39
39
E1CG4880210
E1CG4880210
Fig. 31
Fig. 31
Icemaker
Icemaker
Cooling
Cooling
Tower
Tower
Flow Control Valve
Flow Control Valve
Strainer
Strainer
Pump
Pump
P
P
Potable Water
Potable Water
Inlet G3/4
Inlet G3/4
Inlet Hose
Inlet Hose
Drain Outlet R3/4
Drain Outlet R3/4
(on left side of
(on left side of
Storage Bin)
Storage Bin)
Outlet Hose
Outlet Hose
Cooling Water
Cooling Water
Inlet Rc1/2
Inlet Rc1/2
Cooling Water
Cooling Water
Outlet Rc1/2
Outlet Rc1/2
1/2-3/4 Nipple
1/2-3/4 Nipple
Condenser Cooling Circuit
Condenser Cooling Circuit
Icemaker
Icemaker
Bin
Bin
Fig. 30
Fig. 30
3) Attach grey flexible outlet hose (accessory) to the R3/4 fitting on the left side of the Storage
3) Attach grey flexible outlet hose (accessory) to the R3/4 fitting on the left side of the Storage
Bin as indicated (Fig. 28), confirming fitment of rubber washer before finally hand tightening
Bin as indicated (Fig. 28), confirming fitment of rubber washer before finally hand tightening
the joint. This pipe can be cut to length as necessary to suit position of main drain.
the joint. This pipe can be cut to length as necessary to suit position of main drain.
4) By means of a suitable spanner or wrench, tighten the 1/2-3/4 nipples (accessory) into the
4) By means of a suitable spanner or wrench, tighten the 1/2-3/4 nipples (accessory) into the
Rc1/2 fittings on the left side of the icemaker as indicated. P.T.F.E. tape and/or a suitable
Rc1/2 fittings on the left side of the icemaker as indicated. P.T.F.E. tape and/or a suitable
sealing compound should be used to obtain a leak free joint.
sealing compound should be used to obtain a leak free joint.
Note: Jointing compounds should be approved and suitable for potable water use.
Note: Jointing compounds should be approved and suitable for potable water use.
5) Connect the Condenser cooling circuit to the free end of 1/2-3/4 nipples as indicated (Fig.
5) Connect the Condenser cooling circuit to the free end of 1/2-3/4 nipples as indicated (Fig.
30) using a suitable rigid type pipe.
30) using a suitable rigid type pipe.
Summary of Contents for IM-240AME
Page 6: ...2 2 E1CG4880210 E1CG4880210 b IM 240DWME Water cooled b IM 240DWME Water cooled ...
Page 7: ...3 3 E1CG4880210 E1CG4880210 c IM 240DSME Remote Air cooled c IM 240DSME Remote Air cooled ...
Page 8: ...4 4 E1CG4880210 E1CG4880210 d IM 240XME Air cooled d IM 240XME Air cooled ...
Page 9: ...5 5 E1CG4880210 E1CG4880210 e IM 240XWME Water cooled e IM 240XWME Water cooled ...
Page 10: ...6 6 E1CG4880210 E1CG4880210 f IM 240XSME Remote Air cooled f IM 240XSME Remote Air cooled ...
Page 11: ...7 7 E1CG4880210 E1CG4880210 g IM 240AME Air cooled g IM 240AME Air cooled ...
Page 62: ...58 58 E1CG4880210 E1CG4880210 b IM 240DWME IM 240XWME b IM 240DWME IM 240XWME ...
Page 63: ...59 59 E1CG4880210 E1CG4880210 c IM 240DSME IM 240XSME c IM 240DSME IM 240XSME ...
Page 64: ...60 60 E1CG4880210 E1CG4880210 d IM 240AME d IM 240AME ...