IEP12-S35 Piloted Logic Element Valve

Name: IEP12-S35 Piloted Logic Element Valve
Brand: Wuhu Inno Hydraulic Technology Co., Ltd.

The piloted logic element ensures that the valve adjusts its operation dynamically, maintaining optimal performance and efficiency in various pneumatic applications. With its durable construction and reliable control capabilities, the IEP12-S35 piloted logic element valve is well-suited for demanding pneumatic systems, such as heavy-duty industrial machinery, automation processes, and pneumatic power systems. It offers a dependable solution for achieving precise control and maximizing the performance of pneumatic systems.

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Specifications of IEP12-S35 Piloted Logic Element Valve

Operating Pressure	350 bar (5100 psi)
Flow	See Performance Chart
Internal Leakage	131 ml/min. max (8 cu. in./minute) at 350 bar (5100 psi)
Bias Springs	See the Ordering code on the right
Temperature	-40 to 100°C
Fluids	Mineral-based or synthetics with lubricating properties at viscosities of 7.4 to 420 cSt (50 to 2000 ssu)
Installation	No restrictions
Cavity	IVC10-S3; See page 304

Material

Cartridge	Weight: 0.23kg.(0.5 lbs.); Steel with hardened work surfaces. Zinc-plated exposed surfaces. Seal: D type seal ring.
Standard Ported Body	Weight: 1.13 kg. (2.50 lbs.); Anodized highstrength 6061 T6 aluminum alloy, rated to 240 bar (3500 psi. Ductile iron and steel bodies available; dimensions may differ. Consult Inno.

Features of IEP12-S35 Piloted Logic Element Valve

1. Multiple function/ Application potential.

2. Low pressure drop.

3. Industry common cavity.

4. Manual override option available with 80 psi spring only.

Operation Symbol of IEP12-S35 Piloted Logic Element Valve

The IEP12-S35 is a spring-biased blocking valve that spool will shift to allow full flow from ① to ② only when the pressure at ① exceeds the cumulative pressure of ③, plus the bias spring pressure value. IEP12-S35 is a pilot-to-close directional valve.

With no pressure at ③, the flow will be allowed from ① to ② once the bias spring force is overcome with pressure at ①.