Product Detail
The RMC70 Base module includes CPU, communications, and one or two motion axes. Up to four Expansion modules can be added (e.g. analog inputs and DI/O).
The RMC70 Series motion controllers offer a valuable combination of performance and ease-of-use for one- and two-axis systems.
With powerful control modes–including dualloop position-pressure algorithms–and multiple feedback types, the RMC70 Series provides optimum control to a wide range of hydraulic, electric, and pneumatic position and position–pressure/force applications.
Communications with popular PLCs and HMIs is efficient, with support for numerous protocols, easy-to-use address mapping features, and mirroring of PLC addressing. Time-critical sequences can be offloaded from the PLC into the RMC70’s flexible User Programs.
A full set of motion parameters, including acceleration and velocity feed forwards and separate directional gains, delivers smooth, precise motion to boost throughput, improve quality, and extend machine life.
Command-based programming speeds development, and reduces long-term software maintenance. Advanced graphing and diagnostic capabilities can be used to troubleshoot the entire motion system.
Setup and Programming
- Command-based—minimal program development and maintenance
- Flexible User Programs—advanced step sequencer with usernamed variables and mathematical expressions
- Extensive, context–sensitive online help
Control Algorithms
- Position, velocity, pressure, force, position–pressure, position–force, velocity–pressure, velocity–force, active damping
- Full parameter set supports high performance motion control
Tuning and Diagnostics
- Powerful motion graphing and event logging for optimizing the entire motion system
- Event Log shows real-time activity
RMC70 | ||
CPU Module | Ethernet Communication | USB Monitor Port |
PROFIBUS-DP Communications | RS-232 Monitor Port | |
Serial RS-232/485 Communication | RS-232 Monitor Port | |
Axis Module | Analog Input | ±10 V Analog Control Output |
Magnetostrictive or SSI Input | ±10 V Analog Control Output | |
Quadrature Encoder Input | ±10 V Analog Control Output |