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SD-438 EU EN R5 

intake is important and failure to provide the required space may cause overheating of the dryer motor 
and/or compromise drying efficiency. 

Note 5: The unit should be installed as supplied as every part of the unit has a purpose to guarantee trouble 
free operation. 

In particular, the legs of the HYDR

IM 

G4 have been designed to distribute the weight of the 

machine to the chassis of the unit and to ensure a leveled installation. If units are installed without legs, the unit 
may start to leak from the door. Therefore, the legs of the unit cannot be removed for installation 
purposes.

 

 

 

Pre Installation Checklist 

The following items are required to be in place before installation begins. 

Description 

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/

"

 

Hot water/Cold water/Reverse Osmosis (RO) water feed with G 

¾

” or DN 20 shut off 

valve

 (washing machine fitting) 

 

Distance of water connections 

  Maximum distance from installation less than 1.50 m / 5 ft 

 

Water inlet pressure 

  HYDR

IM

 C61wd G4: 1 to 10 bar / 14 to 145 psi 

  HYDR

IM

 M2 G4: 2 to 5 bar / 29 to 72 psi 

 

Minimum water supply for each inlet 

  HYDR

IM

 C61wd G4: 2.5 L/min 

  HYDR

IM

 M2 G4: 4.5 L/min 

 

Note 1: If hot water is not available then it must be possible to attach a ‘Y’ fitting to the cold water feed valve 
so that both machine pipes can be connected to the cold supply. The machine will not work with only one 
supply attached as it requires pressure in both supplies to activate the feed pressure switches. Please note 
that cold fill only will increase cycle times. 
 
Note 2: Water feeds should be adjacent to the machine and not behind it so that the shut off valves may be 
accessed  in  case  emergency  isolation  is  required  and  to  ensure  unit  can  be  inserted  fully  under  the  work 
surface.

 

 

Drain outlet 

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  Maximum distance from installation is 1.50 m / 5 ft with supplied drain hose 

 

  The maximum length of an extended drain hose should not exceed 3.30 m / 10.8 

ft. 

 

  Drain should be no more than 1 m / 3.2 ft above the base of the HYDR

IM

 unit. 

 

  ‘P’ trap spur connection (preferred method) 

OR 

standpipe connection 

 

  Accommodate 

¾

” drain hose 

 

  Material of drain must withstand 95°C fluid 

 

Note 1: The preferred method of connection of the HYDR

IM

 to the drain is by the use of a ‘spurred’ ‘P’ trap 

fitting.  

 

Note  2:  The  waste  connection  pipe  is  clamped  on  to  the  spur  by  the  clips  provided  with  the  HYDR

IM

Wherever  possible,  if  the  HYDR

IM

  is  located  close  to  a  sink  unit,  then  this  method  should  be  used.  If  the 

HYDR

IM

 is not close to a sink unit and a ‘P’ trap cannot be used, then a standpipe with ‘U’ bend fitting can 

be used. 

This must be a dedicated standpipe. Under no circumstances should any other equipment 

Summary of Contents for HYDRIM G4

Page 1: ...oes not compromise the function of the unit in any way Prior to installation it is important that the site be inspected and all the appropriate conditions are met to ensure the safe and efficient oper...

Page 2: ...ounter it is recommended to allow at least 10 mm space at the top and both sides of the unit This will facilitate installation levelling and service access to the HYDRIM Note 2 Avoid installing the HY...

Page 3: ...cold water feed valve so that both machine pipes can be connected to the cold supply The machine will not work with only one supply attached as it requires pressure in both supplies to activate the f...

Page 4: ...o Sealed edges o Heat resistance o Sound structural integrity o Post installation access o Flatness See note 3 above Water Quality The quality of the water being used in the HYDRIM to clean the medica...

Page 5: ...ort Note 1 The port should be installed in a cabinet adjacent to the unit Note 2 Ensure that the port has access to the office network and the internet Note 3 Although the unit can be connected to a b...

Page 6: ...ls D13 12A 200 230 V 50 Hz 1 50 m 5 ft 2 7 kW D01 12A 230 240 V 60 Hz 1 50 m 5 ft 2 5 kW D03 13A 230 240 V 60 Hz 1 50 m 5 ft 2 5 kW D02 13A 230 240 V 50 Hz 1 50 m 5 ft 2 5 kW D04 13A 230 240 V 50 Hz 1...

Page 7: ...feeds are installed Drain pipes are prepared Electrical requirements are met Cabinetry floors can withstand operation of the unit Water quality is acceptable Internet connection installed HIP HIP Ult...

Page 8: ...for drying Total water consumption per cycle with drying P1 P2 11 4 L 1 5 L P3 30 3 L 2 5 L Maximum heat transmitted through fascia 1200 W Water softener salt capacity 0 5 kg 1 1 lbs Equipment instal...

Page 9: ...nge 6 8 and 8 5 Water volume per process stage 8 L 1 L P3 has additional 8 1L for drying Total water consumption per cycle with drying P1 16 L 2 L P2 32 L 4 L P3 40 L 5 L Maximum heat transmitted thro...

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