{{recommendedBannerText}}

{{recommendedRegLangFull}}
Continue
USA (EN)
Our Offices
Contact Us
Gardner Denver Home
emcowheaton USA Home
Quick Release System E0790 Machanic

Quick Release System - Mechanical

Our mechanical Quick Release System provides automatic disconnection of a loading arm in the event of a tanker accidentally driving away. Simultaneously the product flow will be shut off both upstream and downstream of the disconnection point.

The system can be used on a variety of loading applications.

Contact Us
Request a Quote Request Service, Parts or Support

Features

The quick release unit is fitted as an integral part of the outboard end (B-dimension) of the loading arm. Both valves are clamped together by a collar assembly. The actuation cam fitted to the double swing joint activates the collar release via the bowden cable.

Also fitted to the double swing joint is a shear pin which prevents accidental release whilst maneuvering the loading arm.

Specifications

  • Release unit with integral shut off valves
  • Mechanical release mechanism
  • Shear pin
  • Material of product carrying parts: Stainless steel ASTM A 316
  • Seal: EPDM; Viton; PTFE
  • Working pressure: PN 40

Variants

Seal options:

  • EPDM
  • Viton
  • PTFE

Related Products

Quick Release System Hose Quick Release

Hose Release System

Our Hose Release System is used for the protection of loading hoses during loading/unloading of barges, providing environmentally safe handling of loading hoses.
Learn More
Quick Release System Quick Release System Hydrau

Hydraulic

Our Hydraulic Quick Release System E0790 is used for the automatic separation of a connected loading arm from a tank vehicle in the event of an accidental drive-away whilst still connected. In this event, there is minimal loss of pressure in the rest of the connected supply.
Learn More
Quick Release System E0790 Pneumatic

Pneumatic

Our pneumatic Quick Release System provides automatic disconnection of a loading arm in the event of a tanker accidentally driving away whilst simultaneously shutting off the product flow both upstream and downstream of the disconnection point.
Learn More
en-US