EMERSON – AVENTICS Pneumatic Compact Cylinder - R422001399, 80mm Bore, 5mm Stroke, CCI Series, Single Acting

Subtotal (1 unit)*

£165.03

(exc. VAT)

£198.04

(inc. VAT)

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RS Stock No.:
274-893
Mfr. Part No.:
R422001399
Brand:
EMERSON ? AVENTICS
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Brand

EMERSON ? AVENTICS

Manufacturer Series

CCI

Model Number p

R422001399

Action

Single

Stroke

5mm

Bore

80mm

Port Connection

G 1/8

Pneumatic Connection

G 1/8

Piston Rod Thread Gender

Female

Cushioning Type

Elastic

Maximum Operating Pressure

10 bar

ISO Standard

ISO 21287

Minimum Operating Temperature

-20°C

Maximum Operating Temperature

+80°C

COO (Country of Origin):
HU
The Aventics Series CCI compact cylinder (ISO 21287) is designed for innovative performance within a space-saving profile. This cylinder excels in environments demanding reliable and efficient operation, with an easy-to-clean design that enhances its usability across various industrial applications. Featuring a piston diameter of 80 mm and a stroke length that can be adjusted up to 25 mm, the Series CCI is engineered for optimal cycle times, making it a top choice for automated systems. The single-acting function, complete with elastic cushioning, ensures a gentle return without pressure, thereby reducing wear and tear. Moreover, its compatibility with quick-fit sensors along the entire length allows for versatile installation and enhanced operational flexibility, ensuring it meets the increasing requirements of modern automation.

Robust construction ensures longevity and durability even in tough environments
Compact design enables installation in confined spaces without compromising performance
Heavy-duty piston rod with stainless steel enhances resistance to wear and corrosion
Elastic cushioning reduces the risk of damage during operation
Effective operating range supports a wide variety of applications
Precision-engineered for low maintenance and operational reliability
Simplified sensor integration allows for rapid system enhancements
Designed to perform under varying environmental conditions with excellent temperature resistance

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