SMC EAK Check Valve, 1 Mpa Inlet Female Threaded 1/8 in, Outlet Male Threaded G 1/8 in

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£18.16

(exc. VAT)

£21.79

(inc. VAT)

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RS Stock No.:
456-943
Mfr. Part No.:
EAK2000-F01
Brand:
SMC
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Brand

SMC

Product Type

Check Valve

Inlet Connection Type

Threaded

Outlet Connection Type

Threaded

Inlet Connection Size

1/8 in

Outlet Connection Size

1/8 in

Series

EAK

Cracking Pressure

0.02MPa

Minimum Operating Pressure

0.02MPa

Inlet Port Gender

Female

Outlet Port Gender

Male

Material

Die Cast Aluminium

Minimum Operating Temperature

-5°C

Maximum Operating Temperature

60°C

Standards/Approvals

RoHS

Outlet Thread Standard

G

Maximum Operating Pressure

1 Mpa

COO (Country of Origin):
JP
The SMC Innovative check valve from the AK series is designed for high flow capacity applications, ensuring efficiency and reliability in various pneumatic systems. The valve features an optimal port size and effective area, tailored to maintain minimal cracking pressures while supporting a range of operational requirements. Constructed with robust materials, it offers enhanced durability while meeting the demands of various environments. With a compact and lightweight design, this model is ideal for a diverse array of installations, making it a versatile addition to your assembly line or pneumatic toolkit. The product showcases a meticulous attention to detail in its construction and functionality, providing users with peace of mind and superior performance. Its ability to operate in a wide temperature range further enhances its usability across different settings, confirming that it meets the highest industry standards.

Designed for high flow rates to optimise pneumatic performance

Compact design allows for ease of installation in tight spaces

Robust construction materials ensure long term reliability

Operates within a wide temperature range for versatile applications

Minimises cracking pressure for improved system efficiency

Promotes low maintenance with durable components

Lightweight design reduces overall system burden

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