Rheem RH1V2417STANJA Installation Instructions Manual page 21

4.9 ELECTRIC HEAT ELECTRICAL DATA: (-)H1V - continued
AIR-HANDLER HEATER
MODEL MODEL
(-)H1V
RXBH-1724?05J
RXBH-1724?07J
RXBH-1724?10J
RXBH-1724A15J 10.8/14.4
RXBH-1724A15J
RXBH-1724A18J
RXBH-1724A18J
RXBH-24A20J
RXBH-24A20J
RXBH-24A25J
RXBH-24A25J
4824ST
6024ST RXBH-24A30J
(1800 CFM only)
RXBH-24A30J
(5-ton only)
(1800 CFM only)
RXBH-1724A07C
RXBH-1724A10C
RXBH-1724A15C 10.8/14.4
RXBH-1724A18C 12.8/17.0
RXBH-24A20C*
RXBH-24A25C* 18.0/24.0
RXBH-24A25C
RXBH-24A30C*
(1800 CFM only)
RXBH-24A30C
(5-ton only)
(1800 CFM only)
NOTES:
* Values only. No single point kit available.
• Electric heater BTUH - (heater watts + motor watts) x 3.414 (see airflow table for motor watts.)
• Supply circuit protective devices may be fuses or "HACR" type circuit breakers.
• Largest motor load is included in single circuit and multiple circuit 1.
• If non-standard fuse size is specified, use next size larger fuse size.
• J Voltage (230V) single phase air handler is designed to be used with single or three phase 230 volt electric heaters. In the case
of connecting 3-phase power to the air handler terminal block without the heater, bring only two leads to the terminal block. Cap,
insulate and fully secure the third lead.
• If the kit is listed under both single and multiple circuits, the kit is shipped from factory as multiple circuits. For single phase appli-
cation, Jumper bar kit RXBJ-A21 and RXBJ-A31 can be used to convert multiple circuits to a single supply circuit. Refer to
Accessory Section for details.
• The airflow for continuous fan is set 50% of the cooling airflow.
• ?Heater kits connection type.
HEATER
KW PH/HZ ELEMENTS
NO. 208/240V
3.6/4.8 1/60
5.4/7.2 1/60
7.2/9.6 1/60
1/60
3.6/4.8 1/60
7.2/9.6 1/60
12.8/17 1/60
6.4/8.5 1/60
6.4/8.5 1/60
14.4/19.2 1/60
7.2/9.6 1/60
7.2/9.6 1/60
18.0/24.0 1/60
6.0/8.0 1/60
6.0/8.0 1/60
6.0/8.0 1/60
21.6/28.8 1/60
7.2/9.6 1/60
7.2/9.6 1/60
7.2/9.6 1/60
5.4/7.2 3/60
7.2/9.6 3/60
3/60
3/60
14.4/19.2 3/60
7.2/9.6 3/60
7.2/9.6 3/60
3/60
9.0/12.0 3/60
9.0/12.0 3/60
21.6/28.8 3/60
10.8/14.4 3/60
10.8/14.4 3/60
A=Breaker B=Terminal Block
TYPE SUPPLY
NO.
CIRCUIT
SINGLE CIRCUIT
- KW PER
MULTIPLE CIRCUIT
1-4.8 SINGLE
2-3.6 SINGLE
2-4.8 SINGLE
3-4.8 SINGLE
1-4.8 MULTIPLE CKT1
2-4.8 MULTIPLE CKT 2
4-4.26 SINGLE
2-4.26 MULTIPLE CKT 1
2-4.26 MULTIPLE CKT 2
4-4.8 SINGLE
2-4.8 MULTIPLE CKT 1
2-4.8 MULTIPLE CKT 2
6-4.0 SINGLE
2-4.0 MULTIPLE CKT 1
2-4.0 MULTIPLE CKT 2
2-4.0 MULTIPLE CKT 3
6-4.8 SINGLE
2-4.8 MULTIPLE CKT 1
2-4.8 MULTIPLE CKT 2
2-4.8 MULTIPLE CKT 3
3-2.4 SINGLE
3-3.2 SINGLE
3-4.8 SINGLE
3-2.84 SINGLE
3-3.2 SINGLE
3-3.2 MULTIPLE CKT 1
3-3.2 MULTIPLE CKT 2
6-4.0 SINGLE
3-4.0 MULTIPLE CKT 1
3-4.0 MULTIPLE CKT 2
6-4.8 SINGLE
3-4.8 MULTIPLE CKT 1
3-4.8 MULTIPLE CKT 2
C=Disconnect Pull Out
MINIMUM
CIRCUIT MOTOR
CIRCUIT
AMPS. AMPACITY
AMPACITY
17.3/20.0 4.4 28/31
26.0/30.0 4.4 38/43
34.6/40.0 4.4 49/56
51.9/60.0 4.4 71/81
17.3/20.0 4.4 28/31
34.6/40.0 0 44/50
61.6/70.8 4.4 83/94
30.8/35.4 4.4 44/50
30.8/35.4 0 39/45
69.2/80 4.4 93/106
34.6/40.0 4.4 49/56
34.6/40.0 0 44/50
86.4/99.9 4.4 114/131
28.8/33.3 4.4 42/48
28.8/33.3 0 36/42
28.8/33.3 0 36/42
103.8/120. 4.4 136/156
34.6/40.0 4.4 49/56
34.6/40.0 0 44/50
34.6/40.0 0 44/50
15.0/17.3 4.4 25/28
20.0/23.1 4.4 31/35
30.0/34.6 4.4 43/49
35.6/41.0 4.4 50/57
40.0/46.2 4.4 56/64
20.0/23.1 4.4 31/35
20.0/23.1 0 25/29
50.0/57.8 4.4 68/78
25.0/28.9 4.4 37/42
25.0/28.9 0 32/37
60.0/69.4 4.4 81/93
30.0/34.7 4.4 43/50
30.0/34.7 0 38/44
MAXIMUM
CIRCUIT
PROTECTION
30/35
40/45
50/60
80/90
30/35
45/50
90/100
45/50
40/45
100/110
50/60
45/50
125/150
45/50
40/45
40/45
150/175
50/60
45/50
45/50
25/30
35/35
45/50
50/60
60/70
35/35
25/30
70/80
40/45
35/40
90/100
45/50
40/45
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