The 0190-07970 is a high-performance motion control module designed to govern the movement of motors, actuators, and servos in complex industrial systems. It’s part of a scalable automation platform, integrating seamlessly with both PLCs and dedicated motion controllers, making it versatile for retrofits and new installations alike.
Model 0190-07970
Brand AMAT
Type Multi-Axis Motion Control Module
Power Supply 24 V DC (2.5A max)
Operating Temperature -40°C to +70°C
Mounting DIN Rail (35mm)
Dimensions 100 x 160 x 120 mm (WxHxD)
Weight 0.8 kg
Interfaces EtherCAT, Profibus-DP, encoder inputs (TTL/HTL), analog outputs (0-10V)
Certifications CE, UL, IEC 61131-2, RoHS
Cooling Passive (finned heatsink)
Environmental Rating IP20
Axis Capacity Up to 8 axes (synchronized)
Update Rate 125 µs per axis
The 0190-07970 is a high-performance motion control module designed to govern the movement of motors, actuators, and servos in complex industrial systems. It’s part of a scalable automation platform, integrating seamlessly with both PLCs and dedicated motion controllers, making it versatile for retrofits and new installations alike.
0190-07970
In a control system architecture, the0190-07970 acts as the “choreographer,” translating digital commands from a central controller into precise motor movements—whether it’s a slow, steady rotation for material handling or rapid, repetitive actions for assembly. What sets it apart for engineers is its ability to handle multi-axis synchronization, eliminating the need for separate controllers for each motor. Integrators value its open-protocol design, which simplifies integration with third-party drives and feedback devices, reducing the risk of vendor lock-in and lowering long-term costs.
0190-07970
Main features and advantages:
The 0190-07970 delivers exceptional motion control precision, with a 32-bit processing core that calculates trajectory paths in microseconds—critical for applications like semiconductor manufacturing, where even a 0.1mm deviation can render a wafer useless. Its advanced PID tuning algorithms adapt to load changes in real time, ensuring smooth acceleration and deceleration in dynamic systems, such as robotic arms lifting varying part weights.
Hardware-wise, the 0190-07970 is built for industrial durability. Its aluminum alloy housing with conformal coating resists dust, moisture, and chemical exposure, making it suitable for food processing environments where washdowns are frequent. The compact, DIN-rail design saves cabinet space, while heat-dissipating fins prevent overheating in tight installations—even when running at full load for extended periods.
Compatibility is a standout strength: it supports industry standards like EtherCAT and Profibus-DP, enabling high-speed communication with drives and encoders. This allows for sub-millisecond synchronization between axes, a must for coordinated tasks like CNC machining. Long-term reliability is ensured by its wide operating temperature range (-40°C to +70°C) and surge protection, which guards against voltage spikes common in factory power grids, reducing unplanned downtime.
0190-07970
Technical specifications:
Model 0190-07970
Brand AMAT
Type Multi-Axis Motion Control Module
Power Supply 24 V DC (2.5A max)
Operating Temperature -40°C to +70°C
Mounting DIN Rail (35mm)
Dimensions 100 x 160 x 120 mm (WxHxD)
Weight 0.8 kg
Interfaces EtherCAT, Profibus-DP, encoder inputs (TTL/HTL), analog outputs (0-10V)
Certifications CE, UL, IEC 61131-2, RoHS
Cooling Passive (finned heatsink)
Environmental Rating IP20
Axis Capacity Up to 8 axes (synchronized)
Update Rate 125 µs per axis
Contact Us Phone:+86 16626708626 WeChat/WhatsApp:+86 16626708626 Email: 3772179818@qq.com
0190-07970
Application areas:
In the high-stakes realm of industrial motion control, where precision timing and seamless coordination between machinery can make or break production efficiency, the0190-07970 emerges as a critical enabler. This module is a linchpin in automotive assembly lines, where it synchronizes robotic welders and conveyor systems to ensure consistent part alignment—even at speeds of 60+ units per hour. It’s equally vital in semiconductor manufacturing, where nanoscale precision is non-negotiable; here, the 0190-07970 regulates stepper motor movements in lithography machines, ensuring circuit patterns are etched with micron-level accuracy.
Packaging plants rely on it to coordinate filling, capping, and labeling equipment, reducing jams caused by misaligned timing between stations. In renewable energy facilities, such as wind turbine factories, it controls the rotation speed of blade-cutting machinery, maintaining uniform dimensions critical for aerodynamic performance. Used in industrial automation systems across these sectors, the 0190-07970 solves the core challenge of harmonizing diverse motion devices, making it a trusted choice for engineers tasked with optimizing throughput and reducing waste.
0190-07970
Related products:
0190-07971 – Same family, with support for 16 axes, ideal for large-scale systems like automated storage and retrieval (AS/RS) units. 0190-07969 – Compact variant with 4-axis capacity, designed for space-constrained applications like desktop assembly robots. 0190-07972 – Safety-rated version with STO (Safe Torque Off) functionality, critical for machinery where unexpected motion could cause injury. 0190-07973 – Drive interface module that pairs with 0190-07970 to connect legacy analog drives, simplifying retrofits of older systems. 0190-07974 – High-resolution encoder module that enhances the 0190-07970’s position feedback, enabling nanoscale precision in semiconductor tools. 0190-07975 – Redundant power supply unit optimized for 0190-07970, ensuring uninterrupted operation during main power fluctuations. 0190-07976 – Programming interface tool that simplifies configuring multi-axis trajectories for the 0190-07970, reducing setup time by up to 30%.
Installation and maintenance:
Before installing the 0190-07970, verify that the DIN rail is rated for its weight plus connected cabling—overloading can cause vibration, which disrupts high-precision motion control. Ensure the mounting surface is grounded to the same potential as the motor drives to prevent ground loops, which can corrupt encoder signals. Leave 100mm of clearance on all sides to maintain airflow, as the module generates moderate heat during high-axis-count operation.
Maintenance should include quarterly checks of encoder and motor cable connections, as vibration in production environments can loosen terminals over time. Use the module’s built-in diagnostic port to run motion profile tests semi-annually; this identifies drift in axis synchronization before it affects product quality. Firmware updates, released twice yearly, often include enhanced trajectory planning algorithms—apply them during scheduled shutdowns, as they can improve performance in dynamic load scenarios.
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WhatsApp: +86 16626708626
Email: 3772179818@qq.com
Phone: +86 16626708626
