
POWERBLOQ 1100-24
CANBus-enabled Battery Pack Li-Ion 25.6 V / 43.0 Ah / 1101 Wh
- Fast charging, up to 1.5C (20%-80% in 24 minutes)
- Up to 80% of initial capacity after 6.000 cycles (70% DOD)
- State of the art LFP cell technology
- High discharge perfomance
- IEC62619 and UL2271 certified
- CANopen communication for host and charger integration
- Scalable capacity from 21.5Ah to over 600Ah by connecting up to 30 batteries in parallel
- Integradet LED State of Charge (SoC) and State of Health (SoH) indicator
- IP65 ruggedized housing
- JEITA charging profile optimization
- Numerous and redundant safety features
- Easy to handle
- No development costs, fast time-to-market
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POWERBLOQ 1100-24
| General | |
|---|---|
| Delivery Status Battery Capacity | < 30% |
| Compliance Information | CE / IEC62619 / UL2054 / UL2271 / CAN ICES-003 (B) / NMB-003 (B) / FCC / ICES / UKCA / KC / UN38.3 / RoHS / Reach |
| Operating Temperature | 0°C to 45°C (charge) -20°C to 60°C (discharge) |
Storage Temperature | -20°C to 60°C max. |
| Communication Interface | CANBus: CANopen implementation according CiA418 |
| P/N | 110386 Each battery has an individual serial number (S/N), which is located on the hardpack label for tracking & traceability. |
| Electrical Parameters | |
|---|---|
Nominal Voltage | 25.6V |
Nominal (Rated) Capacity | 43.00Ah |
| Max. continuous charge rate | 63A (not for cycle life) |
| Continuous discharge rate | 63A (not for cycle life)) |
| Peak discharge rate | 129A/10s |
*Capacitive loads may cause brief inrush current peaks during connection or start-up. Suitable inrush current limitation must be implemented in the application. For more information, please refer to www.rrc-ps.com/faq
| Dimensions | |
|---|---|
Length | 330mm |
Width | 80mm |
Thickness | 230mm |
Weight | ~ 10.5 kg |
| Ingress Protection | IP65 |
| Safety Features | |
|---|---|
| CUV (Cell Under Voltage) | Protection against deep discharge |
| COV (Cell Over Voltage) | Protection against over charge |
| OTC (Over Temperature in Charge) | Protection against overheating while charging |
| OTD (Over Temperature in Discharge) | Protection against overheating during discharging |
| OCC (Over Current in Charge) | Protection against overcurrent while charging |
| OCD (Over Current in Discharge) | Protection against overcurrent during discharging |
| OL (Overload in Discharge) | Protection against overload during discharging |
| SCD (Short Circuit in Discharge) | Protection against short circuits during discharging |