Start-up
iDRY iRDP CT 20-500
27
In the cycling operating mode (Energy Saving, ESS=YES – see section 8.12.7), the refigerating compressor is
switched ON and OFF by the DMC51 electronic control unit, according to thermal load applied to the dryer.
The dryer needs to be switched on during the entire compressed-air usage time, even if the compressed-air
compressor works periodically.
10.3 Shut down and restart
iRDP CT 200-500 3phase - during short-term inactivity (max. two to three days), it is advisable to leave
the dryer and the control panel connected to the supply current circuit. Otherwise, it would be necessary
at a restart of the dryer to wait two hours, until the crankcase heater of the compressor has heated up
the oil in the compressor.
Shut down (see Section 8.1 "Control panel")
• Ensure that the dew point temperature indicated on the DMC 51 electronic control unit is stable.
• Bypass the compressed-air supply.
• After a few minutes, stop the dryer by switching off the ON-OFF switch on the control panel (pos. 1).
Restart (see Section 8.1 "Control panel"
)
• Make sure that the condenser is clean.
• Start the dryer by switching on the ON-OFF switch on the control panel (pos. 1).
• Ensure that the DMC 51 electronic control unit is switched on.
• If the temperature displayed on the DMC51 electronic control unit is sufficiently high, verify that the refrigerating
compressor starts within a few minutes.
NOTE!
– With low temperatures, the refrigerating compressor will remain
OFF
• Wait a few minutes and then check whether or not the dew point temperature indicated on the DMC 51 electronic
control unit is stable
• Establish the compressed-air supply.
• Check that the condensate is regularly drained
iRDP CT 200-500 3phase - dryer remote control ON/OFF
• Remove the jumper between terminals 1 and 2 of the terminal strip and wire a potential-free contact (see electric
diagram).
• Switch ON the main switch - pos. 1 on the control panel.
• Close the contact at terminals 1 and 2 to switch on the dryer.
• Open the contact at terminals 1 and 2 to switch off the dryer.
Only use potential-free contacts that are suitable for 230 Vac. Ensure the sufficient insulation of
potentially dangerous voltage-carrying components.
In the cycling operating mode (Energy Saving, ESS=YES – see section 8.12.7), the refigerating compressor is
switched ON and OFF by the DMC51 electronic control unit, according to thermal load applied to the dryer.
The dryer needs to be switched on during the entire compressed-air usage time, even if the compressed-air
compressor works periodically.
Note!
A dew point between 32°F (0°C) and +50°F (+10°C)
displayed on the DMC 51 control unit is considered
to be correct according to the possible operating conditions (flow rate, air inlet temperature, ambient
temperature etc.).
Note!
The number of starts/stops by pressing the ON-OFF switch - pos. 1 control panel should be limited to six
per hour.
Irreparable damage can be caused by starting up the device too often.
Summary of Contents for iDRY iRDP CT 30
Page 29: ...Technical data iDRY iRDP CT 20 500 29 11 2 Technical data iDRY iRDP CT 20 500 2 1 230 60...
Page 38: ...Maintenance troubleshooting spare parts and dismantling 38 iDRY iRDP CT 20 500...
Page 39: ...Maintenance troubleshooting spare parts and dismantling iDRY iRDP CT 20 500 39...
Page 42: ...Appendices 42 iDRY iRDP CT 20 500 13 1 2 Dryer dimensions iDRY iRDP CT 75...
Page 43: ...Appendices iDRY iRDP CT 20 500 43 13 1 3 Dryer dimensions iDRY iRDP CT 100 150...
Page 44: ...Appendices 44 iDRY iRDP CT 20 500 13 1 4 Dryer dimensions iDRY iRDP CT 200 250...
Page 45: ...Appendices iDRY iRDP CT 20 500 45 13 1 5 Dryer dimensions iDRY iRDP CT 300 350...
Page 46: ...Appendices 46 iDRY iRDP CT 20 500 13 1 6 Dryer dimensions iDRY iRDP CT 400 500...
Page 47: ...Appendices iDRY iRDP CT 20 500 47 13 1 7 Dryer dimensions iDRY iRDP CT 200 250 3phase...
Page 48: ...Appendices 48 iDRY iRDP CT 20 500 13 1 8 Dryer dimensions iDRY iRDP CT 300 350 3phase...
Page 49: ...Appendices iDRY iRDP CT 20 500 49 13 1 9 Dryer dimensions iDRY iRDP CT 400 500 3phase...
Page 51: ...Appendices iDRY iRDP CT 20 500 51 13 2 2 Exploded diagram iDRY iRDP CT 20 30...
Page 52: ...Appendices 52 iDRY iRDP CT 20 500 13 2 3 Exploded diagram iDRY iRDP CT 50...
Page 53: ...Appendices iDRY iRDP CT 20 500 53 13 2 4 Exploded diagram iDRY iRDP CT 75...
Page 54: ...Appendices 54 iDRY iRDP CT 20 500 13 2 5 Exploded diagram iDRY iRDP CT 100...
Page 55: ...Appendices iDRY iRDP CT 20 500 55 13 2 6 Exploded diagram iDRY iRDP CT 125 150...
Page 56: ...Appendices 56 iDRY iRDP CT 20 500 13 2 7 Exploded diagram iDRY iRDP CT 200 250...
Page 57: ...Appendices iDRY iRDP CT 20 500 57 13 2 8 Exploded diagram iDRY iRDP CT 300 350...
Page 58: ...Appendices 58 iDRY iRDP CT 20 500 13 2 9 Exploded diagram iDRY iRDP CT 400 500...
Page 59: ...Appendices iDRY iRDP CT 20 500 59 13 2 10 Exploded diagram iDRY iRDP CT 200 250 3phase...
Page 60: ...Appendices 60 iDRY iRDP CT 20 500 13 2 11 Exploded diagram iDRY iRDP CT 300 350 3phase...
Page 61: ...Appendices iDRY iRDP CT 20 500 61 13 2 12 Exploded diagram iDRY iRDP CT 400 500 3phase...