Product Features

MOSFET Parallel Design: Allows adjustment of the number of parallel connections based on output current requirements.
FOC Algorithm: Rapid torque closed-loop, stable and smooth output.
IP67 Protection Level: Ensures normal operation in complex environments.
Comprehensive Fault Alarms: Includes overvoltage, undervoltage, overcurrent, overtemperature, precharge failure, and main contactor loss alarms, with actions such as power reduction and shutdown based on fault severity.
Nylon Housing: Meets V0 flame retardant rating.
CAN Communication Support: Terminal resistor can be jumper rotated, customizable protocol to facilitate coordination between different devices.
Fault Indicator Light on Housing: Displays real-time controller operating status.
Functional Safety: Designed according to EN13849 standards, meeting the functional safety requirements of EN1175 and EN280.

Product Technical Specifications

Product Specification	IC112NH-22-2430-P28	IC112NH-22-2430	IC112NH-22-4830-P24	IC112NH-22-4830
System Voltage	24V System	24V System	48V System	48V System
Controller Start Voltage (DC/V)	12V	12V	18V	18V
Input Voltage Range (DC/V)	16V-30V	16V-30V	26V-63V	26V-63V
Maximum Output Current [S2-2Min] (AC/A)	2x 300Arms + 280A	2x 300Arms	2x 300Arms + 240A	2x 300Arms
Typical Operating Current [S2-60Min] (AC/A)	80Arms	80Arms	94Arms	94Arms
Rated Output Current (AC/A)	80Arms	80Arms	80Arms	80Arms

Note:S2-2Min and S2-60Min operating currents refer to the working currents before thermal derating occurs. This assumes the controller is mounted on a heat dissipation aluminum plate with airflow perpendicular to the heat sink at a speed of 1.7m/s, and an ambient temperature of 25°C.

Motor Type	AC Asynchronous	Encoder Type	Quadrature Encoder
Operating Temperature Range	-20℃ to 55℃	Storage Temperature Range	-40℃ to 85℃
Protection Level	IP67	Maximum Efficiency	≥97%
Cooling Method	Self-cooling	Communication Method	CAN Communication
Dimensions	See attached diagram	CAN Terminal Resistor	120Ω (jumper)
Internal Precharge	Yes	Built-in Relay	No
Motor Control Mode	Speed/Torque	Vibration Standard	GB/T 18488.1-2015
Insulation Performance	Input and output to case DC 1000V leakage current <5mA, insulation resistance 20MΩ
Heat Dissipation Requirements	Recommended to install on an aluminum base plate to improve controller output capability

Installation dimension diagram (unit: mm)

Applications

minicar

bus

Golf cart

Sightseeing

moped

Ebike

UGV

forklift