IFM IFT200 Inductive Sensor
Capteur inductif IFM IFT200 offre des performances élevées avec une portée de détection de 7 mm, une fréquence de commutation de 800 Hz et une protection IP68, ce qui le rend idéal pour les applications industrielles, notamment lors des processus de nettoyage réguliers.
IFM IFT200 Inductive Sensor
The IFM IFT200 Inductive Sensor is designed for high-performance sensing in industrial applications. With an operating voltage range of 10…30V DC and a low current consumption of just 10 mA, this sensor offers efficiency and reliability. The PNP electrical design ensures seamless integration into control systems, while the normally open output function enables easy detection. The sensor is equipped with gold-plated contacts for optimal performance and extended lifespan, as well as a maximum voltage drop of 2.5V DC for efficient switching. The device features a 7 mm sensing range and can operate at a switching frequency of up to 800 Hz. With pulsed short-circuit protection, it provides added durability in tough environments.
- Manufacturer: IFM
- Type: Inductive Sensor
- Model: IFT200
Technical Specifications:
- Operating Voltage: 10…30V DC
- Current Consumption: 10 mA
- Electrical Design: PNP
- Output Function: Normally Open
- Max. Voltage Drop Switching Output: 2.5V DC
- Permanent Current Rating of Switching Output DC: 100 mA
- Connection: M12 Connector, A-Coding, Gold-plated Contacts
- Switching Frequency DC: 800 Hz
- Sensing Range: 7 mm
- Type of Short-circuit Protection: Pulsed
- Housing: Threaded Type
- Special Feature: Gold-plated contacts, Increased sensing range
- Protection Class: II
- Degree of Protection: IP68
- Ambient Temperature: 0…100°C
- Dimensions: M12 x 1 / L = 50 mm
The IFM IFT200 Inductive Sensor is an excellent choice for industrial sensing tasks, offering high durability, precision, and efficient performance in harsh environments. Its robust features and high degree of protection make it suitable for a wide range of applications, especially in regular cleaning processes.
