ROBO CYLINDER RCP2-C-SA6-A-PM-0-K

The RCP2-C-RSGS-A-PM-0-K is a servo controller from the RCP2 series manufactured by ROBO CYLINDER. With a 2 amp capacity and a built-in cutoff relay, this controller is designed for precise and efficient motion control. The RSGS rod type and absolute pulse motor provide accurate positioning and smooth operation. With a 24VDC voltage rating and NPN (sink) output, this controller ensures reliable and consistent performance. The included bracket allows for easy installation and secure mounting.

The ROBO CYLINDER RCP2-C-SM-I-PM-0 is a servo controller from the RCP2 series. With a 2 amp capacity and a built-in cutoff relay, this controller offers reliable and efficient control of the ROBO CYLINDER system. Its SM slider design, ball-screw type, and incremental pulse motor ensure precise and accurate movement.

The ROBO CYLINDER RCP2-C-SS-I-PM-0 is a servo controller from the RCP2 series. With a 2 amp capacity and a built-in cutoff relay, this controller offers reliable and efficient control of the ROBO CYLINDER system. Its SS slider design, ball-screw type, and incremental pulse motor ensure precise and accurate movement.

The RCS-C-SMRA-100-1-P is a controller from ROBO CYLINDER. With RCS2 program capabilities, this controller provides precise control of ROBO CYLINDER actuators. Its high-quality construction ensures durability and accuracy. Suitable for industrial applications, this controller offers versatility and efficiency.

The RCP2-C-SA6-I-PM-0-MT servo controller by ROBO CYLINDER is a high-performance solution for precise motion control. With its 2 Amp capacity, built-in cutoff relay, and SA6 slider with ball-screw type, this controller offers reliable and efficient control over linear motion. Its 24VDC power supply and NPN (sink) compatibility ensure seamless integration and reliable operation.

The RCP2-C-SA7-I-PM-0-P servo controller by ROBO CYLINDER is a high-performance solution for precise motion control. With its 2 Amp capacity, built-in cutoff relay, and SA7 slider with ball-screw type, this controller offers reliable and efficient control over linear motion. Its 24VDC power supply and PNP (source) compatibility ensure seamless integration and reliable operation.

The RCS-C-RA45RI-30-0-EU-N is a cylinder controller from the RCS series manufactured by Robo Cylinder. With its incremental configuration and N-type design, this controller module ensures precise and reliable control over your systems. Its 24V power supply and compact design make it suitable for various industrial and automation applications. Whether used in single or multi-axis systems, this controller module guarantees optimal performance and seamless integration.

The RCS-C-RA45R-I-30-0-EU is a controller for Robo Cylinder actuators from the RCS series manufactured by Robo Cylinder. With its incremental configuration and compact design, this controller ensures precise and reliable control over your systems. Its 24V power supply and efficient operation make it suitable for various industrial and automation applications. Whether used in single or multi-axis systems, this controller guarantees optimal performance and seamless integration.

The RCP2-C-SMR-I-PM-0-P is a servo controller from the RCP2 series manufactured by Robo Cylinder. With a capacity of 2 amps and a built-in cutoff relay, this controller is designed for SMR sliders with a ball-screw type mechanism. Its incremental, pulse motor operation ensures precise and efficient motion control. With its 24 VDC power supply and PNP (source) output, it provides reliable and accurate control for your applications.

The RCP2-C-SA5-I-PM-0-P is a servo controller from the RCP2 series manufactured by Robo Cylinder. With a 2 amp capacity and built-in cutoff relay, this controller ensures safe and efficient operation of your SA5 slider. Its ball-screw type and incremental, pulse motor configuration provide precise and accurate control over your systems. Whether used in industrial or automation applications, this servo controller guarantees reliable and efficient operation.