Installation Units Powered By Central Cooling - Wessamat Micro Cube M 120 Mode D'emploi

Operating instructions

5.4 Installation units powered by central cooling

Fig. 5.4.a: Back view Z-model
Ice makers powered by central cooling can be installed without observing any minimum distances. However
there should be distance to the wall from the back side of the machine in order to have enough space for the
connection tubes (see Fig. 5.4.a and 5.4.b).
The installation must be carried out by a refrigeration engineer!
Connections:
Required refrigerant:
CAUTION: When the device is pushed back in, the water drain tubes may become bent or kinked, thus
preventing draining of the water. Please keep an eye on the tubes during re-assembly.
5.4.1 Please connect the enclosed inlet hose (DN 8; ¾"–screwing) with the water inlet (1) and with the water
tab (cold water-/ fresh water inlet).
5.4.2 Fix one of the two enclosed drain hoses (DN 20) on the residual water
drain (4) and run it to the wastewater system. Ensure that the tube has a
continuous gradient and no bends. Without adequate gradient of the drain
tube, the ice cube maker may overflow and cause water damage.
Fix the other enclosed drain hose (DN 20) on the defrost water drain (6) and
run it to the wastewater system. Ensure that the tube has a continuous
gradient and no bends. Without adequate gradient of the drain tube, the
storage container may overflow and cause water damage. Run the defrost
water drain (7) to the wastewater system.
WARNING: For hygienic reasons, the outlet hoses must not be connected
directly to the waste water system (see Fig. 5.4.c).
We recommend the installation of a floor drain with a floor grate.
5.4.3 Insert the power plug (5) into the socket.
BA-MicroCube-1213-0
100 mm
3
2
1
5
4
6
Suction pipe Ø 12 mm (3)
Liquid line Ø 6 mm (2)
R 404a
Fig. 5.4.b: Back view ZF-model
discharge
funnel
with siphon
Fig. 5.4.c: outlet proposition
English
3
2
1
5
4
50 mm
7
outlet
hose
50 mm
12