Page 1
© 2010 Chromalox®, Inc.
Specifications — Table A
Model
Electrical Data (60 Hz) Dimensions (In.)
Standard Wiring
Contactor Diagram
Volts Watts Phase Amps BTU Height Width Depth Rating (Qty.) Figure
* Note: 208V amperage is 86% of 240V value.
† These models can be field changed from single phase to three phase or three phase to single phase.
Chromalox
®
DIVISION 4 SECTION
HVH
SALES
REFERENCE
DATE
SERVICE REFERENCE
PF203-4
161-305679-001
OCTOBER, 2008
(Supersedes PF203-3)
Installation, Operation
and
MAINTENANCE
Type HVH Horizontal/Vertical Unit Heater
AB C
HVH-02-81 208 2,667 1 12.8
HVH-02-21 208/240 2000/2,667 1 11.1* 8,850 16-1/8 13 10 —— 10
HVH-02-71 277 2,667 1 9.6
HVH-04-81†
208 4,000
1 19.2 —— 10
HVH-04-83† 3 11.2 30A (1) 12
HVH-04-21†
208/240 3,000/4,000
1 16.7*
13,661 16-1/8 13 10
—— 10
HVH-04-23† 3 9.6* 30A (1) 12
HVH-04-71 277 4,000 1 14.5 —— 10
HVH-04-43 480 4,000 3 4.8 30A (1) 11
HVH-05-81†
208 5,000
1 24.0 —— 10
HVH-05-83† 3 13.8 30A (1) 12
HVH-05-21†
208/240 3,750/5,000
1 20.8*
17,076 16-1/8 13 10
—— 10
HVH-05-23† 3 12.1* 30A (1) 12
HVH-05-71 277 5,000 1 18.2 —— 10
HVH-05-43 480 5,000 3 6.0 30A (1) 13
HVH-07-81†
208 7,500
1 36.1 50A (1)
HVH-07-83 3 20.9 30A (1)
HVH-07-21†
208/240 5,625/7,500
1 31.1*
25,598 20-5/8 17-1/8 12-3/4
30A (1) 12
HVH-07-23 3 18.1* 30A (1)
HVH-07-71 277 7,500 1 27.2 30A (1)
HVH-07-43 480 7,500 3 9.0 30A (1) 13
HVH-10-81†
208 10,000
1 48.0 50A (1)
HVH-10-83 3 27.8 30A (1)
12
HVH-10-21†
208/240 7,500/10,000
1 41.7* 34,130 20-5/8 17-1/8 12-3/4 30A (1)
HVH-10-23 3 24.0* 30A (1)
HVH-10-43 480 10,000 3 12.0 30A (1) 13
HVH-12-83 208 12,500 3 34.8 50A (1)
HVH-12-23 208/240 9,375/12,500 3 30.1* 42,663 20-5/8 17-1/8 12-3/4 50A (1)
12
HVH-12-43 480 12,500 3 15.1 30A (1) 13
HVH-15-83 208 15,000 3 41.8 50A (1)
HVH-15-23 208/240 11,250/13,000 3 36.2* 51,195 20-5/8 17-1/8 12-3/4 50A (1)
12
HVH-15-43 480 15,000 3 18.1 30A (1) 13
Page 2
INSTALLATION
NOTICE – These heaters are designed for wall and ceiling mount.
Other modes of mounting void factory warranty.
Vertical Air Flow
1. Height above floor
A. It is recommended that the heater only be used with ceiling
heights of 12 feet or greater. Minimum spacing to ceiling is
6 inches, use 3/8-18” thread stock (supplied by others) as
shown in Figure 3.
B. Mimimum mounting height is 10 feet from floor to bottom
of heater.
2. Spacing to walls.
A.
Side of case to wall 6”. Top or bottom of case to back wall is
10-1/4” (HVH-02 to HVH-05) and 13” (HVH-07 to HVH-15).
CEILING (Vertical Airflow):
A. The heater can be rod mounted to the ceiling by installing
four (4) threaded mounting rods in the threaded holes located on the top of the heater as shown in Figure 3. (Refer to
Table C for mounting rod thread size.)
B. Securely attach the four (4) mounting rods to the ceiling.
(Refer to Table D for wall and ceiling clearances, and
Figure 2 for mounting spacing specifications.)
WARNING
GENERAL
Failure to understand and follow these installation instructions
and the “WARNING” notes therein may result in serious personal
injury from electrical shock, or from the heater falling due to faulty
installation.
This heater is not intended for use in hazardous
atmospheres where flammable vapors, gases, liquids or other combustible atmospheres are present
as defined in the National Electric Code. Failure to
comply can result in explosion or fire. For these
applications see PDS CXH-A-EP (PF490).
ELECTRIC SHOCK HAZARD. Disconnect all power
before installing or servicing heater. Failure to do
so could result in personal injury or property damage. Heater must be installed or serviced by a qualified person in accordance with the National
Electrical Code, NFPA 70.
ELECTRIC SHOCK HAZARD. Any installation involving electric heaters must be performed by a qualified person and must be effectivley grounded in
accordance with the National Electrical Code to
eliminate shock hazard.
Do not mount mercury type thermostat directly on unit.
Vibration could cause heater to malfunction.
The heater must be mounted at least 7' above the floor to prevent accidental contact with the heating elements or fan blade
which could cause injury.
Keep at least 5' clearance in front of the heater. Refer to Table
D for side, top and back clearance requirements.
The ceiling mounting structure and the anchoring provisions must
be of sufficient strength to support the combined weight of the heater
and mounting bracket. (Refer to Table B for weights of heater and
bracket.)
The wall or mounting surface, and the anchoring provisions
must be capable of supporting the combined weight of the heater
and mounting brackets cantilevered from the mounting surface.
(Refer to Table B for weights of heater and brackets and for cantilevered force expressed in foot-pounds.)
Fan blade rotation must be checked. If airflow is not moving
out through the louvers, interchange any two of the three customer
power leads on three-phase units only.
Table B – Weights of Heater & Bracket
Heater Location Instructions:
Arrange units so their discharge air streams:
A. Are subjected to a minimum of interference from columns,
machinery and partitions.
B. Wipe exposed walls without blowing directly at them.
C. Are directed away from room occupants in comfort heating.
D. Are directed along the windward side when installed in a
building exposed to a prevailing wind.
Locate thermostat on interior partition walls or posts away
from cold drafts, internal heat sources and away from heater discharge air streams.
Small rooms can be heated by one unit heater. Where two walls
are exposed, the heater should be mounted as shown in Figure 1.
Large rooms require multi-unit installation. Number and capacity
of units will be determined by volume of building and square feet of
floor area to be heated. Arrange units to provide perimeter air circulation where each unit supports the air stream from another.
Figure 2 - Wall and Ceiling Clearance
WEIGHT (Lbs.) Heater and Brackets
Model Ceiling Wall
Weight Weight Ft.-Lbs.
HVH-02 to HVH-O5 27 25-1/2 48
HVH-07 to HVH-15 55 67-1/4 112
2
Exposed
Exposed
Exposed
Exposed
Exposed
Exposed
Figure 1 - Single and Multi Unit Mounting
Page 3
INSTALLATION
Horizontal Air Flow
1. Height above floor
A. In areas where ceiling height is more that 12 feet, recom-
mended mounting height is approximately 10 feet to underside of heater.
B. For ceiling heights of 12 feet or less, maximum mounting
height is detemined by the use of the mounting bracket
offered for these heaters. Minimum spacing to ceiling is 73/4”. (See Figure 5)
C. In either case, the mimimum mounting height is 7 feet from
floor to bottom of heater.
2. Spacing to adjacent walls.
A. Rear of case to back wall 2 minimum.
B. Side of case to side wall 6” minimum.
CEILING – Horizontal Airflow (See Figure 5):
The ceiling mounting bracket is fastened to the top of the heater
using the four (4) bolts supplied with the mounting bracket. The
bracket is then mounted to the ceiling using a 5/8" bolt (by others).
WALL – Horizontal Airflow (See Figure 6):
Wall mounting necessitates the use of both an adaptor mounting
bracket and a wall mounting bracket. First, attach the ceiling
mounting bracket to the heater. Then, attach the wall mounting
bracket to the wall using four 5/16" bolts (by others). Attach the
ceiling mounting bracket on the heater to the wall mounting bracket using the 5/8" bolt provided.
XX
L2
L1
CL
CL
3/8-18 THREADED
MOUNTING HOLES
TERMINAL BOX
ACCESS DOOR
Back Wall
Side Wall
Figure 3 - Rod Spacing
Mounting Limitations (In.)
Model Back Side Top to
to Wall to Wall Ceiling
HVH-02
Thru 10-1/4 6 6
HVH-05
HVH-07
Thru 13 6 6
HVH-15
Table D — Clearance Requirements (Vertical Discharge)
Rod
Dimensions – (In.)
Unit Thread Type L
1
L
2
X
2-5 kW 3/8 - 16 2-7/8 7-1/8 3-3/4
7-1/2 - 15 kW 3/8 - 16 4-5/16 9-3/8 5-1/2
Table C — Rod Thread Type and Spacing Dimensions (inches) for
Vertical Discharge.
KO FOR CONTROL WIRING
KO FOR POWER WIRING
TERMINAL BOX
ACCESS DOOR
Figure 4 - Heater Back View
Knockout Sizes
HVH-02 - 05 1/2” 3/4” (1)
HVH-07 - 15 1/2” 1” (1)
3
Page 4
4
A
B
V
N
W
C
M
U
CL OF BOLT
CEILING
CEILING
FOR SWIVEL MOUNTING
TO CEILING, USE ONE
5/8" LAG BOLT. FOR FIXED
MOUNTING TO CEILING, USE
FOUR 3/8" LAG BOLTS
WALL
W= MINIMUM DISTANCE FROM WALL TO ALLOW FOR FULL 180˚ SWIVEL
BACK OF HEATER
Figure 5 - Optional Ceiling Swivel Mounting Bracket
S
R
P
Q
T
ADAPTOR
BRACKET
Bracket Dimensions (In.)
Model
ABCMNUVW
Wt.
Use With
No.
(Lbs.)
HVC-1 16-1/8 13 10 8-3/8 5-3/4 7-3/4 9-3/4 12 4
HVH-02,
04, 05
HVC-2 20-5/8 17-1/8 12-3/4 10-3/4 6-3/4 7-3/4 13 12 8
HVH-07, 10
12, 15
Bracket Dimensions (In.) Bracket Use
Model
PQRST
Weight With
No. (Lbs.)
HVW1 6-1/16 18-7/8 7 5 17-5/8 3-3/4
HVH-02,
04, 05
HVW2 6-1/16
23-1/4 7 5 18-5/8 6-1/2
HVH-07,
10, 12, 15
Figure 6 - Optional Swivel Mounting Bracket
INSTALLATION (cont’d.)
The heater may be rotated to discharge in the desired direction. Open and adjust louvers to desired position. See Figure 5 and
6 for additional mounting details.
Page 5
WIRING
ELECTRIC SHOCK HAZARD. Be sure electricity is
turned off at main switch first before wiring. Any
installation involving electric heaters must be
effectively grounded in accordance with the
National Electrical Code to eliminate shock hazard.
1. Use heater only on the voltage and frequency specified on the
nameplate.
2. All wiring should be done in accordance with local codes and
the National Electrical Code by a qualified person as defined in
the NEC.
3. Two knockouts are provided on the back of the heater for wire
entry. See Figure 4 for location of knockouts.
4.
Branch circuit wire for connection to heater must be at least
60˚C wire.
5. The bottom access door is hinged. There are two screws that
must be removed to gain access (Figure 3).
6.
A ground wire is provided near the power connection point.
The ground wire should be connected before other connections are made
.
7. Terminals on contactor or on line voltage terminal block are
supplied to be connected to accept the correct size power supply wire. Copper rated at 600V and 60˚C is satisfactory for the
heater branch circuit.
8. Electrical accessories, either kits or factory-installed options, are
shown connected by a dash line on the heater wiring diagram.
9. Wiring connections are to be made on designated wire leads as
shown in the wiring diagrams located inside the access door.
10. Louver adjustment (Do not attempt to adjust while heater is
operational): Louvers have been preset at factory with the
minimum open angle. Decreasing the 45˚ angle may result in
high temperatures and functioning of the over temperature control. To increase the opening angle, grasp the left end of louver
with the left hand using the index finger and thumb. Grasp right
end of louver with right hand in the same manner. Twist louver
to the desired position.
POWER DISCONNECT SWITCH
(Available as a kit or factory installed option). This switch disconnects the power to the power leads when the handle is turned to
its off position. Refer to Instruction Sheet PF207.
1. Use copper conductor supply wire only when connecting to the
power line. (See Figure 8.)
2. Connection to the switch pigtails should be made with com-
pression connectors and the joint should be then well insulated.
3. Consult the local wiring code in your area.
SUMMER FAN SWITCH - Refer to Instruction sheet PF205
without relay, PF206 with relay.
(MOUNTED ON FRONT OF HEATER). When the switch
handle is pointing toward the SUMMER (FAN ON) position, the
fan will run continuously. When the switch handle is pointing
toward the WINTER (HEAT) position, the fan will run only when
the heating elements are hot.
REMOTE SUMMER FAN SWITCH
(MANUAL SWITCH-LINE VOLTAGE). The wall switch is
packed in the wiring compartment. The remote fan switch is
mounted external and remote from the HVH unit heater. The voltage of the remote fan switch is the same as the supply voltage to
the HVH heater.
1. Use 14 gauge copper, NEC Class 1, 600V rated insulated wire.
Wiring must meet all Local and NEC requirements for 480-volt
service.
2.
Install the remote fan switch in standard wall box in any convenient location that is protected from traffic or other accidental
damage.
3. Connect the 14 gauge copper field wire to the switch lead wires
with suitable connectors.
REMOTE FAN SWITCH
480V + Heaters, require an additional fan relay. (Available as
a kit or factory installed option). The wall switch is packed in the
wiring compartment.
1. Use 18 gauge (min.) NEC Class 1, 600V wiring that meets all
Local and NEC requirements.
2. Install the wall switch in a standard wall box in any convenient
location that is protected from traffic or other accidental damage.
3. Connect the field wire to the switch lead wires with suitable
connectors.
OPTIONAL THERMOSTAT (HVH-TK) Refer to Instruction
Sheet PF204.
Heaters can be equipped with an optional thermostat of the
Bulb and Capillary type for automatic temperature control (Figure
8). The thermostat controls the heating elements and fan simultaneously to achieve set temperature.
The “Lo” setting of the thermostat is approximately 40˚F, and
the “Hi” setting is approximately 90˚F.
Chromalox
Figure 9 — Thermostat Location, Front View
Power
Disconnect
Switch
L1
L2
L3
S1
S2
S3
See Notes
Contactor
or Terminal
Block
To
Power
Supply
See
Note 2
Notes:
1. This illustration shows wiring hook up for three phase service. Remove lead
wires marked L3 and S3 when using single phase power service.
2. For units without contactors, disconnect switch is to be wired to terminal block
on heater power.
3. Use copper supply wire only with this switch.
Figure 8 - Power Disconnect Switch Wiring Diagram
Top of Heater
45˚ Min.
All Louvers
Figure 7 - Louver Adjustment
5
Page 6
T1 T2 T3
L1 L2 L3
Terminal
Block
Cutout
Elements
1Ø Element wiring
(Omit for 2 element
heaters)
Optional disconnect switch
built-in or field installed
Power
60 Hz
Optional thermostat
built-in or field
installed
Blue
Blue
Motor
Cutout
NOTES:
1. Omit "L3" wiring for 1ø heaters
2. 3ø Motors used on all 480V, 7.5KV or higher
Remove jumper wire when
thermostat is used
Black
Red
Power 60 Hz
Pink
Optional
Disconnect
switch
built-in
or field
installed
T1 T2 T3
L1 L2 L3
Yellow
Blue
Sec
C1C2C3
3Ø Wiring
See Note #2
Optional Thermostat
Built-in or Field Installed
Motor
TO T1
TO T2
TO T3
Optional
disconnect
switch
built-in
or field
installed
Power 60 Hz
L1 L3
L2
T1 T3T2
Purple
Orange
Pink
C1C3C2
Remove jumper wire
when thermostat
is used
Cutout
Notes: 1 Omit "L3" wiring for 1ø heaters
3Ø Wiring
Optional
thermostat
built-in or
field installed
TO T1
TO T1
TO T2
TO T3
TO T3
TO T2
Motor
TO T2
TO T2
TO T2
TO T1
TO T1
TO T1
1Ø Wiring
Optional
disconnect
switch
built-in
or field
installed
Power 60 Hz
L1
T2
L2
T1
T3
Yellow
Blue
Pink
C1C3C2
Remove jumper wire
when thermostat is used
Cutout
Notes:
1. Omit "L3" wiring for 1ø heaters
2. 3Ø motors used on all 480V 7.5Kw or higher heaters.
All other heaters use 1ø motors.
TO T2
TO T2
TO T2
TO T1
TO T1
TO T1
1Ø Wiring
3Ø Wiring
Optional thermostat
built-in or field installed
TO T1
TO T1
TO T2
TO T3
TO T3
TO T2
Motor
L3
SEC
See Note #2
Black
Black/Red
WIRING (cont’d.)
CONTROL VOLTAGE WIRING — EXTERNAL REMOTE
THERMOSTATS AND FAN SWITCHES
Line voltage is present on some of the terminals.
Always disconnect the power from the heater
before making any connections.
1. Use 600 volt, NEC Class 1 insulated wiring with a minimum
gage of 18 for thermostats and minimum gauge of 14 for line
voltage motor switch (remote fan switch without relay).
2. The thermostat should be located in the area to be heated on an
inside wall. The thermostat should not be exposed to drafts,
sunlight, radiation from hot objects, or in a direct line with the
discharge from the unit heater.
3. Install the thermostat approximately 5 feet above the floor line.
4. Install the remote fan switch in any convenient location that is
protected from traffic or likely accidental damage.
5. Internal optional controls are shown on the unit heater wiring
diagrams by a dash line.
6
Figure 10
Figure 12
Figure 11
Figure 13
Page 7
Code Element Motor Fan
No. kW Volts Phase Part No. Part No. Part No.
02-81 2.67 208 1 118-305631-001 193-302912-001 112-302997-001
02-21 2.67 208/240 1 118-305631-002 193-302912-001 112-302997-001
02-71 2.67 277 1 118-305631-003 193-302120-001 112-130367-001
04-81 4 208 1 118-305631-001 193-302912-001 112-302997-001
04-83 4 208 3 118-305631-001 193-302912-001 112-302997-001
04-21 3/4 208/240 1 118-305631-002 193-302912-001 112-302997-001
04-23 3/4 208/240 3 118-305631-002 193-302912-001 112-302997-001
04-71 4 277 1 118-305631-003 193-302120-001 112-130367-001
04-43 4 480 3 118-305631-003 193-302912-003 112-302997-001
05-81 5 208 1 118-305631-004 193-302912-001 112-302997-001
05-83 5 208 3 118-305631-004 193-302912-001 112-302997-001
05-21 3.75/5 208/240 1 118-305631-005 193-302912-001 112-302997-001
05-23 3.75/5 208/240 3 118-305631-005 193-302912-001 112-302997-001
05-71 5 277 1 118-305631-006 193-302120-001 112-130367-001
05-43 5 480 3 118-305631-007 193-302912-003 112-302997-001
07-81 7.5 208 1 318-305659-007 193-302912-004 112-130367-002
07-83 7.5 208 3 318-305659-007 193-302912-004 112-130367-002
07-21 5.6/7.5 208/240 1 318-305659-008 193-302912-004 112-130367-002
07-23 5.6/7.5 208/240 3 318-305659-008 193-302912-004 112-130367-002
07-71 7.5 277 1 318-305659-009 193-302120-004 112-130367-002
07-43 7.5 480 3 318-305659-010 193-302912-005 112-130367-002
10-81 10 208 1 318-305659-001 193-302912-004 112-130367-002
10-83 10 208 3 318-305659-001 193-302912-004 112-130367-002
10-21 7.5/10 208/240 1 318-305659-002 193-302912-004 112-130367-002
10-23 7.5/10 208/240 3 318-305659-002 193-302912-004 112-130367-002
10-43 10 480 3 318-305659-003 193-302912-005 112-130367-002
12-83 12.5 208 3 318-305659-004 193-302912-004 112-130367-002
12-23 9.4/12.5 208/240 3 318-305659-005 193-302912-004 112-130367-002
12-43 12.5 480 3 318-305659-006 193-302912-005 112-130367-002
15-83 15 208 3 318-305659-007 193-302912-004 112-130367-002
15-23 11.2/15 208/240 3 318-305659-008 193-302912-004 112-130367-002
15-43 15 480 3 318-305659-010 193-302912-005 112-130367-002
RENEWAL PARTS IDENTIFICATION
TRANSFORMER ON
480V HEATERS, OPTIONAL
ON LOWER VOLTAGES
C1C2C3
CUTOUT
3Ø MOTOR WIRING
T1
T3T2
12
3Ø WIRING
TO T1
TO T1
TO T1
1Ø WIRING
TO T2
TO T2
TO T2
OPTIONAL THERMOSTAT
BUILT-IN OR REMOTE
(WHEN THERMOSTAT IS NOT
USED THERE'S A JUMPER
BETWEEN C1 AND C2)
TERMINAL
BLOCK
L1
L3L2
POWER 60 HZ
OPTIONAL
DISCONNECT
SWITCH BUILT-IN
OR FIELD INSTALLED
10
11
7
8
9
1
2
3
SUMMER FAN
SWITCH BUILT-IN
OR REMOTE
MOUNTED
CONTACTOR
M
1 OR 3Ø
TO T1
TO T1
TO T2
TO T3
TO T3
TO T2
C1
C2
C3
1 OR 3Ø
CUTOUT
T3
T2
T1
L3
L2
L1
CONTACTOR
TERMINAL
BLOCK
M
OPTIONAL THERMOSTAT
BUILT-IN OR REMOTE
(WHEN THERMOSTAT IS NOT
USED THERE'S A JUMPER
BETWEEN C1 AND C2)
TRANSFORMER
FAN SWITCH,
BUILT-IN
OR REMOTE
MOUNTED
32
1
9
8
7
12
11
10
H1
H2
X1
X2
2T1
4T2
6T3
1L1
3L2
5L3
A1
A2
MOTOR
RELAY
WIRING (cont’d.)
7
Figure 14
Figure 15
CONTROL VOLTAGE
INTEGRAL
DISCONN.
SWITCH
INTEGRAL
THERMOSTAT
FAN ONLY
SWITCH
TIME
DELAY
POWER
ON PILOT
LIGHT
OUTLET
SCREEN
PRODUCT
TYPE kW VOLTS Ø
HVH
Page 8
2150 N. RULON WHITE BLVD., OGDEN, UT 84404
Phone: 1-800-368-2493 www.chromalox.com
TA - Q7 - EF
Litho in U.S.A.
RENEWAL PARTS IDENTIFICATION (cont’d.)
INTEGRAL
THERMOSTAT
-00
00 = No Thermostat
TL = SPST P/N 300-049197-003
TL = DPST P/N 300-049197-004
TH = SPST P/N 300-049197-001
TH = DPST P/N 300-049197-002
DISCONNECT
SWITCH
-0
0 = No Disconnect Switch
D = 50A P/N 292-303472-007
PILOT LIGHT
-0
0 = No Pilot Light
P = 24V P/N 213-072380-029
P = 120V P/N 213-072380-007
OUTLET SCREEN
-0
0 = No Outlet Screen
S = 2-5 kW P/N 247-305642-001
S = 7-15 kW P/N 247-305642-002
FAN ONLY SWITCH
-00
D0 = No Disconnect Switch
FI = 3PST Switch P/N 292-057673-001
FE = 3PST Switch P/N 292-057673-001
FI = 24V Motor Relay P/N 072-123534-075
FI = 120V Motor Relay P/N 072-123534-064
TIME DELAY
-0
0 = No Time Delay Relay
R = 24V Relay P/N 072-071847-040
R = 120V Relay P/N 072-071847-041
Miscellaneous Parts
Thermostat Knob 169-049278-001
Instruction Sheets
1. INTERNAL THERMOSTAT PF204
2. INTERNAL/EXTERNAL SUMMER FAN SWITCH PF205
3. INTERNAL/EXTERNAL SUMMER FAN SWITCH W/RELAY PF206
4. DISCONNECT SWITCH PF207
Cutout Switch
2.6 through 5 kW 300-024413-001
7.5 through 15 kW 300-024413-002
CONTROL VOLTAGE
INTEGRAL
DISCONN.
SWITCH
INTEGRAL
THERMOSTAT
FAN ONLY
SWITCH
TIME
DELAY
POWER
ON PILOT
LIGHT
OUTLET
SCREEN
PRODUCT
TYPE kW VOLTS Ø
HVH
kW VOLTS Ø
-00 -0 0
2, 4, 7, 8
2, 4, 7, 8
2, 4, 7, 8
2, 4, 8
7
2, 4, 7, 8
2, 4, 7, 8
2, 4, 7, 8
2, 4, 7, 8
2, 4, 8
7
2, 4, 7, 8
2, 4, 7, 8
2, 8
2, 8
7
7
CONTROL VOLTAGE
-00
00 = No Contactor
30 = 24V 35A Contactor P/N 072-304551-001
30 = 24V 50A Contactor P/N 072-303180-002
30 = Transformer P/N 315-304252-002
30 = Transformer P/N 315-304252-004
31 = 24V 35A Contactor P/N 072-304551-001
31 = 24V 50A Contactor P/N 072-303180-002
32 = 120V 35A Contactor P/N 072-304551-007
32 = 120V 50A Contactor P/N 072-304551-008
32 = Transformer P/N 315-304252-001
32 = Transformer P/N 315-304252-003
33 = 120V 35A Contactor P/N 072-304551-007
33 = 120V 50A Contactor P/N 072-304551-008
34 = 208/240V 35A Contactor P/N 072-304551-013
34 = 208/240V 50A Contactor P/N 072-304551-014
35 = 277V 35A Contactor P/N 072-304551-019
35 = 277V 50A Contactor P/N 072-304551-020
Limited Warranty:
Please refer to the Chromalox limited warranty applicable to this product at
http://www.chromalox.com/customer-service/policies/termsofsale.aspx.
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