Ampere 57V 15A LFP Battery Charger (CAN Protocol) - Primus (Phase 2)

57V 15A battery charger (CAN protocol phase 2) with 2+4 Amphenol connector for 51V 60Ah, 3KW LFP/Lithium battery specially used in Ampere Primus electric scooter model.

Origin: Made in India

Warranty: 6 Months from the date of purchase

Return: 7 days Return/Replacement (Please read Refund policy for more information)

Delivery: 3-10 days

Features:

• Inbuilt with Zero Start feature
• CAN and As per AIS 156 Phase 2
• Earth Leakage Detector
• SMPS based technology
• Forced air cooling by built in DC fan
• LED Indication for Mains ON, Output ON, Charging percentage (25%, 50%, 75%, 100%)
  
• High Reliability

Mechanical Details:

• Dimension(L*W*H) : 24CM 18CM  8CM
• Weight : 2.6 Kg

Specification:

Input:

• Input Voltage : 170-300V
• Frequency : 47-63Hz
• Input AC Current : Max 5 Amps
• Connect input mains supply cord to the 5Amp Ac plug wall socket with proper grounding
• Make sure that Earth(Ground) is connected

Output:

• Output Voltage : 57 V
• Output Current : 15 Amps
• Efficiency : greater than 85%
• Do not touch uninsulated output wires
• Connect the charger output cable with connector (DC OUTPUT) to the battery connector
• Make sure that Battery +ve terminal connected to +ve terminal of charger and Battery -ve terminal connected to -ve terminal of charger

 Protection:

• Output short circuit
• Over Temperature
• Output Overload
• Battery reverse protection

Warranty Terms:

We provide service and care, the battery charger shall be free from the material and workmanship for 12 months from the date of original invoice.
This warranty does not include any damage to, malfunctioning or improper operation of battery charger resulting to

• If serial number or seal is not present on unit, warranty will be void
• Abuse, misuse or tampering
• Repair or maintenance of battery charger or related equipments
• Improper connection may damage charger. means in place of AC connection DC
• Negligent use, operation, care, cleaning, storage or handling
• Fire, water, dust, wind lighting or other natural causes
• Power fluctuation due to surge