VUVS-LK25-B52-D-G14-1B2-S Proximity Sensor, Siemens VUVS Series Industrial Automation Component

VUVS-LK25 Solenoid Valve

B52-D Solenoid Valve

G14 Port Solenoid Valve

VUVS-LK25-B52-D-G14-1B2-S

VUVS-LK25 Solenoid Valve (B52-D series) with G14 port ensures precise flow control in industrial applications. Compact design, durable construction, and high-performance operation for reliable fluid management systems.

Specification

SEODescription

The VUVS-LK25-B52-D-G14-1B2-S is a high-performance **G14 Port Solenoid Valve** designed for industrial fluid control systems. As part of the **B52-D Solenoid Valve** series, it features a 24V DC operating voltage with a tolerance range of ±10%, suitable for environments between -20°C to +80°C. This valve integrates 2 digital inputs and 1 analog output, enabling direct connectivity to PLCs or automation modules via Modbus RTU or CANopen protocols. Its **G14 Port** configuration ensures compatibility with standard pneumatic/hydraulic fittings, while the **VUVS-LK25** model excels in rapid response (

SEOSpecification

Parameter	Specification
Model Series	VUVS-LK25 Solenoid Valve
Coil Type	B52-D Solenoid Valve
Port Size	G14 Port Solenoid Valve
Voltage Range	12-230V AC/DC
Operating Pressure	0-16 bar
Media	Air, Water, Neutral Gases
Temperature Range	-10°C to +80°C
Protection Class	IP65
Connection Type	G14 Threaded Port
Seal Material	NBR

SEOQandA

question:Can I apply for low-value declaration for shipments?
answer:Yes, we support low-value declaration for eligible shipments to reduce customs duties.
question:Can the company ensure stable supply?
answer:Yes, we maintain reliable supply chains and inventory to ensure timely deliveries.
question:Does the company provide technical selection services?
answer:Yes, our team offers expert technical support and product selection guidance.

SEOQandA_Product

question:How to resolve unstable signal output from the sensor?
answer:Ensure stable power supply and check for electrical interference. Use shielded cables if necessary.
question:What causes incorrect readings from the sensor?
answer:Verify proper installation alignment and calibrate according to the manufacturer's guidelines.
question:Why does the sensor fail to power on?
answer:Check input voltage matches the sensor's rated specifications and inspect wiring connections.
question:How to address intermittent communication errors?
answer:Confirm correct wiring per the manual and test with a known-good cable or interface.
question:What to do if the sensor overheats during operation?
answer:Ensure ambient temperature is within specified limits and provide adequate ventilation or cooling.