SMC Solenoid Valve - 3 Port Solenoid Solenoid G VT307 Series 24 V dc

Subtotal (1 unit)*

£35.25

(exc. VAT)

£42.30

(inc. VAT)

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RS Stock No.:
362-040
Mfr. Part No.:
VT307V-5DO1-01F-Q
Brand:
SMC
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Brand

SMC

Product Type

Solenoid Valve

Port Type

NPT

Connection Thread Standard

G

Actuation Type

Solenoid

Seal Material

Rubber

Series

VT307

Voltage

24 V dc

Number of Ports

3

Body Material

Die Cast Aluminium

Maximum Operating Pressure

1 Mpa

Minimum Operating Temperature

-10°C

Maximum Flow Rate

187L/min

Valve Function

3 Port Solenoid

Solenoid Power Consumption

4W

Maximum Operating Temperature

50°C

Height

54.5mm

Length

67.1mm

Standards/Approvals

IEC 60204-1, ISO 10218-1, ISO 4413, ISO 4414, RoHS

Hazardous Area Certification

No

Width

29.5 mm

Electrical Connection Type

DIN Terminal

Number of Positions

2

COO (Country of Origin):
JP
The SMC cutting-edge product from SMC Pneumatics showcases an intricate design tailored for efficiency and performance. Engineered with precision, it combines advanced technology with reliability, making it an essential addition for various industrial applications. The product is built to withstand demanding environments, ensuring durability without compromising on effectiveness. With a focus on user-friendly operation, it simplifies automation processes, promoting enhanced productivity. Its compact design also ensures ease of integration into existing systems, aiding in seamless workflow transitions. Overall, this product exemplifies excellent engineering, appealing to professionals who demand the best in functionality and quality.

Delivers high performance across a range of applications

Designed for maximum durability in challenging environments

Facilitates effortless integration into existing systems

Promotes enhanced productivity and streamlined operations

Compact design allows for versatile installation options

User-friendly operation ensures minimal training requirements

Engineered with advanced technology for superior reliability

Contributes to overall energy efficiency in automation processes

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