E-SCOOTER SERIES

AMP600 series motor controllers

Our core controller family for e-scooters: up to 3.6 kW peak across 48 to 72 V. Designed and built in India.

Part numbers

Part number	System voltage (V DC)	Phase current (Arms)	Power rating (kW)
AMP6605	48 / 60	50	1.5
AMP6607	48 / 60	70	1.7
AMP6609	48 / 60	90	2.1
AMP6612	48 / 60	120	2.7
AMP6614	48 / 60	140	3.6
AMP6712	60 / 72	120	3.6

Applications: E-scooters
Motor mounting: Mid-mount or hub-mount motors
System voltage: 48 V, 60 V, 72 V
Peak power: up to 3.6 kW
Phase current: up to 140 Arms
Peak DC current: up to 60 A for 30 s
Controller hardware efficiency: ~97%
Motor types: PMSM, BLDC
Control: FOC / vector control, torque control
Position sensor: Hall sensors, incremental encoder (A, B, I, Z), sin-cos encoder or resolver
Motor temperature sensor: NTC or PTC
Ride modes: 4, including reverse
Regenerative braking: Programmable regen current
Communication: CAN 2.0B, 11-bit identifier
Diagnostics: UDS over CAN: firmware update, configuration and diagnosis
Over-the-air updates: Supported through a connected instrument cluster, applied over CAN
Inputs and outputs: Digital inputs: 3 fixed, 8 configurable. Analog inputs: 2 fixed, 1 configurable. Outputs: 2 fixed, 1 configurable
Connector: 23-position; mating connector TE Connectivity 770680-1 or equivalent
Other functions: Limp-home mode, charger interlock, motor enable/disable
Protections: Short circuit, overvoltage and undervoltage, overcurrent, controller and motor over-temperature, motor overrun
Cooling: Natural or forced
Operating temperature: -10 to +60 °C
Ingress protection: IP67
EMI/EMC: AIS 004, Part 3
Weight: ~1.2 kg
Size (W x L x H): 190 x 110 x 65 mm

Need the datasheet as a PDF? Request it from Downloads.

23-position connector. Mating connector: TE Connectivity 770680-1 or equivalent.

Pin	Function
1	ADC input, throttle
2	Throttle +ve
3	Ground
4	Ground
5	Ignition
6	Position sensor +ve (Hall / sin-cos / ABZ)
7	Active low input / Encoder B
8	Active high/low input
9	ADC input
10	No connection
11	ADC input, motor temperature sensor
12	Hall V / Encoder Z / Sin-cos B

Pin	Function
13	Active high/low input
14	Active high/low input
15	Active high/low input
16	Active high input
17	Single-line communication (DS)
18	Active high input (high brake)
19	Active low input / Reverse
20	Hall U / Encoder A / Sin-cos A
21	Hall W / Encoder PWM
22	CAN L
23	CAN H

For wiring, use the released datasheet for your part number.

All four series share the same software core, so a vehicle platform can move up in power without starting again.

Torque maps and regeneration strategy are set in firmware for each programme.

Optimised for Indian drive cycles and rated for heat, dust and vibration.

Hardware, firmware and algorithms are our own, supported by engineers in India.

Send your vehicle, voltage, power and annual volume. An application engineer will reply with the right part number.