GE CM400RGICH1ACB Phase Control Brake


Technical Parameters:

  • High-performance CPU with 50Mb memory, fast scan time
  • Industry-leading 7 communications ports, including built-in local expansion and Ethernet remote I/O ports are standard on the CPU
  • USB Programming and USB Data Logging are resident on the CPU
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GE CM400RGICH1ACB Phase Control Brake

The GE CM400RGICH1ACB has four phases so it can control the brake in addition to the engine. The module supports up to three position and torque feedback systems and operates in the low voltage range down to 60 volts.The DC1000 is compatible with PMSM, BLDC, DC brushed motors, and stepper motors.Synapticon’s model-predictive, magnetic-field-directed control regulates motors through power electronics. Due to its specifications, the module is suitable for collaborative robotic arms and micro-robots.

The GE CM400RGICH1ACB is an absolute magnetic rotary encoder.The REM 16MT measures the shaft angle with 16-bit accuracy and counts the shaft speed with up to 12-bit accuracy. Since it can be powered by its own magnetic field via energy harvesting, the encoder is self-sufficient when the power is switched off and detects position changes at any time. In robotics, this encoder can be used to replace expensive optical systems that are usually powered by expensive battery buffers. The sensors are fully shielded and their 8 mm (20x32x8 mm) and 14 mm (30x52x14 mm) stainless steel rectangular housings can be mounted in applications where space is limited.

The GE CM400RGICH1ACB sensor is also available in a weld-resistant model with a sensing range of up to 10 millimeters and Factor-1-equivalent sensing of different ferrous and non-ferrous metals. Weld-resistant models are equipped with Allen-Bradley ToughCoat Finish coating, which helps prevent slag buildup and makes them suitable for extreme environments, especially in automotive welding applications. They are also suitable for use in food and beverage processing plants, stamping, material handling, and a variety of other sensing applications. The stainless steel construction of the new proximity sensors is ideal for sensing small parts in harsh environments.