parallax background image

VIS Hydraulics RVB0.M24

VIS Hydraulics RVB0.M24
  • VIS Hydraulics RVB0.M24
  • VIS Hydraulics RVB0.M24
  • VIS Hydraulics RVB0.M24
  • VIS Hydraulics RVB0.M24
  • VIS Hydraulics RVB0.M24
  • VIS Hydraulics RVB0.M24
  • VIS Hydraulics RVB0.M24
  • VIS Hydraulics RVB0.M24
  • VIS Hydraulics RVB0.M24

Product specifications

Product Attributes Test method
Weight (Kg) 0.16
Installation torque (Nm) 40 To 45
Filtration 20/18/15 ISO 4406 (maximum filtration admitted)
Orientation Norestrictions
Oil Testing Conditions ISOVG46cSt
Fluid Mineral
Pressure Attributes Test method
Max Pressure (Bar) 300
Tightening Torque 10 To 12
Flow Attributes Test method
Max Flow (l/min) 85
Viscosities (cSt) 7.4 To 420

Product Description

A screw-in, cartridge style, direct acting, poppet type, normally closed hydraulic relief valve. It’s typically used to protect hydrauliccomponents from pressure transients. When the pressure at the Inlet (1) reaches the valve setting, the valve starts to open to tank(2) and thanks to the effect of the deflector integrated into the poppet it provides a limited pressure rise. The cartridge offersexcellent response to load changes in hydraulic circuits requiring low internal leakage as well as limited hysteresis. Innovativedesign on internal dampening part guarantees great stability.
Product Spring Model Code
Setting Pressure Range
Bar
Pressure Increment Per Turn
Bar per turn
Setting Pressure Range
Bar
Pressure Increment Per Turn
Bar per turn
Max Pressure
Bar
Application
RVB0.M24.0B.000 B151 To 215 28151 - 21528300
RVB0.M24.0G.000 G216 To 265 42216 - 26542300
RVB0.M24.0N.000 N71 To 150 2271 - 15022300
RVB0.M24.0V.000 V266 To 300 49266 - 30049300
RVB0.M24.0Y.000 Y20 To 70 1820 - 7018300

Request the 3D drawing

Working this component into your own design? Request the STEP file and we'll send it straight to your inbox

 
Request 3D drawing
Our Suppliers
  • image 1.png
  • image 2.png
  • image 3.png
  • image 4.png
  • image 6.png
  • image 7.png
Receive our newsletter!

Subscribe to our newsletter to receive our latest news