$ USD
Description
The IFM Electronic MFH200 is a certified pressure-resistant position sensor meticulously engineered for the reliable detection of magnet positions on pneumatic cylinders. This sensor is crucial for feedback systems in automation, providing precise information about the stroke position of pneumatic actuators. Its robust construction boasts IP65, IP68, and IP69K ratings, signifying superior protection against dust ingress, water immersion, and high-pressure cleaning, making it ideal for extremely demanding industrial environments. The IFM Electronic MFH200 guarantees dependable operation.
Operating within a wide voltage range of 10-36V dc, this magnetic sensor ensures compatibility with various control systems. It features a Normally Open (NO) output, meaning the circuit closes and signals when the sensor detects the magnetic field of the cylinder piston. This configuration is widely used for position confirmation and end-of-stroke detection. The pressure resistance of the sensor allows it to be mounted directly onto or within cylinder heads that may be exposed to internal cylinder pressure, adding to its versatility. The IFM Electronic MFH200 offers advanced sensing capabilities.
The IFM Electronic MFH200 is extensively used in applications such as automated assembly lines, material handling systems, robotics, and packaging machinery where precise control of pneumatic cylinders is required. Its ability to accurately report the position of the piston rod enables sophisticated control strategies, improves operational efficiency, and enhances safety by preventing unexpected movements. This sensor is a vital component for intelligent automation.
Choose the IFM Electronic MFH200 for a certified, high-performance, and exceptionally durable magnetic position sensor. Its superior environmental protection and reliable detection capabilities make it the ideal choice for critical applications in challenging industrial settings. Ensure precise and consistent position feedback for your pneumatic systems with this advanced sensor.
