resistive load Contact closed Converter ON / DC OK Contact open Converter OFF / DC fail Use the isolated relay contact within its stated resistive-load rating. Cooling, Derating and Environment Cooling and orientation Fanless free-air convection; vertical DIN rail mounting Working temperature −40 to +80°C, with derating Working humidity 20–90% RH, non-condensing Storage temperature and humidity −40 to +80°C; 10–95% RH, non-condensing Temperature coefficient ±0.03%/°C from 0 to 50°C Maximum operating altitude 5000 m, subject to derating Altitude temperature adjustment Reduce permitted ambient temperature by 3.5°C per 1000 m above 2000 m Component vibration test 10–500 Hz, 2 G; 10 minutes per cycle, 60 minutes on each X, Y and Z axis Mounting-clip vibration reference IEC 60068-2-6 Thermal loading curve 50% at −40°C; 100% from 0 to +50°C; 50% at +65°C; 15% at +80°C. Follow the complete curve between these points. Input-voltage loading curve 40% at 250 VDC; 80% at 300 VDC; 100% from 320 to 1400 VDC; 70% at 1500 VDC Altitude load factor 100% through 2000 m, decreasing linearly to 60% at 5000 m; multiply by the regular power-limit factor Apply the input-voltage, temperature and altitude limits together. The maximum ambient temperature is not a full-load rating. Refer to the complete curves on PDF page 36 before choosing continuous load. Dimensions and Installation Dimensions, W × H × D 85.5 × 125.2 × 129.2 mm Mechanical case 984H; drawing tolerance ±1 mm Compatible mounting rails TS-35/7.5 or TS-35/15; rail not included Output adjustment Front-panel +V ADJ control; use the voltage range listed for this model Installation clearances 40 mm above, 20 mm below and 5 mm on each side for permanent full-load operation; use 15 mm beside an adjacent heat source Input terminal blocks TB1 and TB2 Pins 1 and 2: −Vin; pins 3 and 4: +Vin Output terminal block TB3 Pin 1: P+ current sharing; pin 2: P− current sharing; pins 3 and 4: +Vo; pins 5 and 6: −Vo; pins 7 and 8: DC OK relay Construction Conformal coating Follow the terminal labels and mechanical drawing on PDF page 38. Keep the convection path clear and use the specified external input fuse. Required Input Fuse and Matching Parts External input fuse requirement 4 A / 1500 VDC Suggested fuse brand WalterFuse Fuse manufacturer part number WJ30-4 Fuse-holder manufacturer part number WJ30-H MEAN WELL catalogue order code for fuse + holder WJ30-4_WJ30-H Optional internal input fuse 2 A / 1500 VDC; optional configuration The catalogue specifies an external input fuse and shows the fuse holder in the +Vin supply line. WJ30-4_WJ30-H is the listed combination ordering code; WJ30-4 and WJ30-H identify its fuse and holder. Arrange these external parts separately; they are not stated as included with this converter. The optional internal fuse does not replace the specified external 4 A / 1500 VDC fuse requirement. Parallel Current Sharing Maximum parallel units 4 units Current-sharing connection Connect P+ to P+ and P− to P− as shown in the function diagram Output matching before connection Output-voltage difference between units must be less than 0.2 V Maximum combined output current 5 A × number of units × 0.9 Minimum combined load Greater than 3% × 5 A × number of units Fault recovery in parallel Reapply input power after an overload or short-circuit fault The catalogue headline states up to 960 W with 3+1 units. Size the actual installation with the current-sharing limit above, this model’s 240 W rating and all applicable derating. The headline is not an unrestricted continuous or redundant-load rating. Follow the four-unit wiring diagram on PDF page 37. Isolation and Standards Input-to-output withstand voltage 4 kVAC; reinforced isolation Output-to-DC OK withstand voltage 0.5 kVAC Insulation resistance Input–output: 100 MΩ at 500 VDC, 25°C and 70% RH Catalogue-listed safety approvals UL 1741; CSA C22.2 No. 107.1-16; IEC 62109-1; BS EN / EN 62109-1; EAC TP TC 004 Overvoltage category II at 2000 m, according to EN 62109-1; operating-altitude limits and derating are listed separately EMC emission BS EN / EN 55032 (CISPR 32), Class A conducted and radiated emissions EMC immunity BS EN / EN 55035 and BS EN / EN 61000-6-2; listed tests use performance criterion A Input-to-FG withstand voltage 3.75 kVAC Output-to-FG withstand voltage 2 kVAC This converter is a component for installation in final equipment. The completed equipment must be checked again for compliance with the applicable EMC requirements. Mass and Catalogue References Mass, catalogue PACKING reference per unit 960 g Catalogue packing 0.96 kg; 8 units / 10.3 kg / 1.02 CUFT Minimum MTBF 214.2K hours, MIL-HDBK-217F; 1391.8K hours, Telcordia TR/SR-332 (Bellcore); both at 25°C Catalogue warranty 3 years Mass is the single-unit reference from the catalogue PACKING field. It is not a measured shipment weight.

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  • DDRH-240-32

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    MEAN WELL DDRH-240 series: DIN Rail DC/DC Converter - DDRH-240-32

    The MEAN WELL DDRH-240-32 is a 250–1500 VDC input DIN rail DC/DC converter with a 32 V, 7.5 A output rated at 240 W. Its 85.5 mm-wide enclosure uses fanless convection cooling and mounts on TS-35/7.5 or TS-35/15 rail. Adjustable output, 4 kVAC reinforced input-to-output isolation and DC OK relay monitoring support high-voltage DC bus, renewable-energy and industrial-control installations within the specified operating limits. Product Datasheet Download MEAN WELL DDRH-240 Datasheet (PDF) The DDRH-240 section is on PDF pages 34, 35, 36, 37, 38, 39. Refer to the complete mechanical drawings and notes when planning installation. Model and Output Ratings Full model DDRH-240-32 Series DDRH-240 Output code 32: 32 VDC nominal output DC output voltage 32 V Rated output current 7.5 A Rated output power 240 W Output current range 0–7.5 A Output voltage adjustment 30–36 V Maximum ripple and noise 240 mVp-p Voltage tolerance ±1.0% Line regulation ±0.5% Load regulation ±0.5% Maximum external capacitive load 4000 µF The complete model determines the output rating. Use the model-specific voltage, current and power values when selecting the load. DC Input and Performance Specified DC input range 250–1500 VDC Input-range ratio 6:1 Typical efficiency 87% at 300 VDC; 90% at 800 VDC; 86% at 1500 VDC Maximum cold-start inrush current 500 A at 1500 VDC; 300 A at 800 VDC; 120 A at 300 VDC Block-diagram switching frequency 65 kHz Transient input withstand 1700 VDC for 10 seconds; specified continuous input remains 250–1500 VDC Unless otherwise specified, catalogue measurements use 800 VDC input, rated load and 25°C ambient. The efficiency figures are typical values at the stated input voltages. Ripple and noise are measured at 20 MHz bandwidth with a 12-inch twisted pair terminated by 0.1 µF and 47 µF capacitors in parallel. Voltage tolerance includes set-up tolerance, line regulation and load regulation. Protection Short-circuit protection Included Overload threshold 105–135% of rated output power Overload modes Hiccup below 35% of rated output voltage; constant-current limiting within 35–100%, as specified; automatic recovery in standalone operation after the fault is removed Overvoltage threshold 40–48 V Overvoltage recovery Output shuts down; reapply input power to recover Overtemperature protection Hiccup; automatic recovery after the fault is removed Input reverse-polarity protection Internal bridge diode; automatic recovery after incorrect polarity is removed Input undervoltage lockout Protection at 200–230 VDC; release at 230–245 VDC For parallel operation, reapply input power after an overload or short-circuit fault to recover. DC OK Monitoring Maximum relay contact rating 30 V / 1 A, resistive load Contact closed Converter ON / DC OK Contact open Converter OFF / DC fail Use the isolated relay contact within its stated resistive-load rating. Cooling, Derating and Environment Cooling and orientation Fanless free-air convection; vertical DIN rail mounting Working temperature −40 to +80°C, with derating Working humidity 20–90% RH, non-condensing Storage temperature and humidity −40 to +80°C; 10–95% RH, non-condensing Temperature coefficient ±0.03%/°C from 0 to 50°C Maximum operating altitude 5000 m, subject to derating Altitude temperature adjustment Reduce permitted ambient temperature by 3.5°C per 1000 m above 2000 m Component vibration test 10–500 Hz, 2 G; 10 minutes per cycle, 60 minutes on each X, Y and Z axis Mounting-clip vibration reference IEC 60068-2-6 Thermal loading curve 50% at −40°C; 100% from 0 to +50°C; 50% at +65°C; 15% at +80°C. Follow the complete curve between these points. Input-voltage loading curve 40% at 250 VDC; 80% at 300 VDC; 100% from 320 to 1400 VDC; 70% at 1500 VDC Altitude load factor 100% through 2000 m, decreasing linearly to 60% at 5000 m; multiply by the regular power-limit factor Apply the input-voltage, temperature and altitude limits together. The maximum ambient temperature is not a full-load rating. Refer to the complete curves on PDF page 36 before choosing continuous load. Dimensions and Installation Dimensions, W × H × D 85.5 × 125.2 × 129.2 mm Mechanical case 984H; drawing tolerance ±1 mm Compatible mounting rails TS-35/7.5 or TS-35/15; rail not included Output adjustment Front-panel +V ADJ control; use the voltage range listed for this model Installation clearances 40 mm above, 20 mm below and 5 mm on each side for permanent full-load operation; use 15 mm beside an adjacent heat source Input terminal blocks TB1 and TB2 Pins 1 and 2: −Vin; pins 3 and 4: +Vin Output terminal block TB3 Pin 1: P+ current sharing; pin 2: P− current sharing; pins 3 and 4: +Vo; pins 5 and 6: −Vo; pins 7 and 8: DC OK relay Construction Conformal coating Follow the terminal labels and mechanical drawing on PDF page 38. Keep the convection path clear and use the specified external input fuse. Required Input Fuse and Matching Parts External input fuse requirement 4 A / 1500 VDC Suggested fuse brand WalterFuse Fuse manufacturer part number WJ30-4 Fuse-holder manufacturer part number WJ30-H MEAN WELL catalogue order code for fuse + holder WJ30-4_WJ30-H Optional internal input fuse 2 A / 1500 VDC; optional configuration The catalogue specifies an external input fuse and shows the fuse holder in the +Vin supply line. WJ30-4_WJ30-H is the listed combination ordering code; WJ30-4 and WJ30-H identify its fuse and holder. Arrange these external parts separately; they are not stated as included with this converter. The optional internal fuse does not replace the specified external 4 A / 1500 VDC fuse requirement. Parallel Current Sharing Maximum parallel units 4 units Current-sharing connection Connect P+ to P+ and P− to P− as shown in the function diagram Output matching before connection Output-voltage difference between units must be less than 0.2 V Maximum combined output current 7.5 A × number of units × 0.9 Minimum combined load Greater than 3% × 7.5 A × number of units Fault recovery in parallel Reapply input power after an overload or short-circuit fault The catalogue headline states up to 960 W with 3+1 units. Size the actual installation with the current-sharing limit above, this model’s 240 W rating and all applicable derating. The headline is not an unrestricted continuous or redundant-load rating. Follow the four-unit wiring diagram on PDF page 37. Isolation and Standards Input-to-output withstand voltage 4 kVAC; reinforced isolation Output-to-DC OK withstand voltage 0.5 kVAC Insulation resistance Input–output: 100 MΩ at 500 VDC, 25°C and 70% RH Catalogue-listed safety approvals UL 1741; CSA C22.2 No. 107.1-16; IEC 62109-1; BS EN / EN 62109-1; EAC TP TC 004 Overvoltage category II at 2000 m, according to EN 62109-1; operating-altitude limits and derating are listed separately EMC emission BS EN / EN 55032 (CISPR 32), Class A conducted and radiated emissions EMC immunity BS EN / EN 55035 and BS EN / EN 61000-6-2; listed tests use performance criterion A Input-to-FG withstand voltage 3.75 kVAC Output-to-FG withstand voltage 2 kVAC This converter is a component for installation in final equipment. The completed equipment must be checked again for compliance with the applicable EMC requirements. Mass and Catalogue References Mass, catalogue PACKING reference per unit 960 g Catalogue packing 0.96 kg; 8 units / 10.3 kg / 1.02 CUFT Minimum MTBF 214.2K hours, MIL-HDBK-217F; 1391.8K hours, Telcordia TR/SR-332 (Bellcore); both at 25°C Catalogue warranty 3 years Mass is the single-unit reference from the catalogue PACKING field. It is not a measured shipment weight.

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  • DDRH-240-24

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    MEAN WELL DDRH-240 series: DIN Rail DC/DC Converter - DDRH-240-24

    The MEAN WELL DDRH-240-24 is a 250–1500 VDC input DIN rail DC/DC converter with a 24 V, 10 A output rated at 240 W. Its 85.5 mm-wide enclosure uses fanless convection cooling and mounts on TS-35/7.5 or TS-35/15 rail. Adjustable output, 4 kVAC reinforced input-to-output isolation and DC OK relay monitoring support high-voltage DC bus, renewable-energy and industrial-control installations within the specified operating limits. Product Datasheet Download MEAN WELL DDRH-240 Datasheet (PDF) The DDRH-240 section is on PDF pages 34, 35, 36, 37, 38, 39. Refer to the complete mechanical drawings and notes when planning installation. Model and Output Ratings Full model DDRH-240-24 Series DDRH-240 Output code 24: 24 VDC nominal output DC output voltage 24 V Rated output current 10 A Rated output power 240 W Output current range 0–10 A Output voltage adjustment 24–29 V Maximum ripple and noise 240 mVp-p Voltage tolerance ±1.0% Line regulation ±0.5% Load regulation ±0.5% Maximum external capacitive load 5000 µF The complete model determines the output rating. Use the model-specific voltage, current and power values when selecting the load. DC Input and Performance Specified DC input range 250–1500 VDC Input-range ratio 6:1 Typical efficiency 87% at 300 VDC; 90% at 800 VDC; 86% at 1500 VDC Maximum cold-start inrush current 500 A at 1500 VDC; 300 A at 800 VDC; 120 A at 300 VDC Block-diagram switching frequency 65 kHz Transient input withstand 1700 VDC for 10 seconds; specified continuous input remains 250–1500 VDC Unless otherwise specified, catalogue measurements use 800 VDC input, rated load and 25°C ambient. The efficiency figures are typical values at the stated input voltages. Ripple and noise are measured at 20 MHz bandwidth with a 12-inch twisted pair terminated by 0.1 µF and 47 µF capacitors in parallel. Voltage tolerance includes set-up tolerance, line regulation and load regulation. Protection Short-circuit protection Included Overload threshold 105–135% of rated output power Overload modes Hiccup below 35% of rated output voltage; constant-current limiting within 35–100%, as specified; automatic recovery in standalone operation after the fault is removed Overvoltage threshold 32–42 V Overvoltage recovery Output shuts down; reapply input power to recover Overtemperature protection Hiccup; automatic recovery after the fault is removed Input reverse-polarity protection Internal bridge diode; automatic recovery after incorrect polarity is removed Input undervoltage lockout Protection at 200–230 VDC; release at 230–245 VDC For parallel operation, reapply input power after an overload or short-circuit fault to recover. DC OK Monitoring Maximum relay contact rating 30 V / 1 A, resistive load Contact closed Converter ON / DC OK Contact open Converter OFF / DC fail Use the isolated relay contact within its stated resistive-load rating. Cooling, Derating and Environment Cooling and orientation Fanless free-air convection; vertical DIN rail mounting Working temperature −40 to +80°C, with derating Working humidity 20–90% RH, non-condensing Storage temperature and humidity −40 to +80°C; 10–95% RH, non-condensing Temperature coefficient ±0.03%/°C from 0 to 50°C Maximum operating altitude 5000 m, subject to derating Altitude temperature adjustment Reduce permitted ambient temperature by 3.5°C per 1000 m above 2000 m Component vibration test 10–500 Hz, 2 G; 10 minutes per cycle, 60 minutes on each X, Y and Z axis Mounting-clip vibration reference IEC 60068-2-6 Thermal loading curve 50% at −40°C; 100% from 0 to +50°C; 50% at +65°C; 15% at +80°C. Follow the complete curve between these points. Input-voltage loading curve 40% at 250 VDC; 80% at 300 VDC; 100% from 320 to 1400 VDC; 70% at 1500 VDC Altitude load factor 100% through 2000 m, decreasing linearly to 60% at 5000 m; multiply by the regular power-limit factor Apply the input-voltage, temperature and altitude limits together. The maximum ambient temperature is not a full-load rating. Refer to the complete curves on PDF page 36 before choosing continuous load. Dimensions and Installation Dimensions, W × H × D 85.5 × 125.2 × 129.2 mm Mechanical case 984H; drawing tolerance ±1 mm Compatible mounting rails TS-35/7.5 or TS-35/15; rail not included Output adjustment Front-panel +V ADJ control; use the voltage range listed for this model Installation clearances 40 mm above, 20 mm below and 5 mm on each side for permanent full-load operation; use 15 mm beside an adjacent heat source Input terminal blocks TB1 and TB2 Pins 1 and 2: −Vin; pins 3 and 4: +Vin Output terminal block TB3 Pin 1: P+ current sharing; pin 2: P− current sharing; pins 3 and 4: +Vo; pins 5 and 6: −Vo; pins 7 and 8: DC OK relay Construction Conformal coating Follow the terminal labels and mechanical drawing on PDF page 38. Keep the convection path clear and use the specified external input fuse. Required Input Fuse and Matching Parts External input fuse requirement 4 A / 1500 VDC Suggested fuse brand WalterFuse Fuse manufacturer part number WJ30-4 Fuse-holder manufacturer part number WJ30-H MEAN WELL catalogue order code for fuse + holder WJ30-4_WJ30-H Optional internal input fuse 2 A / 1500 VDC; optional configuration The catalogue specifies an external input fuse and shows the fuse holder in the +Vin supply line. WJ30-4_WJ30-H is the listed combination ordering code; WJ30-4 and WJ30-H identify its fuse and holder. Arrange these external parts separately; they are not stated as included with this converter. The optional internal fuse does not replace the specified external 4 A / 1500 VDC fuse requirement. Parallel Current Sharing Maximum parallel units 4 units Current-sharing connection Connect P+ to P+ and P− to P− as shown in the function diagram Output matching before connection Output-voltage difference between units must be less than 0.2 V Maximum combined output current 10 A × number of units × 0.9 Minimum combined load Greater than 3% × 10 A × number of units Fault recovery in parallel Reapply input power after an overload or short-circuit fault The catalogue headline states up to 960 W with 3+1 units. Size the actual installation with the current-sharing limit above, this model’s 240 W rating and all applicable derating. The headline is not an unrestricted continuous or redundant-load rating. Follow the four-unit wiring diagram on PDF page 37. Isolation and Standards Input-to-output withstand voltage 4 kVAC; reinforced isolation Output-to-DC OK withstand voltage 0.5 kVAC Insulation resistance Input–output: 100 MΩ at 500 VDC, 25°C and 70% RH Catalogue-listed safety approvals UL 1741; CSA C22.2 No. 107.1-16; IEC 62109-1; BS EN / EN 62109-1; EAC TP TC 004 Overvoltage category II at 2000 m, according to EN 62109-1; operating-altitude limits and derating are listed separately EMC emission BS EN / EN 55032 (CISPR 32), Class A conducted and radiated emissions EMC immunity BS EN / EN 55035 and BS EN / EN 61000-6-2; listed tests use performance criterion A Input-to-FG withstand voltage 3.75 kVAC Output-to-FG withstand voltage 2 kVAC This converter is a component for installation in final equipment. The completed equipment must be checked again for compliance with the applicable EMC requirements. Mass and Catalogue References Mass, catalogue PACKING reference per unit 960 g Catalogue packing 0.96 kg; 8 units / 10.3 kg / 1.02 CUFT Minimum MTBF 214.2K hours, MIL-HDBK-217F; 1391.8K hours, Telcordia TR/SR-332 (Bellcore); both at 25°C Catalogue warranty 3 years Mass is the single-unit reference from the catalogue PACKING field. It is not a measured shipment weight.

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  • DDRH-240-12

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    MEAN WELL DDRH-240 series: DIN Rail DC/DC Converter - DDRH-240-12

    The MEAN WELL DDRH-240-12 is a 250–1500 VDC input DIN rail DC/DC converter with a 12 V, 16.7 A output rated at 200.4 W. Its 85.5 mm-wide enclosure uses fanless convection cooling and mounts on TS-35/7.5 or TS-35/15 rail. Adjustable output, 4 kVAC reinforced input-to-output isolation and DC OK relay monitoring support high-voltage DC bus, renewable-energy and industrial-control installations within the specified operating limits. Product Datasheet Download MEAN WELL DDRH-240 Datasheet (PDF) The DDRH-240 section is on PDF pages 34, 35, 36, 37, 38, 39. Refer to the complete mechanical drawings and notes when planning installation. Model and Output Ratings Full model DDRH-240-12 Series DDRH-240 Output code 12: 12 VDC nominal output DC output voltage 12 V Rated output current 16.7 A Rated output power 200.4 W Output current range 0–16.7 A Output voltage adjustment 12–15 V Maximum ripple and noise 120 mVp-p Voltage tolerance ±1.5% Line regulation ±0.5% Load regulation ±1.0% Maximum external capacitive load 8000 µF The complete model determines the output rating. Use the model-specific voltage, current and power values when selecting the load. DC Input and Performance Specified DC input range 250–1500 VDC Input-range ratio 6:1 Typical efficiency 85% at 300 VDC; 88% at 800 VDC; 85% at 1500 VDC Maximum cold-start inrush current 500 A at 1500 VDC; 300 A at 800 VDC; 120 A at 300 VDC Block-diagram switching frequency 65 kHz Transient input withstand 1700 VDC for 10 seconds; specified continuous input remains 250–1500 VDC Unless otherwise specified, catalogue measurements use 800 VDC input, rated load and 25°C ambient. The efficiency figures are typical values at the stated input voltages. Ripple and noise are measured at 20 MHz bandwidth with a 12-inch twisted pair terminated by 0.1 µF and 47 µF capacitors in parallel. Voltage tolerance includes set-up tolerance, line regulation and load regulation. Protection Short-circuit protection Included Overload threshold 105–135% of rated output power Overload modes Hiccup below 35% of rated output voltage; constant-current limiting within 35–100%, as specified; automatic recovery in standalone operation after the fault is removed Overvoltage threshold 16.5–21 V Overvoltage recovery Output shuts down; reapply input power to recover Overtemperature protection Hiccup; automatic recovery after the fault is removed Input reverse-polarity protection Internal bridge diode; automatic recovery after incorrect polarity is removed Input undervoltage lockout Protection at 200–230 VDC; release at 230–245 VDC For parallel operation, reapply input power after an overload or short-circuit fault to recover. DC OK Monitoring Maximum relay contact rating 30 V / 1 A, resistive load Contact closed Converter ON / DC OK Contact open Converter OFF / DC fail Use the isolated relay contact within its stated resistive-load rating. Cooling, Derating and Environment Cooling and orientation Fanless free-air convection; vertical DIN rail mounting Working temperature −40 to +80°C, with derating Working humidity 20–90% RH, non-condensing Storage temperature and humidity −40 to +80°C; 10–95% RH, non-condensing Temperature coefficient ±0.03%/°C from 0 to 50°C Maximum operating altitude 5000 m, subject to derating Altitude temperature adjustment Reduce permitted ambient temperature by 3.5°C per 1000 m above 2000 m Component vibration test 10–500 Hz, 2 G; 10 minutes per cycle, 60 minutes on each X, Y and Z axis Mounting-clip vibration reference IEC 60068-2-6 Thermal loading curve 50% at −40°C; 100% from 0 to +50°C; 50% at +65°C; 15% at +80°C. Follow the complete curve between these points. Input-voltage loading curve 40% at 250 VDC; 80% at 300 VDC; 100% from 320 to 1400 VDC; 70% at 1500 VDC Altitude load factor 100% through 2000 m, decreasing linearly to 60% at 5000 m; multiply by the regular power-limit factor Apply the input-voltage, temperature and altitude limits together. The maximum ambient temperature is not a full-load rating. Refer to the complete curves on PDF page 36 before choosing continuous load. Dimensions and Installation Dimensions, W × H × D 85.5 × 125.2 × 129.2 mm Mechanical case 984H; drawing tolerance ±1 mm Compatible mounting rails TS-35/7.5 or TS-35/15; rail not included Output adjustment Front-panel +V ADJ control; use the voltage range listed for this model Installation clearances 40 mm above, 20 mm below and 5 mm on each side for permanent full-load operation; use 15 mm beside an adjacent heat source Input terminal blocks TB1 and TB2 Pins 1 and 2: −Vin; pins 3 and 4: +Vin Output terminal block TB3 Pin 1: P+ current sharing; pin 2: P− current sharing; pins 3 and 4: +Vo; pins 5 and 6: −Vo; pins 7 and 8: DC OK relay Construction Conformal coating Follow the terminal labels and mechanical drawing on PDF page 38. Keep the convection path clear and use the specified external input fuse. Required Input Fuse and Matching Parts External input fuse requirement 4 A / 1500 VDC Suggested fuse brand WalterFuse Fuse manufacturer part number WJ30-4 Fuse-holder manufacturer part number WJ30-H MEAN WELL catalogue order code for fuse + holder WJ30-4_WJ30-H Optional internal input fuse 2 A / 1500 VDC; optional configuration The catalogue specifies an external input fuse and shows the fuse holder in the +Vin supply line. WJ30-4_WJ30-H is the listed combination ordering code; WJ30-4 and WJ30-H identify its fuse and holder. Arrange these external parts separately; they are not stated as included with this converter. The optional internal fuse does not replace the specified external 4 A / 1500 VDC fuse requirement. Parallel Current Sharing Maximum parallel units 4 units Current-sharing connection Connect P+ to P+ and P− to P− as shown in the function diagram Output matching before connection Output-voltage difference between units must be less than 0.2 V Maximum combined output current 16.7 A × number of units × 0.9 Minimum combined load Greater than 3% × 16.7 A × number of units Fault recovery in parallel Reapply input power after an overload or short-circuit fault The catalogue headline states up to 960 W with 3+1 units. Size the actual installation with the current-sharing limit above, this model’s 200.4 W rating and all applicable derating. The headline is not an unrestricted continuous or redundant-load rating. Follow the four-unit wiring diagram on PDF page 37. Isolation and Standards Input-to-output withstand voltage 4 kVAC; reinforced isolation Output-to-DC OK withstand voltage 0.5 kVAC Insulation resistance Input–output: 100 MΩ at 500 VDC, 25°C and 70% RH Catalogue-listed safety approvals UL 1741; CSA C22.2 No. 107.1-16; IEC 62109-1; BS EN / EN 62109-1; EAC TP TC 004 Overvoltage category II at 2000 m, according to EN 62109-1; operating-altitude limits and derating are listed separately EMC emission BS EN / EN 55032 (CISPR 32), Class A conducted and radiated emissions EMC immunity BS EN / EN 55035 and BS EN / EN 61000-6-2; listed tests use performance criterion A Input-to-FG withstand voltage 3.75 kVAC Output-to-FG withstand voltage 2 kVAC This converter is a component for installation in final equipment. The completed equipment must be checked again for compliance with the applicable EMC requirements. Mass and Catalogue References Mass, catalogue PACKING reference per unit 960 g Catalogue packing 0.96 kg; 8 units / 10.3 kg / 1.02 CUFT Minimum MTBF 214.2K hours, MIL-HDBK-217F; 1391.8K hours, Telcordia TR/SR-332 (Bellcore); both at 25°C Catalogue warranty 3 years Mass is the single-unit reference from the catalogue PACKING field. It is not a measured shipment weight.

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  • DDRH-120-48

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    MEAN WELL DDRH-120 series: DIN Rail DC/DC Converter - DDRH-120-48

    The MEAN WELL DDRH-120-48 is a 250–1500 VDC input DIN rail DC/DC converter with a 48 V, 2.5 A output rated at 120 W. Its 63 mm-wide enclosure uses fanless convection cooling and mounts on TS-35/7.5 or TS-35/15 rail. Adjustable output, 4 kVAC reinforced input-to-output isolation and DC OK relay monitoring support high-voltage DC bus, renewable-energy and industrial-control installations within the specified operating limits. Product Datasheet Download MEAN WELL DDRH-120 Datasheet (PDF) The DDRH-120 section is on PDF pages 29, 30, 31, 32, 33. Refer to the complete mechanical drawings and notes when planning installation. Model and Output Ratings Full model DDRH-120-48 Series DDRH-120 Output code 48: 48 VDC nominal output DC output voltage 48 V Rated output current 2.5 A Rated output power 120 W Output current range 0–2.5 A Output voltage adjustment 48–58 V Maximum ripple and noise 300 mVp-p Voltage tolerance ±1.0% Line regulation ±0.5% Load regulation ±1.0% Maximum external capacitive load 1000 µF The complete model determines the output rating. Use the model-specific voltage, current and power values when selecting the load. DC Input and Performance Specified DC input range 250–1500 VDC Input-range ratio 6:1 Typical efficiency 91% at 300 VDC; 91% at 800 VDC; 87% at 1500 VDC Maximum cold-start inrush current 300 A at 1500 VDC; 200 A at 800 VDC; 70 A at 250 VDC Block-diagram switching frequency 65 kHz Transient input withstand 1700 VDC for 10 seconds; specified continuous input remains 250–1500 VDC Unless otherwise specified, catalogue measurements use 800 VDC input, rated load and 25°C ambient. The efficiency figures are typical values at the stated input voltages. Ripple and noise are measured at 20 MHz bandwidth with a 12-inch twisted pair terminated by 0.1 µF and 47 µF capacitors in parallel. Voltage tolerance includes set-up tolerance, line regulation and load regulation. Protection Short-circuit protection Included Overload threshold 105–135% of rated output power Overload modes Hiccup below 55% of rated output voltage; constant-current limiting within 55–100%; automatic recovery after the fault is removed Overvoltage threshold 62–70 V Overvoltage recovery Hiccup; automatic recovery after the fault is removed Overtemperature protection Hiccup; automatic recovery after the fault is removed Input reverse-polarity protection Internal bridge diode; automatic recovery after incorrect polarity is removed Input undervoltage lockout Protection at 200–230 VDC; release at 230–245 VDC DC OK Monitoring Maximum relay contact rating 30 V / 1 A, resistive load Contact closed Converter ON / DC OK Contact open Converter OFF / DC fail Use the isolated relay contact within its stated resistive-load rating. Cooling, Derating and Environment Cooling and orientation Fanless free-air convection; vertical DIN rail mounting Working temperature −40 to +80°C, with derating Working humidity 20–90% RH, non-condensing Storage temperature and humidity −40 to +80°C; 10–95% RH, non-condensing Temperature coefficient ±0.03%/°C from 0 to 50°C Maximum operating altitude 5000 m, subject to derating Altitude temperature adjustment Reduce permitted ambient temperature by 3.5°C per 1000 m above 2000 m Component vibration test 10–500 Hz, 2 G; 10 minutes per cycle, 60 minutes on each X, Y and Z axis Mounting-clip vibration reference IEC 60068-2-6 Thermal loading curve 50% at −40°C; 100% from 0 to +50°C; 50% at +65°C; 15% at +80°C. Follow the complete curve between these points. Input-voltage loading curve 40% at 250 VDC; 80% at 300 VDC; 100% from 320 to 1400 VDC; 80% at 1500 VDC Altitude load factor 100% through 2000 m, decreasing linearly to 60% at 5000 m; multiply by the regular power-limit factor Apply the input-voltage, temperature and altitude limits together. The maximum ambient temperature is not a full-load rating. Refer to the complete curves on PDF page 31 before choosing continuous load. Dimensions and Installation Dimensions, W × H × D 63 × 125.2 × 115 mm Mechanical case 979; drawing tolerance ±1 mm Compatible mounting rails TS-35/7.5 or TS-35/15; rail not included Output adjustment Front-panel +V ADJ control; use the voltage range listed for this model Installation clearances 40 mm above, 20 mm below and 5 mm on each side for permanent full-load operation; use 15 mm beside an adjacent heat source Input terminal blocks TB1 and TB2 Pins 1 and 2: −Vin; pins 3 and 4: +Vin Output terminal block TB3 Pins 1 and 2: DC OK relay; pins 3 and 4: −Vo; pins 5 and 6: +Vo Construction Conformal coating Follow the terminal labels and mechanical drawing on PDF page 32. Keep the convection path clear and use the specified external input fuse. Required Input Fuse and Matching Parts External input fuse requirement 4 A / 1500 VDC Suggested fuse brand WalterFuse Fuse manufacturer part number WJ30-4 Fuse-holder manufacturer part number WJ30-H MEAN WELL catalogue order code for fuse + holder WJ30-4_WJ30-H The catalogue specifies an external input fuse and shows the fuse holder in the +Vin supply line. WJ30-4_WJ30-H is the listed combination ordering code; WJ30-4 and WJ30-H identify its fuse and holder. Arrange these external parts separately; they are not stated as included with this converter. Isolation and Standards Input-to-output withstand voltage 4 kVAC; reinforced isolation Output-to-DC OK withstand voltage 0.5 kVAC Insulation resistance Input–output: 100 MΩ at 500 VDC, 25°C and 70% RH Catalogue-listed safety approvals UL 1741; CSA C22.2 No. 107.1-16; IEC 62109-1; BS EN / EN 62109-1; EAC TP TC 004 Overvoltage category II at 2000 m, according to EN 62109-1; operating-altitude limits and derating are listed separately EMC emission BS EN / EN 55032 (CISPR 32), Class A conducted and radiated emissions EMC immunity BS EN / EN 55035 and BS EN / EN 61000-6-2; listed tests use performance criterion A Input-to-FG withstand voltage 3.75 kVAC Output-to-FG withstand voltage 2 kVAC This converter is a component for installation in final equipment. The completed equipment must be checked again for compliance with the applicable EMC requirements. Mass and Catalogue References Mass, catalogue PACKING reference per unit 845 g Catalogue packing 0.845 kg; 12 units / 12.6 kg / 1.02 CUFT Minimum MTBF 257.2K hours, MIL-HDBK-217F; 1596.3K hours, Telcordia TR/SR-332 (Bellcore); both at 25°C Catalogue warranty 3 years Mass is the single-unit reference from the catalogue PACKING field. It is not a measured shipment weight.

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  • DDRH-120-32

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    MEAN WELL DDRH-120 series: DIN Rail DC/DC Converter - DDRH-120-32

    The MEAN WELL DDRH-120-32 is a 250–1500 VDC input DIN rail DC/DC converter with a 32 V, 3.75 A output rated at 120 W. Its 63 mm-wide enclosure uses fanless convection cooling and mounts on TS-35/7.5 or TS-35/15 rail. Adjustable output, 4 kVAC reinforced input-to-output isolation and DC OK relay monitoring support high-voltage DC bus, renewable-energy and industrial-control installations within the specified operating limits. Product Datasheet Download MEAN WELL DDRH-120 Datasheet (PDF) The DDRH-120 section is on PDF pages 29, 30, 31, 32, 33. Refer to the complete mechanical drawings and notes when planning installation. Model and Output Ratings Full model DDRH-120-32 Series DDRH-120 Output code 32: 32 VDC nominal output DC output voltage 32 V Rated output current 3.75 A Rated output power 120 W Output current range 0–3.75 A Output voltage adjustment 30–36 V Maximum ripple and noise 240 mVp-p Voltage tolerance ±1.0% Line regulation ±0.5% Load regulation ±1.0% Maximum external capacitive load 2000 µF The complete model determines the output rating. Use the model-specific voltage, current and power values when selecting the load. DC Input and Performance Specified DC input range 250–1500 VDC Input-range ratio 6:1 Typical efficiency 90% at 300 VDC; 91% at 800 VDC; 87% at 1500 VDC Maximum cold-start inrush current 300 A at 1500 VDC; 200 A at 800 VDC; 70 A at 250 VDC Block-diagram switching frequency 65 kHz Transient input withstand 1700 VDC for 10 seconds; specified continuous input remains 250–1500 VDC Unless otherwise specified, catalogue measurements use 800 VDC input, rated load and 25°C ambient. The efficiency figures are typical values at the stated input voltages. Ripple and noise are measured at 20 MHz bandwidth with a 12-inch twisted pair terminated by 0.1 µF and 47 µF capacitors in parallel. Voltage tolerance includes set-up tolerance, line regulation and load regulation. Protection Short-circuit protection Included Overload threshold 105–135% of rated output power Overload modes Hiccup below 55% of rated output voltage; constant-current limiting within 55–100%; automatic recovery after the fault is removed Overvoltage threshold 40–48 V Overvoltage recovery Hiccup; automatic recovery after the fault is removed Overtemperature protection Hiccup; automatic recovery after the fault is removed Input reverse-polarity protection Internal bridge diode; automatic recovery after incorrect polarity is removed Input undervoltage lockout Protection at 200–230 VDC; release at 230–245 VDC DC OK Monitoring Maximum relay contact rating 30 V / 1 A, resistive load Contact closed Converter ON / DC OK Contact open Converter OFF / DC fail Use the isolated relay contact within its stated resistive-load rating. Cooling, Derating and Environment Cooling and orientation Fanless free-air convection; vertical DIN rail mounting Working temperature −40 to +80°C, with derating Working humidity 20–90% RH, non-condensing Storage temperature and humidity −40 to +80°C; 10–95% RH, non-condensing Temperature coefficient ±0.03%/°C from 0 to 50°C Maximum operating altitude 5000 m, subject to derating Altitude temperature adjustment Reduce permitted ambient temperature by 3.5°C per 1000 m above 2000 m Component vibration test 10–500 Hz, 2 G; 10 minutes per cycle, 60 minutes on each X, Y and Z axis Mounting-clip vibration reference IEC 60068-2-6 Thermal loading curve 50% at −40°C; 100% from 0 to +50°C; 50% at +65°C; 15% at +80°C. Follow the complete curve between these points. Input-voltage loading curve 40% at 250 VDC; 80% at 300 VDC; 100% from 320 to 1400 VDC; 80% at 1500 VDC Altitude load factor 100% through 2000 m, decreasing linearly to 60% at 5000 m; multiply by the regular power-limit factor Apply the input-voltage, temperature and altitude limits together. The maximum ambient temperature is not a full-load rating. Refer to the complete curves on PDF page 31 before choosing continuous load. Dimensions and Installation Dimensions, W × H × D 63 × 125.2 × 115 mm Mechanical case 979; drawing tolerance ±1 mm Compatible mounting rails TS-35/7.5 or TS-35/15; rail not included Output adjustment Front-panel +V ADJ control; use the voltage range listed for this model Installation clearances 40 mm above, 20 mm below and 5 mm on each side for permanent full-load operation; use 15 mm beside an adjacent heat source Input terminal blocks TB1 and TB2 Pins 1 and 2: −Vin; pins 3 and 4: +Vin Output terminal block TB3 Pins 1 and 2: DC OK relay; pins 3 and 4: −Vo; pins 5 and 6: +Vo Construction Conformal coating Follow the terminal labels and mechanical drawing on PDF page 32. Keep the convection path clear and use the specified external input fuse. Required Input Fuse and Matching Parts External input fuse requirement 4 A / 1500 VDC Suggested fuse brand WalterFuse Fuse manufacturer part number WJ30-4 Fuse-holder manufacturer part number WJ30-H MEAN WELL catalogue order code for fuse + holder WJ30-4_WJ30-H The catalogue specifies an external input fuse and shows the fuse holder in the +Vin supply line. WJ30-4_WJ30-H is the listed combination ordering code; WJ30-4 and WJ30-H identify its fuse and holder. Arrange these external parts separately; they are not stated as included with this converter. Isolation and Standards Input-to-output withstand voltage 4 kVAC; reinforced isolation Output-to-DC OK withstand voltage 0.5 kVAC Insulation resistance Input–output: 100 MΩ at 500 VDC, 25°C and 70% RH Catalogue-listed safety approvals UL 1741; CSA C22.2 No. 107.1-16; IEC 62109-1; BS EN / EN 62109-1; EAC TP TC 004 Overvoltage category II at 2000 m, according to EN 62109-1; operating-altitude limits and derating are listed separately EMC emission BS EN / EN 55032 (CISPR 32), Class A conducted and radiated emissions EMC immunity BS EN / EN 55035 and BS EN / EN 61000-6-2; listed tests use performance criterion A Input-to-FG withstand voltage 3.75 kVAC Output-to-FG withstand voltage 2 kVAC This converter is a component for installation in final equipment. The completed equipment must be checked again for compliance with the applicable EMC requirements. Mass and Catalogue References Mass, catalogue PACKING reference per unit 845 g Catalogue packing 0.845 kg; 12 units / 12.6 kg / 1.02 CUFT Minimum MTBF 257.2K hours, MIL-HDBK-217F; 1596.3K hours, Telcordia TR/SR-332 (Bellcore); both at 25°C Catalogue warranty 3 years Mass is the single-unit reference from the catalogue PACKING field. It is not a measured shipment weight.

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  • DDRH-120-24

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    MEAN WELL DDRH-120 series: DIN Rail DC/DC Converter - DDRH-120-24

    The MEAN WELL DDRH-120-24 is a 250–1500 VDC input DIN rail DC/DC converter with a 24 V, 5 A output rated at 120 W. Its 63 mm-wide enclosure uses fanless convection cooling and mounts on TS-35/7.5 or TS-35/15 rail. Adjustable output, 4 kVAC reinforced input-to-output isolation and DC OK relay monitoring support high-voltage DC bus, renewable-energy and industrial-control installations within the specified operating limits. Product Datasheet Download MEAN WELL DDRH-120 Datasheet (PDF) The DDRH-120 section is on PDF pages 29, 30, 31, 32, 33. Refer to the complete mechanical drawings and notes when planning installation. Model and Output Ratings Full model DDRH-120-24 Series DDRH-120 Output code 24: 24 VDC nominal output DC output voltage 24 V Rated output current 5 A Rated output power 120 W Output current range 0–5 A Output voltage adjustment 24–29 V Maximum ripple and noise 240 mVp-p Voltage tolerance ±1.0% Line regulation ±0.5% Load regulation ±1.5% Maximum external capacitive load 2500 µF The complete model determines the output rating. Use the model-specific voltage, current and power values when selecting the load. DC Input and Performance Specified DC input range 250–1500 VDC Input-range ratio 6:1 Typical efficiency 89% at 300 VDC; 90% at 800 VDC; 86% at 1500 VDC Maximum cold-start inrush current 300 A at 1500 VDC; 200 A at 800 VDC; 70 A at 250 VDC Block-diagram switching frequency 65 kHz Transient input withstand 1700 VDC for 10 seconds; specified continuous input remains 250–1500 VDC Unless otherwise specified, catalogue measurements use 800 VDC input, rated load and 25°C ambient. The efficiency figures are typical values at the stated input voltages. Ripple and noise are measured at 20 MHz bandwidth with a 12-inch twisted pair terminated by 0.1 µF and 47 µF capacitors in parallel. Voltage tolerance includes set-up tolerance, line regulation and load regulation. Protection Short-circuit protection Included Overload threshold 105–135% of rated output power Overload modes Hiccup below 55% of rated output voltage; constant-current limiting within 55–100%; automatic recovery after the fault is removed Overvoltage threshold 33–42 V Overvoltage recovery Hiccup; automatic recovery after the fault is removed Overtemperature protection Hiccup; automatic recovery after the fault is removed Input reverse-polarity protection Internal bridge diode; automatic recovery after incorrect polarity is removed Input undervoltage lockout Protection at 200–230 VDC; release at 230–245 VDC DC OK Monitoring Maximum relay contact rating 30 V / 1 A, resistive load Contact closed Converter ON / DC OK Contact open Converter OFF / DC fail Use the isolated relay contact within its stated resistive-load rating. Cooling, Derating and Environment Cooling and orientation Fanless free-air convection; vertical DIN rail mounting Working temperature −40 to +80°C, with derating Working humidity 20–90% RH, non-condensing Storage temperature and humidity −40 to +80°C; 10–95% RH, non-condensing Temperature coefficient ±0.03%/°C from 0 to 50°C Maximum operating altitude 5000 m, subject to derating Altitude temperature adjustment Reduce permitted ambient temperature by 3.5°C per 1000 m above 2000 m Component vibration test 10–500 Hz, 2 G; 10 minutes per cycle, 60 minutes on each X, Y and Z axis Mounting-clip vibration reference IEC 60068-2-6 Thermal loading curve 50% at −40°C; 100% from 0 to +50°C; 50% at +65°C; 15% at +80°C. Follow the complete curve between these points. Input-voltage loading curve 40% at 250 VDC; 80% at 300 VDC; 100% from 320 to 1400 VDC; 80% at 1500 VDC Altitude load factor 100% through 2000 m, decreasing linearly to 60% at 5000 m; multiply by the regular power-limit factor Apply the input-voltage, temperature and altitude limits together. The maximum ambient temperature is not a full-load rating. Refer to the complete curves on PDF page 31 before choosing continuous load. Dimensions and Installation Dimensions, W × H × D 63 × 125.2 × 115 mm Mechanical case 979; drawing tolerance ±1 mm Compatible mounting rails TS-35/7.5 or TS-35/15; rail not included Output adjustment Front-panel +V ADJ control; use the voltage range listed for this model Installation clearances 40 mm above, 20 mm below and 5 mm on each side for permanent full-load operation; use 15 mm beside an adjacent heat source Input terminal blocks TB1 and TB2 Pins 1 and 2: −Vin; pins 3 and 4: +Vin Output terminal block TB3 Pins 1 and 2: DC OK relay; pins 3 and 4: −Vo; pins 5 and 6: +Vo Construction Conformal coating Follow the terminal labels and mechanical drawing on PDF page 32. Keep the convection path clear and use the specified external input fuse. Required Input Fuse and Matching Parts External input fuse requirement 4 A / 1500 VDC Suggested fuse brand WalterFuse Fuse manufacturer part number WJ30-4 Fuse-holder manufacturer part number WJ30-H MEAN WELL catalogue order code for fuse + holder WJ30-4_WJ30-H The catalogue specifies an external input fuse and shows the fuse holder in the +Vin supply line. WJ30-4_WJ30-H is the listed combination ordering code; WJ30-4 and WJ30-H identify its fuse and holder. Arrange these external parts separately; they are not stated as included with this converter. Isolation and Standards Input-to-output withstand voltage 4 kVAC; reinforced isolation Output-to-DC OK withstand voltage 0.5 kVAC Insulation resistance Input–output: 100 MΩ at 500 VDC, 25°C and 70% RH Catalogue-listed safety approvals UL 1741; CSA C22.2 No. 107.1-16; IEC 62109-1; BS EN / EN 62109-1; EAC TP TC 004 Overvoltage category II at 2000 m, according to EN 62109-1; operating-altitude limits and derating are listed separately EMC emission BS EN / EN 55032 (CISPR 32), Class A conducted and radiated emissions EMC immunity BS EN / EN 55035 and BS EN / EN 61000-6-2; listed tests use performance criterion A Input-to-FG withstand voltage 3.75 kVAC Output-to-FG withstand voltage 2 kVAC This converter is a component for installation in final equipment. The completed equipment must be checked again for compliance with the applicable EMC requirements. Mass and Catalogue References Mass, catalogue PACKING reference per unit 845 g Catalogue packing 0.845 kg; 12 units / 12.6 kg / 1.02 CUFT Minimum MTBF 257.2K hours, MIL-HDBK-217F; 1596.3K hours, Telcordia TR/SR-332 (Bellcore); both at 25°C Catalogue warranty 3 years Mass is the single-unit reference from the catalogue PACKING field. It is not a measured shipment weight.

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  • DDRH-120-12

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    MEAN WELL DDRH-120 series: DIN Rail DC/DC Converter - DDRH-120-12

    The MEAN WELL DDRH-120-12 is a 250–1500 VDC input DIN rail DC/DC converter with a 12 V, 8.4 A output rated at 100.8 W. Its 63 mm-wide enclosure uses fanless convection cooling and mounts on TS-35/7.5 or TS-35/15 rail. Adjustable output, 4 kVAC reinforced input-to-output isolation and DC OK relay monitoring support high-voltage DC bus, renewable-energy and industrial-control installations within the specified operating limits. Product Datasheet Download MEAN WELL DDRH-120 Datasheet (PDF) The DDRH-120 section is on PDF pages 29, 30, 31, 32, 33. Refer to the complete mechanical drawings and notes when planning installation. Model and Output Ratings Full model DDRH-120-12 Series DDRH-120 Output code 12: 12 VDC nominal output DC output voltage 12 V Rated output current 8.4 A Rated output power 100.8 W Output current range 0–8.4 A Output voltage adjustment 12–15 V Maximum ripple and noise 120 mVp-p Voltage tolerance ±1.5% Line regulation ±0.5% Load regulation ±1.5% Maximum external capacitive load 4000 µF The complete model determines the output rating. Use the model-specific voltage, current and power values when selecting the load. DC Input and Performance Specified DC input range 250–1500 VDC Input-range ratio 6:1 Typical efficiency 88% at 300 VDC; 87% at 800 VDC; 84% at 1500 VDC Maximum cold-start inrush current 300 A at 1500 VDC; 200 A at 800 VDC; 70 A at 250 VDC Block-diagram switching frequency 65 kHz Transient input withstand 1700 VDC for 10 seconds; specified continuous input remains 250–1500 VDC Unless otherwise specified, catalogue measurements use 800 VDC input, rated load and 25°C ambient. The efficiency figures are typical values at the stated input voltages. Ripple and noise are measured at 20 MHz bandwidth with a 12-inch twisted pair terminated by 0.1 µF and 47 µF capacitors in parallel. Voltage tolerance includes set-up tolerance, line regulation and load regulation. Protection Short-circuit protection Included Overload threshold 105–135% of rated output power Overload modes Hiccup below 55% of rated output voltage; constant-current limiting within 55–100%; automatic recovery after the fault is removed Overvoltage threshold 16.5–21 V Overvoltage recovery Hiccup; automatic recovery after the fault is removed Overtemperature protection Hiccup; automatic recovery after the fault is removed Input reverse-polarity protection Internal bridge diode; automatic recovery after incorrect polarity is removed Input undervoltage lockout Protection at 200–230 VDC; release at 230–245 VDC DC OK Monitoring Maximum relay contact rating 30 V / 1 A, resistive load Contact closed Converter ON / DC OK Contact open Converter OFF / DC fail Use the isolated relay contact within its stated resistive-load rating. Cooling, Derating and Environment Cooling and orientation Fanless free-air convection; vertical DIN rail mounting Working temperature −40 to +80°C, with derating Working humidity 20–90% RH, non-condensing Storage temperature and humidity −40 to +80°C; 10–95% RH, non-condensing Temperature coefficient ±0.03%/°C from 0 to 50°C Maximum operating altitude 5000 m, subject to derating Altitude temperature adjustment Reduce permitted ambient temperature by 3.5°C per 1000 m above 2000 m Component vibration test 10–500 Hz, 2 G; 10 minutes per cycle, 60 minutes on each X, Y and Z axis Mounting-clip vibration reference IEC 60068-2-6 Thermal loading curve 50% at −40°C; 100% from 0 to +50°C; 50% at +65°C; 15% at +80°C. Follow the complete curve between these points. Input-voltage loading curve 40% at 250 VDC; 80% at 300 VDC; 100% from 320 to 1400 VDC; 80% at 1500 VDC Altitude load factor 100% through 2000 m, decreasing linearly to 60% at 5000 m; multiply by the regular power-limit factor Apply the input-voltage, temperature and altitude limits together. The maximum ambient temperature is not a full-load rating. Refer to the complete curves on PDF page 31 before choosing continuous load. Dimensions and Installation Dimensions, W × H × D 63 × 125.2 × 115 mm Mechanical case 979; drawing tolerance ±1 mm Compatible mounting rails TS-35/7.5 or TS-35/15; rail not included Output adjustment Front-panel +V ADJ control; use the voltage range listed for this model Installation clearances 40 mm above, 20 mm below and 5 mm on each side for permanent full-load operation; use 15 mm beside an adjacent heat source Input terminal blocks TB1 and TB2 Pins 1 and 2: −Vin; pins 3 and 4: +Vin Output terminal block TB3 Pins 1 and 2: DC OK relay; pins 3 and 4: −Vo; pins 5 and 6: +Vo Construction Conformal coating Follow the terminal labels and mechanical drawing on PDF page 32. Keep the convection path clear and use the specified external input fuse. Required Input Fuse and Matching Parts External input fuse requirement 4 A / 1500 VDC Suggested fuse brand WalterFuse Fuse manufacturer part number WJ30-4 Fuse-holder manufacturer part number WJ30-H MEAN WELL catalogue order code for fuse + holder WJ30-4_WJ30-H The catalogue specifies an external input fuse and shows the fuse holder in the +Vin supply line. WJ30-4_WJ30-H is the listed combination ordering code; WJ30-4 and WJ30-H identify its fuse and holder. Arrange these external parts separately; they are not stated as included with this converter. Isolation and Standards Input-to-output withstand voltage 4 kVAC; reinforced isolation Output-to-DC OK withstand voltage 0.5 kVAC Insulation resistance Input–output: 100 MΩ at 500 VDC, 25°C and 70% RH Catalogue-listed safety approvals UL 1741; CSA C22.2 No. 107.1-16; IEC 62109-1; BS EN / EN 62109-1; EAC TP TC 004 Overvoltage category II at 2000 m, according to EN 62109-1; operating-altitude limits and derating are listed separately EMC emission BS EN / EN 55032 (CISPR 32), Class A conducted and radiated emissions EMC immunity BS EN / EN 55035 and BS EN / EN 61000-6-2; listed tests use performance criterion A Input-to-FG withstand voltage 3.75 kVAC Output-to-FG withstand voltage 2 kVAC This converter is a component for installation in final equipment. The completed equipment must be checked again for compliance with the applicable EMC requirements. Mass and Catalogue References Mass, catalogue PACKING reference per unit 845 g Catalogue packing 0.845 kg; 12 units / 12.6 kg / 1.02 CUFT Minimum MTBF 257.2K hours, MIL-HDBK-217F; 1596.3K hours, Telcordia TR/SR-332 (Bellcore); both at 25°C Catalogue warranty 3 years Mass is the single-unit reference from the catalogue PACKING field. It is not a measured shipment weight.

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  • DDRH-60-48

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    MEAN WELL DDRH-60 series: DIN Rail DC/DC Converter - DDRH-60-48

    The MEAN WELL DDRH-60-48 is a 150–1500 VDC input DIN rail DC/DC converter with a 48 V, 1.25 A output rated at 60 W. Its 57 mm-wide enclosure uses fanless convection cooling and mounts on TS-35/7.5 or TS-35/15 rail. Adjustable output, 4 kVAC reinforced input-to-output isolation and DC OK relay monitoring support high-voltage DC bus, renewable-energy and industrial-control installations within the specified operating limits. Product Datasheet Download MEAN WELL DDRH-60 Datasheet (PDF) The DDRH-60 section is on PDF pages 25, 26, 27, 28. Refer to the complete mechanical drawings and notes when planning installation. Model and Output Ratings Full model DDRH-60-48 Series DDRH-60 Output code 48: 48 VDC nominal output DC output voltage 48 V Rated output current 1.25 A Rated output power 60 W Output current range 0–1.25 A Output voltage adjustment 48–54 V Maximum ripple and noise 200 mVp-p Voltage tolerance ±1.0% Line regulation ±0.5% Load regulation ±0.5% Maximum external capacitive load 1000 µF The complete model determines the output rating. Use the model-specific voltage, current and power values when selecting the load. DC Input and Performance Specified DC input range 150–1500 VDC Input-range ratio 10:1 Typical efficiency 87% at 200 VDC; 88% at 800 VDC; 83% at 1500 VDC Maximum cold-start inrush current 120 A at 1500 VDC; 80 A at 800 VDC; 30 A at 150 VDC Block-diagram switching frequency 65 kHz Unless otherwise specified, catalogue measurements use 600 VDC input, rated load and 25°C ambient. The efficiency figures are typical values at the stated input voltages. Ripple and noise are measured at 20 MHz bandwidth with a 12-inch twisted pair terminated by 0.1 µF and 47 µF capacitors in parallel. Voltage tolerance includes set-up tolerance, line regulation and load regulation. Protection Short-circuit protection Included Overload threshold 105–135% of rated output power Overload modes Hiccup below 55% of rated output voltage; constant-current limiting within 55–100%; automatic recovery after the fault is removed Overvoltage threshold 55–60 V Overvoltage recovery Hiccup; automatic recovery after the fault is removed Overtemperature protection Hiccup; automatic recovery after the fault is removed Input reverse-polarity protection Internal bridge diode; automatic recovery after incorrect polarity is removed Input undervoltage lockout Protection at 120–130 VDC; release at 130–146.5 VDC DC OK Monitoring Maximum relay contact rating 30 V / 1 A, resistive load Contact closed Converter ON / DC OK Contact open Converter OFF / DC fail Use the isolated relay contact within its stated resistive-load rating. Cooling, Derating and Environment Cooling and orientation Fanless free-air convection; vertical DIN rail mounting Working temperature −30 to +80°C, with derating Working humidity 20–90% RH, non-condensing Storage temperature and humidity −40 to +80°C; 10–95% RH, non-condensing Temperature coefficient ±0.03%/°C from 0 to 55°C Maximum operating altitude 5000 m, subject to derating Altitude temperature adjustment Reduce permitted ambient temperature by 3.5°C per 1000 m above 2000 m Component vibration test 10–500 Hz, 3 G; 10 minutes per cycle, 60 minutes on each X, Y and Z axis Mounting-clip vibration reference IEC 60068-2-6 Thermal loading curve 70% at −30°C; 100% from 0 to +55°C; 50% at +65°C; 30% at +80°C. Follow the complete curve between these points. Input-voltage loading curve 80% at 150 VDC, rising to 100% at 200 VDC; 100% through 1400 VDC, falling to 80% at 1500 VDC Apply the input-voltage, temperature and altitude limits together. The maximum ambient temperature is not a full-load rating. Refer to the complete curves on PDF page 27 before choosing continuous load. Dimensions and Installation Dimensions, W × H × D 57 × 93.5 × 105 mm Mechanical case DDRH-60; drawing tolerance ±1 mm Compatible mounting rails TS-35/7.5 or TS-35/15; rail not included Output adjustment Front-panel +V ADJ control; use the voltage range listed for this model Installation clearances 40 mm above, 20 mm below and 5 mm on each side for permanent full-load operation; use 15 mm beside an adjacent heat source Input connections Bottom terminals, front view: −Vin on the left and +Vin on the right Output and relay connections Top terminals, left to right in the front view: +Vo, +Vo, −Vo, −Vo, DC OK, DC OK Construction Fully encapsulated Follow the terminal labels and mechanical drawing on PDF page 28. Keep the convection path clear and use the specified external input fuse. Required Input Fuse and Matching Parts External input fuse requirement 4 A / 1500 VDC Suggested fuse brand WalterFuse Fuse manufacturer part number WJ30-4 Fuse-holder manufacturer part number WJ30-H MEAN WELL catalogue order code for fuse + holder WJ30-4_WJ30-H The catalogue specifies an external input fuse and shows the fuse holder in the +Vin supply line. WJ30-4_WJ30-H is the listed combination ordering code; WJ30-4 and WJ30-H identify its fuse and holder. Arrange these external parts separately; they are not stated as included with this converter. Isolation and Standards Input-to-output withstand voltage 4 kVAC; reinforced isolation Output-to-DC OK withstand voltage 0.5 kVAC Insulation resistance Input–output: 100 MΩ at 500 VDC, 25°C and 70% RH Catalogue-listed safety approvals UL 1741; CSA C22.2 No. 107.1-16; IEC 62109-1 (LVD); EAC TP TC 004 Overvoltage category II according to EN 62109-1, up to 5000 m EMC emission BS EN / EN 55032 (CISPR 32), Class A conducted and radiated emissions EMC immunity BS EN / EN 55035 and BS EN / EN 61000-6-2; listed tests use performance criterion A This converter is a component for installation in final equipment. The completed equipment must be checked again for compliance with the applicable EMC requirements. Mass and Catalogue References Mass, catalogue PACKING reference per unit 800 g Catalogue packing 0.8 kg; 16 units / 12.8 kg / 0.84 CUFT Minimum MTBF 454.5K hours, MIL-HDBK-217F; 1439.7K hours, Telcordia TR/SR-332 (Bellcore); both at 25°C Catalogue warranty 3 years Mass is the single-unit reference from the catalogue PACKING field. It is not a measured shipment weight.

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  • DDRH-60-24

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    MEAN WELL DDRH-60 series: DIN Rail DC/DC Converter - DDRH-60-24

    The MEAN WELL DDRH-60-24 is a 150–1500 VDC input DIN rail DC/DC converter with a 24 V, 2.5 A output rated at 60 W. Its 57 mm-wide enclosure uses fanless convection cooling and mounts on TS-35/7.5 or TS-35/15 rail. Adjustable output, 4 kVAC reinforced input-to-output isolation and DC OK relay monitoring support high-voltage DC bus, renewable-energy and industrial-control installations within the specified operating limits. Product Datasheet Download MEAN WELL DDRH-60 Datasheet (PDF) The DDRH-60 section is on PDF pages 25, 26, 27, 28. Refer to the complete mechanical drawings and notes when planning installation. Model and Output Ratings Full model DDRH-60-24 Series DDRH-60 Output code 24: 24 VDC nominal output DC output voltage 24 V Rated output current 2.5 A Rated output power 60 W Output current range 0–2.5 A Output voltage adjustment 24–29 V Maximum ripple and noise 150 mVp-p Voltage tolerance ±1.0% Line regulation ±0.5% Load regulation ±0.5% Maximum external capacitive load 2500 µF The complete model determines the output rating. Use the model-specific voltage, current and power values when selecting the load. DC Input and Performance Specified DC input range 150–1500 VDC Input-range ratio 10:1 Typical efficiency 86% at 200 VDC; 87% at 800 VDC; 84% at 1500 VDC Maximum cold-start inrush current 120 A at 1500 VDC; 80 A at 800 VDC; 30 A at 150 VDC Block-diagram switching frequency 65 kHz Unless otherwise specified, catalogue measurements use 600 VDC input, rated load and 25°C ambient. The efficiency figures are typical values at the stated input voltages. Ripple and noise are measured at 20 MHz bandwidth with a 12-inch twisted pair terminated by 0.1 µF and 47 µF capacitors in parallel. Voltage tolerance includes set-up tolerance, line regulation and load regulation. Protection Short-circuit protection Included Overload threshold 105–135% of rated output power Overload modes Hiccup below 55% of rated output voltage; constant-current limiting within 55–100%; automatic recovery after the fault is removed Overvoltage threshold 30–38 V Overvoltage recovery Hiccup; automatic recovery after the fault is removed Overtemperature protection Hiccup; automatic recovery after the fault is removed Input reverse-polarity protection Internal bridge diode; automatic recovery after incorrect polarity is removed Input undervoltage lockout Protection at 120–130 VDC; release at 130–146.5 VDC DC OK Monitoring Maximum relay contact rating 30 V / 1 A, resistive load Contact closed Converter ON / DC OK Contact open Converter OFF / DC fail Use the isolated relay contact within its stated resistive-load rating. Cooling, Derating and Environment Cooling and orientation Fanless free-air convection; vertical DIN rail mounting Working temperature −30 to +80°C, with derating Working humidity 20–90% RH, non-condensing Storage temperature and humidity −40 to +80°C; 10–95% RH, non-condensing Temperature coefficient ±0.03%/°C from 0 to 55°C Maximum operating altitude 5000 m, subject to derating Altitude temperature adjustment Reduce permitted ambient temperature by 3.5°C per 1000 m above 2000 m Component vibration test 10–500 Hz, 3 G; 10 minutes per cycle, 60 minutes on each X, Y and Z axis Mounting-clip vibration reference IEC 60068-2-6 Thermal loading curve 70% at −30°C; 100% from 0 to +55°C; 50% at +65°C; 30% at +80°C. Follow the complete curve between these points. Input-voltage loading curve 80% at 150 VDC, rising to 100% at 200 VDC; 100% through 1400 VDC, falling to 80% at 1500 VDC Apply the input-voltage, temperature and altitude limits together. The maximum ambient temperature is not a full-load rating. Refer to the complete curves on PDF page 27 before choosing continuous load. Dimensions and Installation Dimensions, W × H × D 57 × 93.5 × 105 mm Mechanical case DDRH-60; drawing tolerance ±1 mm Compatible mounting rails TS-35/7.5 or TS-35/15; rail not included Output adjustment Front-panel +V ADJ control; use the voltage range listed for this model Installation clearances 40 mm above, 20 mm below and 5 mm on each side for permanent full-load operation; use 15 mm beside an adjacent heat source Input connections Bottom terminals, front view: −Vin on the left and +Vin on the right Output and relay connections Top terminals, left to right in the front view: +Vo, +Vo, −Vo, −Vo, DC OK, DC OK Construction Fully encapsulated Follow the terminal labels and mechanical drawing on PDF page 28. Keep the convection path clear and use the specified external input fuse. Required Input Fuse and Matching Parts External input fuse requirement 4 A / 1500 VDC Suggested fuse brand WalterFuse Fuse manufacturer part number WJ30-4 Fuse-holder manufacturer part number WJ30-H MEAN WELL catalogue order code for fuse + holder WJ30-4_WJ30-H The catalogue specifies an external input fuse and shows the fuse holder in the +Vin supply line. WJ30-4_WJ30-H is the listed combination ordering code; WJ30-4 and WJ30-H identify its fuse and holder. Arrange these external parts separately; they are not stated as included with this converter. Isolation and Standards Input-to-output withstand voltage 4 kVAC; reinforced isolation Output-to-DC OK withstand voltage 0.5 kVAC Insulation resistance Input–output: 100 MΩ at 500 VDC, 25°C and 70% RH Catalogue-listed safety approvals UL 1741; CSA C22.2 No. 107.1-16; IEC 62109-1 (LVD); EAC TP TC 004 Overvoltage category II according to EN 62109-1, up to 5000 m EMC emission BS EN / EN 55032 (CISPR 32), Class A conducted and radiated emissions EMC immunity BS EN / EN 55035 and BS EN / EN 61000-6-2; listed tests use performance criterion A This converter is a component for installation in final equipment. The completed equipment must be checked again for compliance with the applicable EMC requirements. Mass and Catalogue References Mass, catalogue PACKING reference per unit 800 g Catalogue packing 0.8 kg; 16 units / 12.8 kg / 0.84 CUFT Minimum MTBF 454.5K hours, MIL-HDBK-217F; 1439.7K hours, Telcordia TR/SR-332 (Bellcore); both at 25°C Catalogue warranty 3 years Mass is the single-unit reference from the catalogue PACKING field. It is not a measured shipment weight.

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  • DDRH-60-12

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    MEAN WELL DDRH-60 series: DIN Rail DC/DC Converter - DDRH-60-12

    The MEAN WELL DDRH-60-12 is a 150–1500 VDC input DIN rail DC/DC converter with a 12 V, 5 A output rated at 60 W. Its 57 mm-wide enclosure uses fanless convection cooling and mounts on TS-35/7.5 or TS-35/15 rail. Adjustable output, 4 kVAC reinforced input-to-output isolation and DC OK relay monitoring support high-voltage DC bus, renewable-energy and industrial-control installations within the specified operating limits. Product Datasheet Download MEAN WELL DDRH-60 Datasheet (PDF) The DDRH-60 section is on PDF pages 25, 26, 27, 28. Refer to the complete mechanical drawings and notes when planning installation. Model and Output Ratings Full model DDRH-60-12 Series DDRH-60 Output code 12: 12 VDC nominal output DC output voltage 12 V Rated output current 5 A Rated output power 60 W Output current range 0–5 A Output voltage adjustment 12–15 V Maximum ripple and noise 120 mVp-p Voltage tolerance ±1.5% Line regulation ±0.5% Load regulation ±0.5% Maximum external capacitive load 4000 µF The complete model determines the output rating. Use the model-specific voltage, current and power values when selecting the load. DC Input and Performance Specified DC input range 150–1500 VDC Input-range ratio 10:1 Typical efficiency 83% at 200 VDC; 85% at 800 VDC; 81% at 1500 VDC Maximum cold-start inrush current 120 A at 1500 VDC; 80 A at 800 VDC; 30 A at 150 VDC Block-diagram switching frequency 65 kHz Unless otherwise specified, catalogue measurements use 600 VDC input, rated load and 25°C ambient. The efficiency figures are typical values at the stated input voltages. Ripple and noise are measured at 20 MHz bandwidth with a 12-inch twisted pair terminated by 0.1 µF and 47 µF capacitors in parallel. Voltage tolerance includes set-up tolerance, line regulation and load regulation. Protection Short-circuit protection Included Overload threshold 105–135% of rated output power Overload modes Hiccup below 55% of rated output voltage; constant-current limiting within 55–100%; automatic recovery after the fault is removed Overvoltage threshold 16.5–21 V Overvoltage recovery Hiccup; automatic recovery after the fault is removed Overtemperature protection Hiccup; automatic recovery after the fault is removed Input reverse-polarity protection Internal bridge diode; automatic recovery after incorrect polarity is removed Input undervoltage lockout Protection at 120–130 VDC; release at 130–146.5 VDC DC OK Monitoring Maximum relay contact rating 30 V / 1 A, resistive load Contact closed Converter ON / DC OK Contact open Converter OFF / DC fail Use the isolated relay contact within its stated resistive-load rating. Cooling, Derating and Environment Cooling and orientation Fanless free-air convection; vertical DIN rail mounting Working temperature −30 to +80°C, with derating Working humidity 20–90% RH, non-condensing Storage temperature and humidity −40 to +80°C; 10–95% RH, non-condensing Temperature coefficient ±0.03%/°C from 0 to 55°C Maximum operating altitude 5000 m, subject to derating Altitude temperature adjustment Reduce permitted ambient temperature by 3.5°C per 1000 m above 2000 m Component vibration test 10–500 Hz, 3 G; 10 minutes per cycle, 60 minutes on each X, Y and Z axis Mounting-clip vibration reference IEC 60068-2-6 Thermal loading curve 70% at −30°C; 100% from 0 to +55°C; 50% at +65°C; 30% at +80°C. Follow the complete curve between these points. Input-voltage loading curve 80% at 150 VDC, rising to 100% at 200 VDC; 100% through 1400 VDC, falling to 80% at 1500 VDC Apply the input-voltage, temperature and altitude limits together. The maximum ambient temperature is not a full-load rating. Refer to the complete curves on PDF page 27 before choosing continuous load. Dimensions and Installation Dimensions, W × H × D 57 × 93.5 × 105 mm Mechanical case DDRH-60; drawing tolerance ±1 mm Compatible mounting rails TS-35/7.5 or TS-35/15; rail not included Output adjustment Front-panel +V ADJ control; use the voltage range listed for this model Installation clearances 40 mm above, 20 mm below and 5 mm on each side for permanent full-load operation; use 15 mm beside an adjacent heat source Input connections Bottom terminals, front view: −Vin on the left and +Vin on the right Output and relay connections Top terminals, left to right in the front view: +Vo, +Vo, −Vo, −Vo, DC OK, DC OK Construction Fully encapsulated Follow the terminal labels and mechanical drawing on PDF page 28. Keep the convection path clear and use the specified external input fuse. Required Input Fuse and Matching Parts External input fuse requirement 4 A / 1500 VDC Suggested fuse brand WalterFuse Fuse manufacturer part number WJ30-4 Fuse-holder manufacturer part number WJ30-H MEAN WELL catalogue order code for fuse + holder WJ30-4_WJ30-H The catalogue specifies an external input fuse and shows the fuse holder in the +Vin supply line. WJ30-4_WJ30-H is the listed combination ordering code; WJ30-4 and WJ30-H identify its fuse and holder. Arrange these external parts separately; they are not stated as included with this converter. Isolation and Standards Input-to-output withstand voltage 4 kVAC; reinforced isolation Output-to-DC OK withstand voltage 0.5 kVAC Insulation resistance Input–output: 100 MΩ at 500 VDC, 25°C and 70% RH Catalogue-listed safety approvals UL 1741; CSA C22.2 No. 107.1-16; IEC 62109-1 (LVD); EAC TP TC 004 Overvoltage category II according to EN 62109-1, up to 5000 m EMC emission BS EN / EN 55032 (CISPR 32), Class A conducted and radiated emissions EMC immunity BS EN / EN 55035 and BS EN / EN 61000-6-2; listed tests use performance criterion A This converter is a component for installation in final equipment. The completed equipment must be checked again for compliance with the applicable EMC requirements. Mass and Catalogue References Mass, catalogue PACKING reference per unit 800 g Catalogue packing 0.8 kg; 16 units / 12.8 kg / 0.84 CUFT Minimum MTBF 454.5K hours, MIL-HDBK-217F; 1439.7K hours, Telcordia TR/SR-332 (Bellcore); both at 25°C Catalogue warranty 3 years Mass is the single-unit reference from the catalogue PACKING field. It is not a measured shipment weight.

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  • DDRH-60-5

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    MEAN WELL DDRH-60 series: DIN Rail DC/DC Converter - DDRH-60-5

    The MEAN WELL DDRH-60-5 is a 150–1500 VDC input DIN rail DC/DC converter with a 5 V, 10 A output rated at 50 W. Its 57 mm-wide enclosure uses fanless convection cooling and mounts on TS-35/7.5 or TS-35/15 rail. Adjustable output, 4 kVAC reinforced input-to-output isolation and DC OK relay monitoring support high-voltage DC bus, renewable-energy and industrial-control installations within the specified operating limits. Product Datasheet Download MEAN WELL DDRH-60 Datasheet (PDF) The DDRH-60 section is on PDF pages 25, 26, 27, 28. Refer to the complete mechanical drawings and notes when planning installation. Model and Output Ratings Full model DDRH-60-5 Series DDRH-60 Output code 5: 5 VDC nominal output DC output voltage 5 V Rated output current 10 A Rated output power 50 W Output current range 0–10 A Output voltage adjustment 5–6 V Maximum ripple and noise 100 mVp-p Voltage tolerance ±1.5% Line regulation ±0.5% Load regulation ±1.5% Maximum external capacitive load 6000 µF The complete model determines the output rating. Use the model-specific voltage, current and power values when selecting the load. DC Input and Performance Specified DC input range 150–1500 VDC Input-range ratio 10:1 Typical efficiency 80% at 200 VDC; 81% at 800 VDC; 76% at 1500 VDC Maximum cold-start inrush current 120 A at 1500 VDC; 80 A at 800 VDC; 30 A at 150 VDC Block-diagram switching frequency 65 kHz Unless otherwise specified, catalogue measurements use 600 VDC input, rated load and 25°C ambient. The efficiency figures are typical values at the stated input voltages. Ripple and noise are measured at 20 MHz bandwidth with a 12-inch twisted pair terminated by 0.1 µF and 47 µF capacitors in parallel. Voltage tolerance includes set-up tolerance, line regulation and load regulation. Protection Short-circuit protection Included Overload threshold 105–135% of rated output power Overload modes Hiccup below 55% of rated output voltage; constant-current limiting within 55–100%; automatic recovery after the fault is removed Overvoltage threshold 6.6–8.4 V Overvoltage recovery Hiccup; automatic recovery after the fault is removed Overtemperature protection Hiccup; automatic recovery after the fault is removed Input reverse-polarity protection Internal bridge diode; automatic recovery after incorrect polarity is removed Input undervoltage lockout Protection at 120–130 VDC; release at 130–146.5 VDC DC OK Monitoring Maximum relay contact rating 30 V / 1 A, resistive load Contact closed Converter ON / DC OK Contact open Converter OFF / DC fail Use the isolated relay contact within its stated resistive-load rating. Cooling, Derating and Environment Cooling and orientation Fanless free-air convection; vertical DIN rail mounting Working temperature −30 to +80°C, with derating Working humidity 20–90% RH, non-condensing Storage temperature and humidity −40 to +80°C; 10–95% RH, non-condensing Temperature coefficient ±0.03%/°C from 0 to 55°C Maximum operating altitude 5000 m, subject to derating Altitude temperature adjustment Reduce permitted ambient temperature by 3.5°C per 1000 m above 2000 m Component vibration test 10–500 Hz, 3 G; 10 minutes per cycle, 60 minutes on each X, Y and Z axis Mounting-clip vibration reference IEC 60068-2-6 Thermal loading curve 70% at −30°C; 100% from 0 to +55°C; 50% at +65°C; 30% at +80°C. Follow the complete curve between these points. Input-voltage loading curve 80% at 150 VDC, rising to 100% at 200 VDC; 100% through 1400 VDC, falling to 80% at 1500 VDC Apply the input-voltage, temperature and altitude limits together. The maximum ambient temperature is not a full-load rating. Refer to the complete curves on PDF page 27 before choosing continuous load. Dimensions and Installation Dimensions, W × H × D 57 × 93.5 × 105 mm Mechanical case DDRH-60; drawing tolerance ±1 mm Compatible mounting rails TS-35/7.5 or TS-35/15; rail not included Output adjustment Front-panel +V ADJ control; use the voltage range listed for this model Installation clearances 40 mm above, 20 mm below and 5 mm on each side for permanent full-load operation; use 15 mm beside an adjacent heat source Input connections Bottom terminals, front view: −Vin on the left and +Vin on the right Output and relay connections Top terminals, left to right in the front view: +Vo, +Vo, −Vo, −Vo, DC OK, DC OK Construction Fully encapsulated Follow the terminal labels and mechanical drawing on PDF page 28. Keep the convection path clear and use the specified external input fuse. Required Input Fuse and Matching Parts External input fuse requirement 4 A / 1500 VDC Suggested fuse brand WalterFuse Fuse manufacturer part number WJ30-4 Fuse-holder manufacturer part number WJ30-H MEAN WELL catalogue order code for fuse + holder WJ30-4_WJ30-H The catalogue specifies an external input fuse and shows the fuse holder in the +Vin supply line. WJ30-4_WJ30-H is the listed combination ordering code; WJ30-4 and WJ30-H identify its fuse and holder. Arrange these external parts separately; they are not stated as included with this converter. Isolation and Standards Input-to-output withstand voltage 4 kVAC; reinforced isolation Output-to-DC OK withstand voltage 0.5 kVAC Insulation resistance Input–output: 100 MΩ at 500 VDC, 25°C and 70% RH Catalogue-listed safety approvals UL 1741; CSA C22.2 No. 107.1-16; IEC 62109-1 (LVD); EAC TP TC 004 Overvoltage category II according to EN 62109-1, up to 5000 m EMC emission BS EN / EN 55032 (CISPR 32), Class A conducted and radiated emissions EMC immunity BS EN / EN 55035 and BS EN / EN 61000-6-2; listed tests use performance criterion A This converter is a component for installation in final equipment. The completed equipment must be checked again for compliance with the applicable EMC requirements. Mass and Catalogue References Mass, catalogue PACKING reference per unit 800 g Catalogue packing 0.8 kg; 16 units / 12.8 kg / 0.84 CUFT Minimum MTBF 454.5K hours, MIL-HDBK-217F; 1439.7K hours, Telcordia TR/SR-332 (Bellcore); both at 25°C Catalogue warranty 3 years Mass is the single-unit reference from the catalogue PACKING field. It is not a measured shipment weight.

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  • DDRH-45-48DR

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    MEAN WELL DDRH-45 series: DIN Rail DC/DC Converter - DDRH-45-48DR

    MEAN WELL DDRH-45-48DR is an isolated DDRH-45 DC/DC converter in the DR configuration for DIN rail mounting. It provides 48 V at 0.938 A with a 45 W rated output from a 150–1500 VDC input. Reinforced 4 kVAC input-to-output isolation, full encapsulation and fanless convection cooling suit auxiliary supplies in photovoltaic, energy-storage, industrial-control and other high-voltage DC-bus equipment. Product Datasheet Download MEAN WELL DDRH-45 Datasheet (PDF) The DDRH-45 section is on PDF pages 17, 18, 19, 20, 21, 22, 23, 24. Refer to the complete mechanical drawings and notes when planning installation. Model and DC Output DC output voltage 48 V Rated output current 0.938 A Rated output power 45 W Full model DDRH-45-48DR Mounting code DR — DIN rail mounting Voltage accuracy ±2.0% Ripple and noise 150 mVp-p Line regulation ±1% Load regulation ±1% from 10% to full load Maximum capacitive load 938 µF Typical switching frequency 28–75.6 kHz Minimum hold-up time 20 ms at 800 VDC input Maximum set-up time 2 s over 150–1500 VDC input Unless stated otherwise, specifications apply at 800 VDC input, rated load and 25°C ambient. Ripple and noise are measured with a 20 MHz bandwidth and a 12-inch twisted pair terminated by parallel 0.1 µF and 47 µF capacitors. DC Input and Efficiency DC input range 150–1500 VDC Nominal input voltage 800 VDC Input range ratio 10:1 No-load input current 0.2 mA Full-load input current 75 mA Typical efficiency 86% Cold-start inrush current 150 A maximum at 800 VDC input Input filter Internal capacitor Protection Functions Short-circuit protection Continuous hiccup mode with automatic recovery Overload threshold 110–300% of rated output power Overload recovery Hiccup mode; automatic recovery after the fault is removed Overvoltage protection Hiccup mode; automatic recovery after the fault is removed Reverse-input polarity protection Internal bridge diode; no damage and automatic recovery after the fault is removed Undervoltage start-up level 132 VDC Undervoltage shutdown level 121 VDC The undervoltage lockout levels describe start-up and shutdown behavior. Normal operation remains specified over the 150–1500 VDC input range. Environment and Load Derating Cooling Fanless, free-air convection Operating temperature −40 to +80°C, subject to load derating Vertical thermal load limits 100% from −40 to +50°C; 75% at 60°C; 50% at 70°C; 25% at 80°C Operating humidity 20–90% RH, non-condensing Storage conditions −40 to +85°C; 10–95% RH, non-condensing Temperature coefficient Typical ±0.02%/°C over −40 to +50°C Operating altitude Up to 5000 m Altitude derating Reduce the allowable ambient temperature by 3.5°C per 1000 m above 2000 m for this fanless converter Vibration MIL-STD-810F Table 514.5C-VIII: 15–2000 Hz, 1 hour on each X/Y/Z axis, 3 hours total. Use the vertical derating curve between the plotted points. Full output is not available throughout the complete ambient-temperature range. Dimensions, Installation and Connections Dimensions, L × W × H 135 × 70 × 43.5 mm Installation form DIN rail mounting Case material Non-conductive black plastic, UL 94V-0 rated Encapsulation Fully encapsulated; potting material rated UL 94V-0 Pin material Copper base with matte-tin plating Unit mass 310 g; catalogue PACKING reference per unit Admissible DIN rails TS35/7.5 or TS35/15 DIN-rail supply Rail is shown for reference and is not included with the unit Terminal wire size 12–24 AWG Recommended terminal torque 5 kgf-cm (4.4 lb-in) Terminal 1 −Vin Terminal 2 NC Terminal 3 +Vin Terminal 4 +Vout Terminal 5 −Vout The DR version has the illustrated rear DIN-rail clip. Use its numbered terminal drawing for wiring; NC is a no-connection terminal. Required Input Fuse and EMC Components Required external input fuse 4 A / 1500 VDC Suggested fuse-and-holder ordering code WJ30-4_WJ30-H Fuse manufacturer WalterFuse Fuse part number WJ30-4 Fuse-holder part number WJ30-H External EMC chokes L1, L2 and L3: three 20 mH common-mode chokes, SQ1515 reference External EMC capacitors C1 and C2: 0.33 µF / 1500 VDC each External EMC resistors R1 and R2: 3 MΩ, 1/2 W, voltage rating at least 800 V each An external input fuse is required. The suggested WalterFuse WJ30-4 fuse and WJ30-H holder can be ordered as WJ30-4_WJ30-H using the catalogue ordering reference. This external assembly is selected separately from the converter; the listed converter mass does not include it. The suggested circuit on physical PDF page 22 places the fuse in the positive input lead and adds the listed chokes, capacitors and resistors. Conducted and radiated Class A performance is specified with these external components. Follow that circuit for this family and confirm EMC in the completed equipment. Safety, EMC and Reliability Input-to-output isolation 4 kVAC, reinforced isolation Insulation resistance 100 MΩ between input and output, measured at 500 VDC, 25°C and 70% RH Overvoltage category Category II according to EN62109-1, up to 5000 m altitude Catalogue safety approvals UL1741; CSA C22.2 No.107.1-16; IEC62109-1 (LVD); EAC TP TC 004 Conducted and radiated emissions BS EN/EN55032 Class A with external components Immunity standard BS EN/EN55035 ESD, BS EN/EN61000-4-2 8 kV air (Level 3), 4 kV contact (Level 2); criterion A Radiated susceptibility, BS EN/EN61000-4-3 Level 3, 10 V as listed in the catalogue; criterion A EFT / bursts, BS EN/EN61000-4-4 Level 2, 0.5 kV; criterion A Surge, BS EN/EN61000-4-5 Level 4, 2 kV between Vin+ and Vin−; criterion A Conducted immunity, BS EN/EN61000-4-6 Level 3, 10 V; criterion A MTBF 316 kh, MIL-HDBK-217F at 25°C Catalogue warranty 3 years This converter is a component for integration into final equipment. The finished equipment must be checked again for compliance with EMC directives; component approvals do not establish approval of the complete installation. Packing References Catalogue packing quantity 6 pieces per tray; 18 pieces per carton One tray gross mass 2.03 kg One carton gross mass 7.1 kg Catalogue carton dimensions, L × W × H 400 × 320 × 225 mm The packing quantities and gross masses are logistics references, separate from the per-unit mass above; they do not define the sales quantity of this individual model. The catalogue illustrates antistatic plastic blister packing with antistatic foam.

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  • DDRH-45-24DR

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    MEAN WELL DDRH-45 series: DIN Rail DC/DC Converter - DDRH-45-24DR

    MEAN WELL DDRH-45-24DR is an isolated DDRH-45 DC/DC converter in the DR configuration for DIN rail mounting. It provides 24 V at 1.87 A with a 45 W rated output from a 150–1500 VDC input. Reinforced 4 kVAC input-to-output isolation, full encapsulation and fanless convection cooling suit auxiliary supplies in photovoltaic, energy-storage, industrial-control and other high-voltage DC-bus equipment. Product Datasheet Download MEAN WELL DDRH-45 Datasheet (PDF) The DDRH-45 section is on PDF pages 17, 18, 19, 20, 21, 22, 23, 24. Refer to the complete mechanical drawings and notes when planning installation. Model and DC Output DC output voltage 24 V Rated output current 1.87 A Rated output power 45 W Full model DDRH-45-24DR Mounting code DR — DIN rail mounting Voltage accuracy ±2.0% Ripple and noise 100 mVp-p Line regulation ±1% Load regulation ±1% from 10% to full load Maximum capacitive load 1870 µF Typical switching frequency 28–75.6 kHz Minimum hold-up time 20 ms at 800 VDC input Maximum set-up time 2 s over 150–1500 VDC input Unless stated otherwise, specifications apply at 800 VDC input, rated load and 25°C ambient. Ripple and noise are measured with a 20 MHz bandwidth and a 12-inch twisted pair terminated by parallel 0.1 µF and 47 µF capacitors. DC Input and Efficiency DC input range 150–1500 VDC Nominal input voltage 800 VDC Input range ratio 10:1 No-load input current 0.2 mA Full-load input current 75 mA Typical efficiency 86% Cold-start inrush current 150 A maximum at 800 VDC input Input filter Internal capacitor Protection Functions Short-circuit protection Continuous hiccup mode with automatic recovery Overload threshold 110–300% of rated output power Overload recovery Hiccup mode; automatic recovery after the fault is removed Overvoltage protection Hiccup mode; automatic recovery after the fault is removed Reverse-input polarity protection Internal bridge diode; no damage and automatic recovery after the fault is removed Undervoltage start-up level 132 VDC Undervoltage shutdown level 121 VDC The undervoltage lockout levels describe start-up and shutdown behavior. Normal operation remains specified over the 150–1500 VDC input range. Environment and Load Derating Cooling Fanless, free-air convection Operating temperature −40 to +80°C, subject to load derating Vertical thermal load limits 100% from −40 to +50°C; 75% at 60°C; 50% at 70°C; 25% at 80°C Operating humidity 20–90% RH, non-condensing Storage conditions −40 to +85°C; 10–95% RH, non-condensing Temperature coefficient Typical ±0.02%/°C over −40 to +50°C Operating altitude Up to 5000 m Altitude derating Reduce the allowable ambient temperature by 3.5°C per 1000 m above 2000 m for this fanless converter Vibration MIL-STD-810F Table 514.5C-VIII: 15–2000 Hz, 1 hour on each X/Y/Z axis, 3 hours total. Use the vertical derating curve between the plotted points. Full output is not available throughout the complete ambient-temperature range. Dimensions, Installation and Connections Dimensions, L × W × H 135 × 70 × 43.5 mm Installation form DIN rail mounting Case material Non-conductive black plastic, UL 94V-0 rated Encapsulation Fully encapsulated; potting material rated UL 94V-0 Pin material Copper base with matte-tin plating Unit mass 310 g; catalogue PACKING reference per unit Admissible DIN rails TS35/7.5 or TS35/15 DIN-rail supply Rail is shown for reference and is not included with the unit Terminal wire size 12–24 AWG Recommended terminal torque 5 kgf-cm (4.4 lb-in) Terminal 1 −Vin Terminal 2 NC Terminal 3 +Vin Terminal 4 +Vout Terminal 5 −Vout The DR version has the illustrated rear DIN-rail clip. Use its numbered terminal drawing for wiring; NC is a no-connection terminal. Required Input Fuse and EMC Components Required external input fuse 4 A / 1500 VDC Suggested fuse-and-holder ordering code WJ30-4_WJ30-H Fuse manufacturer WalterFuse Fuse part number WJ30-4 Fuse-holder part number WJ30-H External EMC chokes L1, L2 and L3: three 20 mH common-mode chokes, SQ1515 reference External EMC capacitors C1 and C2: 0.33 µF / 1500 VDC each External EMC resistors R1 and R2: 3 MΩ, 1/2 W, voltage rating at least 800 V each An external input fuse is required. The suggested WalterFuse WJ30-4 fuse and WJ30-H holder can be ordered as WJ30-4_WJ30-H using the catalogue ordering reference. This external assembly is selected separately from the converter; the listed converter mass does not include it. The suggested circuit on physical PDF page 22 places the fuse in the positive input lead and adds the listed chokes, capacitors and resistors. Conducted and radiated Class A performance is specified with these external components. Follow that circuit for this family and confirm EMC in the completed equipment. Safety, EMC and Reliability Input-to-output isolation 4 kVAC, reinforced isolation Insulation resistance 100 MΩ between input and output, measured at 500 VDC, 25°C and 70% RH Overvoltage category Category II according to EN62109-1, up to 5000 m altitude Catalogue safety approvals UL1741; CSA C22.2 No.107.1-16; IEC62109-1 (LVD); EAC TP TC 004 Conducted and radiated emissions BS EN/EN55032 Class A with external components Immunity standard BS EN/EN55035 ESD, BS EN/EN61000-4-2 8 kV air (Level 3), 4 kV contact (Level 2); criterion A Radiated susceptibility, BS EN/EN61000-4-3 Level 3, 10 V as listed in the catalogue; criterion A EFT / bursts, BS EN/EN61000-4-4 Level 2, 0.5 kV; criterion A Surge, BS EN/EN61000-4-5 Level 4, 2 kV between Vin+ and Vin−; criterion A Conducted immunity, BS EN/EN61000-4-6 Level 3, 10 V; criterion A MTBF 316 kh, MIL-HDBK-217F at 25°C Catalogue warranty 3 years This converter is a component for integration into final equipment. The finished equipment must be checked again for compliance with EMC directives; component approvals do not establish approval of the complete installation. Packing References Catalogue packing quantity 6 pieces per tray; 18 pieces per carton One tray gross mass 2.03 kg One carton gross mass 7.1 kg Catalogue carton dimensions, L × W × H 400 × 320 × 225 mm The packing quantities and gross masses are logistics references, separate from the per-unit mass above; they do not define the sales quantity of this individual model. The catalogue illustrates antistatic plastic blister packing with antistatic foam.

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  • DDRH-45-15DR

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    MEAN WELL DDRH-45 series: DIN Rail DC/DC Converter - DDRH-45-15DR

    MEAN WELL DDRH-45-15DR is an isolated DDRH-45 DC/DC converter in the DR configuration for DIN rail mounting. It provides 15 V at 3 A with a 45 W rated output from a 150–1500 VDC input. Reinforced 4 kVAC input-to-output isolation, full encapsulation and fanless convection cooling suit auxiliary supplies in photovoltaic, energy-storage, industrial-control and other high-voltage DC-bus equipment. Product Datasheet Download MEAN WELL DDRH-45 Datasheet (PDF) The DDRH-45 section is on PDF pages 17, 18, 19, 20, 21, 22, 23, 24. Refer to the complete mechanical drawings and notes when planning installation. Model and DC Output DC output voltage 15 V Rated output current 3 A Rated output power 45 W Full model DDRH-45-15DR Mounting code DR — DIN rail mounting Voltage accuracy ±2.0% Ripple and noise 100 mVp-p Line regulation ±1% Load regulation ±1% from 10% to full load Maximum capacitive load 3000 µF Typical switching frequency 28–75.6 kHz Minimum hold-up time 20 ms at 800 VDC input Maximum set-up time 2 s over 150–1500 VDC input Unless stated otherwise, specifications apply at 800 VDC input, rated load and 25°C ambient. Ripple and noise are measured with a 20 MHz bandwidth and a 12-inch twisted pair terminated by parallel 0.1 µF and 47 µF capacitors. DC Input and Efficiency DC input range 150–1500 VDC Nominal input voltage 800 VDC Input range ratio 10:1 No-load input current 0.2 mA Full-load input current 75 mA Typical efficiency 85% Cold-start inrush current 150 A maximum at 800 VDC input Input filter Internal capacitor Protection Functions Short-circuit protection Continuous hiccup mode with automatic recovery Overload threshold 110–300% of rated output power Overload recovery Hiccup mode; automatic recovery after the fault is removed Overvoltage protection Hiccup mode; automatic recovery after the fault is removed Reverse-input polarity protection Internal bridge diode; no damage and automatic recovery after the fault is removed Undervoltage start-up level 132 VDC Undervoltage shutdown level 121 VDC The undervoltage lockout levels describe start-up and shutdown behavior. Normal operation remains specified over the 150–1500 VDC input range. Environment and Load Derating Cooling Fanless, free-air convection Operating temperature −40 to +80°C, subject to load derating Vertical thermal load limits 100% from −40 to +50°C; 75% at 60°C; 50% at 70°C; 25% at 80°C Operating humidity 20–90% RH, non-condensing Storage conditions −40 to +85°C; 10–95% RH, non-condensing Temperature coefficient Typical ±0.02%/°C over −40 to +50°C Operating altitude Up to 5000 m Altitude derating Reduce the allowable ambient temperature by 3.5°C per 1000 m above 2000 m for this fanless converter Vibration MIL-STD-810F Table 514.5C-VIII: 15–2000 Hz, 1 hour on each X/Y/Z axis, 3 hours total. Use the vertical derating curve between the plotted points. Full output is not available throughout the complete ambient-temperature range. Dimensions, Installation and Connections Dimensions, L × W × H 135 × 70 × 43.5 mm Installation form DIN rail mounting Case material Non-conductive black plastic, UL 94V-0 rated Encapsulation Fully encapsulated; potting material rated UL 94V-0 Pin material Copper base with matte-tin plating Unit mass 310 g; catalogue PACKING reference per unit Admissible DIN rails TS35/7.5 or TS35/15 DIN-rail supply Rail is shown for reference and is not included with the unit Terminal wire size 12–24 AWG Recommended terminal torque 5 kgf-cm (4.4 lb-in) Terminal 1 −Vin Terminal 2 NC Terminal 3 +Vin Terminal 4 +Vout Terminal 5 −Vout The DR version has the illustrated rear DIN-rail clip. Use its numbered terminal drawing for wiring; NC is a no-connection terminal. Required Input Fuse and EMC Components Required external input fuse 4 A / 1500 VDC Suggested fuse-and-holder ordering code WJ30-4_WJ30-H Fuse manufacturer WalterFuse Fuse part number WJ30-4 Fuse-holder part number WJ30-H External EMC chokes L1, L2 and L3: three 20 mH common-mode chokes, SQ1515 reference External EMC capacitors C1 and C2: 0.33 µF / 1500 VDC each External EMC resistors R1 and R2: 3 MΩ, 1/2 W, voltage rating at least 800 V each An external input fuse is required. The suggested WalterFuse WJ30-4 fuse and WJ30-H holder can be ordered as WJ30-4_WJ30-H using the catalogue ordering reference. This external assembly is selected separately from the converter; the listed converter mass does not include it. The suggested circuit on physical PDF page 22 places the fuse in the positive input lead and adds the listed chokes, capacitors and resistors. Conducted and radiated Class A performance is specified with these external components. Follow that circuit for this family and confirm EMC in the completed equipment. Safety, EMC and Reliability Input-to-output isolation 4 kVAC, reinforced isolation Insulation resistance 100 MΩ between input and output, measured at 500 VDC, 25°C and 70% RH Overvoltage category Category II according to EN62109-1, up to 5000 m altitude Catalogue safety approvals UL1741; CSA C22.2 No.107.1-16; IEC62109-1 (LVD); EAC TP TC 004 Conducted and radiated emissions BS EN/EN55032 Class A with external components Immunity standard BS EN/EN55035 ESD, BS EN/EN61000-4-2 8 kV air (Level 3), 4 kV contact (Level 2); criterion A Radiated susceptibility, BS EN/EN61000-4-3 Level 3, 10 V as listed in the catalogue; criterion A EFT / bursts, BS EN/EN61000-4-4 Level 2, 0.5 kV; criterion A Surge, BS EN/EN61000-4-5 Level 4, 2 kV between Vin+ and Vin−; criterion A Conducted immunity, BS EN/EN61000-4-6 Level 3, 10 V; criterion A MTBF 316 kh, MIL-HDBK-217F at 25°C Catalogue warranty 3 years This converter is a component for integration into final equipment. The finished equipment must be checked again for compliance with EMC directives; component approvals do not establish approval of the complete installation. Packing References Catalogue packing quantity 6 pieces per tray; 18 pieces per carton One tray gross mass 2.03 kg One carton gross mass 7.1 kg Catalogue carton dimensions, L × W × H 400 × 320 × 225 mm The packing quantities and gross masses are logistics references, separate from the per-unit mass above; they do not define the sales quantity of this individual model. The catalogue illustrates antistatic plastic blister packing with antistatic foam.

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  • DDRH-45-12DR

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    MEAN WELL DDRH-45 series: DIN Rail DC/DC Converter - DDRH-45-12DR

    MEAN WELL DDRH-45-12DR is an isolated DDRH-45 DC/DC converter in the DR configuration for DIN rail mounting. It provides 12 V at 3.75 A with a 45 W rated output from a 150–1500 VDC input. Reinforced 4 kVAC input-to-output isolation, full encapsulation and fanless convection cooling suit auxiliary supplies in photovoltaic, energy-storage, industrial-control and other high-voltage DC-bus equipment. Product Datasheet Download MEAN WELL DDRH-45 Datasheet (PDF) The DDRH-45 section is on PDF pages 17, 18, 19, 20, 21, 22, 23, 24. Refer to the complete mechanical drawings and notes when planning installation. Model and DC Output DC output voltage 12 V Rated output current 3.75 A Rated output power 45 W Full model DDRH-45-12DR Mounting code DR — DIN rail mounting Voltage accuracy ±2.0% Ripple and noise 100 mVp-p Line regulation ±1% Load regulation ±1% from 10% to full load Maximum capacitive load 3750 µF Typical switching frequency 28–75.6 kHz Minimum hold-up time 20 ms at 800 VDC input Maximum set-up time 2 s over 150–1500 VDC input Unless stated otherwise, specifications apply at 800 VDC input, rated load and 25°C ambient. Ripple and noise are measured with a 20 MHz bandwidth and a 12-inch twisted pair terminated by parallel 0.1 µF and 47 µF capacitors. DC Input and Efficiency DC input range 150–1500 VDC Nominal input voltage 800 VDC Input range ratio 10:1 No-load input current 0.2 mA Full-load input current 75 mA Typical efficiency 85% Cold-start inrush current 150 A maximum at 800 VDC input Input filter Internal capacitor Protection Functions Short-circuit protection Continuous hiccup mode with automatic recovery Overload threshold 110–300% of rated output power Overload recovery Hiccup mode; automatic recovery after the fault is removed Overvoltage protection Hiccup mode; automatic recovery after the fault is removed Reverse-input polarity protection Internal bridge diode; no damage and automatic recovery after the fault is removed Undervoltage start-up level 132 VDC Undervoltage shutdown level 121 VDC The undervoltage lockout levels describe start-up and shutdown behavior. Normal operation remains specified over the 150–1500 VDC input range. Environment and Load Derating Cooling Fanless, free-air convection Operating temperature −40 to +80°C, subject to load derating Vertical thermal load limits 100% from −40 to +50°C; 75% at 60°C; 50% at 70°C; 25% at 80°C Operating humidity 20–90% RH, non-condensing Storage conditions −40 to +85°C; 10–95% RH, non-condensing Temperature coefficient Typical ±0.02%/°C over −40 to +50°C Operating altitude Up to 5000 m Altitude derating Reduce the allowable ambient temperature by 3.5°C per 1000 m above 2000 m for this fanless converter Vibration MIL-STD-810F Table 514.5C-VIII: 15–2000 Hz, 1 hour on each X/Y/Z axis, 3 hours total. Use the vertical derating curve between the plotted points. Full output is not available throughout the complete ambient-temperature range. Dimensions, Installation and Connections Dimensions, L × W × H 135 × 70 × 43.5 mm Installation form DIN rail mounting Case material Non-conductive black plastic, UL 94V-0 rated Encapsulation Fully encapsulated; potting material rated UL 94V-0 Pin material Copper base with matte-tin plating Unit mass 310 g; catalogue PACKING reference per unit Admissible DIN rails TS35/7.5 or TS35/15 DIN-rail supply Rail is shown for reference and is not included with the unit Terminal wire size 12–24 AWG Recommended terminal torque 5 kgf-cm (4.4 lb-in) Terminal 1 −Vin Terminal 2 NC Terminal 3 +Vin Terminal 4 +Vout Terminal 5 −Vout The DR version has the illustrated rear DIN-rail clip. Use its numbered terminal drawing for wiring; NC is a no-connection terminal. Required Input Fuse and EMC Components Required external input fuse 4 A / 1500 VDC Suggested fuse-and-holder ordering code WJ30-4_WJ30-H Fuse manufacturer WalterFuse Fuse part number WJ30-4 Fuse-holder part number WJ30-H External EMC chokes L1, L2 and L3: three 20 mH common-mode chokes, SQ1515 reference External EMC capacitors C1 and C2: 0.33 µF / 1500 VDC each External EMC resistors R1 and R2: 3 MΩ, 1/2 W, voltage rating at least 800 V each An external input fuse is required. The suggested WalterFuse WJ30-4 fuse and WJ30-H holder can be ordered as WJ30-4_WJ30-H using the catalogue ordering reference. This external assembly is selected separately from the converter; the listed converter mass does not include it. The suggested circuit on physical PDF page 22 places the fuse in the positive input lead and adds the listed chokes, capacitors and resistors. Conducted and radiated Class A performance is specified with these external components. Follow that circuit for this family and confirm EMC in the completed equipment. Safety, EMC and Reliability Input-to-output isolation 4 kVAC, reinforced isolation Insulation resistance 100 MΩ between input and output, measured at 500 VDC, 25°C and 70% RH Overvoltage category Category II according to EN62109-1, up to 5000 m altitude Catalogue safety approvals UL1741; CSA C22.2 No.107.1-16; IEC62109-1 (LVD); EAC TP TC 004 Conducted and radiated emissions BS EN/EN55032 Class A with external components Immunity standard BS EN/EN55035 ESD, BS EN/EN61000-4-2 8 kV air (Level 3), 4 kV contact (Level 2); criterion A Radiated susceptibility, BS EN/EN61000-4-3 Level 3, 10 V as listed in the catalogue; criterion A EFT / bursts, BS EN/EN61000-4-4 Level 2, 0.5 kV; criterion A Surge, BS EN/EN61000-4-5 Level 4, 2 kV between Vin+ and Vin−; criterion A Conducted immunity, BS EN/EN61000-4-6 Level 3, 10 V; criterion A MTBF 316 kh, MIL-HDBK-217F at 25°C Catalogue warranty 3 years This converter is a component for integration into final equipment. The finished equipment must be checked again for compliance with EMC directives; component approvals do not establish approval of the complete installation. Packing References Catalogue packing quantity 6 pieces per tray; 18 pieces per carton One tray gross mass 2.03 kg One carton gross mass 7.1 kg Catalogue carton dimensions, L × W × H 400 × 320 × 225 mm The packing quantities and gross masses are logistics references, separate from the per-unit mass above; they do not define the sales quantity of this individual model. The catalogue illustrates antistatic plastic blister packing with antistatic foam.

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    $114.84

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