SMC NCMC106-0200
SMC
NCMC106-0200
NCM, Air Cylinder
MI ITEM #02009548
MFR #NCMC106-0200
List Price
$31.80
/each
List Price
$31.80
/each
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Air Cylinders
SMC NCMC106-0200
SMC
NCMC106-0200
NCM, Air Cylinder
MI ITEM #02009548
MFR #NCMC106-0200
SMC NCMC106-0200
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SMC
NCMC106-0200

NCM, Air Cylinder
MI ITEM #02009548
MFR #NCMC106-0200
Availability:
In stock
List Price
$31.80
/each
List Price
$31.80
/each
See substitute items
Shipping
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Overview

Mfr Description
NCMC106-0200 NCM, AIR CYLINDER
  • Double acting single rod
  • Bore sizes (inch): 7/16, 9/16, 3/4, 7/8, 1 1/16,1 1/4, 1 1/2, 2
  • Mounts: nose, rear, end, rod, block
  • Variety of switches and lead wire lengths
  • Optional Rod Boot

Specifications

Additional Details
Standard double acting single rod version of our NCM stainless steel cylinders. A wear ring extends the seal life and a bronze rod bushing is standard on all bore sizes. The NCM is available in 3 mounting styles (front nose, double end and rear pivot). The NCM is auto-switch capable without any change in cylinder dimension. Bore sizes range from 7/16" to 2" and standard strokes from 1/2" to 12".
Body Material
Stainless Steel
Cushion Type
None, None
Cylinder Size
Standard
Manufacturer Catalog
Click here
Maximum Operating Pressure
250 psi
Minimum Operating Pressure
8 psi
Operating Pressure Range
8 psi to 250 psi
Operating Temperature Range
40 °F to 140 °F
Overall Length
6.62 in
Overall Width
1.12 in
Piston Action
Double-Acting
Port Gender
Female
Port Thread Standard
NPT, NPT
Pull Force At 100 Psi
81.1 lbf
Push Force At 100 Psi
88.7 lbf
Rod Gender
Male
Rod Size
.3125 in
Rod Size / Thread
5/16-24 Male UNF
Rod Thread Standard
UNF
Rod Type
Single Rod
Series
NCM

Compliance & Safety Data

Click on an icon below to learn more about the compliance and safety data

LITERATURE & CATALOGS

Document image
Static Prevention
As the world becomes increasingly dependent on electronic devices, electrostatic discharge (ESD) has gained a reputation as a significant threat to production. The ESD Association estimates that losses due to static electricity can reach up to 33%.