24
24
E2AH5820209
E2AH5820209
* The maximum permissible system impedance (Zmax) at the interface point of the power
* The maximum permissible system impedance (Zmax) at the interface point of the power
supply to be connected with this icemaker must be 0.2908+j0.18175 ohm. Determine in
supply to be connected with this icemaker must be 0.2908+j0.18175 ohm. Determine in
consultation with the supply authority, if necessary, that the icemaker is connected only to a
consultation with the supply authority, if necessary, that the icemaker is connected only to a
supply of 0.2908+j0.18175 ohm or less.
supply of 0.2908+j0.18175 ohm or less.
3. WATER SUPPLY AND DRAIN CONNECTIONS
3. WATER SUPPLY AND DRAIN CONNECTIONS
WARNING
WARNING
Only potable water should be used for the icemaker.
Only potable water should be used for the icemaker.
(For the U.K. only, the connections must be in accordance with current requirements of the
(For the U.K. only, the connections must be in accordance with current requirements of the
Model Water Byelaws 1986 SI No. 1147)
Model Water Byelaws 1986 SI No. 1147)
* Water supply pressure should be minimum 0.5 bar and maximum 8 bar. If the pressure
* Water supply pressure should be minimum 0.5 bar and maximum 8 bar. If the pressure
exceeds 8 bar, use a proper pressure reducing valve. Do
exceeds 8 bar, use a proper pressure reducing valve. Do NOT
NOT throttle back the supply tap.
throttle back the supply tap.
* A plumbing permit and services of a licensed plumber may be required in some areas.
* A plumbing permit and services of a licensed plumber may be required in some areas.
* The icemaker drain is gravity flow, so ensure drain pipe has an adequate pitch or fall.
* The icemaker drain is gravity flow, so ensure drain pipe has an adequate pitch or fall.
* Water should drain into an open trap.
* Water should drain into an open trap.
* On water-cooled model, a back flow preventer may be required in the cooling water circuit.
* On water-cooled model, a back flow preventer may be required in the cooling water circuit.
1) [Water-Cooled Model Only]
1) [Water-Cooled Model Only]
By means of a suitable spanner or wrench,
By means of a suitable spanner or wrench,
tighten the 1/2-3/4 nipple (accessory) into
tighten the 1/2-3/4 nipple (accessory) into
the Rc1/2 fitting and the 3/4-3/8 nipple
the Rc1/2 fitting and the 3/4-3/8 nipple
(accessory) into the Rc3/8 fitting on the
(accessory) into the Rc3/8 fitting on the
rear of the icemaker as indicated. P.T.F.E.
rear of the icemaker as indicated. P.T.F.E.
tape and/or a suitable sealing compound
tape and/or a suitable sealing compound
should be used to obtain a leak free joint.
should be used to obtain a leak free joint.
Note:
Note: Jointing compounds should be
Jointing compounds should be
approved and suitable for potable
approved and suitable for potable
water use.
water use.
2) Attach angled end of white flexible inlet
2) Attach angled end of white flexible inlet
hose (accessory) to the G3/4 fitting on the
hose (accessory) to the G3/4 fitting on the
rear of the icemaker as indicated, ensuring
rear of the icemaker as indicated, ensuring
rubber sealing washer is correctly
rubber sealing washer is correctly
positioned. Hand tighten sufficiently to
positioned. Hand tighten sufficiently to
provide leak free joint.
provide leak free joint.
Fig. 1
Fig. 1
[Air-Cooled Model]
[Air-Cooled Model]
Water Supply
Water Supply
Inlet G3/4
Inlet G3/4
Inlet Hose
Inlet Hose
Drain Outlet
Drain Outlet
R3/4
R3/4
Outlet Hose
Outlet Hose