SMC VFS5110-3DZB
SMC
VFS5110-3DZB
VFS 4/5 PORT SOLENOID VALVE with 2 position single Function
MI ITEM #02008936
MFR #VFS5110-3DZB
List Price
$157.15
/each
List Price
$157.15
/each
Home
Pneumatics
Pneumatic Valves and Manifolds
Solenoid Air Control Valves
SMC VFS5110-3DZB
SMC
VFS5110-3DZB
VFS 4/5 PORT SOLENOID VALVE with 2 position single Function
MI ITEM #02008936
MFR #VFS5110-3DZB
SMC VFS5110-3DZB
Loading...
Tap image to view
Photo may not represent actual item. Refer to name and product specs for all details.

SMC
VFS5110-3DZB

VFS 4/5 PORT SOLENOID VALVE with 2 position single Function
MI ITEM #02008936
MFR #VFS5110-3DZB
Availability:
Factory Order
List Price
$157.15
/each
List Price
$157.15
/each
Shipping
Shipping time may vary. Motion rep will advise.
Shipping
Shipping time may vary. Motion rep will advise.

Overview

Mfr Description
VFS5110-3DZB
  • Fluid: air and inert gas
  • Operating pressure: 0.1MPa to 1.0MPa
  • Effective area (Cv): 2.2 to 5.7
  • Coil rated voltage: 100, 200 VAC 50/60Hz; 24VDC
  • Response time: 60 or less ms
  • Ambient/fluid temp: -10 to +60°C

Specifications

Actuation
Piloted Solenoid, Piloted Solenoid
Flow Direction
4-Way
Function
2 position single
Manual Operation Type
Locking (Tool Required), Locking (Tool Required)
Manufacturer Product Page
Click here
Maximum Operating Pressure
145 psi, 145 psi
Number of Ports
5, 5
Number of Positions
2
Number of Solenoids
Single
Operating Medium
Air
Operating Temperature Range
14 to 140 °F, 14 to 140 °F
Piping Type
Base Mounted Non Plug-In
Proof Pressure
218 psi
Seal Material
Metal
Series
VFS
Solenoid Electrical Entry
DIN Terminal
Solenoid Supply Frequency
50/60 Hz
Solenoid Supply Voltage
110-120 V ac

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%.