Important notice - You will not have the ability to place orders order, see prices or stock information from 12pm Friday 15th May until 18th May 2026. Whilst we perform essential maintenance, we apologise for any inconvenience.
Important notice - You will not have the ability to place orders order, see prices or stock information from 12pm Friday 15th May until 18th May 2026. Whilst we perform essential maintenance, we apologise for any inconvenience.
TECHNOSOFT
The IGVD71 is a compact, high-performance controller that is optimally adapted to the requirements of battery-powered unmanned transport systems (AGVs), autonomous mobile robots and logistics systems. With the powerful, built-in MotionChip controller and the highly flexible TML programming language, coordinated and synchronized motor/powertrain movements, anti-slip control algorithms or active torque distribution between the axes (torque deviation) can be implemented. IGVD71 is the best solution for battery-powered mobile applications.
| Analogue Inputs | 2 |
|---|---|
| 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 |
| Digital outputs | 4 |
| Nominal current | 100 A |
| Peak current | 140 A |
|---|---|
| Positioning feedback | SSI, EnDaT 2.2, 1 Vpp Sin/Cos, Incremental, Digital hall sensors, Sensorless, Tachogenerator |
| Power | 8000 W |
| Supplier | Technosoft |
| Supply voltage | 12 V DC, 24 V DC, 36 V DC, 48 V DC, 56 V DC, 72 V DC |
| Weight | 300 g |
The IGVD71 is a compact, high-performance controller that is optimally adapted to the requirements of battery-powered unmanned transport systems (AGVs), autonomous mobile robots and logistics systems. With the powerful, built-in MotionChip controller and the highly flexible TML programming language, coordinated and synchronized motor/powertrain movements, anti-slip control algorithms or active torque distribution between the axes (torque deviation) can be implemented. IGVD71 is the best solution for battery-powered mobile applications.
