SMC NVFM250-N02-00
SMC
NVFM250-N02-00
Mechanical Valve with Internal Pilot, Basic Style
MI ITEM #02010563
MFR #NVFM250-N02-00
List Price
$43.65
/each
List Price
$43.65
/each
Home
Pneumatics
Pneumatic Valves and Manifolds
Manual and Mechanical Air Control Valves
SMC NVFM250-N02-00
SMC
NVFM250-N02-00
Mechanical Valve with Internal Pilot, Basic Style
MI ITEM #02010563
MFR #NVFM250-N02-00
SMC NVFM250-N02-00
Loading...
Tap image to view
Photo may not represent actual item. Refer to name and product specs for all details.

SMC
NVFM250-N02-00

Mechanical Valve with Internal Pilot, Basic Style
MI ITEM #02010563
MFR #NVFM250-N02-00
Availability:
In stock
List Price
$43.65
/each
List Price
$43.65
/each
Shipping
Shipping

Overview

Mfr Description
NVFM250-N02-00 VALVE, MECH'L 1/4"NPT
  • Fluid: air, inert gas
  • Operating pressure range: 15 to 150 PSIG
  • Effective area (Cv): 18mm 2 (1.0)
  • Maximum frequency (mechanical operation style):300 c.p.m. or less
  • Weight: 10.3 oz.

Specifications

Actuator Type
Basic
Body Material
Aluminum
Flow Coefficient (Cv) / Flow Factor (Kv)
18 mm²
Flow Direction
4-Way
Manufacturer Product Page
Click here
Maximum Operating Pressure
+1 Mpa2, +1 Mpa2
Minimum Operating Pressure
+0.1 Mpa, +0.1 Mpa
Number of Ports
5
Number of Positions
2
Operating Medium
Air, Inert Gas
Operating Pressure Range
+0.1 to +1 Mpa
Operating Temperature Range
-5 to +60 °C
Overall Height
40 mm
Overall Length
118.2 mm
Overall Width
23 mm
Pilot Type
Internal Pilot
Piping Type
Body Ported, Body Ported
Port 1 Size/Type
1/4 NPT (Main)
Port 2 Size/Type
M5x0.8 ISO (Pilot)
Seal Material
Nitrile
Standards Met
JIS
Valve Function
Spool
Valve Positioner Travel
3 mm
Weight
300 g

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%.