Produkty
Zewnętrzne sensory EDS2 automatic-water-drain
EDS2 automatic-water-drain - 402402
EDS2 automatic drain module
Optional module for the smart memo to automatically perform pressure drop tests and pressure reduction during water pressure tests. The EDS2 automatic drain is connected directly to the test head HANS with an integrated hose piece. On the outlet side, a suitable EDS2-V must be connected to the EDS2 automatic pressure release. The automatic pressure release only works in combination with an EDS2-V for digital recording of the water volume!
The automatic drain is currently supported in the following processes:
W 400-2: contraction procedure, accelerated standard procedure, standard procedure, infuence-minimized standard procedure
W 101: contraction procedure, standard procedure
EN 805: contraction procedure, standard procedure
Mechanical connections:
- hose connection with nipple series 5000 on the inlet side
- on the outlet side coupling Series 5000
- bracket for fixing to the test stand pipe
Electrical connections:
- 1x socket B11 on the inlet side (power supply via smart memo)
- on the outlet side, 3x connector B11 for direct connection of further EDS2 sensors (no additional T-pieces necessary)
max. pressure 30 bar
max. flow 75 liters/minute
Description
The EDS2 automatic water drain can be used when carrying out water pressure tests and is a necessary component to perform a fully automatic pressure test. It takes over the function of a valve and thus replaces the manual opening and closing of the ball valve during a pressure drop test or during a pressure release.
The EDS2 automatic water drain automatically performs all pressure drops provided for in the test sequence, these include:
• Pressure drop test
• Pressure reduction NV for PE pipelines directly before the main test
• Pressure reduction at the end of the test (if phase is activated in menu item settings)
As soon as the EDS2 automatic water drain and a suitable EDS2-V are connected, the pressure drain is performed automatically during the test sequence.
Detailed information on how to carry out a fully automatic pressure test using the contraction method can be found here.