(NOT TO SCALE)
SECT.
III
PAGE
18
0707
Litho in U.S.A.
KW Volts
Watts
Ph Amps Wire
24
208
21,500
1
103.4
2
220
24,000
1
109.1
2
240
24,000
1
100.0
2
440
20,200
1
45.9
2
480
24,000
1
50.0
2
208
21,500
3
59.7
3
220
24,000
3
63.1
3
240
24,000
3
57.8
3
440
20,200
3
26.5
3
480
24,000
3
28.9
3
600
24,000
3
23.1
3
360
21,500
3
34.5
4
380
24,000
3
36.5
4
415
24,000
3
33.4
4
KW Volts
Watts
Ph Amps Wire
36
208
32,200
3
89.5
3
220
36,000
3
94.6
3
240
36,000
3
86.7
3
440
30,200
3
39.7
3
480
36,000
3
43.4
3
600
36,000
3
34.7
3
360
32,200
3
51.7
4
380
36,000
3
54.8
4
415
36,000
3
50.1
4
48
208
42,900
3
119.2
3
220
48,000
3
126.1
3
240
48,000
3
115.6
3
440
40,300
3
52.9
3
480
48,000
3
57.8
3
600
48,000
3
46.2
3
360
42,900
3
68.9
4
380
48,000
3
73.0
4
415
48,000
3
66.9
4
ELECTRIC
WATER
DRAINAGE
CLEARANCE
C
D
The Floor Drain must be located
outside the confines of the
equipment base.
1 1/2˝ I.P.S. common drain.
Do not connect other units to this drain.
Do not use PVC pipe for drain.
1/4˝ NPT , Cold Water
Inlet, 35 psi minimum,
60 psi maximum
1/4" NPT hot
and cold water
for swing spout
Right - 3”, Left - 3”, Rear - 3”
(12” on control side if
adjoining wall or equipment
is over 30” high for service
acess)
Contact factory for
variances to clearances.
NOTES
:
Cleveland Range reserves right of design improvement or modification, as warranted.
Many regional, state and local codes exist and it is the responsibility of the owner and installer to comply with the codes.
Cleveland Range equipment is built to comply with applicable standards for manufacturers. Included among those approval agencies are ASME/N. Bd, UL, NSF and CSA.
ACTUAL CAPACITIES:
Kettle 6 gallons/23 liters or 192, 4 oz. servings.
• Other size servings may be calculated.
Each compartment has capacity for:
• Three, 12˝ x 20˝ x 2
1
⁄
2
˝ or six, 12˝ x 20˝ x 1˝
deep Cafeteria Pans.
WATER QUALITY REQUIREMENT
The recommended minimum water quality stan-
dards whether untreated or pre-treated, based
upon 10 hours of use per day, and a Daily
Blowdown, are as follows:
TOTAL DISSOLVED
SOLIDS
less than 60 parts per million
TOTAL ALKALINITY
less than 20 parts per million
SILICA
less than 13 parts per million
pH FACTOR
greater than 7.5
CHLORINE
less than 30 parts per million
Consult a local water treatment specialist for an on
site water analysis for recommendations concerning
steam generator feed water treatment (if required),
in order to remove or reduce harmful concentrations
of minerals. The use of highly mineralized water will
mean that more frequent servicing of the steam
generator will be necessary. The fact that a water
supply is potable is not proof that it will be suitable
for the generator.
