TECHNOSOFT
Technosoft IPOS3602
Motion controller drive - 2A
Compact controller to control DC motors, PMSM/BLDC motors and stepper motors. The IPOS3602 is an intelligent, freely programmable servo controller with integrated output, MotionChip â„¢ controller, I/O signals and CAN bus interface in one device. The IPOS3602 is designed in several versions: as a PCIe plug-in module for motherboard integration, as a soldering/connection module and as a built-in unit, allowing easy integration even in confined spaces. Multiple VX modules can be connected to a single motherboard for compact design, time savings and cost optimization.
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- Power up to 75W, continuous/peak current 2/3.2A, supply voltage 12-36VDC
- Built-in motion controller
- For brushed DC, BLDC and stepper motors
- Communication RS-232 (TMLCAN) and CANopen (default) or EtherCAT (optional)
- Open PCB or enclosed design
Selected variant
Technical data
| Analogue Inputs | 1 |
|---|---|
| Communication | CANopen, RS232, TMLCAN |
| Compatible motor technology | PMSM motor, Voice coil actuator, Brushless DC motor, Stepper motor, Linear motor, DC |
| Control type | Electronic cam, Electronic gearing, Position, Speed, Torque |
| Digital inputs | 5 Â |
| Digital outputs | 4 Â |
| Nominal current | 2 A |
| Peak current | 3.2 A |
|---|---|
| Positioning feedback | Incremental, 1 Vpp Sin/Cos, Digital hall sensors, Tachogenerator, Sensorless |
| Power | 75 W |
| Supplier | Technosoft |
| Supply voltage | 12 V DC, 24 V DC, 36 V DC |
| Weight | 70 g |
Product description
Compact controller to control DC motors, PMSM/BLDC motors and stepper motors. The IPOS3602 is an intelligent, freely programmable servo controller with integrated output, MotionChip â„¢ controller, I/O signals and CAN bus interface in one device. The IPOS3602 is designed in several versions: as a PCIe plug-in module for motherboard integration, as a soldering/connection module and as a built-in unit, allowing easy integration even in confined spaces. Multiple VX modules can be connected to a single motherboard for compact design, time savings and cost optimization.
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