HeliControl
Application illustration
Forklifts & Aerial Work Platforms
Traction and lifting applications require motor-drive configurations selected around torque response, diagnostics and feedback devices.
Explore the control approachMotor Controllers
HL-M2030A
A high-power controller series for coordinated dual-motor applications.
Key parameters
Voltage
24 – 160 V
Peak current
650 A
Protection
IP65
Temperature
-40 – 85 ℃
Cooling
Natural or forced-air cooling
Supported motor types
AC induction motors, Permanent-magnet synchronous motors
Communication / I/O
CAN / I/O configuration varies by selected model and project requirements.
Catalog reference
Page 17
Model matrix
| Model | Voltage | Peak current | Rated current |
|---|---|---|---|
| HL-M2030A-24 | 24 V | 650 A Peak value; see catalog for duty condition | 300 A |
| HL-M2030A-48 | 48 V | 600 A Peak value; see catalog for duty condition | 260 A |
| HL-M2030A-72 | 72 V | 450 A Peak value; see catalog for duty condition | 240 A |
| HL-M2030A-96 | 96 V | 420 A Peak value; see catalog for duty condition | 180 A |
| HL-M2030A-144 | 144 V | 350 A Peak value; see catalog for duty condition | 150 A |
| HL-M2030A-160 | 160 V | 250 A Peak value; see catalog for duty condition | 130 A |
Features
- Power-stage and thermal design for equipment integration.
- Control functions selected around the motor, feedback device and duty cycle.
- CAN and I/O configuration confirmed against the vehicle or equipment interface.
Typical application directions: Electric forklifts, Aerial work platforms, Sanitation vehicles, Articulating boom lifts
Dimensions
220 × 180 × 86 mm
Connector and I/O summary
CAN / I/O configuration varies by selected model and project requirements.
Connectors: Refer to the current catalog for connector and mating-part information.
Full pin definitions are provided in the available catalog rather than expanded on this page.
Related applications
Application directions to explore
Start a conversation
Confirm the match against the equipment duty cycle
Vehicle and actuator conditions differ. Confirm the selection range against the actual project requirements.