MEAN WELL HBG-60-1050-P is a circular PCB AC/DC LED driver with a 1050 mA rated constant-current output, a 37–55 V operating region and 57.75 W rated power. The HBG-60-P series uses active PFC, Class II design and fanless free-air convection cooling for integration into lighting equipment.
HBG-60-P specifications, performance curves and mechanical drawing: PDF pages 1–5.
| Complete model |
HBG-60-1050-P |
| Series / product form |
HBG-60-P; circular PCB type constant-current LED driver. The current code identifies the rated output current in mA; P identifies the PCB type. |
| Rated output current |
1050 mA. |
| Rated output power |
57.75 W; observe the current and voltage operating limits together. |
| Constant-current region |
37–55 V. Direct LED driving in constant-current mode. The typical I–V diagram shows a constant-current region down to 65% of normalized output voltage, with a hiccup-protection region below it; use this model’s tabulated voltage range for selection. The highest operating output voltage depends on the end-system configuration. |
| Open-circuit voltage |
60 V maximum. |
| Output-current adjustment |
680–1050 mA, as specified in the model table. Confirm the setting for the LED load before integration. |
| Current ripple / tolerance |
Current ripple: 25% maximum at rated current. Current tolerance: ±5.0%. |
| AC / DC input |
90–295 VAC or 127–417 VDC; AC frequency 47–63 Hz. Apply input-voltage derating at low line. |
| Active PFC / power factor |
Built-in active PFC. At full load: PF >0.97 at 115 VAC, >0.95 at 230 VAC and >0.9 at 277 VAC. |
| Total harmonic distortion |
THD <20% at load ≥65% with 115 VAC or 230 VAC input, and at load ≥75% with 277 VAC input. |
| Typical efficiency |
90% at the catalog measurement conditions. The series performance plots show load dependence and do not replace this model-specific table value. |
| Typical input current |
0.7 A at 115 VAC; 0.4 A at 230 VAC; 0.3 A at 277 VAC. |
| Typical cold-start inrush |
45 A at 230 VAC; pulse width 100 µs measured at 50% Ipeak, per NEMA 410. |
| 16 A circuit-breaker loading |
At 230 VAC: maximum 28 units on a type B breaker or 32 units on a type C breaker, according to the catalog. |
| Leakage current |
Less than 0.75 mA at 277 VAC. |
| Setup time |
500 ms at 230 VAC; 1200 ms at 115 VAC. Measured at the first cold start; repeated ON/OFF switching may increase setup time. |
| Circuit frequency |
The block diagram specifies an oscillator frequency of 50 kHz. |
| Overcurrent protection |
Hiccup mode; recovers automatically after the fault condition is removed. |
| Overtemperature protection |
Shuts down output voltage; re-power on to recover. |
| Cooling / working temperature |
Fanless free-air convection cooling; ambient temperature Ta −40 to +70°C, subject to thermal and input-voltage derating. |
| Horizontal thermal derating |
100% load from −40 to +60°C; reduce load along the plotted slope to 65% at +70°C. |
| Input-voltage derating |
The 60 Hz static-characteristic graph shows 80% load at 90 VAC, rising to 100% at 100 VAC; 100% load from 100 to 295 VAC. Apply temperature limits at the same time. |
| Working humidity |
20–95% RH, non-condensing. |
| Storage conditions |
−40 to +80°C; 10–95% RH. |
| Temperature coefficient |
±0.03%/°C over 0–60°C. |
| Vibration |
10–500 Hz, 5G; 12 minutes per cycle, 72 minutes along each of the X, Y and Z axes. |
| Dimensions |
Ø99 × 26 mm (diameter × height). Mechanical drawing tolerance: ±1 mm; board thickness: 1.6 mm. |
| Drawing geometry |
The mechanical drawing identifies Ø18 mm perimeter cutouts and 34.6 mm offsets. Use the full drawing to locate the board and maintain clearance around components and wiring. |
| AC input leads |
AC/L: brown; AC/N: blue. UL1015 18 AWG × 2 conductors, 330 ±20 mm as shown in the drawing. |
| DC output leads |
V+: red; V−: black. UL1015 18 AWG × 2 conductors, 330 ±20 mm as shown in the drawing. Observe LED polarity. |
| Control interface scope |
The model table specifies output-current adjustment. The HBG-60-P drawing shows only AC input and DC output leads; it does not specify external DIM terminals or a 3-in-1, DALI or PUSH dimming interface. |
| Application examples |
LED bay, stage, spot and down lighting, subject to the complete luminaire design and the driver’s operating limits. |
| Mains switching |
Use behind a switch rather than permanently connected to the mains, as required by the catalog’s lighting-fixture ErP integration note. |
| Installation safety |
Disconnect the power supply from the mains before installation or maintenance and prevent accidental reconnection. Have electrical faults examined by a qualified technician. Damaged external flexible cables must be replaced by the manufacturer, its service agent or a similarly qualified person. |
| Ventilation and environment |
Keep ventilation clear and do not place objects on the unit. Keep 10–15 cm clearance when an adjacent device is a heat source. Do not immerse the unit or install it near a fire source. Follow the model-specific ambient-temperature, mounting-orientation and input-voltage derating limits. |
| System enclosure and wiring |
This PCB component power supply must be integrated into final equipment with suitable insulation and isolation around interconnections. Cover single-insulated wiring with the system enclosure and use approved primary and secondary cables rated for at least the applicable unit current. Re-verify EMC in the completed system. |
| Bay-light installation |
For bay-light applications, verify that the supporting structure and luminaire are sufficiently strong and use safety cables. The cited PCB-series catalog does not provide a numerical whole-luminaire suspension mass limit. |
| Output limits |
Keep output current and output power within this model’s rated operating envelope. Verify the LED load and the supplied wiring before energizing the completed equipment. |
| Grounding and interface scope |
The catalog identifies this model as Class II with a two-conductor AC input and no FG wire. The catalog lists an output-current adjustment range; it does not specify an external DIM, DALI or PUSH connection for this model. |
| Insulation and output classification |
The catalog explicitly identifies Class II design and a Class 2 power unit, and shows the SELV marking. These designations do not replace verification of the completed equipment. |
| Safety standards |
UL 8750; CSA C22.2 No. 250.13-12; ENEC BS EN/EN 61347-1 and 61347-2-13; BS EN/EN 62384; GB/T 19510.1 and GB/T 19510.213 (independent); EAC TP TC 004, as listed in this catalog. |
| Withstand voltage |
Input–output: 3.75 kVAC. |
| Isolation resistance |
Input–output: 100 MΩ at 500 VDC, 25°C and 70% RH. |
| EMC emission |
BS EN/EN 55015; GB/T 17743; GB 17625.1; BS EN/EN 61000-3-2 Class C at load ≥65%; BS EN/EN 61000-3-3; EAC TP TC 020. |
| EMC immunity |
BS EN/EN 61000-4-2, -3, -4, -5, -6, -8 and -11; BS EN/EN 61547; BS EN/EN 55024, light-industry level; EAC TP TC 020. Surge immunity: line-to-line 2 kV. |
| Complete-equipment EMC |
This driver is a component used with final equipment. Re-qualify EMC for the complete installation because the finished assembly affects EMC performance. |
| MTBF |
4523.2 thousand hours minimum, Telcordia SR-332 (Bellcore); 455.5 thousand hours minimum, MIL-HDBK-217F at 25°C. |
| Lifetime / warranty |
The catalog states a typical lifetime greater than 50,000 hours and a 5-year manufacturer warranty. Typical lifetime is not a guarantee for every installation; warranty coverage is subject to the manufacturer’s warranty statement. |
| Unit mass |
210 g, converted from the catalog PACKING per-unit reference of 0.21 kg. This is not a measured shipping-package weight. |
| Measurement conditions |
Unless otherwise specified, parameters are measured at 230 VAC input, rated current and 25°C ambient. Typical values retain their stated scope. |
