P+F KFD2-VM-EX1.35 Industrial Solenoid Driver

Description

Power Supply Voltage:24 V DC

Maximum Output Current:45 mA

Isolation Type:2-channel isolated barrier

Supply Type:Power Rail

Logic Input:Non-polarized

Line Fault Detection:Yes

Safety Integrity Level:Up to SIL 2 acc. to IEC 61508

Signal Type:Digital Output

Rated Voltage Range:20…30 V DC

Power Consumption:Max. 3.3 W

Connection Method:Power Rail or terminals

Output Signal:Valid for rated operating voltages from 20…30 V DC

Mass:Approx. 150 g

    Unleash the power of precision control with our P+F KFD2-VM-EX1.35 SOLENOID DRIVER. Designed for the most demanding industrial automation environments, this driver ensures unparalleled reliability and efficiency. With its robust 2-channel isolated barrier, it seamlessly integrates into complex systems without compromising performance.

    Featuring a 24 V DC power supply (compatible with Power Rail), this driver supports a maximum output of 50 mA at 24 V DC, providing the necessary current to drive solenoids with precision. Its non-polarized logic input simplifies integration, while the advanced line fault detection (LFD) system enhances safety and system integrity.

    Certified up to SIL 2 according to IEC 61508, our driver meets the highest safety standards, making it an ideal choice for critical applications where downtime and failure risks cannot be tolerated. The digital output is versatile, supporting a wide range of devices, and can handle rated voltages from 20 to 30 V DC with ease.

    Optimized for efficiency, the P+F KFD2-VM-EX1.35 consumes a maximum of 3.3 W, ensuring low energy usage even under heavy load conditions. The driver’s connection options offer flexibility, whether you prefer the convenience of Power Rail or traditional terminal connections, ensuring seamless integration into your existing setup.

    Crafted with precision and durability in mind, the driver boasts a mass of approximately 150 g, making it lightweight yet robust enough to withstand the rigors of industrial use. This compact design ensures minimal impact on the overall system footprint while maximizing operational efficiency.