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SD-438 EU EN R5 

Technical Specifications Summary 

 
HYDR

IM

 C61wd G4 

Applicable Standards 

ISO 15883-1/2 

Height  

520 mm 

Width  

598 mm 

Depth (Door closed)  

598 mm 

Depth (Door open)  

829 mm 

Weight  

44 kg 

Floor loading per support when full  

152 N 

Required clearance on top and sides 

>10mm 

Running Noise  

65 dB(A) 

Inlet water connections  

¾

” or DN 20 

Inlet water pressure  

1-10 bar 

Minimum water supply 

HYDR

IM

 C61wd G4: 2.5 L/min 

Drain  

¾

” 

Maximum water flow to drain  

 47 L/min 

Maximum water discharge temperature to drain  

95°C  

Maximum water hardness  

30.3°dH, 31.6 US GPG, 540 PPM 

Maximum water conductivity  

844 

µ

S/cm 

pH range  

>6.8 and < 8.5 

Water volume per process stage  

3.8 L ± 0.5 L 
P3 has additional 18.9 ± 1L 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 installation category  

II 

Voltage* 

208 – 240 VAC, OR  
200 – 230 VAC ± 10% 

Frequency*  

50 Hz or 60 Hz 

Rated load  

2.7 kW 

Current 

12A 

Operating temperature range  

5°C – 40°C  

Maximum relative humidity  

80% for temp up to 31°C   
50% for temp up to 40°C  

Maximum operating altitude  

2000 m  

Equipment pollution degree  

Maximum deviation from plane horizontal surface.  

2mm  

Suitable process chemicals for each stage 

HIP Ultra 

Total amount of process chemical 

43.5 mL 

Material Safety Data Sheet 

Refer to download page of website 

Cycle recording options 

USB, G4 web portal, external printer 

Air pressure range (LCS Model Only) 

1 bar (15 PSI) - 10 bar (145 PSI) 

Compressed air connection 

DN 7.2 

*Refer to Electrical Supply table

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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