Air Conditioner Accumulator Burst Test Machine

  1. Test pressure: 0–25 MPa (adjustable)
  2. Test medium: Water
  3. Pressure control accuracy: ±0.5%FS
  4. Test station: 1 station (multi-station optional) (Attached: Screenshot of test software)

Description

I. Application Scope of Air-conditioning Liquid Receiver Burst Test Machine

The air-conditioning liquid receiver burst tester  is designed for pressure resistance and burst tests on refrigerant recovery & storage tanks of household air conditioners, HVAC refrigeration equipment as well as refrigerant storage tanks for automotive air conditioners; it also serves as a hydraulic burst testing device for air-conditioning gas-liquid separators. This equipment features simple and intuitive operation, stepless adjustable pressure, real-time pressure curve display and other practical functions.

It complies with burst test standards including AISTS6051-2004, GB4706.102-2010 and GB/T15385-2011. The matched computer system supports real-time pressure curve display, test report printing and test data storage.

II. Basic Parameters of Hydraulic Burst Tester for Air-conditioning Gas-Liquid Separator

  1. Test pressure: 0–25 MPa (adjustable)
  2. Test medium: Water
  3. Pressure control accuracy: ±0.5%FS
  4. Test station: 1 station (multi-station optional) (Attached: Screenshot of test software)

III. Equipment Characteristics of Air-conditioning Liquid Receiver Burst Test Machine

  1. Accurate control of test pressure and holding time.
  2. Equipped with booster pump to conveniently realize adjustable and controllable output pressure.
  3. All spare parts adopt standard components from world-famous brands. The whole structure is designed without welded joints, which brings convenient disassembly and maintenance with safe & stable operation.
  4. Multiple control modes are available for selection, including manual control, digital pressure gauge display and computer automatic control.
  5. Built-in camera monitoring function; video playback is supported to accurately locate the initial rupture position, helping users analyze test results more comprehensively.

 

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