Bernstein KIN-E40PS/004-KLSM8 Inductive Proximity Switch
27,77$
Interrupteur de proximité inductif Bernstein KIN-E40PS/004-KLSM8 haute performance avec distance de commutation de 4 mm, protection IP67, fréquence de commutation de 400Hz et boîtier PBT durable pour applications d'automatisation industrielle.
Bernstein KIN-E40PS/004-KLSM8 Inductive Proximity Switch
The Bernstein KIN-E40PS/004-KLSM8 Inductive Proximity Switch is a high-performance sensor designed for precise detection in industrial automation applications. With a rated operating voltage range of 10 “ 36V DC, it is equipped with a yellow LED indicator for easy status monitoring.
This proximity switch offers a rated switching distance (sn) of 4mm and operates at a switching frequency of 400Hz, providing fast and reliable response times. Its robust design is built to withstand harsh environments, with an IP67 protection class, making it resistant to dust and water ingress, ideal for demanding industrial conditions.
Made from durable PBT (black) housing, this inductive proximity switch is capable of operating in temperatures ranging from -25°C to +70°C, offering versatility in a wide range of applications. The switch is protected by cyclic short-circuit protection and can handle a rated operating current (Ie) of 200mA at 20°C. The device also features a rated impulse withstand voltage (Uimp) of 500V for added protection and reliability.
- Manufacturer: Bernstein
- Type: Inductive Proximity Switch
- Model: KIN-E40PS/004-KLSM8
- Part No.: 6502984026
- Rated Operating Voltage Range (UB): 10 “ 36V DC
- Rated Insulation Voltage (Ui): 75V DC
- Rated Impulse Withstand Voltage (Uimp): 500V
- Rated Operating Current (Ie): 200mA at 20°C
- Protection Class: IP 67
- Rated Switching Distance (Sn): 4mm
- Switching Frequency (f): 400Hz
- Ambient Temperature: -25°C to +70°C
- Housing: PBT, black
- Indication: LED, yellow
- Termination Type: Plug socket
This inductive proximity switch is an excellent choice for high-precision detection in a variety of applications, offering reliability and long-lasting performance in industrial automation systems.
