RRC2020
Standard-Batteriepack RRC2020 (3S3P)
 mit 10.80V / 9.22Ah / 99.60Wh
- Weltweite Zulassungen und Erfüllung von Sicherheitsstandards
 - Keine Entwicklungskosten, kurze Time-to-Market
 - Smarte Batterien mit zahlreichen Features nach SMBus Spezifikation
 - Integrierte Ladezustandsanzeige mit LED
 - State-of-the-art Lithium-Zellen mit höchster Energiedichte
 - Hohe Entladeströme
 - JEITA-Ladeprofil Optimierung
 - Zahlreiche und redundante Safety-Features
 - Battery Life Management: Schutz vor schneller Zellalterung
 - Erhöhter ESD-Schutz bis zu 8.00KV
 - Bis zu 80% der Anfangskapazität nach 800 Zyklen
 - 3S3P Batteriezellen-Konfiguration
 
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Produktdatenblatt RRC2020
| General | |
|---|---|
| Delivery status (battery capacity) | <30% | 
Compliance information  | IEC62133 / CE / UL2054 / CAN ICES-003(B) / NMB-003(B) / FCC / UKCA / PSE / KC / BSMI / Gost-R / CMIM / CCC / RCM / BIS / TISI / UN38.3 / RoHS / REACH  | 
| Operating temperature | 0°C to 45°C (charge) -20°C to 60°C (discharge)  | 
Storage temperature  | -20°C to 50°C max.  | 
Communication bus  | SMBus  | 
| Electrical Parameters | |
|---|---|
Nominal voltage  | 10.80V  | 
Nominal capacity  | 9.22Ah  | 
Initial impedance  | max. 180mΩ @ 1kHz at 25°C  | 
Max. charge current  | 6.20A  | 
Max. charge voltage  | 12.55V  | 
Max. discharge current  | 10.00A  | 
Battery cell configuration  | 3S3P  | 
Battery chemistry  | Lithium Ion (Li-Ion)  | 
| Battery Dimensions | |
|---|---|
Length (min. - max.)  | 149.00mm +0.70/-0.70  | 
Width (min. - max.)  | 89.00mm +0.25/-0.25  | 
Thickness (min. - max.)  | 19.70mm +0.40/-0.25  | 
Weight  | 505g  | 
Contacts  | +, C, D, T, -  | 
| Ingress protection | IP40 | 
| 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 | 
| OLD (Overload in Discharge) | Protection against overload during discharging | 
| SCC (Short Circuit in Charge) | Protection against short circuits while charging | 
| SCD (Short Circuit in Discharge) | Protection against short circuits during discharging | 
| CTO (Charge Timeout) | Protection against prolonged charging | 
| Battery Life Management | Protection against overcharging when battery aged | 


