Skip to main content

DHP 145

Test System DHP 145 for testing tightness and leackage for a high diversity of components and devices

With Leak Test Systems of series DHP 145 it is possible to test tightness against over and low-pressure of components of different dimensions and shapes. The leak rate is determined depending on pressure.
Leakage Test System DHP 145, front view
The test rig is working at test air temperatures from -40°C up to 120°C. A heat exchanger protects the measurement instrumentation against damages because of too low or high temperatures during low pressure operation. For external connection the test rig has a test air adapter, a pressure measurement port as well as a temperature sensor which have to be connected with the test sample. All connecting lines are 2 m long so that the sample can be in a climatic chamber during the test. The whole inscpection process is carried out primarily automatic and is controlled by means of the PC-based software DHPWin.
Interested? We will gladly advise you

+49 (351) 2166 430

contact form

Benefits

  • test pressure is measured directly at test sample
  • tests with over and low-pressure possible (pressure and suction mode)
  • wide temperature range of applicable test air
  • by means of cascading of several laminar flow elements wide volume flow range
  • compact design
  • mobile – easy to move by lockable weels
  • easy handling supported by computer-controlled test procedure
  • easy handling supported by computer-controlled test procedure

Applications

  • tightness and leak testing of technical components and devices
Parameter title Unit Value
test flow rate L/min 0,005 ... 300 (during operation)
test pressure kPa - (0,1 ... 90); + (0,1 ... 500)
operating medium, gas/air - dry, particle-free compressed air
operating medium, gas/air - compressed air supply bar max. 8 (max. 600 L/min)
power supply - 230 V AC
environmental condition, temperature °C -40 ... 120
power consumption W approx. 500
dimensions (w × h × d) mm 2000 × 1100 × 900
weight kg approx. 280