PRODUCT PARAMETERS
Description
BSP10P277 is a power surge protector available in two installation types: lead wire type and on-board type. It is designed for the surge protection of commercial lighting power sources such as street lighting (Class I, Class II), landscape lighting, and for the surge protection of power ports including security systems, electrical appliances, and sockets.
BSP10P277 features a fully sealed enclosure that is fire-resistant, water-resistant, dust-resistant, and rated IP65. The device provides full mode protection with an ultra-low protective voltage and includes leakage current interruption and freewheeling current interruption functions. The product is compact and comes with L, N, and PE cables for easy installation and application. The maximum lightning current it can protect against is 10kA, and it can withstand a 10kV surge voltage shock.
Boarden Surge Protective Devices BSP10P277 Data Sheel:
| Item | BSP10P277 |
| Manufacturer | Boarden |
| Moel | EVE 304Ah |
| Real Capacity | 304Ah |
| Nominal Voltage | 3.2V |
| Max Charge Current | 1C |
| Max Charge Voltage | 3.65V |
| AC Impedance Resistance | ≤0.5mΩ |
| Charging Temperature | 0℃～60℃ |
| Storage temperature | -30℃～60℃ |
| Cycle Life | 4000 times |
| Weight | 5.5±0.1kg |
| Dimensions (L*W*H) | 207*173*71mm |
| Applications | Electric Power Systems, Home Applicances, Solar/wind power system, RV, Electric vehicles,LEV, Electric Motorcycle, Golf carts, Forklift, Boat, Power tools, etc. |
Notice:
- Leakage Current: In this context, leakage current refers to the current that flows through the SPD when no surge is present. For example, zinc oxide varistors are devices that exhibit leakage characteristics.
- Freewheeling Current: This term refers to the current from the connected power source that continues to flow through the SPD during and after the discharge current has passed. For example, gas discharge tubes and thyristors are devices that have freewheeling characteristics (cited from IEC61643-11).
- 10kA: This refers to the maximum discharge current (Imax) tested using an 8/2/μs surge waveform.
- 10kV: This refers to the nominal discharge voltage (Vn) tested using a 1.2/50μs surge waveform.
