1/4''-1'' 2-Way DC9-24V Stainless Steel Proportional Modulating Valve With High Bracket For High Temperature Liquid

1/4''-1'' 2-Way DC9-24V Stainless Steel Proportional Modulating Valve With High Bracket For High Temperature Liquid

1/4''-1'' 2-Way DC9-24V Stainless Steel Proportional Modulating Valve With High Bracket For High Temperature Liquid Reference unit price USD 89.28.

1/4''-1'' 2-Way DC9-24V Stainless Steel Proportional Modulating Valve With High Bracket For High Temperature Liquid Reference unit price USD 89.28. White background product image, published as provided. - Coil / supply voltage: 24V - Body material: Stainless Steel

Compressed air

Richtpreis

$89.28USD / Stück

USD reference unit price from the current listing.

Produktgalerie

Technische Daten

ParameterWert
Coil / supply voltage24V
Body materialStainless Steel
Actuator ModeWith Instruction
StructureBall
Port SizeDN8-DN25
MediaWater
MaterialStainless Steel
Temperature of Media-20-140℃
PowerDC9-24V
Standard or NonstandardStandard
PressureMax.1.0MPa
Power SourceDC
CertificationCE

Merkmale

  • Published USD reference unit price
  • Specification confirmation before ordering
  • OEM and ODM service available

Ursprüngliches Angebot: Originale Produktseite öffnen

Detailbilder

Aufbau, Anschluss, Spule und Montagehinweise für Magnetventil 1/4''-1'' 2-Way DC9-24V Stainless Steel Proportional Modulating Valve With High Bracket For High Temperature Liquid Pneumatik.

Magnetventil 1/4''-1'' 2-Way DC9-24V Stainless Steel Proportional Modulating Valve With High Bracket For High Temperature Liquid Pneumatik — Detail 1
Magnetventil 1/4''-1'' 2-Way DC9-24V Stainless Steel Proportional Modulating Valve With High Bracket For High Temperature Liquid Pneumatik — Detail 2
Magnetventil 1/4''-1'' 2-Way DC9-24V Stainless Steel Proportional Modulating Valve With High Bracket For High Temperature Liquid Pneumatik — Detail 3
Magnetventil 1/4''-1'' 2-Way DC9-24V Stainless Steel Proportional Modulating Valve With High Bracket For High Temperature Liquid Pneumatik — Detail 4