Name: MEAN WELL PWM-200 series: 3-in-1 dimmable PWM output LED driver - PWM-200-36
Brand: MEAN WELL
SKU: PWM-200-36
Price: 128.64 USD
Availability: InStock

MEAN WELL PWM-200 series: 3-in-1 dimmable PWM output LED driver - PWM-200-36

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Description

MEAN WELL PWM-200-36

MEAN WELL PWM-200-36 is a 3-in-1 dimmable constant-voltage PWM output LED driver for compatible 36 V LED strips, rated 5.55 A and 199.8 W. Its Class II plastic enclosure is fully encapsulated to IP67. Select for the exact Blank control version and apply the input and thermal derating below.

Download MEAN WELL PWM-200 Datasheet (PDF)Download MEAN WELL LED Installation Manual (PDF)

Datasheet section: PDF pages 60–67; specifications on page 61.

Model, output and control

Parameter	Specification
Model	PWM-200-36
Series and function code	PWM-200; blank suffix: 3-in-1 dimming
Output mode	Constant voltage with PWM-style output; dimming varies output-current duty cycle. Built-in active power factor correction (PFC).
DC output voltage	36 V
Rated output current	5.55 A
Rated output power	199.8 W
Output PWM frequency	4 kHz, fixed typical output waveform frequency.
Dimming interface	0–10 VDC, additive 10 V PWM at 100 Hz–3 kHz, or resistance between DIM+ and DIM−
Dimming range	Catalog range 0–100%. Approximate minimum output duty 1% at 0.6 VDC, 6 kΩ (one driver), or 6% duty of the external 10 V PWM signal; lower input can dim the output to 0%.
Dimming source and synchronization	100 μA typical source current. Resistance scaling: 100 kΩ / N at full output, where N is the number of synchronized drivers. Do not connect DIM− to the negative LED output. Use a controller with capacity of at least 0.15 mA per PWM driver, as required by the installation instructions.

Input and performance

Parameter	Specification
Input voltage	100–305 VAC or 142–431 VDC; apply input-voltage and thermal derating. Before DC wiring, verify the manufacturer’s polarity requirements for this model.
Input frequency	47–63 Hz
Typical efficiency	94% at the catalog test conditions
Typical power factor	>0.97 / 115 VAC; >0.96 / 230 VAC; >0.94 / 277 VAC at full load; PF changes with load.
THD	<20% at ≥60% load / 115 or 230 VAC, or ≥75% / 277 VAC; consult the model-specific load curves.
Typical AC input current	2.2 A / 115 VAC; 1.1 A / 230 VAC; 0.9 A / 277 VAC
Inrush current	Cold start: 65 A typical at 230 VAC; 550 μs pulse width measured at 50% peak, per NEMA 410.
Circuit-breaker reference	3 / 5 units for type B / type C 16 A breakers at 230 VAC, respectively. Catalog reference only; verify the actual breaker and system conditions.
Leakage current	<0.75 mA at 277 VAC
No-load or standby power	<0.5 W with dimming off.
Setup and rise time	500 ms setup, 80 ms rise / 115 or 230 VAC. Cold-start measurement; rapid switching may increase setup time.
Hold-up time	10 ms / 115 or 230 VAC typical

Protection and operating conditions

Parameter	Specification
Overload protection	108–135% of rated output; Hiccup or constant-current limiting, with automatic recovery after fault removal.
Short-circuit protection	Output shuts down; remove the fault, then re-power to recover.
Overvoltage protection	41–49 V; Output shuts down; remove the fault, then re-power to recover.
Overtemperature protection	Output shuts down; remove the fault, then re-power to recover.
Working case temperature	−40 to +85°C; maximum case temperature +85°C, subject to derating.
Cooling and load derating	Free-air convection with recommended horizontal mounting. At 110 VAC: 100% through +40°C ambient, falling to 40% at +70°C. At 230 VAC: 100% through +45°C, falling to 50% at +70°C. The −40°C to −25°C region is for 230 VAC input only. Keep Tc at or below +85°C; apply both ambient and input limits.
Input/load derating	At 60 Hz: 80% at 100 VAC, rising to 100% at 110 VAC; 100% through 305 VAC.
Humidity and storage	Working: 20–95% RH, non-condensing. Storage: −40 to +80°C, 10–95% RH.
Temperature coefficient	±0.03%/°C over 0–50°C
Altitude derating	Above 2000 m, reduce the allowable ambient temperature by 3.5°C per additional 1000 m for this fanless design.
Vibration	10–500 Hz, 5 G, 12 minutes per cycle, 72 minutes along each X/Y/Z axis.

Safety, insulation and compliance

Parameter	Specification
Safety and design standards	UL8750 Type HL; CSA C22.2 No. 250.13-12; ENEC BS EN/EN61347-1, BS EN/EN61347-2-13 and BS EN/EN62384, independent control gear; IP67; EAC TP TC 004; GB/T19510.1 and GB/T19510.213. BS EN/EN60335-1 is a design reference. Class II without FG; SELV output. Type HL applications: Class I, Division 2 hazardous (classified) locations, subject to the listed installation conditions.
EMC	Emission: BS EN/EN55015, BS EN/EN61000-3-2 Class C at ≥60% load, BS EN/EN61000-3-3, GB/T17743, GB17625.1 and EAC TP TC 020. Immunity: BS EN/EN61000-4-2/-3/-4/-5/-6/-8/-11, BS EN/EN61547 light-industry level, line-to-line surge 2 kV, and EAC TP TC 020. Final equipment requires EMC requalification.
Insulation	Input/output withstand: 3.75 kVAC. Insulation resistance input/output: 100 MΩ at 500 VDC, 25°C / 70% RH.
MTBF	2235.6 / 178.7 thousand hours minimum, Telcordia SR-332 / MIL-HDBK-217F (25°C), respectively; statistical estimates, not guaranteed service life.
Emergency-lighting scope	Catalog lists suitability according to BS EN/EN61347-2-13 Appendix J; verify the complete emergency-lighting installation.

Dimensions and installation

Parameter	Specification
Dimensions	195 × 68 × 39.5 mm (L × W × H); plastic housing.
Lead connections	Input: AC/L brown, AC/N blue. LED output: +V red, −V black. Control: DIM+ purple, DIM− pink. Do not connect DIM− to negative LED output.
Cable specification	Input: SJOW 17 AWG × 2C & H05RN-F 2 × 1.0 mm², 300 mm. LED output: SJOW 17 AWG × 2C & H05RN-F 2 × 1.0 mm², 300 ±20 mm. Control: UL2464 20 AWG × 2C, 350 ±20 mm.
Mounting	Use the model-specific drawing; 4.5 mm mounting holes. Maintain recommended horizontal mounting and keep the marked Tc point below the case-temperature limit. Tc1 is the 110 VAC case-temperature point; Tc2 is for 230 VAC.
Ingress protection	Fully encapsulated IP67, for dry, damp or wet locations subject to the installation instructions. Suitable indoors or outdoors without direct sunlight; do not immerse or operate the product in water. Seal system interconnections and any waterproof connector against water ingress.
Installation	Disconnect the supply before installation or maintenance and prevent inadvertent reconnection. Keep ventilation clear, do not stack objects on the unit, and leave 10–15 cm clearance when the adjacent device is a heat source. Approved primary/secondary cables must carry at least the unit’s rated current. Nonstandard mounting or high ambient temperature requires derating. Confirm controller compatibility; the catalog calls for 0.15 mA controller capacity per PWM driver. Insulate system interconnections and enclose single-insulated wires; do not dismantle the driver. Damaged external cables must be replaced by the manufacturer, its service agent or an equally qualified person.
Control-wire insulation	The standalone control conductors are smaller than 18 AWG: use an SELV controller or network. Consult MEAN WELL for assistance before a FELV application.
Application restrictions	Capacitive loads are not recommended. To meet the stated ErP condition for lighting fixtures, use this supply behind a switch; do not connect it permanently to the mains.
Dimming isolation	This Blank version is described as an isolated 3-in-1 dimming design. Its 4 kHz output design is stated to comply with IEEE1789-2015. Do not infer unlimited system isolation or a different wiring method.
Weight	1030 g; catalog packing reference per unit (1.03 kg × 1000), not a measured net or shipping parcel weight.
Service-life reference	Typical lifetime >50,000 hours when the marked Tc/TMP point is about +75°C or below. Manufacturer catalog warranty: 5 years, subject to MEAN WELL’s warranty statement; not an additional store promise.

Unless stated otherwise, catalog parameters are measured at 230 VAC input, rated current and +25°C ambient. Typical figures and load curves apply only to their stated conditions. Read the linked drawings and installation instructions before system design.