Download Bakers Pride VHVA-1620-E2 Operating instructions

INSTALLATION
AND
OPERATING
INSTRUCTIONS
Models: VH1620E,
VHVA1620E, VH1828E & VHVA1828E
COUNTERTOP MODEL
ELECTRIC CONVEYOR OVENS
INTENDED FOR OTHER THAN HOUSEHOLD USE
RETAIN THIS MANUAL FOR FUTURE REFERENCE
OVEN MUST BE KEPT CLEAR OF COMBUSTIBLES AT ALL TIMES
!
FOR YOUR SAFETY: Do not store or use gasoline or other flammable vapors and
liquids in the vicinity of this or any other appliance.
!
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WARNING: Improper installation, adjustment, alteration, service or maintenance can
cause property damage, injury or death. Read the Installation, Operating and
Maintenance Instructions thoroughly before installing or servicing this equipment.
!
Initial heating of oven may generate smoke or fumes and must be done in a well ventilated area.
Overexposure to smoke or fumes may cause nausea or dizziness.
This equipment has been engineered to provide you with year-round dependable service when used
according to the instructions in this manual and standard commercial kitchen practices.
ANSI/NSF4
P/N U4173A 2/08
BAKERS PRIDE OVEN CO., INC.
30 Pine Street
New Rochelle, NY 10801
(914) 576-0200 Phone
(914) 576-0605 Fax
(800) 431-2745 US & Canada
www.bakerspride.com Web Address
1
Bakers Pride takes pride in the design and quality of our products. When used as intended and with proper
care and maintenance, you will experience years of reliable operation from this equipment. To ensure best
results, it is important that you carefully read and follow the instructions in this manual.
Installation and start-up should be performed by a qualified installer who has thoroughly read, understands
and follows these instructions.
If you have questions concerning the installation, operation, maintenance or service of this product, contact
our Technical Service Department at (800) 431-2745.
SAFETY PRECAUTIONS
Before installing and operating this equipment be sure everyone involved in its operation are fully trained
and are aware of all precautions. Accidents and problems can result by a failure to follow fundamental rules
and precautions.
The following words and symbols, found in this manual, alert you to hazards to the operator, service
personnel or the equipment. The words are defined as follows:
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DANGER: This symbol warns of imminent hazard which will result in serious injury or death.
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WARNING: This symbol refers to a potential hazard or unsafe practice, which could result in
serious injury or death.
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CAUTION: This symbol refers to a potential hazard or unsafe practice, which may result in minor or
moderate injury or product or property damage.
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NOTICE: This symbol refers to information that needs special attention or must be fully understood
even though not dangerous.
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GENERAL INFORMATION
THIS MANUAL SHOULD BE RETAINED FOR FUTURE REFERENCE
CAUTION: These models are designed, built, and sold for commercial use. If these models are
positioned so the general public can use the equipment make sure that cautions, warnings, and
operating instructions are clearly posted near each unit so that anyone using the equipment will
use it correctly and not injure themselves or harm the equipment.
!
WARNING: Check the data plate on this unit before installation. Connect the unit only to the voltage
and frequency listed on the data plate. Connect only to 1 or 3 phase as listed on the data plate.
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WARNING: Electrical and grounding connections must comply with the applicable portions of the
national electrical code and/or other local electrical codes.
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WARNING: Disconnect device from electrical power supply and place a Tag Out-Lockout on the
power plug, indicating that you are working on the circuit.
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WARNING: Install per the spacing requirements listed in the installation section of this manual. We
strongly recommend having a competent professional install the equipment. A licensed electrician
should make the electrical connections and connect power to the unit. Local codes should always
be used when connecting these units to electrical power. In the absence of local codes, use the
latest version of the National Electrical Code.
!
!
WARNING: This device should be safely and adequately grounded in accordance with local
codes, or in the absence of local codes, with the National Electrical code, ANSI/NFPA 70, Latest
Edition to protect the user from electrical shock. It requires a grounded system and a dedicated
circuit, protected by a fuse or circuit breaker of proper size and rating. Canadian installation must
comply with the Canadian Electrical Code, CSA C22.2, as applicable
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2
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WARNING: A factory authorized agent should handle all maintenance and repair. Before doing any
maintenance or repair, contact Bakers Pride.
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WARNING: Never clean any electrical unit by immersing it in water. Turn off before cleaning
surface.
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WARNING: An earthing cable must connect the appliance to all other units in the complete
installation and from there to an independent earth connection.
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NOTICE: The unit when installed, must be electrically grounded and comply with local codes, or in
the absence of local codes, with the national electrical code ANSI/NFPA70- latest edition.
Canadian installation must comply with CSA-STANDARD C.22.2 Number 0 M1982 General
Requirements-Canadian Electrical Code Part II, 109-M1981- Commercial Cooking Appliances.
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WARNING: SHOCK HAZARD equipment.
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NOTICE: This product is intended for commercial use only. Not for household use.
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NOTICE: Local codes regarding installation vary greatly from one area to another. The National
Fire Protection Association, Inc. states in its NFPA96 latest edition that local codes are “Authority
Having Jurisdiction” when it comes to requirements for installation of equipment. Therefore,
installation should comply with all local codes.
!
De-energize all power to equipment before cleaning the
IMPORTANT FOR FUTURE REFERENCE
Please complete this information and retain this manual for the life of the equipment. For
Warranty Service and/or Parts, this information is required.
Model Number
Serial Number
Notes:
3
Date Purchased
TABLE OF CONTENTS
SECTION
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
ITEM
PAGE
Receiving
Location & Minimum Clearances
Installation
Stacking
Electrical Connections
System Check
Initial Start-Up
Shutdown
Special Features
Cleaning
Operator Maintenance
Rating Plate
Conveyor Removal
Conveyor Installation
Conveyor Belt Speed Calibration
Troubleshooting Guide
Temperature Control Conversion Chart
Solid State Relay Identification
Electrical Schematics & Wiring Diagrams
A. VHVA1620E Schematic, 208, 220 or 240VAC, 1 Phase
B. VHVA 1620E Wiring Diagram, 208, 220 or 240VAC, 1 Phase
C. VHVA1620E Schematic, 208, 220 or 240VAC, 3 Phase
D. VHVA 1620E Wiring Diagram, 208, 220 or 240VAC, 3 Phase
E. VH 1620E Schematic, 208, 220 or 240VAC, 1 Phase
F. VH 1620E Wiring Diagram, 208, 220 or 240VAC, 1 Phase
G. VH 1620E Schematic, 208, 220 or 240VAC, 3 Phase
H. VH 1620E Wiring Diagram, 208, 220 or 240VAC, 3 Phase
I. VHVA 1828E Schematic, 208, 220, or 240, 1 Phase
J. VHVA 1828E Wiring Diagram, 208, 220, or 240, 1 Phase
K. VHVA 1828E Schematic, 208, 220, or 240, 3 Phase
L. VHVA 1828E Wiring Diagram, 208, 220, or 240, 3 Phase
M. VH 1828E Schematic, 208, 220, or 240, 1 Phase
N. VH 1828E Wiring Diagram, 208, 220, or 240, 1 Phase
O. VH 1828E Schematic, 208, 220, or 240, 3 Phase
P. VH 1828E Wiring Diagram, 208, 220, or 240, 3 Phase
Parts Lists & Exploded Views
A. External Covers
B. Conveyor Assembly
C. Blower Motor Cover Assembly
D. Blower Assembly
E. VH Series Only
F. Plenum “Finger” Assembly
G. Main Power Control Box
H. Electric Control Box
I. Cool Down Thermostat, Elements, Switch & Probe
Warranty
4
5
5
5
6
6
8
10
11
11
12
13
14
15
15
16
18
23
24
26
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
42
42
43
43
43
43
44
45
46
47
I. INSTALLATION INSTRUCTIONS
MODELS COVERED
VH1620E
VHVA1620E
VH1828E
VHVA1828E
TOTAL KW
6.4
6.4
12.4
12.4
PHASE
1 or 3
1 or 3
1 or 3
1 or 3
1. RECEIVING
Read the notice on the outside carton regarding damage in transit. "CONCEALED DAMAGE", damage
discovered after opening the crate(s), MUST be reported immediately to the carrier. The carrier will perform
an inspection of the damage and furnish forms for the consignee's claim against the carrier. Retain ALL
packaging material - including outer carton, until the inspection has been completed.
Proper and secure storage facilities should be arranged for the conveyor oven(s) if necessary to protect it
from outdoor or damp conditions at all times prior to installation.
2. LOCATION AND MINIMUM CLEARANCES
Adequate air space must be provided for the proper venting of the rear exhaust air and provision made for
venting of cooking vapors. The Conveyor Oven must be installed in a well-ventilated area.
NOTE: Attached rear rubber bumpers must not be removed and can contact a rear wall if present.
Conveyor Ovens can be installed with "ZERO" clearances (back and sides) from combustible and noncombustible materials. (Rear rubber bumpers are the “Zero” clearance points on the back of the unit.) S e e
rating plate attached to the control box door panel.
The Conveyor Oven is intended for countertop mounting if mounted on the 4" legs provided. The Oven is
NOT approved for mounting on any floor. Keep the area around your conveyor oven free and clear of all
combustible materials.
3. INSTALLATION
Place the conveyor oven and parts as close to the area of final installation before uncrating. Your conveyor
oven is packed sitting on its bottom. Leave it this way until unpacked. The pallet may be left under the
conveyor oven for convenience in further handling. Unpack carefully to avoid damage to the unit. If
concealed damage is discovered, follow the instructions detailed in Section 1 above.
DO NOT LIFT EXCESSIVE WEIGHT
A.
Legs are shipped unattached. Make sure each leg is attached and tightened before placing the
conveyor oven in place. Each leg is adjustable to accommodate variations in the mounting surface.
B.
Using sufficient help (2 or more people), lift the conveyor oven upward and place on the countertop
surface. Lift the conveyor oven by gripping the bottom of the unit. THE FOLLOWING ITEMS ARE
NOT TO BE USED AS LIFTING "HANDLES": Side-mounted control boxes (2), removable front door
(with handles), the conveyor belt assembly, the rear fan housing assembly.
C.
THE CONVEYOR BELT ASSEMBLY IS MOUNTED BACKWARDS FOR SHIPPING. THE
CONVEYOR BELT ASSEMBLY MUST BE REMOVED AND REVERSED PRIOR TO OPERATION.
See Section 6a, b for further instructions.
D.
Position the conveyor oven in its final location, maintaining the minimum clearances specified in
Section 2 above.
5
E.
Remove all loose parts and packages from the interior of the conveyor oven. The conveyor oven has
(4) air-directing "plenum fingers" in the interior cooking chamber. Check these items for proper
mounting. For further information on removal and mounting of interior panels, see Section 10,
cleaning.
4. STACKING
Your conveyor oven(s) can be
stacked up to (3) high. Each unit is
built exactly the same, so it does not
matter in which order they are
stacked. For stacking of (2) units,
remove the legs from the second
(upper) unit prior to mounting on top
of the bottom unit. For stacking of (3)
units, it is preferable to use a
"stacking kit", which allows all
conveyor ovens to be supported by
an external framework, such as a
table, with each conveyor oven
having all legs removed.
"CAUTION: If you use a multiple stack
assembly, remember that each oven has
its own power disconnect. Make sure
ALL main switches are OFF before any
cleaning or maintenance is performed.”
1.
2.
3.
4.
When
stacking,
remove
legs from
upper unit.
When stacking,
align “Dimpled
Foot” of upper
unit into
matching
“Dimple” of
bottom unit.
Use
Stacking
Brackets
to secure
ovens
together.
Remove two bottom screws from the top oven rear panel.
Remove two top screws from the bottom oven rear panel.
Install the right and left stacking brackets as shown in above diagram.
Reinstall the four removed screws.
5. ELECTRICAL CONNECTIONS
General Instructions
a)
b)
c)
d)
e)
f)
g)
h)
Only use copper conductor wires rated at 90°C suitably sized for the electric current drawn.
Dual Air Model 1828E ovens are constructed for permanent connections - no power cord is supplied.
Dual Air Model 1620E ovens are supplied with a flexible power cord and plug.
Make sure the electrical supply corresponds with that specified on the rating plate.
Only a licensed electrician should make the electrical connections.
Proper connections are shown on the wiring diagrams as well as the rating plate.
Wiring diagrams are located in the control box containing the Main Switch (green rocker).
When installed, the unit must be electrically grounded in accordance with the local codes and/or the
latest edition of the national Electrical Code ANSI/NFPA No. 70 in the USA or Canadian Electrical
Code, CSA Standard C22.1, Part 1 in Canada.
VH-, VHVA1620E: POWER SUPPLY (EACH) 6.4 KW/Hr
Volts
Phase
L1
L2
L3
200-208
1
31
31
N/A
220
1
29
29
N/A
230
1
28
28
N/A
240
1
27
27
N/A
200-208
3
14
21
19
220
3
13
18
17
230
3
12
17
16
240
3
12
18
17
VH-, VHVA1828E: POWER SUPPLY (EACH) 12.4 KW/Hr
Volts
Phase
L1
L2
L3
200-208
1
60
60
N/A
220
1
56
56
N/A
230
1
54
54
N/A
240
1
52
52
N/A
200-208
3
27
40
38
220
3
25
38
36
230
3
24
36
34
240
3
23
35
33
EACH CONVEYOR OVEN REQUIRES A SEPARATE CONNECTION
!
CAUTION: Normal cooking operations may result in the production of smoke or fumes and may
cause nausea and dizziness. Be sure the oven is placed in a well-ventilated area.
6
!
Field Connections
NOTE: VERIFY THAT INPUT POWER MATCHES THE OVEN POWER REQUIREMENTS STATED
ON THE RATING PLATE, WHICH IS LOCATED ON THE POWER CONTROL BOX.
IF INPUT VOLTAGE DOES NOT MATCH OVEN VOLTAGE REQUIREMENTS, THE CORRECT
CONVEYOR OVEN MUST BE INSTALLED. THE CONVEYOR OVEN CANNOT BE MODIFIED IN THE
FIELD TO MATCH INPUT POWER.
CAUTION: FOR 3 PHASE UNITS ONLY: VERIFY VOLTAGE OF EACH LEG. IF ANY LEG HAS A
VOLTAGE GREATER THAN 240V THIS LEG MUST BE CONNECTED TO L-3 ON THE POWER
DISTRIBUTION BLOCK.
FOR DUAL AIR MODELS VH1620E, VHVA1620E:
These units are supplied with a flexible power cord, according to the specification placed with the
original order, which specified either single-phase or three-phase operation. No internal field
connection is necessary. All internal connections are complete. Connect the power cord to the
proper power receptacle. (see diagram below).
Note: If a different power cord is required than supplied, the correct power cord must be obtained
from a factory authorized service agent. Only an authorized service agent is to replace a power
cord.
FOR DUAL AIR MODELS VH1828E, VHVA1828E:
a) Remove the cover from the Power Distribution Box Panel (under the control box on right side when
facing front of unit).
b) Locate the 4-pole Power Distribution Terminal Block mounted in the Power Distribution Box.
c) Install the proper strain relief for the PERMANENT CONNECTION utilizing the knock-out hole
provided. The strain relief should be securely fastened.
d) Supply the proper conduit to the conveyor oven and connect through the strain relief. Connect
properly-sized, copper-only conductor wires (rated 90°C) to the Power Distribution Terminal Block in
accordance with the schematic shown on the rating plate, as well as the wiring diagram provided.
NOTE: For three-phase connections, if any “High Voltage Leg” conductor is present, it MUST be
mounted to L3 ONLY. Replace the cover and fasten securely with removed screws.
L3
L2
L1
L2
5
R (BROWN)
L2
L2
4
E (BROWN)
A
G
L3
G4
E (BROWN)
R (BROWN)
L2
L2
5
L2
L2
L1
4
A
NEMA SPECS.
1620E 1 PHASE
1620E 3 PHASE
6-50P
L15-30P
7
FACTORY WIRING
TO INTERNAL CIRCUITS
G4
FIELD WIRING
SERVICE CONNECTIONS
G
THREE PHASE CONNECTION
FACTORY WIRING
TO INTERNAL CIRCUITS
FIELD WIRING
SERVICE CONNECTIONS
SINGLE-PHASE CONNECTION
6.
a)
SYSTEM CHECK
Insure that the conveyor belt assembly is installed correctly, with the drive-shaft pin fitting firmly into
the coupling that protrudes from the Power Control Box gearmotor output shaft. Visually check that
the belt is flat and parallel to the countertop surface. If the belt is not parallel to the countertop, it may
be necessary to re-align the gearmotor output shaft to the conveyor belt drive shaft pin. Follow this
procedure:
DISCONNECT THE POWER SUPPLY BEFORE SERVICING COMPONENTS INSIDE
1.
EITHER OF THE CONTROL BOXES.
SERIOUS INJURY, INCLUDING DEATH, MAY
OCCUR IF CONTACT IS MADE TO INCOMING POWER.
2.
Re-aligning the coupling / driven-shaft pin requires opening the Power Control Box door.
3.
Insert a hex-head nut-driver tool to loosen the (4) screws that fasten the gearmotor to the box
4.
Re-align the coupling to the conveyor belt drive shaft pin. If this is done properly, the driven-
5.
When alignment is correct, re-tighten the (4) screws at the gearmotor before closing the
side panel.
shaft pin will fit snuggly into the slot of the gearmotor coupling.
door.
b) The conveyor belt is capable of traveling either Left-to-Right (standard), or Right-to-Left (optional).
Direction of travel is determined by looking at the conveyor oven from the front of the unit. Direction
of travel is controlled by a “Reversing Switch” that is located inside the control box containing the
gearmotor. If the direction of travel needs to be reversed, follow this procedure:
NOTE:
CHANGE THE REVERSING SWITCH ONLY WHEN POWER IS DIS-CONNECTED TO
THE CONVEYOR OVEN. OTHERWISE, FATAL DAMAGE WILL OCCUR TO THE GEARMOTOR,
CAUSING THE CONVEYOR BELT TO STOP MOVING. THE GEARMOTOR WILL NEED TO BE
REPLACED DUE TO INTERNAL STRUCTURAL DAMAGE.
1.
DISCONNECT THE POWER SUPPLY BEFORE SERVICING COMPONENTS INSIDE
EITHER OF THE CONTROL BOXES.
SERIOUS INJURY, INCLUDING DEATH, MAY
OCCUR IF CONTACT IS MADE TO INCOMING POWER.
2.
Reversing the conveyor belt requires opening the Power Control Box door.
3.
Locate a small rocker switch mounted just inside the control box, either black or orange in
color. Two wires are connected to it.
4.
Change the switch position to the opposite setting. No other changes are necessary.
5.
Close and securely fasten the door.
6.
Re-connect power to the unit.
CONVEYOR BELT
FITS INTO UNIT
FROM FRONT
DRIVE SHAFT
PIN ALIGNS
WITH COUPLING
OF GEARMOTOR
HINGED
FRONT DOOR
8
CRUMB PANS MOUNT
IN CONVEYOR FRAME
c)
Remove the front door and verify the proper orientation of the upper air return shield. The plenum
fingers are identical, so any finger can be mounted in any location.
UPPER AIR
REMOVABLE
RETURN SHIELD
PLENUM "FINGERS"
ASSEMBLY
ALL FOUR IDENTICAL
INTERNAL FIXED
AIR PLENUM
ASSEMBLIES
END SLOTS TOWARDS
HINGED DOOR
LOWER AIR
HINGED
FRONT DOOR
d)
RETURN SHIELD
ASSEMBLY
Secure the (4) outer side panels to the main frame assembly using the ¼-turn fasteners that are
attached to these panels. Mount these side panels AFTER the conveyor has been properly
installed. (See above). Adjust the outer baffles UP / DOWN until they are in the correct position to
allow product to enter and exit with minimal vertical clearance. This will reduce the amount of heat
lost out the sides of the cook chamber.
HANGER PINS
( ATTACHED TO
UPPER COVER )
ADJUSTABLE BAFFLE
1/4-TURN FASTENERS
(2) TOP & (2) BOTTOM
( CAPTIVE TO COVER )
UPPER COVER
( LEFT SIDE )
UPPER COVER
( RIGHT SIDE )
LOWER COVER
( RIGHT SIDE )
LOWER COVER
( LEFT SIDE )
ADJUSTABLE
BAFFLE
9
7. INITIAL STARTUP
a)
Focus on the angled Electric Control Box containing the Main Switch (GREEN rocker type, lighted).
The VHVA-Series oven is shown, which contains (5) adjustable knobs for blowers, temperature
controls, and conveyor belt speed.
VH-Series ovens only have (3) adjustable knobs that control
temperature and conveyor belt speed. Two indicator lights are mounted to show when HEAT is
being added to the system.
MAIN SWITCH ON (I) OFF (0)
UPPER TEMPERATURE
TOP “TEMPERATURE READY”
CONTROL CW=HOTTER
INDICATOR LIGHT (HEAT)
TOP AIR VELOCITY SPEED
CONTROL CW=FASTER
LOWER TEMPERATURE
CONTROL CW=HOTTER
CONVEYOR BELT SPEED
CONTROL CW=SLOWER
BOTTOM AIR VELOCITY SPEED
CONTROL
CW=FASTER
ELECTRIC CONTROL BOX
BOTTOM “TEMPERATURE READY”
INDICATOR LIGHT (HEAT)
1)
Flip ON the Main Switch.
The switch should light up when ON ( I ),
and be dark when
OFF(O). Normal warm-up time is 20 -30 minutes for maximum temperature. Lower
temperature settings will take less time.
2)
IF THE MAIN SWITCH IS TURNED OFF DURING INITIAL START-UP, LEAVE UNIT OFF
FOR AT LEAST 15 SECONDS TO ALLOW THE AIR VELOCITY CONTROLS TO RESET.
TOGGLING THE SWITCH RAPIDLY (ON/OFF) WILL STALL THE BLOWER MOTORS
AND ALLOW THE HEATERS TO COME ON EVEN THOUGH NO AIR WILL BE MOVING.
THIS CAN DAMAGE THE UNIT.
3)
Turn
the Air Velocity Speed Controls to MAX (full Clockwise rotation) and listen for the
air velocity speed to increase.
4)
Set the Temperature Controls to MAX (full Clockwise rotation).
The Indicator Lights will
illuminate because there is not sufficient heat in the oven. The lights tell you that the heaters
are ON.
5)
Reduce the blower speed by turning the knob half-way (Counter-clockwise, until indicator
mark on the knob is pointing straight UP).
6)
Turn the temperature control knobs to 350°F. As each chamber (upper and lower) reach this
temperature, the indicator lights will cycle ON and OFF, verifying that the heaters are
operating properly in response to heat demand.
7)
As you become familiar with the oven, you will set the Top and Bottom Temperature Controls
to different settings, according to your cooking requirements.
As the oven temperatures
vary, the Indicator Lights will turn ON and OFF as the heaters respond to the cooking
process.
8)
Gradually turn the conveyor belt control Counter-clockwise and verify that the conveyor belt
moves faster and faster. Repeat this process, turning the knob Clockwise, verifying that the
conveyor belt moves slower.
NOTE: AT SPEED SETTINGS ABOVE “10” (10-minute cook time), IT MAY BE HARD TO TELL THE BELT
IS MOVING. PLACE A PAN ON THE BELT TO OBSERVE THAT IT MOVES INTO THE COOK CHAMBER.
10
8.
SHUTDOWN
COOL-DOWN CIRCUIT
The conveyor oven is supplied with a special “
once the unit has been shut OFF.
” that helps cool the oven quickly
This feature performs the following functions when the Main Switch is
turned OFF at the end of the day:
a)
The blowers keep running to re-circulate air through the air chambers
b)
The heaters shut OFF.
c)
The conveyor belt stops moving.
d)
Once the oven has cooled down to a factory pre-set temperature, the blowers shut OFF.
oven is now completely OFF.
The
NOTE: This pre-set temperature is not adjustable.
NOTE: TO ACCELERATE THE COOLING OF THE OVEN, OPEN THE FRONT DOOR TO ALLOW
COOLERAIR INTO THE SYSTEM.
NOTE: IF THE MAIN SWITCH IS TURNED BACK ON WHILE THE UNIT IS COOLING DOWN, THE
HEATERS AND CONVEYOR BELT WILL RE-ENGAGE TO BEGIN STANDARD COOKING
OPERATION. THIS IS NORMAL AND WILL NOT DAMAGE THE OVEN. HOWEVER, THE UNIT WILL
NEVER GET HOT ENOUGH TO COOK IF THE FRONT DOOR IS OPEN.
9.
SPECIAL FEATURES
Your new conveyor oven has been built with numerous enhancements to add flexibility and simplicity to
your cooking operation.
The conveyor ovens are built in two versions:
VARIABLE HEAT/VARIABLE AIR
VARIABLE HEAT/FIXED AIR
The following special features ARE FOUND IN BOTH VERSIONS:
A.
INDEPENDENT TOP AND BOTTOM HEAT.
Different temperature settings can be set for
both top and bottom heat zones.
B.
VARIABLE-SPEED CONVEYOR BELT
C.
FIELD-REVERSIBLE CONVEYOR BELT TRAVEL
D.
FRONT-REMOVABLE CONVEYOR BELT.
E.
No need to slide the belt assembly out the side.
INDEPENDENT TOP AND BOTTOM OUTER SIDE COVERS.
Makes it possible to remove
conveyor belt from the front.
F.
SYMMETRICAL OUTER COVERS (DUAL AIR 1828E ONLY).
Top and bottom outer side
covers can mount on either side.
G.
EASE IN CLEANING.
This is accomplished by easily removable components for access to
the cook chamber, air plenum “fingers”, and conveyor belt assembly.
The
VARIABLE HEAT/VARIABLEAIR
VARIABLE-SPEED TOP AND
unit has this additional feature.
BOTTOM AIR
VELOCITY.
This
allows
for
maximum
flexibility
controlling the cooking environment, as some food products require less top air than others.
11
in
10. CLEANING
CAUTION: THE CONVEYOR OVEN CONTAINS ELECTRICAL COMPONENTS. TURN OFF THE OVEN
AND DISCONNECT THE POWER BEFORE CLEANING BEGINS.
DO NOT CLEAN THE CONVEYOR OVEN WITHAWATER JET. Use only a damp cloth.
WEEKLY CLEANING:
1.
Remove crumb pans. Remove conveyor belt assembly.
2.
Remove plenum “finger” assemblies and disassemble for cleaning.
Oven Exterior: CLEAN ONLY WHEN THE OVEN IS COLD.
Standard construction of the exterior is
of stainless steel.
Deposits of baked-on splatter and grease, or discoloration may be removed by using any commercial
cleaner recommended for stainless steel.
Always rub with the grains and apply very light pressure.
Rinse with a MOIST, NOT SOAKING, cloth.
Oven Interior:
CLEAN ONLY WHEN THE OVEN IS COLD.
Standard construction of the interior
(cook chamber) is of aluminized steel, and requires care not to “over-clean” and scratch the surface.
CAUTION: DO NOT USE OVEN CLEANERS, CAUSTIC SOLUTIONS OR MECHANICAL MEANS
BECAUSE THESE WILL DAMAGE THEALUMINIZED SURFACES
. Use only the detergent solutions
and cleaners that meet national and/or local codes.
Clean the walls of the cook chamber with a mild
soap and water solution.
To clean the interior of the conveyor oven, it is necessary to remove the front door, the (4) outer sides
panels, the conveyor belt assembly, and the (4) air plenum “fingers”. (See page 9.)
Conveyor BeltAssembly
1.
CONVEYOR BELT STILL MOUNTED IN OVEN:
NOTE: USE CARE IF CLEANING THE CONVEYOR BELT WHILE IT IS STILL MOUNTED IN
THE OVEN. EXCESSIVE FORCE MAY PRODUCE AN OVERLOAD CONDITION THAT
COULD DAMAGE THE GEARMOTOR AND CAUSE THE OVEN TO BE RENDERED UNUSABLE.
Using a plastic abrasive pad, wipe the conveyor belt in a back-and-forth motion to remove
baked-on product.
2.
Wipe clean with a hot, damp cloth.
CONVEYOR BELT REMOVED FROM OVEN:
Using a plastic abrasive pad, wipe the conveyor belt in a back-and-forth motion to remove
baked-on product.
NOTE:
Wipe clean with a hot, damp cloth.
IT IS NOT NECESSARY TO REMOVE THE BELT FROM THE FRAME ASSEMBLY FOR
CLEANING.
3. Check the belt links for any sign of damage.
If any links are bent, use a needle-nose pliers to
repair prior to re-installation into the unit.
Plenum “Fingers”
The
conveyor oven
cooking.
contains
(4)
plenum
“fingers”
that
direct
air
onto
the
This 3-piece assembly comes apart for cleaning, as shown below:
12
product
surface
while
AIR PLENUM “FINGER ASSEMBLY”
Outer Perforated
Inner Perforated
Panel
Screen
Although symmetrical
(Stainless Steel)
(Stainless Steel)
in design, inner panel
must have flanges
facing up as shown
Main Panel
(Aluminized Steel)
The Outer Perforated panel is locked into place through a friction fit to the Main panel.
of fastening also captures the Inner panel, holding it in place.
panel, exposing the perforated Inner panel.
This method
The Outer panel slides off the Main
The Inner panel is symmetrical in design, and may be
placed in either direction, as long as the outer flanges are pointing
UPWARD
as shown in the figure
above.
The Inner and Outer panels are made of stainless steel, and therefore may be exposed to strong
cleaners to remove baked-on grease, etc.
Overnight soaking in a hot cleaning solution will improve
the cleaning process.
The Main panel is made of aluminized steel like the main cook chamber, and thus requires the same
level of care to retain its integrity.
Follow the same precautions as mentioned above for the main
cook chamber.
11. OPERATOR MAINTENANCE
WARNING DANGER: DISCONNECT THE POWER SUPPLY BEFORE SERVICING OR CLEANING
THE OVEN. SERIOUS INJURY, INCLUDING DEATH, MAY OCCUR IF CONTACT IS MADE WITH
INCOMING POWER.
During normal operation of the oven, lubrication is not required.
To achieve maximum efficiency, keep the oven clean.
How you maintain your oven will determine how long
it lasts.
If the oven fails to operate, perform the following inspections BEFORE calling an authorized service agent:
13
1.
2.
3.
Check to see if the main circuit breaker is ON at the breaker panel.
. CAUTION
IF FUSES ARE BAD, REPLACE ONLY WITH IDENTICAL FUSES. DO NOT
SUBSTITUTE HIGHER VALUE FUSES, AS THIS MAY NULLIFY NEEDED PROTECTION
FOR THE INTERNALELECTRICALCOMPONENTS.
:
Check the (2) 5-amp fuses located in the bottom of the Power Control Box
Check that the Main Switch is ON.
If operating properly, the rocker switch will be lighted
when ON.
4.
Check the setting of the temperature control thermostats (knobs).
If operating properly, they
will activate the amber indicator lights as you turn the knobs back and forth, calling for heat.
It
is very unlikely that the light will burn out.
5.
If there is no air blowing, check the following:
i.
DUALAIR MODEL VHVA-SERIES RESET
:
the unit by turning the Main Switch OFF
for at east15 seconds and then turning it back ON.
This resets the blower speed
controls. If this is not successful, turn off the wall circuit breaker for one minute and
then turn it on again.
ii.
DUAL AIR MODEL VH-SERIES
:
section,
open
gearmotor).
1.
the
Power
Observing the
Control
Box
and
PUSH IN THE “RESET” BUTTON
NOTE:
.
device
WARNING
locate
the
at the beginning of this
overload
relay
(above
Try the Main Switch again.
The Overload Relay is both a current limiting and a thermal
, meaning that if one or both of the blower motors get jammed, the
overload relay shuts the motor(s) OFF if there is excessive current going to
the motor(s), or if excessive heat builds up in the overload relay due to an
overload condition.
Because it takes time for the relay to cool down, do not
assume that there is another problem IF pushing the RESET button doesn't
accomplish the task Both settings,
not overheated
RESET button pushed IN & overload
, must be correct for proper operation.
6.
If the conveyor belt does not move, check to see that the coupling setscrew is tight on the
gearmotor output shaft.
If the oven still does not operate, turn OFF the Main Switch and disconnect the power supply to the
unit (if possible).
Contact the factory, factory representative, or an authorized service agency.
ALL SERVICING SHOULD BE PERFORMED ONLY BY A FACTORY AUTHORIZED SERVICE
TECHNICIANORAGENT
.
12. RATING PLATE
A copy of the rating plate is shown here for reference.
MODEL VH-SERIES
MODEL VHVA-SERIES
14
13. CONVEYOR REMOVAL
Extensive
Engineering
went
into
designing
your
oven
for
ease
of
cleaning.
One
SPECIAL
FEATURE is the ability to remove the conveyor belt assembly straight out the font of the oven.
Follow this procedure, using the diagram provided: (See drawing below)
a)
Remove any extension trays present, rotating them upwards to clear the conveyor frame.
Flanges on the trays hook around the ends of the frame.
b)
Remove the two crumb pans.
c)
Remove the upper outer side covers, which have the adjustable baffles attached with pins.
The
covers
are
held
in
place
with
hand-twist
fasteners.
Turn
these
fasteners
90°
counterclockwise to loosen, and 90° clockwise to tighten.
d)
It is not necessary to remove the outer lower side covers.
NOTE:
On Dual Air Models VH-, VHVA1828E Series ovens, the outer upper and lower covers
are symmetrical, and can be mounted on either side of the oven.
e)
Open the front hinged door.
f)
Carefully supporting both right and left sides of the conveyor, lift the front edge slightly and
pull towards you, watching as the drive shaft pulls out of the gearmotor coupling.
14. CONVEYOR INSTALLATION
Installing the conveyor belt assembly is done in exact reverse order to it’s removal. The MOST IMPORTANT
POINT is to properly align the drive shaft pin with the gearmotor coupling.
If the drive shaft pin must be
wedged into place for installation, the coupling location needs to be adjusted.
procedure.
See Section 6a for this
DO NOT FORCE THE DRIVE PIN INTO THE COUPLING IF THEYDO NOTALIGN.
IF EXTENSION TRAYS ARE
IF EXTENSION TRAYS ARE
PRESENT, ROTATE THEM
PRESENT, ROTATE THEM
UPWARDS TO REMOVE FROM
UPWARDS TO REMOVE FROM
CONVEYOR FRAME
CONVEYOR FRAME
UPPER OUTER SIDE
UPPER OUTER SIDE
COVER WITH
COVER WITH
ADJUSTABLE
ADJUSTABLE BAFFLE
BAFFLE
15
15. CONVEYOR BELT SPEED CALIBRATION
The conveyor belt requires calibration to properly align the speed control knob on the Electric Control Box.
Calibration is done by timing the belt as it passes between two timing marks located on the conveyor frame.
This method will work regardless of belt travel direction. Follow the instructions below.
Idler Shaft
Belt Travel
(Standard)
Timing Marks
on Conveyor Frame
Conveyor Frame
A.
B.
C.
D.
E.
F.
G.
H
5” (1620E), or 7” (1828E)
Remove the adjustment knob of the conveyor belt speed control (see page 10) using a small,
standard screwdriver to loosen the setscrew.
Locate the two timing marks as shown above. For the Dual Air VH-, VHVA1620E series, the marks
are 5 inches apart; for the Dual Air VH-, VHVA1828E the marks are 7 inches apart. IF the timing
marks are NOT present, use a black marking pen to mark the frame in the same manner.
These distances represent exactly ¼ of the distance of the cook chamber: ¼ x 20” cook chamber
(Dual Air 1620E) = 5”; ¼ x 28” cook chamber (Dual Air 1828E) = 7”.
With this 1:4 ratio, it is possible to calibrate the belt speed. For example:
1.
For a cook time of 1 minute, the time required to pass between timing marks would be: 60
seconds / 4 = 15 seconds. If the belt passes from one mark to the next in 15 seconds, this is
exactly the same as a 1-minute cook time.
2.
For a cook time of 6 minutes, the required time to pass between timing marks would be: 6
minutes x 60 seconds / 4. This equals 360 seconds / 4 = 90 seconds between marks. The
belt needs to take 90 seconds (1-1/2 minutes) to move from one mark to the next to equal a
6-minute cook time.
Using a black marking pen, mark any belt link near the outer edge. Using a stopwatch, check the
time it takes for this link to move between the timing marks. Repeat this procedure several times
until the distance is traveled in 90 seconds (recommended calibration interval), which equals a 6minute cook time.
Now that the belt is moving at this calibrated speed, CAREFULLY re-mount the adjustment knob
onto the belt conveyor speed control shaft, and tighten the setscrew so that the KNOB indicating
mark is pointing at the number “6” on the surrounding label.
The conveyor belt is now calibrated for ALL ranges as indicated on the label. The label numbers are
COOK TIME in MINUTES. Simply point the knob indicating line to the desired cook time.
NOTE: The label COOK TIME marks are close approximates, and may vary slightly from actual
timing results using the method described.
Cook/Bake Time is not the same as time of delivery. Time of Delivery is the actual time required
for the first item, leading edge to trailing edge. Cook/Bake Time is leading edge to leading
edge. For example, the Time of Delivery for a 16” pizza with a 6 minute Bake/Cook Time (using the
Dual Air 1828 conveyor) is 9.4 minutes.
16
Time of delivery will be different for
different sizes of products.
Time will be the same for any size product.
Time of Delivery
Bake Time
Trailing Edge of Product
Leading Edge of Product
Time of Delivery (TOD) =
Bake Time
X (Bake Chamber Length + Product Diameter)
Bake Chamber Length
Example 1:
Bakers Pride Dual Air Model 1620, 6 Minute Bake Time, 16” pizza (time required for the 1st item):
(TOD) =
6 Minutes
20”
X (20 + 16) = 10.8 Minutes
Example 2:
Bakers Pride Dual Air Model 1828, 6 Minute Bake Time, 16” pizza (time required for the 1st item):
(TOD) =
I.
6 Minutes
X (28 + 16) = 9.4 Minutes
28”
To calculate production capacity per conveyor, per hour use the following formula.
Oven Capacity/Hour (OCH) =
Bake Chamber Length X Bake Chamber Depth
2
Product Diameter
Example 1:
Bakers Pride Dual Air Model 1620, 6 Minute Pizza, 16” Pizza
OCH =
60
(20 X 16)
X 6 = 12.5
2
16
Example 2:
Bakers Pride Dual Air Model 1828, 6 Minute Pizza, 16” Pizza
OCH =
60
(28 X 18)
X 6 = 19.7
162
17
X
60 Min/Hr
Bake Time
16. TROUBLESHOOTING GUIDE
THE PROBLEM
Oven doesn't start
THE CAUSE
THE SOLUTION
Blown fuse(s)
Replace fuse with identical type - 5 amp
Main Switch OFF
Turn ON
Main Switch broken
Replace
Main circuit breaker OFF
Turn ON
Power cord disconnected (1620E only)
Plug cord in (1620E only)
Power connections broken
Check power distribution terminal block
below Power Control Box
Conveyor belt
Conveyor belt running backwards
Switch to opposite position.
moves unevenly.
Unexpected speed Belt loose. Drive sprockets not engaging
changes.
CAUTION: TURN OFF POWER , open
Power Control Box, and flip Reversing
doesn't move, or it
Tighten conveyor belt using adjustable
tensioner at one end of belt frame.
belt links.
Verify that all sprockets are tight and
properly aligned with belt "segments".
If belt still too loose, remove one belt link.
Belt master link(s) missing, broken, or
installed incorrectly.
Install master link(s) properly
Conveyor belt installed backwards or
Proper belt orientation is for outer belt
upside down
loops to be facing in oppositie direction of
travel, and the outer loops to be on top of
the trailing link.
Speed setting very high (long cook time)
Adjust speed to FAST to verify if knob is
tight and potentiometer working correctly
Tighten setscrew in knob on pot shaft.
Speed knob loose
NOTE: Mark on knob should line up with
mark on label to indicate cook time in
minutes. This may require calibration of
belt movement using timing marks on
conveyor frame. For CALIBRATION, see
Section 15.
Conveyor drive shaft not engaged to
Align and engage shaft pin to slot in drive
coupling
coupling
Drive coupling loose
Tighten setscrew to gearmotor output
shaft (shaft is "flatted" for setscrew grip)
Properly re-attach and tighten to
Drive coupling missing
gearmotor output shaft
Remove belt assembly to identify
Conveyor belt jammed
obstruction to belt movement. Remedy
problem. Straighten bent belt links
Drive shaft pin missing
Locate and re-install or replace
Drive sprockets worn out, missing, or mis-
Replace sprockets or entire drive shaft
aligned
assembly. Tighten sprockets to shaft.
Conveyor gearmotor failed
CAUTION: THE FOLLOWING TESTS
ARE PERFORMED WITH LIVE POWER
WITH CONTROL BOX OPEN. THESE
TESTS TO BE PERFORMED ONLY BY
1. Test by disconnecting conveyor belt. If
no shaft rotation or motor noise when
power applied, test power supply.
2. Test power supply input connections @
3. Remove cover from power supply
enclosure and verify integrity of internal
18
THE PROBLEM
Conveyor belt
doesn't move, or it
THE CAUSE
THE SOLUTION
Conveyor gearmotor failed
4. Verify wire connectors from power
(Continued)
supply to gearmotor (2 wires
w/connectors). If power supply doesn't
moves unevenly.
Unexpected speed
5. Verify potentiomter connections to
changes.
(Continued)
gearmotor (3 wires w/connectors). If
speed doesn't change when knob is
turned, test with spare pot before replacing
original pot.
If all previous tests verify power and
control to gearmotor, replace gearmotor.
No air or not
enough air coming
from blower(s)
Blower motor(s) "stalled" (not running
when Main Switch ON)
Turn Main Switch OFF for at least 15
seconds, then turn it ON again. This
resets speed controls. If this doesn’t help,
turn OFF Main Circuit Breaker for 1
Minute, then turn it ON again.
Remove source(s) of obstruction.
Blower motor(s) "jammed"
CAUTION: TURN OFF MAIN CIRCUIT
BREAKER BEFORE REACHING INTO
BLOWER WHEEL COMPARTMENT.
SERIOUS INJURY COULD RESULT
OTHERWISE!!
Blower speed control(s) at minimum or low- Turn speed knob(s) clockwise to increase
speed setting (model VHVA-Series only)
air flow
No sound or noise coming from blower(s)
Turn both blower speed controls to
minimum, then adjust each one separately
to hear for sound changes which indicate
air movement. (model VHVA-Series only)
Blower(s) turning backwards.
(Applies to models VH-, VHVA Threephase units, and VHVA Single-phase
units. Does NOT apply to VH Singlephase units.)
19
Verify correct rotation - counterclockwise
when standing in front of machine.
Remove the front door, the conveyor belt
assembly, and both upper and lower air
return shilelds. Turn the Main Switch ON
and OFF one time to start the blowers, and
observe the rotation as the blowers slow
down to stop. If rotation is incorrect, (threephase motors only), then two of the three
power wires need to be swapped @ the
terminal block to reverse direction of
rotation. Re-check with same method.
THE PROBLEM
No air or not
enough air coming
from blower(s)
(Continued)
THE CAUSE
THE SOLUTION
Wire connections broken or loose between CAUTION: THE FOLLOWING TESTS 1speed controls and blower motor(s)
4 ARE PERFORMED WITH LIVE POWER
(model VHVA-Series only)
WITH CONTROL BOX OPEN, OR REAR
MOTOR COVER REMOVED. THESE
TESTS TO BE PERFORMED ONLY BY
AN AUTHORIZED SERVICE AGENT.
1. Speed control wire connections are
labeled U, V, and W. Insure connectors
are tight.
2. Insure these (3) wires are tight on
terminal block located in blower motor
Wire connections broken or loose between compartment.
blower motor(s) and terminal block.
3. Tighten wires from pot to speed control
Wire connections broken or loose between at the header terminal on speed control
board.
potentiometer and speed control
4. One pot wire contains a 15K ohm
resistor at the pot body. Verify this solder
connection is good.
5. Blower(s) can stop if speed controls
have not been reset (model VHVA-Series
only). If yellow "FAULT" light on speed
control circuit board is ON, first turn OFF
main Switch for 15 seconds to rest
control(s). If yellow "FAULT" light remains
ON, disconnect main power cord or circuit
breaker for 1 minute. If "FAULT" light
persists, and all previous tests show
normal, speed control can be tested in the
following manner: swap motor wires from
"good" speed control to "bad" control, and
see if blower motor works. If YES, then
"FAULTY" control is bad and needs
replacing. If NO, then "FAULTY" control is
OK, and motor may need replacing.
6. Test potentiometer by swapping "bad"
pot to "good" speed control. If motor then
works properly, pot is OK, and other speed
control needs testing. (model VHVA-Series
only).
Blower speed control(s) failed
Blower motor(s) failed
7. If all previous tests are normal, then
blower motor has failed. Replace.
20
THE PROBLEM
Oven not hot
enough
THE CAUSE
Temperature setting too low
Cooking too soon
Temperature control not working properly
THE SOLUTION
Turn temperature control knob to right
(clockwise)
Oven takes 30-40 minutes to get up to
stabilized operating temperature.
Turn temperature knobs back and forth.
Do both lights go ON & OFF? If YES, then
temperature controls are OK. If NO, then
malfunctioning light indicates which control
needs further investigation. Use the
following steps to check.
CAUTION: THE FOLLOWING TESTS
ARE PERFORMED WITH LIVE POWER
WITH CONTROL BOX OPEN. THESE
TESTS TO BE PERFORMED ONLY BY
AN AUTHORIZED SERVICE AGENT.
1. Locate the two temperature contols
mounted on the hinged door, near the
cooling fan. Verify that ALL connections
and connectors are properly fastened and
tight. Power should be connected to
terminals labeled 240 & VAC COM.
2. Locate the two wires from each of the
temperature sensors (top left terminals
labeled PROBE). These have braided
insulation. Verify their integrity.
3. If necessary to test, disconnect one
sensor at a time, and use voltmeter to
measure resistance at sensor wires.
Compare to resistance chart in back of this
manual. If sensors show INFINITE
resistance, sensor is bad. Replace.
4. If resistance reads value within range of
chart, sensor is good, control needs further
investigation. Re-connect sensor wire
leads. (See diagram at back of manual for
proper identification of controls).
NOTE: temperature sensor lead wires
are NOT polarity sensitive, since sensor
is an RTD-type.
5. If both sensors are good, swap sensor
leads between controls. Turn temperature
knobs ON & OFF. Whichever light works
properly, the OPPOSITE control is bad.
Replace.
Notes:
22
17. TEMPERATURE CONTROL CONVERSION CHART
The temperature sensor (probe) that is supplied with this conveyor oven is an RTD type, which yields an
output based on Ohms of resistance. This particular RTD device has a linear resistance curve that
produces a very predictable amount of resistance that can be converted to degrees Fahrenheit. This
particular device produces a resistance increase of 2 Ohms per every 1 degree F. The baseline value is
approx. 1000 ohms at 32 °F (0°C).
Ohms
°F
Ohms
°F
Ohms
°F
1002
1004
1017
1025
1038
1046
1059
1067
1080
1088
1101
1109
1122
1130
1143
1151
1164
1172
1184
1193
1205
1214
1226
1234
1247
1255
1267
1276
1288
1286
1309
1317
1329
1338
1350
32
34
40
44
50
54
60
64
70
74
80
84
90
94
100
104
110
114
120
124
130
134
140
144
150
154
160
164
170
174
180
184
190
194
200
1358
1370
1379
1391
1399
1411
1420
1432
1440
1452
1460
1473
1481
1493
1501
1513
1521
1533
1541
1554
1562
1574
1582
1594
1602
1614
1622
1634
1642
1654
1662
1674
1682
1694
1702
204
210
214
220
224
230
234
240
244
250
254
260
264
270
274
280
284
290
294
300
304
310
314
320
324
330
334
340
344
350
354
360
364
370
374
1714
1722
1734
1742
1753
1761
1773
1781
1793
1801
1813
1821
1832
1844
1852
1860
1872
1879
1891
1899
1911
1918
1930
1938
1950
1957
1969
1977
1988
1996
2008
2027
2035
2046
380
384
390
394
400
404
410
414
420
424
430
434
440
446
450
454
460
464
470
474
480
484
490
494
500
504
510
514
520
524
530
540
544
550
23
18. Solid State Relay Labeling I.D. - Models VH-, VHVA1620E Conveyor Ovens
UPPER ELEMENTS
WIRE DESIGNATIONS
( LETTERS OR #s )
POWER BLOCK
WIRING - SINGLE
PHASE
G
A
GREEN 10 GA ( GRND )
GREEN 14 GA ( G4 )
30
WHITE 14 GA ( L2 ) WHITE 18 GA
BROWN14 GA ( R )
WHITE 14 GA ( L2 ) ( #5 )
WHITE 14 GA ( L2 )
BLACK 18 GA ( #4 )
BROWN 10 GA ( E )
L2
L1
SSR 1
C
B
29
30
SSR 2
D
E
29
29
SSR 3
F
34
Solid State Relay
PROBE
PROBE
UPPER TEMP CONTROL
BLACK 10 GA ( A )
LOWER
ELEMENTS
LOWER TEMP CONTROL
POWER BLOCK
WIRING - THREE
PHASE
G
VAC
COM
GREEN 10 GA ( GRND )
GREEN 14 GA ( G4 )
L3
L2
BROWN 14 GA ( R )
BROWN 10 GA ( E )
WHITE 14 GA ( L2 )
WHITE 18 GA ( #5 )
WHITE 14 GA ( L2 )
WHITE 14 GA ( L2 )
BLACK 18 GA ( #4 )
BLACK 10 GA ( A )
L1
240
VAC
VAC
COM
240
VAC
CONTROL BOX DOOR
RESISTANCE VALUES OF VARIOUS CIRCUITS
Dual Air Models: VH-, VHVA1620E Conveyor Ovens
NOTE: Fuses removed; (4) elements @ 1.5kw = 6.0kw; Ohms = Volts x Volts / Watts
Circuit Leads
Single Phase Units
208 Volt
Between C & L2
Between D & L2
Between C & D
Between C & F
Between D & F
Between F & L2
28.3 Ohms
28.3 Ohms
56.2 Ohms
42.5 Ohms
42.3 Ohms
14.5 Ohms
240 Volt
Circuit Leads
Three Phase Units
208 Volt
Between C & L3
Between D & L2
Between C & D
Between C & F
Between D & F
Between F & L2
38.9 Ohms
38.9 Ohms
77.6 Ohms
58.1 Ohms
58.1 Ohms
19.5 Ohms
24
28.3 Ohms
28.3 Ohms
1.2M Ohms
1.2M Ohms
42.3 Ohms
14.5 Ohms
240 Volt
38.9 Ohms
38.9 Ohms
1.3M Ohms
1.3M Ohms
58.1 Ohms
19.5 Ohms
Solid State Relay Labeling I.D. - Models VH-, VHVA1828E Conveyor Ovens
UPPER ELEMENTS
WIRE DESIGNATIONS
( LETTERS OR #s )
POWER BLOCK
WIRING - SINGLE
PHASE
A
G
GREEN 10 GA ( GRND )
GREEN 14 GA ( G4 )
30
WHITE 14 GA ( L2 ) WHITE 18 GA
R
14 GA
( #5 )
WHITE 14 GA ( L2 )
WHITE 14 GA ( L2 )
BLACK 18 GA ( #4 )
BROWN 10 GA ( E )
L2
L1
SSR 1
C
B
29
30
D
E
29
29
SSR 2
SSR 3
F
34
Solid State Relay
PROBE
PROBE
UPPER TEMP CONTROL
BLACK 10 GA ( A )
LOWER
ELEMENTS
LOWER TEMP CONTROL
POWER BLOCK
WIRING - THREE
PHASE
G
VAC
COM
GREEN 10 GA ( GRND )
GREEN 14 GA ( G4 )
L3
L2
R
14 GA
BROWN 10 GA ( E )
WHITE 14 GA ( L2 )
WHITE 18 GA ( #5 )
WHITE 14 GA ( L2 )
WHITE 14 GA ( L2 )
BLACK 18 GA ( #4 )
BLACK 10 GA ( A )
L1
240
VAC
VAC
COM
240
VAC
CONTROL BOX DOOR
RESISTANCE VALUES OF VARIOUS CIRCUITS
Dual Air Models: VH, VHVA1828E Conveyor Ovens
NOTE: Fuses removed; (4) elements @ 3kw = 12kw; Ohms = Volts x Volts / Watts
Circuit Leads
Single Phase Units
208 Volt
Between C & L2
Between D & L2
Between C & D
Between C & F
Between D & F
Between F & L2
14.3 Ohms
14.3 Ohms
28.5 Ohms
21.4 Ohms
21.4 Ohms
7.3 Ohms
240 Volt
Circuit Leads
Three Phase Units
208 Volt
Between C & L3
Between D & L2
Between C & D
Between C & F
Between D & F
Between F & L2
18.2 Ohms
18.2 Ohms
36.2 Ohms
27.3 Ohms
27.2 Ohms
9.3 Ohms
14.5 Ohms
14.3 Ohms
4.7M Ohms
4.7M Ohms
21.4 Ohms
7.2 Ohms
240 Volt
18.2 Ohms
18.2 Ohms
3.4M Ohms
3.4M Ohms
27.2 Ohms
9.4 Ohms
Element Resistance Chart - VH-,VHVA-Series Conveyor Oven
MODEL
ELEMENT WATTAGE
208 VOLTS
220 VOLTS
240 VOLTS
VH-,VHVHA1620E
1500
28.8 ohms
32.3 ohms
38.4 ohms
VH-,VHVHA1828E
3000
14.4 ohms
16.1 ohms
19.2 ohms
25
19. ELECTRICAL SCHEMATICS & WIRING DIAGRAMS
VHVA1620E Schematic
208, 220 or 240VAC, 50/60Hz, 1 Phase
G1
POWER BLOCK
10 GA. GREEN / YELLOW STRIPE
GND
18 GA. GREEN / YELLOW STRIPE
8
6
14
L2
FUSE 2
5 AMPS
G
4
7
5
N
C1
SSR 1
BLACK
B
42
C
H
Q
C1
K
P
C1
RIGHT
1500 WATTS EACH
D
BLACK
BLACK
REAR EXHAUST FANS
BLACK
23
A1
A2
A3
E2
E1
S1
S2
DIR
RED
S1
BLOWER MOTOR
SPEED CONTROLS
1~ IN; 1 or 3~OUT
LOWER BLOWER
MOTOR SPEED
CONTROL AND
POTENTIOMETER
BRNS3
B1
B2
B3
S1
S2
S3
DIR
RED
S1
OUTPUT
44
+
GEARMOTOR
REVERSING
SWITCH
GEARMOTOR
POWER SUPPLY
GRN
BLACK
YELLOW
T1
YELLOW
T2
BLACK
YELLOW
T3
3~
CCW
LOWER BLOWER
MOTOR
37
1
2
GEARMOTOR
AND SPEED
POT
ORANGE
YELLOW
GREEN
3
26
25
PURPLE
ORANGE
3
1
2
G2
33
A
11
10
9
8
5
7
4
6
J
PURPLE
YELLOWor BLUE
ORANGE
RTDSENSOR
3
1
11
32
28
G2
GREEN / YELLOW STRIPE
BLUE
GRY
BRN
RTDSENSOR
25
BLUE
UPPER
TEMPERATURE
CONTROL
YELLOWor BLUE
G
GRN
BLUE
BROWN
LOWER
TEMPERATURE
ADJUSTMENT
POTENTIOMETER
3~
CCW
UPPER BLOWER
MOTOR
BLACK
BLACK
ELEMENT CONTACTOR
UPPER
TEMPERATURE
ADJUSTMENT
POTENTIOMETER
T3
41 BLACK ( 2 )
39
46 RED
--+
++
43
T2
YELLOW
35
J
30
31
C
O
I
L
SSR1
C
O
I
L
SSR 2
C
O
I
L
SSR 3
GR AY
BROWN
GRN / YLW
C1
YELLOW
BLACK
WHITE 19
20 BROWN
INPUT
RED
T1
BLUE
15 K OHM
RESISTOR
YELLOW
21 22
E2
E1
BLKS2
BLACK
BLACK
27
G3
A
29
10
BROWN
BLKS2
BLACK
WHITE
J
BLUE
BRNS3
BLACK
24
BLACK
UPPER BLOWER
MOTOR SPEED
CONTROL AND
POTENTIOMETER
17
LEFT
TOP ELEMENTS
SSR 2
R
19
BLUE
J
WHITE
C1
LEFT
A
50
G4
14 GA WHITE
1500 WATTS EACH
S3
BROWN
M
RIGHT
14 GA WHITE
G
14 GA WHITE
I
14 GA BROWN
SSR 3
F
BOTTOM ELEMENTS
GRAY
COOL-DOWN THERMOSTATS.
CLOSE ON TEMPERATURE RISE.
10 GA. BROWN
40
15 K OHM
RESISTOR
15
10 GA. BLACK
E
20
13
BLUE
A
FAN
C
N.O. RELAY
WHITE
VACUUM SWITCHES.
CLOSE ON BLOWER VACUUM
48
MAIN SWITCH
COOLING FAN
IN CONTROL
BOX
BROWN
BROWN
18
11
WHITE
19
38
BROWN
BROWN
16
9
G2
18 GA. GREEN / YELLOW STRIPE
10
L1
GREEN
MAIN SWITCH
12
FUSE 1
5 AMPS
J
9
2
8
5
7
4
6
J
GRAY
36
34
LOWER
TEMPERATURE
CONTROL
BROWN
COOLING FAN
IN CONTROL
BOX DOOR
U4160Q
26
VHVA1620E Wiring Diagram
208, 220 or 240VAC, 50/60Hz, 1 Phase
23
UPPER
BLOWER
MOTOR
SPEED
CONTROL
WHITE 18 GA.
24 BLACK 18 GA.
A1BLACK 18 GA.
A2BLACK 18 GA.
A3 BLACK 18 GA.
E 1 S1
S2
S3
18 GA.
E2
TO TERM.
BLOCK 3
18 GA.
1~ INPUT
3~ OUTPUT
DIR
J
S3
Q
BL U E
REVERSING
SWITCH
OR AN G E
P UR P LE
Y EL L OW
OR A NG E
LOWER
or
B LU E
CONVEYOR
GEARMOTOR
GREEN 22 GA.
50
18 GA. BROWN
YELLOW
22 GA.
CONVEYOR
SPEED POT
ORANGE 22 GA.
ITEMS LOCATED IN ANGLED CONTROL BOX
GREEN
FROM
POWER WHITE
SUPPLY
BLACK
G
L2
L1
G
G1
G2
BROWN JUMPER
9
34
18 GA. BLUE
29
BLACK
38
TERMINAL
BLOCK #1
6
4 F1
5
AMP
7
5
TO
REMOTE
POT
TO
REMOTE
POT
25 26
30
18 GA. BROWN
F2
5
AMP
18 GA. BLUE
TO
TERMINAL
BLOCK #4
4
5
6
7
2
1 3
4
5
G
9 10 11
6
7
L2
L2
WHITE L2 18 GA.
L2
A(L1 )
ITEMS LOCATED IN CONTROL BOX ENCLOSURE
5
4
BROWN L1 10 GA.
BLACK L1 10 GA.
E
A
UPPER
BLOWER
MOTOR
T1 YEL
A1
T2 YEL
A2
T3 YEL
A3 BLK
TO LOWER
BLOWER
MOTOR
SPEED
CONTROL
1 3
2
UPPER TEMP CONTROL LOWER TEMP CONTROL
8
8
9
10 11
LOWER
BLOWER
MOTOR
J
J
26
B R O W N
25
28
BLUE
27
36
34
18 GA. GRAY
G2
GREEN / YELLOW - GROUND
CONTROL BOX
COOLING FAN
G
29
32
18 GA. GREEN / YELLOW - GROUND
R
L2
L1
PROBE
I
TO UPPER
BLOWER
MOTOR
SPEED
CONTROL
18 GA. BROWN
WHITE
GROUND
SCREW
EN /
GRE LOW
L
YE
POWER
DISTRIBUTION
BLOCK
SSR 3
G4
TERMINAL
BLOCK #2
E
BLUE
JUMPER
J
GREEN /
YELLOW GROUND
G
GREEN (GROUND)
F
SSR 2
BLUE
GRAY
GREEN (GROUND)
D
30
8
TEMPERATURE
CONTROL POTS
TO TERMINAL
BLOCK #4
J K
D
SSR 1
31
35 18GA.
14 GA. HI-TEMP
B
E
J
N
M
RED 22 GA.
22 GA.
18GA.
33 GRAY
BLUE
PU R PL E
Y EL LO W o r
SPLICES
SPLICES
YELLOW
UPPER
+
WHT
RED
BLACK
A
23
BLACK
14 GA. HI-TEMP
14 GA. HI-TEMP
14 GA. HI-TEMP
C
A
K
WHITE
BLK
F
14 GA. HI-TEMP
PUR
1
C
H
WHITE
~
2
COOLING FAN
37
P
20
3
( AIR PULLED INTO CONTROL BOX )
+
GEARMOTOR
POWER
SUPPLY
18
K
24
BLACK
B L UE
BLACK L1 18 GA.
18 GA. BROWN
17
BR OWN
BLACK 22 GA.
43 BLUE
BROWN
K
G 14 GA. HI-TEMP
F
I
BLACK
BLACK
LOWER
ELEMENTS
G
J
REAR EXHAUST FANS
( AIR PUSHED OUT OF OVEN )
COOL-DOWN
THERMOSTAT
RED 22 GA.
WHITE
18 GA. BROWN
44
24VDC
OUTPUT
RED
---+++
H
40
38
9
17
41 39
WHITE F2 18 GA.
COOL-DOWN RELAY
8
18 GA. BLACK
18 GA. WHITE
18 GA. BLUE
18 GA. BROWN
BLACK 22 GA. ( 2 PLCS )
UPPER
ELEMENTS
14 GA. HIGH
TEMP
WHITE L2 14 GA.
WHITE L2 14 GA.
WHITE L2 14 GA.
N.O.
S1
BLUE 18 GA.
C
VACUUM SWITCHES
16
18 GA. BROWN
18 GA BLU
15
S2
TO
46
18 GA. BLUE
48
14
TO
BROWN 14 GA.
WHITE 14 GA.
WHITE 14 GA.
WHITE 14 GA.
18 GA. BLUE
18 GA. BROWN
18 GA. BROWN
18 GA. BROWN
13
TO
TERMINAL
BLOCK #2
35
GRAY
12
-
36
A
G A.
S3
18
TO
TEMP
CONTROLS
BLACK
BLACK
27
LOWER
G A.
22
TO
18 GA. WHITE
33
GRAY
G A.
15K OHM RESISTOR
18 GA. BLACK
32
GRAY
DIR
BROWN 14 GA.
GRAY
S3
BLACK F1 18 GA.
8
22
R ED
9
A
UPPER
S1 S2
D
PURPLE
22
BL AC K
11 18 GA. WHITE
E1
J
B R OWN
10 18 GA. BLACK
E2
H
42
14 GA. HI-TEMP JUMPER
COOL-DOWN
THERMOSTAT
C
TO TERM.
BLOCK 3
ELEMENT CONTACTOR
( ON ) ( OFF )
42
B1BLACK 18 GA.
B2BLACK 18 GA.
B3BLACK 18 GA.
1~ INPUT
3~ OUTPUT
SPEED POT
BLUE 18 GA.
WHITE 18 GA.
2018 GA. BROWN
TERMINAL
BLOCK #4
31
19
ORANGE
LOWER
BLOWER
MOTOR
SPEED
CONTROL
22
N
OW
BR
BLACK
21
YEL
S2
S1
ORG
TO
TO
18 GA. BROWN
G A.
G A.
18 GA. GRAY
22
22
15K OHM RESISTOR
14 GA. HI-TEMP
TO
GREEN 10 GA.
MAIN
SWITCH
l O
G A.
PROBE
B LA C K
R ED
SPEED POT
22
WH
ITE
BR OW N
G3
T1 YEL
B1
T2 YEL
B2
T3 YEL
B3 BLK
CLOCKWISE ROTATION
WHEN LOOKING AT
BACK OF MOTOR
ITEMS LOCATED IN BLOWER COMPARTMENT
TERMINAL
BLOCK #3
G4
BLACK
( AIR PULLED INTO CONTROL BOX )
ITEMS LOCATED ON MAIN CONTROL BOX DOOR
G4
18 GA. GREEN / YELLOW ( MOTOR GROUND )
U4160Q
VHVA1620E Schematic
208, 220 or 240VAC, 50/60Hz, 3 Phase
CAUTION: L1 & L2 INPUTS MUST BE 100-125 VOLT POTENTIAL.
IF A "HIGH-VOLTAGE LEG" GREATER THAN 125 VOLTS
IS PRESENT, IT MUST CONNECT TO L3.
1
L1
L2
L3
G
8
6
14
GA.
GND
GREEN / YELLOW S TRIPE
G2
FUSE 2
5 AMPS
10
12
10
18 GA. G REEN / YELLOW STR IPE
FUSE
MAIN SWI TCH
G1
POWER BLOCK
MAIN SWITCH
5 AMPS
4
7
5
9
19
38
11
13
WHITE
BROWN
COOLING FAN
I N CONTROL
BOX
15
G4
BLUE
A
RELAY
N
J
C1
LEFT
40
SSR 1
A
BLACK
C
H
Q
C1
R
RIGHT
B
1500 WATTS EACH
D
42
K
P
19
17
GR EEN
1500 WATTS EACH
GA.
G
18
C1
BLUE
M
RIGHT
WHITE
COOL-DOWN THERMOSTATS.
SSR 3
C1
LEFT
SSR 2
TOP ELEMENTS
BLACK
BLACK
REAR EXHAUST FANS
BLACK
BLO WER
M OTO R
BLACK
23
A1
A2
A3
AND
POTENTIOME TER
BRNS3
BLKS2
E2
E1
S1
S2
S3
DIR
RED
S1
15 K OHM
YELLOW
BLACK
YELLOW
T1
T2
3~
MOTOR
SPE ED
BLOWER
1~
SPE ED
IN;
MOTOR
CONTRO LS
1
or 3 ~O UT
21 22
B1
B2
B3
CONTROL A ND
POTE NTIOMETER
BRNS3
BLKS2
E2
E1
S1
S2
S3
DIR
RED
S1
15 K OHM
RESISTOR
20
YELLOW
BLACK
YELLOW
T2
3~
GRN
CCW
T3
19
MOTOR
BROWN
OUTP UT
INPUT
BLACK
41
39
46
+
+
+
C1
T1
YELLOW
BLACK
BLACK
LOWER BLOWER
WHITE
44
RED
+
REVERSI NG
P OWER SUPPLY
37
BLACK ( 2 )
GEARMOTOR
GEARMOTOR
GEARMOTOR
ORANGE
1
2
AND SPEED
YELLOW
3
POT
SWITCH
43
GREEN
BLUE
25
BLUE
ELEMENT
G
GRN
CCW
T3
MOTOR
BLOWER
LOWE R
RED
YELLOW
BLACK
BLACK
UPPER BLOWER
RESISTOR
50
BLACK
WHITE
SPEED
CO NTROL
20
BROWN
24
BLACK
UPPER
WHITE
BROWN
26
CONTACTOR
25
BROWN
G2
GREEN / YELLOW STRI PE
G2
33
UPPER
BLUE
31
GRY
TEMPERATURE
POTENTIOMETER
PURPLE
YELLOWor BLUE
YELLOW
ORANGE
2
5
4
A
11
10
9
8
7
6
32
J
LOWER
TEMPERATURE
ADJUSTMENT
POTENTIOMETER
PURPLE
YELLOWor
YELLOW BLUE
ORANGE
RTDSENSOR
3
1
2
5
4
11
10
9
8
7
6
35
J
30
C
O
I
L
SSR1
C
O
I
L
SSR2
C
O
I
L
SSR3
AY
GR
BROWN
BRN
RTDSENSOR
3
1
28
27
J
G3
29
GRAY
A
36
J
34
BROWN
ADJUSTMENT
BLUE
TEMPERATURE
GRN / YLW
UPPER
GRAY
CONTROL
BLUE
VACUUM SWITCHES.
CLOSE ON BLOWER V ACUUM
48
CLOSE ON TEMPERATURE RISE.
BROWN
BROWN
18
F
I
14 GA WHITE
14 GA WHITE
BOTTOM ELEMENTS
GREEN
10 GA. BROWN
E
14 GA WHITE
N.O.
10 GA. BLACK
/ YELLOW STRIPE
FAN
C
14 GA BROWN
16
J
BROWN
LOWER
COOLING
TEMPERATURE
FAN
IN CONTROL
CONTROL
BOX DOOR
28
U4162Q
VHVA1620E Wiring Diagram
208, 220 or 240VAC, 50/60Hz, 3 Phase
23
UPPER
BLOWER
MOTOR
SPEED
CONTROL
24 BLACK 18 GA.
A1BLACK 18 GA.
A2BLACK 18 GA.
A3BLACK 18 GA.
TO TERM.
BLOCK 3
18 GA.
E2 E1 S1 S2 S3 DIR
J
YELLOW or BLUE
CONVEYOR
GEARMOTOR
50
YELLOW
22 GA.
CONVEYOR
SPEED POT
ORANGE 22 GA.
ITEMS LOCATED IN ANGLED CONTROL BOX
FROM GREEN
POWER RED
WHITE
SUPPLY
BLACK
G
L3
L2
L1
G
G1
G2
L1
29
6
PROBE
4 F1
7
5
TO
REMOTE
POT
G
30
18 GA. BROWN
F2
5
AMP
18 GA. BLUE
TO
TERMINAL
BLOCK #4
4
5
6
7
2
BROWN L3 10 GA.
E (L3 )
L2
L2
WHITE L2 18 GA.
A(L1 )
ITEMS LOCATED IN CONTROL BOX ENCLOSURE
5
E
4
BLACK L1 10 GA.
4 5
1 3
2
BLUE
YELLOW
UPPER
BLOWER
MOTOR
T1 YEL
A1
T2 YEL
A2
T3 YEL
A3 BLK
TO LOWER
BLOWER
MOTOR
SPEED
CONTROL
1 3
UPPER TEMP CONTROL LOWER TEMP CONTROL
8
9 10 11
6
J
7
8
9 10 11
LOWER
BLOWER
MOTOR
J
26
BR OW N
25
28
BLUE
27
34
18 GA. GRAY
GREEN / YELLOW - GROUND
CONTROL BOX
COOLING FAN
G
29
32
36
18 GA. GREEN / YELLOW - GROUND G2
L2
L2
38
TERMINAL
BLOCK #1
5
AMP
R
L3
TO
REMOTE
POT
BLACK
25 26
GROUND
SCREW
EN /
G R EL L O W
YE
POWER
DISTRIBUTION
BLOCK
18 GA. BLUE
PURPLE
22 GA.
GREEN 22 GA.
18 GA. BROWN
WHITE
8
PURPLE
LOWER
( AIR PULLED INTO CONTROL BOX )
BROWN JUMPER
9
TO UPPER
BLOWER
MOTOR
SPEED
CONTROL
18 GA. BROWN
34
BLUE
JUMPER
J
G4
TERMINAL
BLOCK #2
WHITE
RED 22 GA.
TEMPERATURE
CONTROL POTS
ORANGE
I
BLUE
ORANGE
ORANGE
REVERSING
SWITCH
SSR 3
30
GREEN /
YELLOW GROUND
G
GREEN (GROUND)
E
YEL
YELLOW or BLUE
GREEN (GROUND)
D
BLACK
COOLING FAN
PURPLE
WHT
TO TERMINAL
BLOCK #4
J K
GRAY
F
SSR 2
ORG
UPPER
+
RED
BLACK
J
N
M
SSR 1
31
35 18GA.
D
PUR
1
BLK
18GA.
33 GRAY
B
E
18 GA. BROWN
2
A
GRAY
COOL-DOWN RELAY
~
3
SPLICES
SPLIC ES
14 GA. HI-TEMP
C
23
BLACK
14 GA. HI-TEMP
14 GA. HI-TEMP
14 GA. HI-TEMP
F
14 GA. HI-TEMP
A
K
WHITE
F2 18 GA.
18 GA. BROWN
WHITE
P
20
C
H
Q
GEARMOTOR
POWER
SUPPLY
WHITE
N.O.
18 GA. BROWN
18
WHITE L2 14 GA.
WHITE L2 14 GA.
WHITE L2 14 GA.
C
VACUUM SWITCHES
15
14
16
18 GA. BROWN
18 GA BLU
18 GA. BROWN
18 GA. BROWN
18 GA. BROWN
17
37
BLUE 18 GA.
18 GA. BLUE
48
+
---+++
K
24
BLACK
BL U E
14 GA.
14 GA.
14 GA.
14 GA.
18 GA. BLUE
46
BLACK 22 GA.
43 BLUE
BROWN
BROWN
WHITE
WHITE
WHITE
TO
TERMINAL
BLOCK #2
35
GRAY
BROWN
RED 22 GA.
24VDC
OUTPUT
RED
BROWN 14 GA.
A
44
BLACK 22 GA. ( 2 PLCS )
GREEN 10 GA.
LOWER
-
36
BLACK
BLACK
29
GRAY
BLACK
G 14 GA. HI-TEMP
F
I
J
BLACK
K
LOWER
ELEMENTS
G
38
41 39
ELEMENT CONTACTOR
33
GRAY
17
18
TO
TEMP
CONTROLS
32
8
9
R EAR EXH AUS T FANS
( AIR PUSHED OUT OF OVEN )
COOL-DOWN
THERMOSTAT
14 GA. HIGH
TEMP
18 GA. BLACK
18 GA. WHITE
18 GA. BLUE
18 GA. BROWN
18 GA. WHITE
9
GRAY
15K OHM RESISTOR
18 GA. BLACK
14 GA. HI-TEMP
J
22 GA. TO S1
D
UPPER
ELEMENTS
40 H
42
14 GA. HI-TEMP JUMPER
COOL-DOWN
THERMOSTAT
H
BLACK L1 18 GA.
8
A
UPPER
RED
42
C
TO TERM.
BLOCK 3
E2 E1 S1 S2 S3 DIR
BROWN 22 GA. TO S3
BLUE 18 GA.
WHITE 18 GA.
B1BLACK 18 GA.
B2BLACK 18 GA.
B3BLACK 18 GA.
BLACK 22 GA. TO S2
11 18 GA. WHITE
31
19
1~ INPUT
3~ OUTPUT
SPEED POT
22
N
OW
BR
BLACK F1 18 GA.
TERMINAL
BLOCK #4
10 18 GA. BLACK
12
WH
ITE
LOWER
BLOWER
MOTOR
SPEED
CONTROL
( ON ) ( OFF )
13
15K OHM RESISTOR
2018 GA. BROWN
MAIN
SWITCH
l O
22 GA. TO S1
18 GA.
21
BLACK 22 GA. TO S2
PROBE
BROWN 22 GA. TO S3
SPEED POT
18 GA.
1~ INPUT
3~ OUTPUT
RED
WHITE 18 GA.
G3
T1 YEL
B1
T2 YEL
B2
T3 YEL
B3 BLK
CLOCKWISE ROTATION
WHEN LOOKING AT
BACK OF MOTOR
ITEMS LOCATED IN BLOWER COMPARTMENT
TERMINAL
BLOCK #3
G4
BLACK
( AIR PULLED INTO CONTROL BOX )
A
ITEMS LOCATED ON MAIN CONTROL BOX DOOR
G4
18 GA. GREEN / YELLOW ( MOTOR GROUND )
U4162Q
VH1620E Schematic
208, 220 or 240VAC, 50/60Hz, 1 Phase
G1
POWER BLOCK
10
GA.
GREEN /
YELLOW
G
S TRIPE
G2
ND
18 GA.
FUSE
MAI N SWITCH
12
10
8
L1
L2
YELLOW
S TRIPE
FUSE 2
G
5 AMPS
6
14
1
GREEN /
5 AMPS
4
7
5
19
38
11
9
MAIN SWI TCH
13
WHITE
BROWN
COOLING FAN
A
SSR 1
BLACK
C
H
Q
STRIPE
R
C1
RIGHT
B
42
D
K
1500 WATTS EACH
P
/
GR EEN
17
19
GA.
C1
LEFT
18
N
J
1500 WATTS EACH
GREEN
C1
BLUE
40
G
M
RIGHT
WHITE
COOL-DOWN THERMOSTATS.
CLOSE ON TEMPERATURE RISE.
BROWN
BROWN
SSR 3
F
14 GA WHITE
I
BOTTOM ELEMENTS
YELLOW
10 GA. BROWN
E
48
G4
10 GA. BLACK
RELAY
18
C1
LEFT
SSR 2
TOP ELEMENTS
BLACK
BLACK
BROWN
VACUUM SWITCHES.
A
FAN
14 GA WHITE
N.O.
BLUE
14 GA WHITE
C
CLOSE ON BLOWER VACUUM
15
BOX
14 GA BROWN
16
IN CONTROL
REAR EXHAUST FANS
BLACK
20
24
BLACK
23
BLACK
WHITE
B
K
C
A
L
RELAY
UPPER
GREY
4 2
OVERLOAD
CONTACTOR
BLOWER
MOTOR
GREY
1~
CAP
1
WHITE
BLACK
TO POWER
3 1
WHITE
2 4
BLACK
BLOCK
GRN
LOWER
BLOWER
GREY
MOTOR
INPUT
RED
OUTPUT
44
C1
41
39
46
+
+
+
GEARMOTOR
WHITE
BLACK
CCW
GREEN
GREY
37
RED
+
REVERSING
GEARMOTOR
ORANGE
1
2
AND SPEED
YELLOW
3
POT
SWITCH
43
1 3
CAP
BLACK ( 2 )
GEARMOTOR
POWER SUPPLY
GREY
1~
19
GREEN
BLUE
26 25
BROWN
25
BLUE
G2
33
BLUE
GRY
TEMPERATURE
7
6
32
J
LOWER
TEMPERATURE
ADJUSTMENT
POTENTIOMETER
PURPLE
YELLOWorBLUE
YELLOW
ORANGE
RTDSENSOR
3
1
2
5
4
30
J
31
C
O
I
L
SSR1
C
O
I
L
SSR2
C
O
I
L
SSR3
AY
GR
BROWN
11
10
9
8
7
6
35
J
28 27 G3
GRAY
29
A
36
J
34
BROWN
2
5
4
A
11
10
9
8
BLUE
RTDSENSOR
3
1
GRN / YLW
POTENTIOMETER
PURPLE
YELLOWorBLUE
YELLOW
ORANGE
BLUE
ADJUSTMENT
GRAY
CONTROL
TEMPERATURE
G2
GREEN / YELLOW STRI PE
UPPER
UPPER
G
GREY
GREY
WHITE
50
BLOCK
21
22
L2
L1
TO TERMINAL
BRN
BROWN
CCW
GREY
J
BROWN
LOWER
COOLING
TEMPERATURE
FAN
IN CONTROL
CONTROL
BOX DOOR
U4161Q
30
VH1620E Wiring Diagram
23
24
208, 220 or 240VAC, 50/60Hz, 1 Phase
WHITE 18 GA.
23
BLACK 18 GA.
24
PURPLE
YELLOW or BLUE
ORANGE
CONVEYOR
GEARMOTOR
GREEN 22 GA.
YELLOW
22 GA.
50
18 GA. BROWN
POWER
DISTRIBUTION
BLOCK
ITEMS LOCATED IN ANGLED CONTROL BOX
GREEN
FROM
POWER WHITE
SUPPLY
BLACK
G
L2
L1
G
14 GA. HI-TEMP
WHITE
I
G2
L2
L1
J
SSR 3
34
BLUE
JUMPER
18 GA. BLUE
29
6
4 F1
30
7
5
18 GA. BROWN
F2
5
AMP
18 GA. BLUE
TO
TERMINAL
BLOCK #4
4 5 2
1 3
WHITE L2 18 GA.
L2
L2
A(L1 )
ITEMS LOCATED IN CONTROL BOX ENCLOSURE
5
4
E
BROWN L1 10 GA.
BLACK L1 10 GA.
A
UPPER
BLOWER
MOTOR
6
7
8
9 10 11
6
J
7
8
LOWER
BLOWER
MOTOR
9 10 11
BROWN
25
28
BLUE
27
29
32
36
G
J
26
34
WHITE 18 GA.
3
BLACK 18 GA.
22
TERMINAL
BLOCK #2
1 3
G4
21
2
BLUE
YELLOW
ORANGE
PURPLE
4 5 2
GREEN /
YELLOW GROUND
G
4
UPPER TEMP CONTROL LOWER TEMP CONTROL
TO
OVERLOAD
RELAY
4
2
3
1
CLOCKWISE ROTATION
WHEN LOOKING AT
BACK OF MOTOR
18 GA. GRAY
18 GA. GREEN / YELLOW - GROUND G2 GREEN / YELLOW - GROUND
L2
GREEN (GROUND)
(GROUND)
4
2
1
YEL
38
TERMINAL
BLOCK #1
ORG
BLACK
G
18 GA. BROWN
TO
REMOTE
POT
TO
REMOTE
POT
25 26
R
L1
BLUE
BROWN JUMPER
9
31
35 18GA.
GRAY
E
SSR 2
23
18GA.
33 GRAY
TO TERMINAL
BLOCK #3
WHITE
GROUND
SCREW
G1
F
30
5
AMP
EN /
G R EL L O W
YE
CONVEYOR
SPEED POT
ORANGE 22 GA.
24
BLACK
CONTROL BOX
COOLING FAN
G3
ITEMS LOCATED IN BLOWER COMPARTMENT
BLACK
( AIR PULLED INTO CONTROL BOX )
BLUE 18 GA.
TEMPERATURE
CONTROL POTS
LOWER
SSR 1
PUR
ORANGE
E
8
22 GA.
D
D
B
18 GA. BROWN
YELLOW or BLUE
REVERSING
SWITCH
A
J
RED 22 GA.
ELEMENT CONTACTOR
COOLING FAN
PURPLE
+
WHT
BLACK
J K
14 GA. HI-TEMP
C
A
K
N
M
F2 18 GA.
UPPER
WHITE
P
WHITE
1
BLK
RED
SPLIC ES 4X
BLACK
H
Q
L2
14 GA.
14 GA.
14 GA.
14 GA.
18 GA. BROWN
COOL-DOWN RELAY
~
2
BLUE
BROWN
WHITE
20
3
VACUUM SWITCHES
16
C
N.O.
BLACK
BLACK
18 GA BLU
18 GA. BROWN
18 GA. BROWN
31
15
14
18
F
14 GA. HI-TEMP
BLACK
SPLIC ES
14 GA. HI-TEMP
14 GA. HI-TEMP
14 GA. HI-TEMP
BL U E
BROWN
WHITE
WHITE
WHITE
48
18 GA. BROWN
GEARMOTOR
POWER
SUPPLY
43
K
C
GRAY
17
18 GA. BLUE
+
---+++
G 14 GA. HI-TEMP
18 GA.
46
BROWN
37
WHITE L2 14 GA.
WHITE L2 14 GA.
WHITE L2 14 GA.
TO
TERMINAL
BLOCK #2
35
GRAY
24VDC
OUTPUT
RED
BROWN 14 GA.
A
BLACK 22 GA. ( 2 PLCS )
RED 22 GA.
-
36
G
K
AC
BL
GRAY
44
R EAR EXH AUST FANS
( AIR PUSHED OUT OF OVEN )
LOWER
ELEMENTS
F
I
J
K
COOL-DOWN
THERMOSTAT
38
41 39
BLACK 22 GA.
32
33
GRAY
8
9
17
18
TO
TEMP
CONTROLS
H
40
42
D
UPPER
ELEMENTS
14 GA. HIGH
TEMP
18 GA. BLACK
18 GA. WHITE
18 GA. BLUE
18 GA. BROWN
GREEN 10 GA.
GRAY
12
L2
9
A
H
WHITE 18 GA.
L1
L1
14 GA. HI-TEMP JUMPER
COOL-DOWN
THERMOSTAT
C
PROBE
11 18 GA. WHITE
LOWER
L2
19
8
10 18 GA. BLACK
UPPER
BLACK 18 GA.
TERMINAL
BLOCK #3
( ON ) ( OFF )
13
WHITE 18 GA.
22 BLACK 18 GA.
OVERLOAD
RELAY
42
PROBE
21 WHITE 18 GA.
CONTACTOR
31
BLUE 18 GA.
TO
TERMINAL
BLOCK #2
BLOWER
MOTORS
BLACK F1 18 GA.
MAIN
SWITCH
l O
31
18 GA. BROWN
BLACK L1 18 GA.
20
BLACK
( AIR PULLED INTO CONTROL BOX )
ITEMS LOCATED ON MAIN CONTROL BOX DOOR
G4
18 GA. GREEN / YELLOW ( MOTOR GROUND )
U4161Q
VH1620E Schematic
208, 220 or 240VAC, 50/60Hz, 3 Phase
CAUTION: L1 & L2 INPUTS MUST BE 120-125 VOLT POTENTIAL.
G1
POWER BLOCK
IF A "HIGH-VOLTAGE LEG" GREATER THAN 125 VOLTS
18
1
FUSE
MAIN SWITCH
12
10
8
L1
L2
L3
G
GA . GR EEN
/
GA . GR EEN
Y ELLO W
/
Y ELLO W
G
STR IPE
STR IPE
G2
FUSE 2
5 AMPS
6
14
10
ND
IS PRESENT, IT MUST CONNECT TO L3.
5 AMPS
4
7
5
9
19
38
11
MAIN SWITCH
13
W HITE
BROWN
COOLING FAN
40
SSR 1
A
BLACK
H
C
Q
STRIPE
R
C1
RIGHT
B
D
K
1500 WATTS EACH
P
17
Y ELLO W
/
GR EEN
19
GA.
C1
LEFT
18
N
J
1500 W ATTS EACH
GREEN
C1
BLUE
G
M
RIGHT
14 GA W HITE
COOL-DOWN THERMOSTATS.
CLOSE ON TEMPERATURE RISE.
BROWN
BROWN
SSR 3
F
14 GA WHITE
I
BOTTOM ELEMENTS
WHITE
10 GA. BROWN
42
CLOSE ON BLOWER VACUUM
C1
LEFT
SSR 2
TOP ELEMENTS
BLACK
BLACK
BROWN
VACUUM SWITCHES.
RELAY
E
48
G4
10 GA. BLACK
14 GA WHITE
N.O .
BLUE
A
FAN
C
18
15
BOX
14 GA BROWN
16
IN CONTROL
REAR EXHAUST FANS
BLACK
20
24
BLACK
23
BLACK
WHITE
B
C
A
L
K
RELAY
UPPER
GREY
4 2
OVERLOAD
CONTACTOR
BLOWER
MOTOR
GREY
1~
CA P
1
WHITE
TO POWER
W HITE
2 4
BLACK
BLACK
3 1
BLOCK
GRN
LOWER
BLOWER
GREY
MOTOR
INPUT
OUTPUT
44
RED
C1
BLACK
RED
+
REVERSING
POWER SUPPLY
WHITE
1 3
CA P
CCW
GREEN
GREY
37
BLACK ( 2 )
GEARMOTOR
GEARMOTOR
GEARMOTOR
ORANGE
1
2
AND SPEED
YELLOW
3
POT
SWITCH
43
ELEMENT
41
39
46
+
+
+
GREY
1~
19
GREEN
BLUE
26 25
CONTACTOR
BROWN
25
BLUE
G2
33
BLUE
GRY
TEMPERATURE
7
6
32
J
LOWER
TEMPERATURE
ADJUSTMENT
POTENTI OMETER
PURPLE
YELLOWor BLUE
YELLOW
ORANGE
RTDSENSOR
3
1
2
5
4
30
J
31
C
O
I
L
SSR1
C
O
I
L
SSR2
C
O
I
L
SSR3
AY
GR
BROW N
11
10
9
8
7
6
35
J
28 27 G3
GRAY
29
A
36
J
34
BROWN
2
5
4
A
11
10
9
8
BLUE
RTDSENSOR
3
1
GRN / YLW
POTENTIOMETER
PURPLE
YELLOWor BLUE
YELLOW
ORANGE
BLUE
ADJUSTMENT
GRAY
CONTROL
TEMPERATURE
G2
GREEN / YELLOW STRIPE
UPPER
UPPER
G
GREY
GREY
WHITE
50
BLOCK
21
22
L2
L1
TO TERMINAL
BRN
BROWN
CCW
GREY
J
BROWN
LOWER
COOLING
TEMPERATURE
FAN
IN CONTROL
CONTROL
BOX DOOR
32
U4163Q
VH1620E Wiring Diagram
208. 220 or 240VAC, 50/60Hz, 3 Phase
23 WHITE 18 GA.
24 BLACK 18 GA.
23
24
( AIR PULLED INTO CONTROL BOX )
CONVEYOR
GEARMOTOR
GREEN 22 GA.
YELLOW
22 GA.
50
18 GA. BROWN
ORANGE 22 GA.
POWER
DISTRIBUTION
BLOCK
ITEMS LOCATED IN ANGLED CONTROL BOX
FROM GREEN
RED
POWER WHI
TE
SUPPLY
BLACK
G
L3
L2
L1
G
G2
R
L3
L2
L2
L1
A(L1 )
SSR 3
34
BLUE
JUMPER
18 GA. BLUE
29
6
4 F1
30
7
5
L2
L2
WHITE L2 18 GA.
ITEMS LOCATED IN CONTROL BOX ENCLOSURE
18 GA. BLUE
TO
TERMINAL
BLOCK #4
BROWN L3 10 GA.
E (L3 )
L1
18 GA. BROWN
F2
5
AMP
5
1 3
E
UPPER
BLOWER
MOTOR
6
7
8 9 10 11
6
7
LOWER
BLOWER
MOTOR
8 9 10 11
26
BROWN
25
28
BLUE
27
29
32
36
G
J
J
34
WHITE 18 GA.
3
BLACK 18 GA.
22
TERMINAL
BLOCK #2
UPPER TEMP CONTROL LOWER TEMP CONTROL
G4
21
2
1 3
GREEN /
YELLOW GROUND
G
4
BLUE
YELLOW
ORANGE
PURPLE
4 5 2
TO
OVERLOAD
RELAY
4
2
3
1
CLOCKWISE ROTATION
WHEN LOOKING AT
BACK OF MOTOR
18 GA. GRAY
18 GA. GREEN / YELLOW - GROUND G2 GREEN / YELLOW - GROUND
4
BLACK L1 10 GA.
4 5 2
GREEN (GROUND)
4
2
1
YEL
38
TERMINAL
BLOCK #1
ORG
BLACK
G
18 GA. BROWN
TO
REMOTE
POT
TO
REMOTE
POT
25 26
GROUND
SCREW
G1
J
31
35 18GA.
GRAY
WHITE
5
AMP
EN /
G R EL L O W
YE
CONVEYOR
SPEED POT
BLUE
BROWN JUMPER
9
23
18GA.
33 GRAY
CONTROL BOX
COOLING FAN
G3
ITEMS LOCATED IN BLOWER COMPARTMENT
BLACK
PURPLE
YELLOW BLUE
YELLOWor
ORANGE
I
BLACK
TO TERMINAL
BLOCK #3
E
SSR 2
24
BLACK
F
30
8
TEMPERATURE
CONTROL POTS
LOWER
SSR 1
PUR
ORANGE
E
J
N
M
RED 22 GA.
22 GA.
D
D
B
18 GA. BROWN
YELLOW or BLUE
REVERSING
SWITCH
A
GRAY
COOLING FAN
PURPLE
+
WHT
BLACK
SPLICES 4X
J K
14 GA. HI-TEMP
C
18 GA.
1
UPPER
BLK
RED
BLACK
SPLICES
14 GA. HI-TEMP
14 GA. HI-TEMP
14 GA. HI-TEMP
F
14 GA. HI-TEMP
A
K
P
WHITE
18 GA. BROWN
COOL-DOWN RELAY
~
2
WHITE
WHITE
20
K
C
H
Q
L2
F2 18 GA.
16
18 GA. BROWN
GEARMOTOR
POWER
SUPPLY
3
VACUUM SWITCHES
14
C
N.O.
18
BLACK
BLACK
18 GA BLU
18 GA. BROWN
18 GA. BROWN
33
15
18 GA. BROWN
BROWN
WHITE
48
12 18 GA. BROWN
17
G 14 GA. HI-TEMP
BLUE
43 BLUE
BLUE 18 GA.
18 GA. BLUE
+
---+++
37
14 GA.
14 GA.
14 GA.
14 GA.
13 18 GA. BLUE
46
BROWN
BROWN
WHITE
WHITE
WHITE
TO
TERMINAL
BLOCK #2
35
GRAY
24VDC
OUTPUT
RED
ELEMENT CONTACTOR
A
44
BLACK 22 GA. ( 2 PLCS )
WHITE L2 14 GA.
WHITE L2 14 GA.
WHITE L2 14 GA.
36
41 39
BROWN 14 GA.
GRAY
G
ACK
BL
-
33
GRAY
LOWER
TO
TEMP
CONTROLS
32
R EA R E X HA U ST F A NS
( AIR PUSHED OUT OF OVEN )
LOWER
ELEMENTS
F
I
J
K
COOL-DOWN
THERMOSTAT
38
9
17
18
RED 22 GA.
GRAY
A
UPPER
8
18 GA. BLACK
18 GA. WHITE
18 GA. BLUE
18 GA. BROWN
18 GA. WHITE
9
40 H
42
D
UPPER
ELEMENTS
14 GA. HIGH
TEMP
18 GA. BLACK
BLACK 22 GA.
11 18 GA. WHITE
L2
PROBE
8
10 18 GA. BLACK
H
19 WHITE 18 GA.
L1
L1
GREEN 10 GA.
( ON ) ( OFF )
L2
COOL-DOWN
THERMOSTAT
C
14 GA. HI-TEMP
TERMINAL
BLOCK #3
BLACK 18 GA.
WHITE 18 GA.
22 BLACK 18 GA.
OVERLOAD
RELAY
14 GA. HI-TEMP JUMPER
PROBE
21 WHITE 18 GA.
CONTACTOR
31
42
TO
TERMINAL
BLOCK #2
BLOWER
MOTORS
BLACK F1 18 GA.
MAIN
SWITCH
l O
31 BLUE 18 GA.
18 GA. BROWN
BLACK L1 18 GA.
20
BLACK
( AIR PULLED INTO CONTROL BOX )
A
ITEMS LOCATED ON MAIN CONTROL BOX DOOR
G4
18 GA. GREEN / YELLOW ( MOTOR GROUND )
U4163U
VHVA1828E Schematic
208, 220 or 240VAC, 50/60Hz, 1 Phase
JUNCTION
BLOCK
L1
L2
BLACK
G
WHITE
GREEN
G1
POWER
10
GA . GRE EN
GND
/ YE LL OW ST RIPE
BLOCK
18
FUSE
MAIN SWITCH
L1
L2
G
6
14
GRE EN
/ YE LL OW ST RIPE
G2
FUSE 2
5 AMPS
8
10
12
1
GA.
MAIN SWITCH
5 AMPS
4
7
5
9
19
38
11
13
WHITE
BROWN
COOLING FAN
BOX
30 AMP
CLOSE
40
ON TEMP
SSR 1
A
RISE.
BLACK
C
H2
Q
20A
R
C1
RIGHT
B
42
CLOSE ON BLOWER VACUUM
3000 WATTS EACH
D
K2
P
20A
19
17
/
GA. GREEN
C1
18
N
20A
LEFT
GREEN
J2
BLUE
C1
DOWN
T/STATS.
BROWN
G
M
20A
RIGHT
3000 WATTS EACH
COOL
48
C1
LEFT
SSR 2
TOP ELEMENTS
BLACK
BLACK
REAR EXHAUST FANS
BLACK
MOTOR
BLACK
24
BLACK
UPPER
BLOWER
23
CON TROL
A1
A2
A3
AN D
POTENTIOMETER
BRNS3
BLKS2
E2
E1
S1
S2
S3
BROWN
DIR
RED
S1
15 K OHM
RESISTOR
50
YELLOW
BLACK
BLACK
YELLOW
BLACK
YELLOW
T1
CCW
T3
MOTOR
BLOWER
LOWER
BLOWER
M OTOR
SPEED
SPEED
1~
IN;
MOTOR
C ONTR OLS
1 or
3 ~OUT
21 22
BRNS3
BLKS2
B1
B2
B3
POTENTI OMETER
E2
E1
S1
S2
S3
15 K OHM
RESISTOR
DIR
RED
S1
20
YELLOW
BLACK
YELLOW
T2
3~
GRN
CCW
T3
19
MOTOR
BROWN
OUTPUT
INPUT
C1
T1
YELLOW
BLACK
BLACK
LOWER BLOWER
WHITE
44
BLACK
41
39
46
+
+
+
RED
+
REVERSING
POWER SUPPLY
37
BLACK ( 2 )
GEARMOTOR
GEARMOTOR
GEARMOTOR
ORANGE
1
2
AND SPEED
YELLOW
3
POT
SWITCH
43
GREEN
BLUE
25
BLUE
ELEMENT
G
GRN
3~
T2
UPPER BLOWER
CONTROL AND
RED
BLACK
WHITE
SPEED
WHITE
CONTACTOR
25
26
BROWN
G2
GREEN / YELLOW STRIPE
G2
33
UPPER
BLUE
31
GRY
TEMPERATURE
POTENTIOMETER
PURPLE
YELLOWor BLUE
ORANGE
2
5
4
A
11
10
9
8
7
6
32
J
LOWER
TEMPERATURE
ADJUSTMENT
POTENTIOMETER
PURPLE
YELLOWor BLUE
ORANGE
RTDSENSOR
3
1
2
5
4
11
10
9
8
7
6
35
J
30
C
O
I
L
SSR1
C
O
I
L
SSR2
C
O
I
L
SSR3
AY
GR
BROWN
BRN
RTDSENSOR
3
1
28 27
J
G3
29
GRAY
A
36
J
34
BROWN
ADJUSTMENT
BLUE
TEMPERATURE
BLUE
UPPER
GRAY
CONTROL
GRN / YLW
VACUUM SWITCHES.
SSR 3
-
F
I2
WHITE
BROWN
E
14 GA. WHITE
BOTTOM ELEMENTS
10 GA. BROWN
18
G4
YEL LOW STRIP E
RELAY
14 GA WHITE
N.O.
10 GA. BLACK
14 GA WHITE
C
15
BLUE
30 AMP
A
FAN
14 GA BROWN
16
IN CONTROL
J
BROWN
LOWER
COOLING
TEMPERATURE
FAN
IN CONTROL
CONTROL
BOX DOOR
U4164Q
34
VHVA1828E Wiring Diagram
208. 220 or 240VAC, 50/60Hz, 1 Phase
23
UPPER
BLOWER
MOTOR
SPEED
CONTROL
A1BLACK 18 GA.
A2BLACK 18 GA.
A3BLACK 18 GA.
TO TERM.
BLOCK 3
18 GA.
E2 E1 S1 S2 S3 DIR
J
E2 E1 S1 S2 S3 DIR
J
YELLOW or BLUE
CONVEYOR
GEARMOTOR
GREEN 22 GA.
YELLOW
22 GA.
50
18 GA. BROWN
ORANGE 22 GA.
CONVEYOR
SPEED POT
10 GA. GREEN
G
10 GA. WHITE L2
10 GA. BLACK
ITEMS LOCATED IN JUNCTION BOX
G
L2
L1
L1
G1
G2
PROBE
GREEN (GROUND)
BROWN JUMPER
9
18 GA. BLUE
29
25 26
6
4 F1
30
5
AMP
7
5
18 GA. BROWN
F2
5
AMP
18 GA. BLUE
TO
TERMINAL
BLOCK #4
4
5
6
7
2
1 3
4
5
9 10 11
6
7
WHITE L2 18 GA.
L2
L2
L2
BROWN L1 10 GA.
ITEMS LOCATED IN CONTROL BOX ENCLOSURE
5
4
BLACK L1 10 GA.
30 AMP
FUSE
30 AMP
FUSE
E
A
2
BLUE
T1 YEL
A1
T2 YEL
A2
T3 YEL
A3 BLK
TO LOWER
BLOWER
MOTOR
SPEED
CONTROL
1 3
UPPER TEMP CONTROL LOWER TEMP CONTROL
8
8
9
10 11
LOWER
BLOWER
MOTOR
J
J
26
BR OW N
25
28
BLUE
27
34
18 GA. GRAY
G2
GREEN / YELLOW - GROUND
CONTROL BOX
COOLING FAN
G
29
32
36
18 GA. GREEN / YELLOW - GROUND
R
TO UPPER
BLOWER
MOTOR
SPEED
CONTROL
G
UPPER
BLOWER
MOTOR
YELLOW
TERMINAL
BLOCK #1
PURPLE
38
TO
REMOTE
POT
YEL
BLACK
G4
TERMINAL
BLOCK #2
18 GA. BROWN
ORANGE
TO
REMOTE
POT
GREEN /
YELLOW GROUND
G
GREEN (GROUND)
WHITE
GROUND
SCREW
EN /
GRE LOW
YE L
ITEMS LOCATED IN ANGLED CONTROL BOX
POWER
DISTRIBUTION
BLOCK
K2
D
34
BLUE
JUMPER
J
BLACK
PURPLE
LOWER
( AIR PULLED INTO CONTROL BOX )
BLUE
8
TEMPERATURE
CONTROL POTS
ORANGE
I
RED 22 GA.
22 GA.
SSR 3
30
ORG
ORANGE
REVERSING
SWITCH
TO TERMINAL
BLOCK #4
J
FUSE
F
SSR 2
31
GRAY
E
SSR 1
PUR
YELLOW or BLUE
WHT
RED
BLACK
20 AMP
D
B
E
J
N
M
18 GA. BROWN
COOLING FAN
PURPLE
+
BLK
A
K
WHITE
GRAY
1
SPLICES
35 18GA.
14 GA. HI-TEMP
C
23
BLACK
18GA.
33 GRAY
14 GA. HI-TEMP
14 GA. HI-TEMP
14 GA. HI-TEMP
F
14 GA. HI-TEMP
18 GA.
2
UPPER
COOL-DOWN RELAY
WHITE
P
~
3
H
Q
GEARMOTOR
POWER
SUPPLY
20
C
A
BLACK L1 18 GA.
18
F2 18 GA.
N.O.
18 GA. BROWN
17
K2
24
BLACK
SPLIC ES
G 14 GA. HI-TEMP
J2 F
I
20
AMP
FUSE
LOWER
ELEMENTS
G
BLACK
BLACK
K
COOL-DOWN
THERMOSTAT
40
20 AMP
R EAR EXH AUS T FANS
( AIR PUSHED OUT OF OVEN )
BL U E
WHITE
C
VACUUM SWITCHES
16
18 GA. BROWN
18 GA BLU
18 GA. BROWN
18 GA. BROWN
15
14
18 GA. BROWN
37
BLACK 22 GA.
43 BLUE
BROWN
WHITE
18 GA. BLUE
48
18 GA. BROWN
+
---+++
BROWN
WHITE L2 14 GA.
WHITE L2 14 GA.
WHITE L2 14 GA.
18 GA. BLUE
46
H
RED 22 GA.
24VDC
OUTPUT
RED
BLUE 18 GA.
TO
TERMINAL
BLOCK #2
35
GRAY
I2
FUSE
44
BLACK 22 GA. ( 2 PLCS )
14 GA.
14 GA.
14 GA.
14 GA.
A
BLACK
BLACK
35
LOWER
-
36
BROWN
WHITE
WHITE
WHITE
GRAY
38
41 39
BROWN 14 GA.
33
GRAY
8
9
17
D
UPPER
ELEMENTS
14 GA. HIGH
TEMP
18
TO
TEMP
CONTROLS
32
H2
42
14 GA. HI-TEMP JUMPER
COOL-DOWN
THERMOSTAT
20 AMP
FUSE
18 GA. BLACK
18 GA. WHITE
18 GA. BLUE
18 GA. BROWN
18 GA. WHITE
ELEMENT CONTACTOR
GRAY
15K OHM RESISTOR
18 GA. BLACK
9
A
UPPER
22 GA. TO S1
GREEN 10 GA.
11 18 GA. WHITE
42
C
TO TERM.
BLOCK 3
BLACK 22 GA. TO S2
RED
BLUE 18 GA.
WHITE 18 GA.
B1BLACK 18 GA.
B2BLACK 18 GA.
B3BLACK 18 GA.
BROWN 22 GA. TO S3
8
31
19
1~ INPUT
3~ OUTPUT
SPEED POT
22
N
OW
BR
BLACK F1 18 GA.
TERMINAL
BLOCK #4
10 18 GA. BLACK
13
WH
ITE
LOWER
BLOWER
MOTOR
SPEED
CONTROL
( ON ) ( OFF )
12
15K OHM RESISTOR
2018 GA. BROWN
MAIN
SWITCH
l O
22 GA. TO S1
14 GA. HI-TEMP
21
BLACK 22 GA. TO S2
PROBE
BROWN 22 GA. TO S3
SPEED POT
18 GA.
1~ INPUT
3~ OUTPUT
RED
WHITE 18 GA.
24 BLACK 18 GA.
G3
T1 YEL
B1
T2 YEL
B2
T3 YEL
B3 BLK
CLOCKWISE ROTATION
WHEN LOOKING AT
BACK OF MOTOR
ITEMS LOCATED IN BLOWER COMPARTMENT
TERMINAL
BLOCK #3
G4
BLACK
( AIR PULLED INTO CONTROL BOX )
ITEMS LOCATED ON MAIN CONTROL BOX DOOR
G4
18 GA. GREEN / YELLOW ( MOTOR GROUND )
U4164Q
VHVA1828E Schematic
208, 220 or 240VAC, 50/60Hz, 3 Phase
JUNCTION
BLOCK
CAUTION: L1 & L2 INPUTS MUST BE 200-250 VOLT POTENTIAL.
IF A "HIGH-VOLTAGE LEG" GREATER THAN 250 VOLTS
IS PRESENT, IT MUST CONNECT TO L3.
L1
L2
BLACK
L3
WH I TE
G
RED
GREEN
G1
POWER
10
GA . GRE EN
GND
/ YE LL OW ST RIPE
BLOCK
18
FUSE
MAIN SWITCH
L1
L2
L3
G
8
14
G2
MAIN SWITCH
5 AMPS
4
6
/ YE LL OW ST RIPE
FUSE 2
5 AMPS
10
12
1
GA . GRE EN
7
5
19
38
11
9
13
WHITE
BROWN
COOLING FAN
IN CONTROL
BOX
15
G4
BLUE
CLOSE
40
ON TEMP
SSR 1
A
RISE.
BLACK
Q
K
P
C
R
C1
RIGHT
B
3000 WATTS EACH
D
42
19
17
GA . GRE EN
H
C1
18
N
LEFT
GREEN
J
C1
BLUE
M
RIGHT
3000 WATTS EACH
WHITE
G
DOWN
T/STATS.
BROWN
F
I
14 GA WHITE
SSR 3
-
14 GA. WHITE
BOTTOM ELEMENTS
COOL
CLOSE ON BLOWER VACUUM
/ YE LL OW STRIPE
10 GA. BROWN
E
48
VACUUM SWITCHES.
10 GA. BLACK
RELAY
14 GA WHITE
N.O.
14 GA BROWN
18
A
FAN
C
BROWN
16
C1
LEFT
SSR 2
TOP ELEMENTS
BLACK
BLACK
REAR EXHAUST FANS
BLACK
24
BLACK
UPPER
BLOWER
BLACK
23
BLACK
WHITE
M OTOR S PEED
C ONTR OL
A1
A2
A3
AND
POTENTI OM ETER
BRNS3
BLKS2
E2
E1
S1
S2
S3
RED
S1
15 K OHM
RESISTOR
YELLOW
T2
3~
GRN
BLOWER
MOTOR
SPEED
SPEED
1 ~ I N;
BRNS3
BLKS2
M OTOR
CONTROLS
1 or
3~OUT
21 22
B1
B2
B3
E2
E1
S1
S2
S3
15 K OHM
RESISTOR
DIR
RED
S1
20
YELLOW
BLACK
YELLOW
3~
T2
GRN
CCW
T3
19
MOTOR
BROWN
OUTPUT
INPUT
C1
T1
YELLOW
BLACK
BLACK
LOWER BLOWER
WHITE
44
BLACK
41
39
46
+
+
+
RED
+
REVERSING
POWER SUPPLY
37
BLACK ( 2 )
GEARMOTOR
GEARMOTOR
GEARMOTOR
ORANGE
AND SPEED
1
2
YELLOW
3
POT
SWITCH
43
GREEN
BLUE
25
BLUE
ELEMENT
G
CCW
T3
MOTOR
BLOWER
LOWER
POTENTIOMETER
RED
BLACK
UPPER BLOWER
CONTROL AND
50
YELLOW
WHITE
BROWN
DIR
T1
YELLOW
BLACK
BLACK
CONTACTOR
25
26
BROWN
G2
GREEN / YELLOW STRIPE
G2
33
UPPER
BLUE
31
GRY
TEMPERATURE
2
5
4
A
11
10
9
8
7
6
32
J
LOWER
TEMPERATURE
ADJUSTMENT
POTENTIOMETER
PURPLE
YELLOW
YELLOWorBLUE
ORANGE
RTDSENSOR
3
1
2
5
4
28
11
10
9
8
7
6
35
J
30
C
O
I
L
SSR1
C
O
I
L
SSR2
C
O
I
L
SSR3
AY
GR
BROWN
BRN
RTDSENSOR
3
1
27
J
G3
29
GRAY
A
36
J
34
BROWN
POTENTIOMETER
PURPLE
YELLOW
YELLOWorBLUE
ORANGE
BLUE
ADJUSTMENT
GRN / YLW
TEMPERATURE
BLUE
UPPER
GRAY
CONTROL
J
BROWN
LOWER
COOLING
TEMPERATURE
FAN
IN CONTROL
CONTROL
BOX DOOR
36
U4166Q
VHVA1828E Wiring Diagram
208, 220 or 240VAC, 50/60Hz, 3 Phase
23 WHITE 18 GA.
UPPER
BLOWER
MOTOR
SPEED
CONTROL
24 BLACK 18 GA.
A1BLACK 18 GA.
A2BLACK 18 GA.
A3BLACK 18 GA.
TO TERM.
BLOCK 3
18 GA.
E2 E1 S1 S2 S3 DIR
J
TO TERM.
BLOCK 3
E2 E1 S1 S2 S3 DIR
J
ORANGE
COOLING FAN
CONVEYOR
GEARMOTOR
LOWER
( AIR PULLED INTO CONTROL BOX )
GREEN 22 GA.
YELLOW
22 GA.
50
ORANGE 22 GA.
CONVEYOR
SPEED POT
18 GA. BROWN
G
L3
L2
L1
ITEMS LOCATED IN JUNCTION BOX
10 GA. GREEN
G
10 GA. RED
L3
10 GA. WHITE
L2
10 GA. BLACK
L1
G
G1
G2
L2
L2
L1
PROBE
6
4 F1
5
AMP
7
5
30
18 GA. BROWN
F2
5
AMP
18 GA. BLUE
TO
TERMINAL
BLOCK #4
4
5
6
7
2
18 GA. BLUE
BROWN L3 10 GA.
E (L3 )
L2
L2
WHITE L2 18 GA.
A(L1 )
ITEMS LOCATED IN CONTROL BOX ENCLOSURE
5
E
4
BLACK L1 10 GA.
4
5
9 10 11
6
7
2
29
G
UPPER
BLOWER
MOTOR
BLUE
YELLOW
ORANGE
PURPLE
1 3
TO UPPER
BLOWER
MOTOR
SPEED
CONTROL
34
YEL
TERMINAL
BLOCK #1
G4
TERMINAL
BLOCK #2
TO
REMOTE
POT
T1 YEL
A1
T2 YEL
A2
T3 YEL
A3 BLK
TO LOWER
BLOWER
MOTOR
SPEED
CONTROL
1 3
UPPER TEMP CONTROL LOWER TEMP CONTROL
8
J
8
9 10 11
LOWER
BLOWER
MOTOR
J
26
BR OW N
25
28
BLUE
27
34
18 GA. GRAY
GREEN / YELLOW - GROUND
CONTROL BOX
COOLING FAN
G
29
32
36
18 GA. GREEN / YELLOW - GROUND G2
R
L3
38
25 26
GROUND
SCREW
EN /
G R EL L O W
YE
ITEMS LOCATED IN ANGLED CONTROL BOX
POWER
DISTRIBUTION
BLOCK
TO
REMOTE
POT
BLACK
GREEN /
YELLOW GROUND
G
GREEN (GROUND)
18 GA. BROWN
BLACK
PURPLE
YELLOW or BLUE
SSR 3
BLUE
JUMPER
J
BROWN JUMPER
9
8
TEMPERATURE
CONTROL POTS
GREEN (GROUND)
WHITE
RED 22 GA.
22 GA.
K
D
E
SSR 2
PUR
ORANGE
WHT
REVERSING
SWITCH
TO TERMINAL
BLOCK #4
J
GRAY
F
30
BLUE
31
35 18GA.
D
SSR 1
I
F2 18 GA.
YELLOW or BLUE
RED
BLACK
18GA.
33 GRAY
B
E
J
N
M
WHITE
1
PURPLE
+
BLK
2
A
K
WHITE
~
3
UPPER
COOL-DOWN RELAY
WHITE
P
20
SPLICES
SPLIC ES
14 GA. HI-TEMP
C
A
H
Q
GEARMOTOR
POWER
SUPPLY
WHITE
18 GA. BROWN
N.O.
VACUUM SWITCHES
16
C
18 GA. BROWN
18
BLACK
BLACK
18 GA BLU
15
14
17
18 GA. BROWN
37
23
BLACK
14 GA. HI-TEMP
14 GA. HI-TEMP
14 GA. HI-TEMP
F
14 GA. HI-TEMP
24
BLACK
BL U E
WHITE L2 14 GA.
WHITE L2 14 GA.
WHITE L2 14 GA.
18 GA. BLUE
48
18 GA. BROWN
+
---+++
K
C
BLACK
G 14 GA. HI-TEMP
F
J
18 GA. BROWN
46
BLACK 22 GA.
43 BLUE
BROWN
BLUE 18 GA.
13 18 GA. BLUE
I
BLACK
K
LOWER
ELEMENTS
G
BROWN
RED 22 GA.
24VDC
OUTPUT
RED
14 GA.
14 GA.
14 GA.
14 GA.
TO
TERMINAL
BLOCK #2
35
GRAY
44
BLACK 22 GA. ( 2 PLCS )
BROWN
WHITE
WHITE
WHITE
A
18 GA. BROWN
18 GA. BROWN
37
LOWER
-
36
BROWN 14 GA.
GRAY
17
R EAR EXH AUS T FANS
( AIR PUSHED OUT OF OVEN )
COOL-DOWN
THERMOSTAT
38
9
41 39
ELEMENT CONTACTOR
33
GRAY
8
18
TO
TEMP
CONTROLS
32
40
14 GA. HIGH
TEMP
18 GA. BLACK
18 GA. WHITE
18 GA. BLUE
18 GA. BROWN
18 GA. WHITE
GREEN 10 GA.
GRAY
15K OHM RESISTOR
18 GA. BLACK
9
A
22 GA. TO S1
BLACK L1 18 GA.
8
11 18 GA. WHITE
UPPER
RED
D
UPPER
ELEMENTS
ORG
BROWN 22 GA. TO S3
H
42
14 GA. HI-TEMP JUMPER
COOL-DOWN
THERMOSTAT
C
PROBE
B1BLACK 18 GA.
B2BLACK 18 GA.
B3BLACK 18 GA.
BLACK 22 GA. TO S2
10 18 GA. BLACK
42
19 WHITE 18 GA.
1~ INPUT
3~ OUTPUT
SPEED POT
31 BLUE 18 GA.
BLACK F1 18 GA.
TERMINAL
BLOCK #4
22
N
OW
BR
GRAY
LOWER
BLOWER
MOTOR
SPEED
CONTROL
( ON ) ( OFF )
12
15K OHM RESISTOR
2018 GA. BROWN
MAIN
SWITCH
l O
WH
ITE
SPEED POT
22 GA. TO S1
18 GA.
21
BLACK 22 GA. TO S2
14 GA. HI-TEMP
BROWN 22 GA. TO S3
RED
18 GA.
1~ INPUT
3~ OUTPUT
G3
T1 YEL
B1
T2 YEL
B2
T3 YEL
B3 BLK
CLOCKWISE ROTATION
WHEN LOOKING AT
BACK OF MOTOR
ITEMS LOCATED IN BLOWER COMPARTMENT
TERMINAL
BLOCK #3
G4
BLACK
( AIR PULLED INTO CONTROL BOX )
A
ITEMS LOCATED ON MAIN CONTROL BOX DOOR
G4
18 GA. GREEN / YELLOW ( MOTOR GROUND )
U4166Q
VH1828E Schematic
208, 220 or 240VAC, 50/60Hz, 1 Phase
JUNCTION
BLOCK
L1
L2
BLACK
G
WHITE
GREEN
G1
POWER BLOCK
POWER
10
GA . GRE EN
G
/ YE LL OW ST RIPE
BLOCK
18
FUSE
12
MAIN SWITCH
8
10
L1
L2
G
G2
ND
/ YE LL OW ST RIPE
FUSE 2
5 AMPS
7
5 AMPS
4
6
14
1
GA . GRE EN
5
11
9
19
38
MAIN SWITCH
13
WHITE
BROWN
COOLING FAN
30 AMP
BROWN
T/STATS.
CLOSE
40
RISE.
SSR 1
C
BLACK
B
42
H2
Q
20A
R
C1
RIGHT
D
3000 WATTS EACH
K2
P
20A
C1
19
17
LEFT
SSR 2
TOP ELEMENTS
BLACK
BROWN
BLACK
REAR EXHAUST FANS
BLACK
20
24
BLACK
23
BLACK
WHITE
C
K
RELAY
UPPER
GREY
4 2
OVERLOAD
CONTACTOR
BLOWER
MOTOR
GREY
1~
CAP
CCW
L2
L1
TO TERMINAL
BLOCK
1
TO POWER
GRN
GREY
WHITE
21
22
BLACK
BLACK
3 1
WHITE
2 4
BLOCK
LOWER
GREY
BLOWER
MOTOR
41
39
46
+
+
+
C1
BLACK
RED
+
REVERSING
POWER SUPPLY
1 3
CAP
CCW
GREEN
GREY
37
BLACK ( 2 )
GEARMOTOR
GEARMOTOR
GEARMOTOR
ORANGE
AND SPEED
1
2
YELLOW
3
POT
SWITCH
43
ELEMENT
OUTPUT
INPUT
44
WHITE
WHITE
RED
GREY
1~
19
GREEN
BLUE
26 25
CONTACTOR
BROWN
25
BLUE
G2
33
BLUE
GRY
TEMPERATURE
7
6
32
J
LOWER
TEMPERATURE
ADJUSTMENT
POTENTIOMETER
PURPLE
YELLOWorBLUE
YELLOW
ORANGE
RTDSENSOR
3
1
2
5
4
30
J
31
C
O
I
L
SSR1
C
O
I
L
SSR2
C
O
I
L
SSR3
AY
GR
BROWN
11
10
9
8
7
6
35
J
28 27 G3
GRAY
29
A
36
J
34
BROWN
2
5
4
A
11
10
9
8
BLUE
RTDSENSOR
3
1
GRN / YLW
POTENTIOMETER
PURPLE
YELLOWorBLUE
YELLOW
ORANGE
BLUE
ADJUSTMENT
GRAY
CONTROL
TEMPERATURE
G2
GREEN / YELLOW STRIPE
UPPER
UPPER
G
GREY
GREY
BRN
BROWN
GA . GRE EN
C1
18
N
20A
LEFT
A
ON TEMP
C1
GREEN
J2
COOL
DOWN
M
RIGHT
3000 WATTS EACH
BLUE
G
20A
WHITE
F
14 GA. WHITE
I2
14 GA WHITE
BROWN
-
BOTTOM ELEMENTS
10 GA. BROWN
SSR 3
B
L
A
50
/ YE LL OW STRIPE
10 GA. BLACK
RELAY
E
CLOSE ON BLOWER VACUUM
G4
BLUE
14 GA WHITE
N.O.
48
VACUUM SWITCHES.
A
FAN
C
18
15
BOX
30 AMP
14 GA BROWN
16
IN CONTROL
J
BROWN
LOWER
COOLING
TEMPERATURE
FAN
IN CONTROL
CONTROL
BOX DOOR
U4165Q
38
VH1828E Wiring Diagram
208, 220 or 240VAC, 50/60Hz, 1 Phase
23 WHITE 18 GA.
24 BLACK 18 GA.
23
24
ORANGE
LOWER
CONVEYOR
GEARMOTOR
GREEN 22 GA.
YELLOW
22 GA.
50
ORANGE 22 GA.
ITEMS LOCATED IN ANGLED CONTROL BOX
G
L2
L1
ITEMS LOCATED IN JUNCTION BOX
10 GA. GREEN
G
POWER
DISTRIBUTION
BLOCK
G
L2
L1
L1
14 GA. HI-TEMP
E
J
SSR 1
WHITE
BLUE
G2
L1
J
BROWN JUMPER
9
34
BLUE
JUMPER
18 GA. BLUE
29
6
4 F1
30
7
5
WHITE L2 18 GA.
L2
L2
L2
BROWN L1 10 GA.
ITEMS LOCATED IN CONTROL BOX ENCLOSURE
5
4
BLACK L1 10 GA.
18 GA. BROWN
F2
5
AMP
30 AMP
FUSE
30 AMP
FUSE
E
A
18 GA. BLUE
TO
TERMINAL
BLOCK #4
4
5 2
1 3
UPPER
BLOWER
MOTOR
7
8
9 10 11
6
J
7
8
LOWER
BLOWER
MOTOR
9 10 11
BROWN
25
28
BLUE
27
29
32
36
G
J
26
34
WHITE 18 GA.
3
BLACK 18 GA.
22
TERMINAL
BLOCK #2
1 3
G4
21
2
UPPER TEMP CONTROL LOWER TEMP CONTROL
6
GREEN /
YELLOW GROUND
G
4
BLUE
YELLOW
PURPLE
4 5 2
ORANGE
38
TERMINAL
BLOCK #1
GREEN (GROUND)
4
2
1
YEL
BLACK
G
18 GA. BROWN
TO
REMOTE
POT
ORG
TO
REMOTE
POT
25 26
GROUND
SCREW
G1
SSR 3
30
I
31
35 18GA.
GRAY
E
SSR 2
23
18GA.
33 GRAY
TO TERMINAL
BLOCK #3
WHITE
R
10 GA. WHITE L2
10 GA. BLACK
K
N
M
24
BLACK
F
D
B
5
AMP
EN /
G R EL L O W
YE
CONVEYOR
SPEED POT
18 GA. BROWN
K2
D
TO
OVERLOAD
RELAY
4
2
3
1
CLOCKWISE ROTATION
WHEN LOOKING AT
BACK OF MOTOR
18 GA. GRAY
18 GA. GREEN / YELLOW - GROUND G2 GREEN / YELLOW - GROUND
CONTROL BOX
COOLING FAN
G3
ITEMS LOCATED IN BLOWER COMPARTMENT
BLACK
PURPLE
YELLOW or BLUE
COOLING FAN
A
8
TEMPERATURE
CONTROL POTS
( AIR PULLED INTO CONTROL BOX )
WHITE
P
RED 22 GA.
22 GA.
SPLIC ES 4X
J
FUSE
14 GA. HI-TEMP
C
A
PUR
ORANGE
REVERSING
SWITCH
BLACK
SPLIC ES
20 AMP
14 GA. HI-TEMP
14 GA. HI-TEMP
14 GA. HI-TEMP
F
14 GA. HI-TEMP
18 GA. BROWN
YELLOW or BLUE
WHT
K2
GRAY
PURPLE
+
G 14 GA. HI-TEMP
18 GA.
1
RED
BLACK
G
R EAR EXH AUST FANS
( AIR PUSHED OUT OF OVEN )
BLACK
BLACK L1 10 GA.
2
UPPER
COOL-DOWN RELAY
~
BLK
LOWER
ELEMENTS
I J2 F
C
H
Q
L2
WHITE
20
3
BROWN
F2 18 GA.
18 GA. BROWN
18 GA. BROWN
VACUUM SWITCHES
16
C
N.O.
18
GEARMOTOR
POWER
SUPPLY
43 BLUE
WHITE
14
18 GA. BROWN
BLACK
BLACK
18 GA BLU
15
17
20 AMP
20
AMP
FUSE
BL U E
WHITE L2 14 GA.
WHITE L2 14 GA.
WHITE L2 14 GA.
48
18 GA. BROWN
18 GA. BROWN
18 GA. BROWN
39
12
18 GA. BLUE
+
---+++
BLUE 18 GA.
13 18 GA. BLUE
46
37
14 GA.
14 GA.
14 GA.
14 GA.
TO
TERMINAL
BLOCK #2
35
GRAY
BROWN
ELEMENT CONTACTOR
A
24VDC
OUTPUT
RED
BROWN
WHITE
WHITE
WHITE
36
44
BLACK 22 GA. ( 2 PLCS )
BROWN 14 GA.
LOWER
-
I2
FUSE
41 39
RED 22 GA.
GRAY
18
38
9
17
K
COOL-DOWN
THERMOSTAT
K
AC
BL
33
GRAY
8
18 GA. BLACK
18 GA. WHITE
18 GA. BLUE
18 GA. BROWN
TO
TEMP
CONTROLS
32
40 H
42
D
UPPER
ELEMENTS
14 GA. HIGH
TEMP
18 GA. WHITE
BLACK 22 GA.
GRAY
H2
20 AMP
FUSE
L2
18 GA. BLACK
9
A
19 WHITE 18 GA.
L1
L1
GREEN 10 GA.
11 18 GA. WHITE
C
PROBE
8
10 18 GA. BLACK
UPPER
L2
OVERLOAD
RELAY
14 GA. HI-TEMP JUMPER
COOL-DOWN
THERMOSTAT
BROWN L1 10 GA.
WHITE 18 GA.
TERMINAL
BLOCK #4
( ON ) ( OFF )
BLACK 18 GA.
22 BLACK 18 GA.
PROBE
21 WHITE 18 GA.
CONTACTOR
31
42
TO
TERMINAL
BLOCK #2
BLOWER
MOTORS
BLACK F1 18 GA.
MAIN
SWITCH
l O
31 BLUE 18 GA.
18 GA. BROWN
BLACK L1 18 GA.
20
BLACK
( AIR PULLED INTO CONTROL BOX )
ITEMS LOCATED ON MAIN CONTROL BOX DOOR
G4
18 GA. GREEN / YELLOW ( MOTOR GROUND )
U4165Q
VH1828E Schematic
208, 220 or 240VAC, 50/60Hz, 3 Phase
JUNCTION
BLOCK
CAUTION: L1 & L2 INPUTS MUST BE 200-250 VOLT POTENTIAL.
L1
IF A "HIGH-VOLTAGE LEG" GREATER THAN 250 VOLTS
L2
L3
G
IS PRESENT, IT MUST CONNECT TO L3.
BLACK
WH I TE
RED
GREEN
G1
POWER
10
GA . GRE EN
G
/ YE LL OW ST RIPE
BLOCK
G2
ND
18
FUSE
12
MAIN SWITCH
10
8
L1
L2
L3
/ YE LL OW ST RIPE
FUSE 2
G
5 AMPS
7
5 AMPS
4
6
14
1
GA . GRE EN
5
9
19
38
MAIN SWITCH
11
13
WHITE
BROWN
COOLING FAN
BROWN
T/STATS.
CLOSE
40
SSR 1
A
ON TEMP
RISE.
Q
K
P
C
BLACK
B
42
R
C1
RIGHT
D
3000 WATTS EACH
C1
19
17
LEFT
SSR 2
TOP ELEMENTS
BLACK
BROWN
BLACK
REAR EXHAUST FANS
BLACK
20
24
BLACK
23
BLACK
WHITE
C
K
RELAY
UPPER
GREY
4 2
OVERLOAD
CONTACTOR
BLOWER
MOTOR
GREY
1~
CAP
CCW
TO TERMINAL
BLOCK
1
TO POWER
BLOCK
L2
L1
21
22
WHITE
BLACK
GRN
GREY
3 1
WHITE
2 4
BLACK
GREY
LOWER
BLOWER
MOTOR
44
C1
41
39
46
+
+
+
BLACK
RED
+
REVERSING
POWER SUPPLY
CCW
GREEN
GREY
37
GEARMOTOR
ORANGE
AND SPEED
1
2
YELLOW
3
POT
SWITCH
43
1 3
CAP
BLACK ( 2 )
GEARMOTOR
GEARMOTOR
WHITE
WHITE
OUTPUT
INPUT
RED
GREY
1~
19
GREEN
BLUE
26 25
BROWN
25
BLUE
G2
33
BLUE
GRY
TEMPERATURE
7
6
32
J
LOWER
TEMPERATURE
ADJUSTMENT
POTENTIOMETER
PURPLE
YELLOW
YELLOWorBLUE
ORANGE
RTDSENSOR
3
1
2
5
4
J
30
31
C
O
I
L
SSR1
C
O
I
L
SSR2
C
O
I
L
SSR3
AY
GR
BROWN
11
10
9
8
7
6
35
J
28 27 G3
GRAY
29
A
36
J
34
BROWN
2
5
4
A
11
10
9
8
BLUE
RTDSENSOR
3
1
GRN / YLW
POTENTIOMETER
PURPLE
YELLOW
YELLOWorBLUE
ORANGE
BLUE
ADJUSTMENT
GRAY
CONTROL
TEMPERATURE
G2
GREEN / YELLOW STRIPE
UPPER
UPPER
G
GREY
GREY
BRN
BROWN
GA . GRE EN
H
C1
18
N
GREEN
J
LEFT
BLUE
G
C1
WHITE
SSR 3
-
DOWN
M
RIGHT
3000 WATTS EACH
14 GA WHITE
BROWN
F
14 GA. WHITE
I
BOTTOM ELEMENTS
COOL
CLOSE ON BLOWER VACUUM
VACUUM SWITCHES.
10 GA. BROWN
B
L
A
50
/ YE LL OW STRIPE
RELAY
E
48
G4
10 GA. BLACK
14 GA WHITE
N.O.
BLUE
A
FAN
C
18
15
BOX
14 GA BROWN
16
IN CONTROL
J
BROWN
LOWER
COOLING
TEMPERATURE
FAN
IN CONTROL
CONTROL
BOX DOOR
40
U4167Q
VH1828E Wiring Diagram
208, 220 or 240VAC, 50/60Hz, 3 Phase
23 WHITE 18 GA.
24 BLACK 18 GA.
23
24
CONVEYOR
GEARMOTOR
LOWER
GREEN 22 GA.
YELLOW
22 GA.
50
ORANGE 22 GA.
ITEMS LOCATED IN ANGLED CONTROL BOX
G
L3
L2
L1
ITEMS LOCATED IN JUNCTION BOX
POWER
DISTRIBUTION
BLOCK
10 GA. GREEN
G
10 GA. RED
L3
10 GA. WHITE
L2
10 GA. BLACK
L1
G
SSR 1
G1
G2
WHITE
BLUE
18 GA. BLUE
29
6
30
L2
7
5
L2
WHITE L2 18 GA.
L1
ITEMS LOCATED IN CONTROL BOX ENCLOSURE
F2
5
AMP
18 GA. BLUE
TO
TERMINAL
BLOCK #4
BROWN L3 10 GA.
E (L3 )
L2
18 GA. BROWN
5
2
7
8
9 10 11
6
J
7
8
LOWER
BLOWER
MOTOR
9 10 11
BROW N
25
28
BLUE
27
29
32
36
G
J
26
34
WHITE 18 GA.
3
BLACK 18 GA.
22
TERMINAL
BLOCK #2
1 3
G4
21
2
UPPER TEMP CONTROL LOWER TEMP CONTROL
6
GREEN /
YELLOW GROUND
G
4
BLUE
YELLOW
PURPLE
4 5
1 3
TO
OVERLOAD
RELAY
4
2
3
1
CLOCKWISE ROTATION
WHEN LOOKING AT
BACK OF MOTOR
18 GA. GRAY
18 GA. GREEN / YELLOW - GROUND G2
E
4
BLACK L1 10 GA.
2
5
ORANGE
PUR
4 F1
4
UPPER
BLOWER
MOTOR
1
YEL
38
TERMINAL
BLOCK #1
GREEN (GROUND)
4
2
TO
REMOTE
POT
ORG
TO
REMOTE
POT
BLACK
G
18 GA. BROWN
34
BLUE
JUMPER
J
BROWN JUMPER
9
25 26
R
A(L1 )
SSR 3
30
I
31
35 18GA.
GRAY
E
SSR 2
23
18GA.
33 GRAY
TO TERMINAL
BLOCK #3
WHITE
GROUND
SCREW
L3
L2
L1
E
J
N
M
24
BLACK
F
D
B
5
AMP
EN /
G R EL L O W
YE
CONVEYOR
SPEED POT
18 GA. BROWN
K
D
GREEN / YELLOW - GROUND
CONTROL BOX
COOLING FAN
G3
ITEMS LOCATED IN BLOWER COMPARTMENT
BLACK
ORANGE
COOLING FAN
( AIR PULLED INTO CONTROL BOX )
A
K
18 GA. BROWN
PURPLE
YELLOW or BLUE
J
14 GA. HI-TEMP
C
A
8
TEMPERATURE
CONTROL POTS
SPLIC ES 4X
BLACK
GRAY
ORANGE
WHITE
P
RED 22 GA.
22 GA.
F
14 GA. HI-TEMP
18 GA.
YELLOW or BLUE
WHT
REVERSING
SWITCH
RED
BLACK
K
H
Q
L2
F2 18 GA.
PURPLE
+
BLK
1
UPPER
COOL-DOWN RELAY
~
2
BROWN
WHITE
20
3
VACUUM SWITCHES
16
18 GA. BROWN
GEARMOTOR
POWER
SUPPLY
43 BLUE
WHITE
14
C
N.O.
BLACK
BLACK
18 GA BLU
15
17
18 GA. BROWN 18
18 GA. BROWN
18 GA. BROWN
18 GA. BROWN
18 GA. BROWN
41
12
18 GA. BLUE
48
+
---+++
BLUE 18 GA.
13 18 GA. BLUE
46
C
BLACK
SPLIC ES
14 GA. HI-TEMP
14 GA. HI-TEMP
14 GA. HI-TEMP
BL U E
14 GA.
14 GA.
14 GA.
14 GA.
TO
TERMINAL
BLOCK #2
35
GRAY
37
BROWN
WHITE
WHITE
WHITE
A
24VDC
OUTPUT
RED
WHITE L2 14 GA.
WHITE L2 14 GA.
WHITE L2 14 GA.
LOWER
36
BLACK 22 GA. ( 2 PLCS )
BROWN
ELEMENT CONTACTOR
GRAY
-
44
G 14 GA. HI-TEMP
K
AC
BL
GRAY
41 39
BROWN 14 GA.
32
33
G
J
R EAR EXH AUST FANS
( AIR PUSHED OUT OF OVEN )
LOWER
ELEMENTS
F
I
K
COOL-DOWN
THERMOSTAT
38
9
17
18
RED 22 GA.
GRAY
8
18 GA. BLACK
18 GA. WHITE
18 GA. BLUE
18 GA. BROWN
18 GA. WHITE
TO
TEMP
CONTROLS
40
42
D
UPPER
ELEMENTS
14 GA. HIGH
TEMP
18 GA. BLACK
9
A
UPPER
L2
BLACK 22 GA.
11 18 GA. WHITE
H
PROBE
8
10 18 GA. BLACK
19 WHITE 18 GA.
L1
L1
GREEN 10 GA.
( ON ) ( OFF )
L2
OVERLOAD
RELAY
C
14 GA. HI-TEMP
TERMINAL
BLOCK #4
BLACK 18 GA.
WHITE 18 GA.
22 BLACK 18 GA.
14 GA. HI-TEMP JUMPER
COOL-DOWN
THERMOSTAT
PROBE
21 WHITE 18 GA.
CONTACTOR
31
42
TO
TERMINAL
BLOCK #2
BLOWER
MOTORS
BLACK F1 18 GA.
MAIN
SWITCH
l O
31 BLUE 18 GA.
18 GA. BROWN
BLACK L1 18 GA.
20
BLACK
( AIR PULLED INTO CONTROL BOX )
A
ITEMS LOCATED ON MAIN CONTROL BOX DOOR
G4
18 GA. GREEN / YELLOW ( MOTOR GROUND )
U4167Q
20. PARTS LISTS & EXPLODED VIEWS
Figure “B” Conveyor Assembly
Figure “A” External Covers
2
6
7
9
7
5
4
6
5
8
3
4
9
10
3
42
10
2
12
1
11
1
2
11
Item
1
2
3
4
5
6
7
8
9
10
11
Part Number
1620E
1828E
Description
S3255A
B6539K
Q1499A
B6535U
Q4043A
B6536U
Q4044A
B6538U
B6537U
B6584T
S3256A
Hanger Pin (For Item #2)
Adjustable Baffle
Lock Nut (For Item #1)
Outer Lower Cover, Right
1/4 Turn Fastener
Outer Upper Cover, Right
Retaining Ring (For Item #5)
Outer Upper Cover, Left
Outer Lower Cover, Left
Hinged Door Assy
Door Handle
S3255A
B6051K
Q1499A
B6037U
Q4043A
B6038U
Q4044A
B6038U
B6037U
B6260T
S3256A
Quan
4
2
4
1
8
1
8
1
1
1
2
Item
Part Number
1620E
1828E
Description
Quan
1
B6546T
B7227T
Complete conveyor assy with wire belt
1
2
S3268U
S3266U
Idler shaft assy (complete w/sprockets)
2
3
B6068U
B6068U
Bearing clip assy
6
4
S3254A
S3254A
Plastic bearing
6
5
Q4045A
Q4045A
Drive pin in drive shaft
1
6
S3269U
S3267U
Drive shaft assy (complete w/sprockets)
1
7
S3252A
S3253A
Complete wire belt assembly
1
8
S3258A
S3259A
Wire belt master link (not shown)
2
9
S3270A
S3270A
Drive sprocket (metal)
6
10
S3250A
S3250A
Idler sprocket (plastic)
12
11
B6569U
B6087U
Discharge Extension Tray
1
12
B6571U
B6089U
Infeed Extension Tray
1
Figure “D” Blower Assembly
Figure “C” Blower Motor Cover Assembly
1
3
4
3
5
4
5
2
2 1
Item
1
2
3
4
5
Part Number
1620E
1828E
B6565U
M1504A
M1532A
P6470A
S1392A
B6219U
M1504A
M1532A
P6470A
S1392A
Description
Quan
Rear Blower Motor Cover
Fan Guard
Large Axial Fan 220/240V
Fan Cord Assy
Rubber Bumper (Rear Exterior)
1
4
4
2
4
Item
43
1
2
3
4
5
6
Part Number
1620E
1828E
M1541U
M1542U
M1515A
S3260A
M1548A
M1511A
M1537U
M1511U
M1510A
S3260A
M1548A
M1511A
6
All Components Shown
Quan
Description
Complete Blower Assy, VH, 1 or 3 Ph
Complete Blower Assy, VHVA, 1 or 3 Ph
Main Blower Wheel
Minor Wheel (Heat Slinger)
Blower Motor, 1/4 HP, VH, 1 or 3 Ph
Blower Motor, 1/4 HP, VHVA, 1 or 3 Ph
1
1
1
2
2
2
Figure “F” Plenum “Finger” Assembly
Figure “E” VH Series Ovens Only
3
1
2
1
4
3
2
Item
Part Number
1620E
1828E
1
2
3
4
B6086U
P1150A
M1378A
M1379A
B6086U
P1150A
M1378A
M1379A
4
Description
Mount Bracket Assy
DN Rail
Contactor
Overload Relay
Quan
Item
1
1
1
1
1
2
3
4
Part Number
1620E
1828E
Description
B6529T
B6531K
B6532K
B6530U
Complete Plenum "Finger" Assy (Items 2, 3 & 4)
Outer "Perforated" Panel
Inner Perforated Panel
Main Body Panel
B6221T
B6225K
B6226K
B6222U
Quan
4
4
4
4
Figure “G” Main Power Control Box
Not Shown
Item
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
Part Number
1620E
1828E
B6562T
B6562U
B6564T
B6564U
S3262A
B6074U
S3263A
M1501A
P1175A
M1538A
P1064A
P1190A
M1307A
B6079K
P1170A
M1517A
M1525A
M1500A
M1235A
M1521A
M1524A
M1378A
U1061A
B6073U
M1529A
M1513A
N/A
N/A
N/A
N/A
P6486A
P6469A
P1172A
B6071T
B6071U
B6072T
B6072U
S3262A
B6074U
S3263A
M1501A
P1175A
M1538A
P1064A
P1190A
M1307A
B6079K
P1170A
M1517A
M1525A
M1500A
M1235A
M1521A
M1524A
M1378A
U1060A
B6073U
M1529A
M1513A
P1008A
P1007A
B6250K
B6251K
N/A
N/A
N/A
Description
Quan
Main Control Box Assy (Complete w/items 5-15 & 22)
Main Control Box Only (Bare)
Hinged Door Assy (Complete w/items 16-21 & 23)
Hinged Door Only (Bare)
Gearmotor Coupling
Gearmotor Adjustment Plate
Gearmotor Adapter Plate
Gearmotor - Belt Conveyor Drive
Power Distribution Terminal Block (1620 Uses 1, 1828 Uses 2)
Gearmotor Power Supply
Fuseholder w/Cap
Fuse SC-5 Amp
Gearmotor Reversing Switch
Reversing Switch Mounting Bracket
Terminal Block
Solid State Relay
Thermal Pad
Temperature Control
Cooling Fan
Heat Sink
Fan Guard
Contactor
Rating Plate
Air Speed Control Mount Bracket Assy (VHVA Only)
Air Blower Speed Control (208V Only) (VHVA Only)
Air Blower Speed Control (240V Only) (VHVA Only)
Fuse SC-20 Amp (1828 Single-phase Only)
Fuseholder w/Cap (1828 Single-phase Only)
Junction Box (1828 Only)
Cover, Junction Box (1828 Only)
Power Cord Assembly, Single-phase (Not Shown)
Power Cord Assembly, Three-phase (Not Shown)
Strain Relief
1
1
1
1
1
1
1
1
1 or 2
1
2
2
1
1
1
3
3
2
1
1
1
1
1
1
2
2
2
2
1
1
1
1
1
44
Figure “H” Electric Control Box
2
3
5
6
19
9
8
7
4
18
13
14
15
16
17
1
Item
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
Part Number
208 Volt 240 Volt
M1352A
P1171A
S1205A
M1519A
M1531A
M1505A
M1533A
P1170A
M1524A
M1235A
B6237T
B6237U
B6236U
U1370A
U1366A
U1369A
U1365A
N/A
N/A
M1352A
P1171A
S1205A
M1519A
M1531A
M1505A
M1535A
P1170A
M1524A
M1235A
B6237T
B6237U
B6236U
U1370A
U1366A
U1369A
U1365A
P1008A
P1007A
12
10
Description
11
Quan
VH
VHVA
Main Switch
Indicator Light (On for Heat Demand)
Knob
Potentiometer (Conveyor Belt Speed Adjust)
Potentiometer (Air Blower Speed Adjust)
Potentiometer (Air Temperature Control)
Relay
Terminal Block
Fan Guard
Cooling Fan
Electric Control Box (w/items 8, 9, 11, & 12)
Electric Control Box Only
Hinged Door Assy
Door Label (VH1620E)
Door Label (VH1828E)
Door Label (VHVA1620E)
Door Label (VHVA1828E)
Fuse SC-20A (1828 Single-phase Only)
Fuseholder w/Cap (1828 Single-phase Only)
45
1
2
3
1
0
2
1
1
2
1
1
1
1
1
1
0
0
2
2
1
2
5
1
2
2
1
1
2
1
1
1
1
0
0
1
1
2
2
Figure “I” Cool-Down Thermostat, Elements, Switch & Probe
4
3
2
3
4
2
1
Item
208V
Part Number
Model 1620E
220V 230V 240V 208V
Model 1828E
220V 230V
Description
Quan
240V
1
M1518A
M1518A
M1518A
M1518A
M1518A
M1518A
M1518A
M1518A
Temperature Sensor Probe
2
L1181A
L1189A
L1207A
L1183A
L1185A
L1191A
L1209A
L1187A
Heating Element, Left Hand
2
3
L1182A
L1190A
L1208A
L1184A
L1186A
L1192A
L1210A
L1188A
Heating Element, Right Hand
2
4
M1534A
M1534A
M1534A
M1534A
M1534A
M1534A
M1534A
M1534A
Cool-Down Thermostat
2
46
2
21.
BAKERS PRIDE LIMITED WARRANTY
30 Pine Street New Rochelle, New York 10801
914 / 576 - 0200 ♦ US & Canada: 1 - 800 - 431 - 2745 ♦ fax 914 / 576 - 0605
WHAT IS COVERED
This warranty covers defects in material and workmanship under normal use, and applies only to the original purchaser
providing that:
♦ The equipment has not been accidentally or intentionally damaged, altered or misused;
♦ The equipment is properly installed, adjusted, operated and maintained in accordance with National and local codes. and
in accordance with the installation instruction provided with the product;
♦ The serial number rating plate affixed to the equipment has not been defaced or removed.
WHO IS COVERED
This warranty is extended to the original purchaser and applies only to equipment purchased for use in the U.S.A.
COVERAGE PERIOD
Full size gas and electric deck ovens: Two (2) year limited parts and labor: Cyclone Convection Ovens: BCO Models: One (1)
Year limited parts and labor; GDCO Models: Two (2) Year limited parts and labor; CO II Models: Two (2) Year limited parts
and labor; (5) Year limited door warranty.
All Other Products: One (1) Year limited parts and labor.
Warranty period begins the date of dealer invoice to customer or ninety (90) days after shipment date from BAKERS PRIDE whichever comes first.
WARRANTY
COVERAGE
This warranty covers on-site labor, parts and reasonable travel time and travel expenses of the authorized service
representative up to (100) miles. round trip, and (2) hours travel time. The purchaser. however, shall be responsible for all
expenses related to travel, including time. mileage and shipping expenses on smaller counter models that may be carried into
a Factory Authorized Service Center, including the following models: PX-14. PX-16, PI8, and BK-I8.
EXCEPTIONS
All removable parts in BAKERS PRIDE Char-broilers, including but not limited to: Burners, Grates. Radiants, Stones and
Valves, are covered for a period of SIX MONTHS.
All Ceramic Baking Decks are covered for a period of THREE MONTHS. The installation of these replacement decks is the
responsibility of the purchaser.
The extended Cyclone door warranty years 3 through 5 is a parts only warranty and does not include labor, travel, milage or
any other charges.
EXCLUSIONS
♦ Failures caused by erratic voltages or gas supplies,
♦ Unauthorized repair by anyone other than a BAKERS PRIDE
Factory Authorized Service Center,
♦ Damage in shipment,
♦ Alteration, misuse or improper installation,
♦ Thermostats and safety valves with broken capillary tubes.
♦ Accessories - spatulas, forks. steak turners, grate lifters,
oven brushes, scrapers, peels. etc.,
♦ Freight - other than normal UPS charges,
♦ Ordinary wear and tear.
♦ Negligence or acts of God,
♦ Thermostat calibrations after (30) days from equipment
installation date,
♦ Air and Gas adjustments,
♦ Light bulbs,
♦ Glass doors and door adjustments.
♦ Fuses,
♦ Char-broiler work decks and cutting boards,
♦ Tightening of conveyor chains,
♦ Adjustments to burner flames and cleaning of pilot burners,
♦ Tightening of screws or fasteners.
INSTALLATION
Leveling and installation of decks. as well as proper installation and check out of all new equipment - per appropriate
installation and use materials - is the responsibility of the dealer or installer, not the manufacturer.
REPLACEMENT
PARTS
BAKERS PRIDE genuine Factory OEM parts receive a (90) day materials warranty effective from the date of installation by a
BAKERS PRIDE Factory Authorized Service Center.
This Warranty is in lieu of all other warranties, expressed or implied, and all other obligations or liabilities on the manufacturers part. BAKERS PRIDE
shall in no event be liable for any special, indirect or consequential damages, or in any event for damages in excess of the purchase price of the unit. The
repair or replacement of proven defective parts shall constitute a fulfillment of all obligations under the terms of this warranty.
Form #U4177A 1/07
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F.
BAKERS
PRIDE
BAKERS PRIDE OVEN CO., INC.
30 Pine Street
New Rochelle, NY 10801
(914) 576-0200 Phone
(914) 576-0605 Fax
(800) 431-2745 US & Canada
www.bakerspride.com Web Address
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