2280D / Tilting Check Valve – Hydraulic Brake

Features

• The sealing that can be made of EPDM, NBR and VITON materials can be dismantled and replaced easily on field conditions.
• Inner and outer surfaces of the valve is coated with 300 microns thickness of fusion bonded epoxy.
• Higher thicknesses are availabe upon request.
• Hydraulic braked swing check valves prevent the occurrence of hard brakes due to the effect of the braking system and virtually eliminate the noise, ram impact and damage.
• Ensures 100% sealing with the “T” section ring fixed to the outer diameter of the disc fully facing the seat surface inside the body perimeter made of stainless steel welding.
• Low moments are obtained by decreasing the friction through self lubricating bushings.
• Can bear high stretching stresses on the pipeline through the ductile iron body and disc.
• High impact resistance.
• Reduces the pressure loss through the disc designed in accordance with the direction of flow.
• Pressure loss is at minimum level by double shaft design.
• Countervalve allows installation of both horizontal and vertical pipes on the right and left sides of the mill, counterweight, and lever on both sides of the check valve.
• The clapper opens depending on the flow rate and moves freely depending on the flow.
• The position adjusts to the working conditions thanks to the adjustable weight.
• Lifting lugs and feet ease the balance during transport and installation.
• Hydraulic braked swing check valves prevent the occurrence of hard brakes due to the effect of the braking system and virtually eliminate the noise, ram impact and damage.
• The closing speed can also be adjusted in accordance with the operating conditions in the swing check valves with hydraulic brake.
• With the o-rings on the bearing bushings, disc pin holes are protected against corrosion (Dry shaft).
• Retaining ring is assembled to the disc with imbus bolts, the disc is protected against corrosion by placing o-rings under the bolts.
• Inner and outer surface of the valve is coated with minimum 300 micron thickness FBE coating.

Temperature

• +130 °C (EPDM)
• +100 °C (NBR)

Scope of Application

• Pipelines
• Water Treatment Plants
• Pumping stations
• Tanks
• Seawater applications
• Power plants (cooling water pipelines)
• Industry