Reliance Cool Muscle Servo Motor (RCM1) for sale from Reliance Precision Australia

Reliance Cool Muscle Servo Motor (RCM1)

Supplier: Reliance Precision Australia

Reliance Cool Muscle Servo Motor (RCM1)

The RCM1 is a cost-effective miniature servo system that combines a precision stepper motor and high resolution encoder with sophisticated drive and control electronics in a single, compact unit.

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Reliance Cool Muscle Motor (RCM1)

– NEMA sizes 11, 17 and 23 each with two frame lengths

– Encoder resolution of 50,000 counts per revolution

– Speeds from 0 to 3,000 RPM

– Continuous torques from 0.027 to 0.87 Nm (1.24 Nm peak)

– H-infinity controller and vector drive for fully closed loop control of position, speed and torque.

– Fully programmable for standalone operation

– RS232 and USB communications as standard

– Options for RS485, PROFIBUS and Ethernet

– Digital and analogue input and output

– Safe and efficient 24V DC operation

Compared with an equivalent size of stepper motor Cool Muscle works faster, with more available torque, it is more efficient and generates less heat.

Closed loop control means no step loss. In an open loop system it is possible for the motor to fail to move the exact number of steps if it is overloaded. Cool Muscle, being a closed loop control system, is able to identify any potential for step loss and to correct it.

More Information

The Reliance Cool Muscle is available with two types of control interface: Pulse Type (P) and Computer Type (C). The P-Type is applicable for a drive and stepper system with step-pulse control, such as a PLC. Cool Muscle provides an effective drop-in solution to resolve step loss problems and also provides a more integrated solution, having a combined stepper and drive. The C-Type offers a higher level of computer control in a single integrated unit which can remove the need for a separate controller or, in more complex systems, reduce the investment required in additional controllers.

Cool Muscle’s unique features include the ability to link up to 15 motors which can operate together in complex sequences without an additional controller. Cool Muscle is able to use a physical limit of travel as its reference position, using torque sensing to safely and accurately find the limits of travel without needing a position sensor (e.g. limit switch).

The high level of integration provided by Cool Muscle reduces cabling, keeps components to a minimum and speeds up system assembly.

Cool Muscle is ideal for laboratory and test equipment or for light industrial automation.

Power-managed and energy efficient, Cool Muscle always stays cool.

To contact Reliance Precision Australia about Reliance Cool Muscle Servo Motor (RCM1) use Get a quote.

Reliance Cool Muscle Motor (RCM1)

– NEMA sizes 11, 17 and 23 each with two frame lengths

– Encoder resolution of 50,000 counts per revolution

– Speeds from 0 to 3,000 RPM

– Continuous torques from 0.027 to 0.87 Nm (1.24 Nm peak)

– H-infinity controller and vector drive for fully closed loop control of position, speed and torque.

– Fully programmable for standalone operation

– RS232 and USB communications as standard

– Options for RS485, PROFIBUS and Ethernet

– Digital and analogue input and output

– Safe and efficient 24V DC operation

Compared with an equivalent size of stepper motor Cool Muscle works faster, with more available torque, it is more efficient and generates less heat.

More Information

The high level of integration provided by Cool Muscle reduces cabling, keeps components to a minimum and speeds up system assembly.

Cool Muscle is ideal for laboratory and test equipment or for light industrial automation.

Power-managed and energy efficient, Cool Muscle always stays cool.

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To contact Reliance Precision Australia about Reliance Cool Muscle Servo Motor (RCM1) use Get a quote.

AI Overview BETA

The Reliance Cool Muscle RCM1 is a miniature servo system combining a precision stepper motor, encoder and drive and control electronics in one unit. Its closed-loop control detects potential step loss and corrects it, helping the motor reach the commanded position. Laboratory and test equipment and light industrial automation are named uses, with programming for standalone operation.

Links up to 15 motors for complex sequences without an additional controller
Torque sensing uses a physical travel limit as reference, without a position sensor
50,000 encoder counts per revolution
Speed range: 0–3,000 RPM
Continuous torque: 0.027–0.87 Nm; peak torque: 1.24 Nm

Source: listing by Reliance Precision Australia on IndustrySearch · Updated 6 Nov 2026

AI Overview is generated by artificial intelligence and may contain mistakes.

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