SMC Pneumatic Guided Cylinder - 16mm Bore, 10mm Stroke, Double Acting

RS Stock No.: 873-2689Brand: SMCManufacturers Part No.: MGPM16-10ZIMPA: 0
brand-logo
View all in Pneumatic Guided Cylinders

Technical Document

Specifications

Action

Double

Absolute Maximum Pressure

1.5MPa

Stroke

10mm

Cushioning Type

Rubber Bumper

Maximum Operating Temperature

+60°C

Minimum Operating Temperature

-10°C

Bore

16mm

Width

30mm

Maximum Operating Pressure

1 MPa

Height

62mm

Length

56mm

Weight

220g

Dimensions

56 x 30 x 62mm

Brand

SMC

Product details

Inductive Proximity Sensor

Reduced size (sensor volume 8 times smaller than before)
Clamp-on frame for rapid installation
Carries out sophisticated detection by means of OsiSense teaching methods

Stock information temporarily unavailable.

Please check again later.

Stock information temporarily unavailable.

€ 213.33

Each (ex VAT)

SMC Pneumatic Guided Cylinder - 16mm Bore, 10mm Stroke, Double Acting

1

Available in multiples of 1
1€ 213.33
2€ 426.66
3€ 639.99
4€ 853.32
5€ 1,066.65
6€ 1,279.98
7€ 1,493.31
8€ 1,706.64
9€ 1,919.98
10€ 2,133.31
11€ 2,346.64
12€ 2,559.97
13€ 2,773.30
14€ 2,986.63
15€ 3,199.96

€ 213.33

Each (ex VAT)

SMC Pneumatic Guided Cylinder - 16mm Bore, 10mm Stroke, Double Acting
Stock information temporarily unavailable.

1

Available in multiples of 1
1€ 213.33
2€ 426.66
3€ 639.99
4€ 853.32
5€ 1,066.65
6€ 1,279.98
7€ 1,493.31
8€ 1,706.64
9€ 1,919.98
10€ 2,133.31
11€ 2,346.64
12€ 2,559.97
13€ 2,773.30
14€ 2,986.63
15€ 3,199.96

Technical Document

Specifications

Action

Double

Absolute Maximum Pressure

1.5MPa

Stroke

10mm

Cushioning Type

Rubber Bumper

Maximum Operating Temperature

+60°C

Minimum Operating Temperature

-10°C

Bore

16mm

Width

30mm

Maximum Operating Pressure

1 MPa

Height

62mm

Length

56mm

Weight

220g

Dimensions

56 x 30 x 62mm

Brand

SMC

Product details

Inductive Proximity Sensor

Reduced size (sensor volume 8 times smaller than before)
Clamp-on frame for rapid installation
Carries out sophisticated detection by means of OsiSense teaching methods