Dimensions
Compatibility
Level 3 Charger
Bolt.Earth 60/90 kW Charging Station
DC – 60/90 kW (415V AC) 96A - CCS 2/CHAdeMO
Available in 60 kW and 90 kW variants
Product description
Looking for a powerful DC fast charging solution for your commercial space or highway location? Look no further than the Bolt.Earth 60/90 kW Charging Station. This next-generation unit delivers unparalleled charging speeds for four-wheeler EVs, making it the perfect choice for busy locations where time is of the essence.Designed to cater to the demands of highways and commercial settings, our 60/90 kW Dual Gun DC Charger sets a new standard in fast and seamless EV charging. Tailored for four-wheeler EVs, this advanced charging station features cutting-edge technology to deliver an unparalleled charging experience. Whether you're charging at home or on-the-go, Bolt.Earth Level 3 guarantees safety, intelligence, and connectivity for your EV charging needs.
Features
- Display: 7” TFT LCD touch screen (Daylight readable)
- Input Voltage: 415V (+6% and –10%), 3 phase/5 wire AC system
- Input Frequency Range: 50 Hz (5 Hz + or -)
- Charging Interface/Connector type: CCS type 2/ CHAdeMO
- Charge Option / User Authentication: RFID, mobile app, OTP, QR Code
- Connectivity: Internet access via Ethernet
- Communication Protocol: OCPP
- Ingress Protection: IP 54
- Cable Length: 5m
- Charging Control: Scan - Pay - Charge
- Operating Temperature: -20 °C to 75 °C
- Certificate: ARAI
Why buy the Bolt.Earth 60/90 kW Charging Station?
- Operates seamlessly in extreme high temperatures without power derating
- Equipped with dual Emergency Stop Buttons for added safety
- Emergency shutdown feature with alarm for immediate action
- Comprehensive protection against over voltage, under voltage, over current, short circuit, surge, over temperature, and ground fault
- Certified electric shock-proof and compliant with safety standards including IEC 61851 and IEC 62196
- Advanced connectivity options including RFID, mobile app, OTP, and QR Code authentication for user convenience
