1. business and industrial
2. construction

Centurion Truck Scale
Includes Models:
Centurion–DT
Centurion-DT-CD
Centurion-AT
Centurion-AT-CD
Hybrid-DT
Hybrid-AT
Installation Manual
2014 Centurion Installation Manual
06/2014
Contents
Introduction
Page 3
Before Installation
Page 4
Choosing a Site
Page 5
Site Preparation / Foundation
Page 7
Unpacking
Page 8
Installation
Page 9
Locating Plate
Page 14
Module Assembly
Page 15
Conduit Installation
Page 18
Center Deck Panel and Clip Installation
Page 19
Lifting Modules into Place
Page 20
Connecting Modules
Page 23
Concrete Deck Scales Preparation
Page 28
Adjusting the Checking
Page 31
Replacing the Dummy Load Cell Stands
Page 32
Aligning the Load Cells
Page 34
Connecting the Grounding Cables
Page 36
Load Cell Cable Wiring
Page 38
Maintenance
Page 42
Spare Parts
Page 43
2
Introduction
This manual is meant as an installation guide for the B-TEK Centurion and Hybrid
series of motor truck scales. This includes the following models:
Centurion-DT (steel deck, digital cell)
Centurion-DT-CD (concrete deck, digital cell)
Centurion-AT (steel deck, analog cell)
Centurion-AT-CD (concrete deck, analog cell)
Hybrid-DT (steel deck, digital cell)
Hybrid-AT (steel deck, analog cell)
The Centurion series of flat top truck scales is available in standard lengths from 10’ to
120’, and varying widths from 10’ to 14’. Depending on how it was ordered, the
individual scale modules can arrive from the factory partially or fully assembled. This
manual attempts to cover all instances.
All models fall under the NTEP certificate of conformance number 03-096A3.
No physical or electrical changes / alterations may be made to the scale during
installation, which may void the warranty. This includes removal, addition or
modification of any steel or components, as well as electrical or program related items.
Check with the local Weights and Measurements authority prior to installation to verify
that the foundation meets all requirements, including those of the National Institute of
Standards and Technology (NIST) and specifically Handbook 44.
Prior to installation it is the customer’s responsibility to verify that the equipment meets
the requirements of the application. Do not begin installation if this is unknown. It is the
customer’s responsibility to ensure that the scale equipment is operated within the
manufacturer’s specifications.
Any repairs must be performed by B-TEK Scales authorized service technicians.
Failure to comply with this policy voids all implied and/or written warranties.
General safety warnings are as follows:






The scale is designed for vehicular traffic only, do not allow any pedestrian traffic
on the scale
Do not get out of your vehicle while on the scale
Keep all hands, feet and clothing away from moving parts
Do not exceed the specified load limit for the scale
Do not use the scale for any other purpose than weight measurement
Use caution when removing snow or other debris from scale deck or beneath the
scale modules
3
Before Installation
Prior to installation verify the following:

The scale design will meet the customer’s application correctly

The scale is located so that vehicles can enter and exit easily

There will be sufficient drainage of water from the scale area

The approaches on both ends are level and meet the requirements of NIST
Handbook 44, requiring that the first 10’ is on the same plane of the platform

Do not locate electrical components near any items with magnetic material.
Additionally, do not locate indicators in direct sunlight or in areas subject to extreme
temperature changes as this may affect the accuracy of the weighing.

You have a copy of the scale and foundation drawings specific to this installation on
site at the time of installation

You have a copy of this manual on site at the time of installation

The foundation concrete has had a full twenty-eight day period for proper curing

All installation and calibration adjustments required for the scale to perform to its
specified accuracy and operation are considered to be part of the standard scale
installation.

Installations that cannot be finished in one session must ensure that proper signage
and barriers are in place to prevent use of the scale until fully operational
4
Choosing a Site
The first step in installing the scale is to choose an appropriate site. Pertinent steps in
choosing the site are:
- Ensure that the site has adequate approaching / exiting distance to comply with state
and local Weights and Measures regulations. Scale length and scale elevation
(maximum fall per foot allowance) will impact the total area requirement.
The site selected must meet state and local requirements. The following is taken directly
from Handbook 44 (H-44) issued by the National Institute of Standards and Technology.
UR.2.6. Approaches
UR.2.6.1., Vehicle Scales - On the approach end or ends of a vehicle scale installed
in any one location for a period of six months or more, there shall be a straight
approach as follows:
(a) The width at least the width of the platform, and
(b) the length at least one-half the length of the platform but not required to be more
than 40 feet, and
(c) not less than 10 feet of any approach adjacent to the platform shall be constructed
of concrete or similar durable material to insure that this portion remains smooth
and level and in the same plane as the platform. However, rating of sufficient
strength to withstand all loads equal to the sectional capacity of the scale may be
installed in this portion. Any slope in the remaining portion of the approach shall
insure, 1) ease of vehicle access, 2) ease for testing purposes, and 3) drainage
away from the scale.
The scale drawings provided meet part (a) of this requirement. The site must be
located to meet parts (b) and (c).
The site should have adequate room for trucks to properly align with the platform before
pulling on. This is especially important if trucks must turn before driving onto the scale.
Trucks should remain on the scale for a period of time no longer than is necessary for
obtaining the vehicle weight. Drivers / passengers / pedestrians should not exit their vehicles
or use the scale platform as a walkway.
Some jurisdictions require that the scale platform be clearly visible from the location of the
scale instrument. Others will allow the use of closed circuit TV or even a voice intercom.
Obtain official approval before starting construction.
5
- Check all state and local Weights and Measures requirements before breaking
ground to ensure compliance with all regulations.
- Obtain all necessary permits for construction.
- Check all public utilities to ensure that your site is free of underground lines, pipes or
hoses.
- Have assurance that the soil at the site is capable of withstanding a minimum
pressure of 3,000 psf or as specified on the B-TEK, Inc. drawing / print.
- Make sure the site does not intersect existing drains or utilities.
- All surrounding areas must drain away from the scale site.
- Ensure that all overhead objects (i.e. power lines, lights) do not interfere with
unloading and setting the scale modules with a crane.
6
Site Preparation / Foundation
Check and review all blueprints prior to starting work. Steps to follow include:
- Use only the latest engineering drawing sent with the scale order.
- Using a transit, locate the stakes where the scale foundation will be
constructed.
- Excavate to the specified elevation on the drawing / print to comply with the desired
finished scale elevation.
- Construct forms and make sure they are square, plumb, and level.
- Foundation must be accurate to the blueprints within specified tolerances.
The foundation must comply with the blueprint to have an acceptable installation.
- Position cut-to-length rebar into the foundation forms as per illustrations noted on
the B-TEK Scales drawings. (Rebar conforming to ASTM 615 Grade 60 is
recommended.)
- Concrete of 4,000 psi compressive strength is required for the foundation, and piers,
if used.
- The base plates, which support the load cells, are designed to be anchored to the
foundation (or pier) by using expansion bolts placed in concrete after curing.
- B-TEK Scales recommends the use of 3/4” X 7” length expansion bolts, which
provide greater flexibility, to ensure proper positioning of the scale.
- All concrete work must meet standards set forth by the American Concrete Institute
Code.
- Allow the concrete foundation time to cure before erecting the scale. Insufficient
curing time of concrete may result in damage to the structural integrity of the scale
foundation.
7
Unpacking
Unload the shipping crate of scale components prior to unloading scale platform
modules from the truck to verify you have everything included on the packing list.
Open all boxes for individual equipment pieces and perform a physical inspection to be
certain all components are present and have not been damaged during shipping. Any
parts that are missing or damaged must be reported immediately to qualify for warranty
replacement. Digital photos that can be e-mailed are extremely helpful.
The components included in your Centurion or Hybrid truck scale “package” will
include: weighbridge modules, weighbridge connection fasteners, load cells and load
cell base plates, locating plates, shims, load cell cables, bumper checking assemblies,
conduit, and junction boxes with terminal boards. An indicator, printer, surge protection
equipment, and 50’ of home run cable is included with digital Centurion models.
Foundation drawings and an installation manual is included with all scales. Concrete
deck Centurions will include deck sheeting and rebar preinstalled at the factory.
Your Centurion truck scale “package” does not include foundation components such as
concrete, rebar, mesh, forms, deck coping, etc., freight charges, transportation and
permit fees, or material handing and crane fees.
8
Note that the foundation base plates will be a combination of basic plates and combination
plates that have the checking assemblies included as shown below.
BASIC BASE PLATE
COMBINATION BASE PLATE
with SIDE CHECKING (four per scale)
11
For each load cell in the scale, a load cell mount kit will be provided. It consists of the
following:









Lower receiver
Upper Receiver
1/8” thick ring plate
(2) 1/16” thick shim plates
Isolation disc
Debris foam ring
(2) grounding straps
(1) bag containing anti-rotation pin
(1) bag of plate hardware
Note that scale height dimension shown on the supplied drawings include the 1/8” ring
plate and both 1/16” shim plates in the overall stack height. Should additional height
need to be made up, an additional 1/8” shim, part #100-61071, is included for each
load cell location.
DEBRIS FOAM
RING
LOWER RECEIVER
UPPER RECEIVER
ISOLATION RING
GROUNDING
STRAPS
RING PLATE
PLATE
HARDWARE
SHIM PLATES
ANTI-ROTATION
PIN
Load Cell Mount Kit
12
It is recommended to layout all foundation base plates prior to permanently anchoring
to the foundation.
Set the foundation plates in place. Do not secure the plates to the foundation at this
time.
Ensure that the foundation base plates are all level with each other. Shim plates for
use on the top of the foundation base plates are included.
Shim plates are 1/8” in thickness and are meant to make up minor differences in
height. The acceptable height tolerance between all base plates is +/- 1/8”. Verify with
a laser level or transit
If the amount of the difference in height between the base plates cannot be made up
with the use of the shim plates alone, use non-shrinking grout under the base plate to
bring them uniform in height and/or level with the other base plates.
13
Locating Plate
Secure the load cell locating plates to the foundation base plates using the included
hex head bolts (2) M12 X 40mm and (1) M8 X 40mm, lock nuts and flat washers.
Starting with the first 4-cell module locating plates, place a dummy load cell assembly
into the base ring of each locating plate.
locating plate with dummy cell
dummy
cell
locating plate
multi-platform style base plate with dummy cell
14
Module Assembly (if required)
The individual weighbridge modules may have been specified to be shipped to the
installation site already assembled. If not, they must be bolted together prior to being
placed into / onto the foundation. In addition, if not pre-assembled at the factory the
conduit will have to be placed in the module prior to installation.
Concrete deck scales will have the outside module concrete sheeting and rebar
installed at the factory. Scales being bolted together on site will need the center
module sheeting and rebar installed.
side module concrete sheeting and rebar
center module concrete sheeting and rebar
15
Module Assembly (continued)
The left and right halves of weighbridge modules will be bolted together through their
respective connection plates. Be sure that the modules being bolted together are
matching pairs and have the same type of load cell support ends.
First insert (2) 1/2”-13 X 2-1/2” long bolts into the smaller holes to help in aligning the
connection plates. The hex nuts can be added and can be hand tightened at this point.
Insert the 7/8”-9 X 3” connection bolt, lock washer and hex nut into each of the larger
holes on the connection plates. Concrete deck Centurions will use (8) large bolts per
connection plate, while the steel deck versions will use (10).
Hand tighten all bolts until all have been inserted, at which time tightened all to a
minimum of 175 ft. lbs.
16
steel deck connection plates
top view of concrete deck connection plates
17
Conduit Installation
If not ordered as pre-assembled at the factory, the conduit for cable runs must be
installed in the weighbridge. The lengths of conduit will be bundled together with your
“scale package” and can be inserted thru the lifting lugs located on the inside of either
of the module halves. The conduit can be run thru the inside lugs of either module, but
is not needed on both sides.
INTERIOR
LIFTING LUG
CONDUIT
Module half with conduit run thru inside lifting lugs
The “bell portion” of the poly conduit can be pushed snuggly into the thru hole of the
module’s end plate to secure it in place.
18
Center Deck Panel and Clip Installation
Steel deck Centurions, 11’ and wide utilizes center deck panels between the left and
right connected halves. These cover plates are secured by use of a deck panel clip
(#100-60084) and cap screw (#HW-B-1/2-13X1.5SHCS) which are tightened against a
panel tube inside the scale module.
The clip must be oriented as shown below during install. It will rotate 90º clockwise
when tightened and rides up on the panel tube, and will secure against beam inside of
the scale module.
CLIP & BOLT
INSERT CLIP
AND
THREAD INTO
BOLT
COUNTERBORED
HOLE IN PLATE
CLIP WILL
TURN
CLOCKWISE
PANEL
TUBE
CLIP WILL
STOP
AT 90º
19
Lifting Modules into Place
Note: If the scale is a concrete deck version, refer to the following sections for shoring
and crowning instructions prior to lifting the modules into place.
The first module to be placed onto the foundation is a 4-cell module which should be
placed directly after the end wall. The four dummy mount assemblies should already
be in place on the base plates located on the chalk line centers on the foundation.
Secure the 4-way chains from the crane to four lifting lugs that are welded to the sides
of the weighbridge module.
lifting lug
20
Prior to installing the weighbridge module onto the dummy load cell stands ensure that
safety supports such as wood blocking is placed under the weighbridge module being
lifted.
Lift the 4-cell module over the four dummy cell stand assemblies and slowly lower the
module so that the button on top of each dummy stand is inserted into the thru hole
located in the module’s load cell nest. Hydraulic jacks can be also be used to help
position the modules onto the dummy stands.
Verify that all four dummy stands are inserted concentrically in the load cell nest thru
holes with no binding and that the bridge rests flat on top of the dummy cell pin.
DUMMY CELL BUTTON
LOAD CELL NEST
DUMMY CELL BUTTON
LOAD CELL NEST
21
CORRECT
WRONG
LOAD CELL / DUMMY STAND ALIGNMENT
Take a measurement from the outside edge to the end wall on both sides of the
module end plate to ensure that the module is parallel with the end wall. The
measurements should be within 1/8” of each other. If they are not, lift and adjust the
module to achieve squareness.
END WALL APPROACH
TAKE MEASUREMENT
ON BOTH SIDES
OF MODULE
The end modules are shipped from the factory with the end bumpers and 3/8” thick
backing plates installed. If additional bumper thickness is needed, additional 1/4” and
1/8” bumper shims are shipped loose and can be installed behind the poly block
bumpers.
Final adjustments to the bumpers can be made once all of the modules have been
installed and connected to one another. 22
Connecting Modules
With the first 4-cell module in place you can now lift the next adjoining module into
place and attach using the load cell nest brackets. This will be a 2-cell module which
consists of upper connection brackets on one end, and load cell connector brackets on
the other.
The connection shelf end will mate with the existing 4-cell module previously installed.
The opposite end with load cell nests will rest on a pair of dummy load cell stand
assemblies.
Prior to lifting into place, ensure that you have inserted the 7/8”-9 X 3” long adjustment
bolts, flat washers and jam nuts into the mating load cell nests. Two bolts, four SAE flat
washers, and four jam nuts are required per load cell nest.
23
Lower the module into place so that the connection shelves rest on top of the 4-cell
module’s load cell nests. Lower the opposite end of the module so that the button on
top of each stand is inserted into the thru hole located in the module’s load cell nest.
LOAD CELL NEST
UPPER CONNECTION
SHELF
CONNECTION
BOLT
LOAD CELL NEST
LOWER CONNECTION
BRACKET
Once the 2-cell module is resting on the dummy load cell stands and the 4-cell module
you can insert the 7/8”-9 X 5” bolts and flat washer thru the connection shelf and into the
top thru holes of the 4-cell module’s load cell nest. Once thru, insert flat washer, lock
washer and hand tighten the hex nut, leaving the bolt still loose in the connecting
modules at this point.
24
Adjust the 7/8” X 3” bolts that run lengthwise with the scale so that the distance
between the end module plates is 9-3/4”. This measurement should be taken on both
side of the modules to ensure that the cover plates will fit between the modules properly.
As a reference, you need approximately 10-3/4” to 10-7/8” opening between the
modules’ deck plates in order for the cover plate to fit correctly. Always verify the
correct fitment of cover plates before permanently lagging the scale to foundation.
Side View of Steel Deck Module Connection
*Top View of Module Connection
* Concrete deck scales may have slightly
larger cover plate gap than this
Adjust the 7/8” X 3” bolts that run the width of the scale so that the edges of the
connecting modules are aligned.
Once the modules have been aligned correctly with each other, tighten the two 7/8” X 5”
bolts to secure the two modules. Torque to a minimum 175 ft lbs.
25
Each subsequent 2-cell module, if used, will be installed identical to the module in the
previous section, with the load cell nest upper connection bracket mating with the load
cell nest lower connection bracket of the adjacent module, with the opposite end of the
module resting on dummy load cell stands.
Connecting modules will be marked “A-A”, “B-B”, “C-C”, etc. on the module end plates
for however many modules are used in the complete scale.
Once all of the modules have been connected and bolted together verify all
dimensions and clearances with the scale and foundation. If needed, make any
adjustments while the cover plates are still removed.
Although cover plates will not be installed until later in the installation, check the
fitment of the cover plates throughout the installation process. Note that the bolt
hole locations of the cover plates are not symmetrical. If the thru holes do not
line up with the weighbridge hole locations, rotate the cover plate 180º.
26
Typical installation order of individual Centurion modules
1) 4-cell module starting at end wall location
2) 2-cell modules rest on load cell nest of first module and two cells opposite end
3) Additional 2-cell modules installed identical to the second module
27
Concrete Deck Scales Preparation
Shoring Instructions
A B-TEK Centurion concrete deck weighbridge module requires proper shoring prior to
pouring the deck. This will help support the bottom deck pan until the concrete
hardens. Approximately 24,000 lbs. of concrete will be poured into a typical 24’ x 11’ B
-TEK Centurion weighbridge module. If you have questions about the shoring
procedure, please call B-TEK scales at 800-266-8900.

The standard B-TEK Centurion concrete deck scale has approximately 6” of
clearance from the bottom of the main structural beams to the top of the foundation
floor. Shoring / blocking under the module is required prior to pouring the concrete.

Check for exact clearance dimension on the job specific drawing supplied with the
scale. Clearance dimension will be different for scales built to fit existing
foundations.

A minimum 12’ long 6” x 6” wood timber is recommended. One wood timber is
required for each scale module. Additional blocking can be used for scales with
larger clearances.

The wood timber will be placed in the center of the module length directly under the
C-CHANNEL shoring braces.
SHORING BRACES
28

Shims (metal or wood) will be required to achieve proper elevation of the wood
timber. Additional shims can be used in the center of the module to create a
positive crown. Refer to the following section in the manual regarding crowning the
scale module.

Shims are required in the middle of the scale width and under each outside main
beam of the weighbridge.

The wood timber and shims should be set at the proper elevation prior to setting
the scale module on “dummy” load cell pins.

Insure that the wood timbers are snug against the bottom of the scale weighbridge
prior to pouring the concrete deck.

Ensure the weighbridge deck is properly cured prior to removing the wood timbers.
Timbers can be removed when load cells are installed in place of “dummy” cell
pins.
TOP VIEW OF
SCALE MODULE
SHORING BRACES
SIDE VIEW OF
SCALE MODULE
WOODEN SUPPORT
AND SHIMS UNDER
CENTER SHORING BRACE
29
Crowning Instructions
Once the modules are in place and supported on dummy load cell stands or load cell
stands, you must verify that there is a positive crown in the modules. This is to ensure
proper rain and snow runoff. The same shoring timbers used for the bottom pan
support can be used for crowning the module. A laser transit or a string line can be
used to verify that a positive crown exists.
To use a string line, run a section of string from end to end of the module to ensure
that the center of the module is even or slightly higher than either end of the module. If
it is not, shims can be placed between the shoring timber and bottom of the module to
raise it slightly. The module can be lifted using bottle jacks. Be sure that blocking or the
shoring timber is in place to prevent the module from falling.
The width of the scale module must have a positive crown in the center as well. Stretch
a string across the width of the module to the outside edge of the beams. Again, the
center must be even or slightly higher than the outside edges. If it is not, additional
shims must be added between the shoring timber and center of the module. For 11’
wide and larger modules these would be placed under the two inner most beams. On
10’ wide modules this would be under the center connection plates.
The use of a pencil-type vibrator is required to ensure that the concrete is completely
under and encasing the 6” beams. This is what will give the modules their strength at
mid-span. Straight edge the cement by sections as shown below. Do not use a straight
edge that spans the entire width of the module.
= BLOCKING / SHIMMING LOCATIONS
CONCRETE
SECTION 2
CONCRETE
SECTION 1
30
CONCRETE
SECTION 2
10' WIDE MODULES
CONCRETE
SECTION 1
CONCRETE
SECTION 3
11' AND WIDER MODULES
Adjusting the Checking
Once assembled, verify that the scale is centered in the foundation. If it is not, make
the appropriate adjustments. With the modules bolted together, adjust the end bumper
checking and the side checking stands. The poly bumpers on the end wall, and the bolt
heads on the side checking stands should be approximately 1/16”-1/8” away from the
end wall and scale structure respectively.
31
Replacing the Dummy Load Cell Stands
Once the end and side checking has been adjusted the dummy load cell stands will
need to be removed and replaced with the actual load cells. It is imperative that the
checking has been adjusted to minimize the lateral movement of the weighbridges
when replacing the stands.
Prior to lifting a module / weighbridge place safety blocking under one of the main
weighbridge structural beams with approximately 1/2” gap between the block and
bottom of the beam. This will stop the module from falling to the foundation in the case
of a stand or load cell falling over.
Starting with a load cell dummy stand in the 4-cell module, use a hydraulic jack to lift
the weighbridge in a location close to the stand being removed. Place the jack under
the outermost beam for the lifting location.
Note that on concrete deck scales that have already been poured, it is recommended
to use two hydraulic jacks placed on opposite sides of the module to lift the module in
a level position. Lifting the module unevenly, mid-section or between load cell locations
will cause cracks in the concrete.
Wood safety blocking under weighbridge modules
32
Once the dummy load cell stand has been removed, replace with the load cell
Assembly per the diagram below:
Start by placing the ceramic isolation disc into the circular ring which is part of the
locating plate. The load cell bottom cup is then placed inside the isolation disc, with the
anti-rotation pin insert into the cup’s blind hole.
Using the supplied tube of grease, spread a moderate amount of grease on the top
button of the load cell bottom cup.
Slide the foam ring over the top of the load cell bottom cup, aligning with the antirotation pin that is protruding.
Place the load cell onto the assembly, taking care that the notch in the bottom of the
load cell aligns with the anti-rotation pin. The cable connector on the load cell should
face the center of the scale towards the conduit.
Using the supplied tube of grease, spread a moderate amount of grease on the top
button of the load cell where it fits into the recess of the load cell top cup.
Slowly release the jack to lower the module, with the load cell top cup’s button seating
in the thru hole of the module’s load cell nest.
33
Checking the Alignment of Load Cells
Once the load cell assembly has been installed it must be checked for correct
alignment. Using the B-TEK load cell surface level, supplied to authorized dealers,
attach to the lower diameter of the load cell using the integral magnet. The magnet can
be adjusted in and out by turning the set screw.
With the level attached to the load cell, verify that the load cell is aligned both
horizontally and vertically by ensuring that the air bubble is visible between marked
lines.
If the load cell is out of level, adjustments can be made by realigning the foundation
base plate.
Repeat the check with the level to verify that the load cell is aligned correctly.
Continue to readjust the locating plate as needed.
B-TEK Load Cell Surface Level
34
Once the entire scale has had the load cell assemblies installed and aligned correctly,
readjust all bumper checking assemblies to within 1/16” - 1/8”.
At this time drill and install all of the anchors for the base plates. Anchors are suggested to be 3/4” X 7” long wedge anchors. A 3/4” X 36” long drill bit can be used for
the holes.
Load cell assembly
LOAD CELL
LEVEL
35
Connect the Grounding Cables
Connect the grounding cables from each load cell to the threaded cable stand-off on
the weighbridge. Additionally, connect a grounding cable from the M8 bolt/nut on the
locating plate to the same stand-off on the weighbridge.
Adjacent weighbridges require an additional grounding wire from the threaded standoff on the weighbridge which is run to a stand-off on the next weighbridge in line.
STAND-OFF
36
STAND-OFF
Weighbridge Stand-Off to Stand-Off Grounding Wires
Load Cell and Locating Plate Grounding Wires to Weighbridge Stand-Offs
37
Load Cell Cable Wiring
At this point all of the load cell cables can be pulled through the installed conduit. As
an option and at an additional cost, digital load cell cables can be requested to be prewired at the factory when ordering the scale.
Depending on your particular type of Centurion, find the correct wiring diagram on the
following pages. Additionally, a wiring diagram was included with your “scale package”
along with the foundation drawing.
It is important that all cables be installed so that they do not touch the ground and are
internal to the scale. Round cable hangers are attached to each module to enable you
to use zip ties to secure excess cable, by being bundled and attached to the hangers.
CABLE
HANGERS
ZIP TIE ALL
LOOSE CABLES
38
BUSS BAR
Your digital Centurion “scale package” will include all load cell cables, junction box(es),
grounding cables, ground rod, 50’ of homerun cable, indicator, printer with printer cable, and surge protection device.
Your analog Centurion and hybrid Centurion “scale package” will include all load cell
cables, junction box(es), grounding cables, ground rod, and surge protection device. It
does not include homerun cable, indicator or printer.
Be sure that the cables are not run or bundled so tight that they cause the scale modules to bind resulting in weight variations. After being run, connect all load cell
cables to the load cells.
Note: Do not cut the load cell cables—this will void the warranty.
39
40
BUSS BAR DETAIL
485 +A
SHIELD
PIN 1
GND
485 -A
SHIELD
RED
BLACK
GRAY
PINK
CONNECT CELL 1
WIRE TO INDICATOR
GND
GND
+VDC
SHIELD
RED
BLACK
GRAY
PINK
GREEN
WHITE
SHIELD
RED
485 +A
485 -A
485 -R
485 -A
485 +A
PINK
GRAY
SHIELD
RED
BLACK
WIRE TO INDICATOR
CONNECT CELL 1
DIGITAL JUNCTION BOX
WIRING DIAGRAM
GRAY
PINK
GREEN
WHITE
SHIELD
RED
BLACK
GRAY
PINK
GREEN
WHITE
TERM. ACROSS
PINS 1 & 2
SHIELD
RED
BLACK
CELL 5
SHLD
+VDC
GND
485 +R
485 -R
485 +A
485 -A
WHITE
GREEN
SHLD
SHIELD
GND
+VDC
485 +R
GRAY
485 -R
GREEN
RED
BLACK
PINK
WHITE
TERMINATOR
CELL 3
SHLD
+VDC
GND
485 +R
485 -R
485 +A
485 -A
SHLD
+VDC
GND
485 +R
CONNECT CELL 3
CELL 1
SHLD
PINK
SHIELD
GND
GRAY
PINK
GREEN
WHITE
BLACK
485 -R
485 +A
485 -A
SHIELD
RED
BLACK
GRAY
PINK
GREEN
WHITE
SHIELD
RED
BLACK
GRAY
PINK
GREEN
WHITE
CELL 7
SHLD
+VDC
GND
485 +R
485 -R
485 +A
485 -A
SHLD
+VDC
GND
485 +R
NO CONNECTION
INPUT
SHLD
485 -A
485 +A
485 -R
485 +R
GREEN
GRAY
RED
BLACK
WHITE
SHLD
SHIELD
CONNECT CELL 2
+VDC
GND
+VDC
PINK
CELL 8
SHIELD
RED
BLACK
GRAY
PINK
GREEN
WHITE
TERM. ACROSS
PINS 1 & 2
SHIELD
RED
CELL 6
NO CONNECTION
+VDC
485 +A
GRAY
CELL 4
SHIELD
GRAY
PINK
GREEN
WHITE
BLACK
CELL 7
+VDC
SHLD
RED
GND
PINK
485 +R
485 +A
GREEN
GRAY
485 -A
485 -R
WHITE
BLACK
SHLD
SHIELD
GND
+VDC
RED
BLACK
485 -A
485 +A
485 -R
485 +R
PINK
GREEN
GRAY
WHITE
NO CONNECTION
485 +A
485 -A
485 -R
GREEN
485 +R
WHITE
RED
BLACK
CELL 2
CONNECT CELL 4
485 -A
NO CONNECTION
PIN 1
SHLD
GND
+VDC
+VDC
GND
485 +A
485 -A
PIN 1
SHIELD
RED
CELL 5
SHIELD
GND
+VDC
SHLD
RED
485 +R
485 +A
PINK
GRAY
485 -A
485 -R
WHITE
GREEN
BLACK
SHLD
SHIELD
GND
+VDC
RED
BLACK
485 -A
485 +A
485 -R
GREEN
485 +R
WHITE
PINK
GRAY
DIGITAL JUNCTION BOX
WIRING DIAGRAM
12' & 24' SCALE
J-BOX WIRING
OUT/ADAPTER
CONNECT CELL 3
CELL 3
SHLD
+VDC
GND
485 +R
485 -R
485 +A
WHITE
GREEN
SHLD
SHIELD
SHIELD
CELL 8
+VDC
SHLD
RED
BLACK
GRAY
PINK
GREEN
WHITE
SHIELD
RED
CELL 6
GND
GRAY
PINK
GREEN
CELL 7
485 +R
GRAY
TERMINATOR
CELL 1
+VDC
SHLD
PINK
SHIELD
GRAY
485 +R
485 +A
GREEN
BLACK
RED
485 -A
485 -R
WHITE
SHIELD
GND
+VDC
RED
BLACK
485 +A
CELL 4
485 -A
485 -R
485 +R
PINK
WHITE
GREEN
GRAY
485 +A
GREEN
485 -R
485 -A
WHITE
BLACK
PINK
SHLD
SHIELD
WHITE
BLACK
CELL 5
+VDC
SHLD
RED
SHIELD
GND
CONNECT CELL 5
INPUT
SHLD
GND
+VDC
+VDC
GND
SHLD
PINK
CONNECT CELL 2
485 -A
GND
+VDC
GRAY
GREEN
BLACK
CELL 2
485 -A
485 +A
485 -R
485 +R
WHITE
RED
CONNECT CELL 4
485 +A
NO CONNECTION
PIN 1
SHLD
GND
+VDC
+VDC
GND
485 +A
485 -A
485 +A
DIGITAL JUNCTION BOX
WIRING DIAGRAM
36' & 48' SCALE
J-BOX WIRING
OUT/ADAPTER
485 -A
485 +R
GRAY
485 -R
GREEN
PINK
WHITE
BLACK
CELL 3
+VDC
SHLD
RED
GND
CONNECT CELL 6
TO INDICATOR
485 -A
485 +R
GRAY
485 -R
GREEN
PINK
WHITE
BLACK
GND
+VDC
RED
GRAY
BLACK
485 -R
GREEN
PINK
CELL 8
485 -A
485 +A
485 +R
WHITE
NO CONNECTION
(2) SMALL
WIRE POINTS
FOR
WIRE TO INDICATOR
CELL 1
+VDC
SHLD
PINK
CONNECT CELL 1
INPUT
SHIELD
GND
CONNECT CELL 3
LARGE WIRE
POINT FOR
485 +A
SHLD
SHIELD
CONNECT CELL 5
TO INDICATOR
GND
SHLD
485 -A
485 -R
GRAY
485 +R
WHITE
GREEN
RED
BLACK
SHLD
SHIELD
GND
BLACK
+VDC
GRAY
RED
GREEN
PINK
CELL 6
485 -A
485 +A
485 -R
485 +R
WHITE
CONNECT CELL 7
12' & 24' SCALE - 4 CELLS
36' & 48' SCALE - 6 CELLS
GND
+VDC
CONNECT CELL 2
+VDC
SHLD
SHIELD
GND
+VDC
RED
BLACK
CONNECT CELL 4
485 -A
GND
+VDC
GRAY
PINK
GRAY
CONNECT CELL 6
485 +A
TERMINATOR
PIN 1
SHLD
GND
+VDC
GREEN
PINK
CELL 4
485 -A
485 +A
485 -R
485 +R
WHITE
CELL 2
485 -A
485 +A
485 -R
485 +R
GREEN
RED
TERM. ACROSS
PINS 1 & 2
WHITE
BLACK
CONNECT CELL 8
BRIDGE TO BRIDGE
GROUNDING WIRE DETAIL
TO INDICATOR
PIN 1
WIRE TO INDICATOR
GND
CONNECT CELL 1
+VDC
CONNECT CELL 3
SHIELD
RED
GRAY
SHIELD
RED
BLACK
CELL 5
SHLD
+VDC
GND
485 +R
DIGITAL JUNCTION BOX 1
WIRING DIAGRAM
CELL 3
SHLD
GRAY
BLACK
CONNECT CELL 5
485 -A
SHIELD
+VDC
GND
485 +R
SHIELD
RED
BLACK
GRAY
PINK
CELL 7
SHLD
+VDC
GND
485 +R
485 -R
TO INPUT J-BOX 2
485 +A
GRAY
RED
BLACK
PINK
BLACK
SHIELD
SHIELD
RED
BLACK
GRAY
PINK
485 +A
485 -A
SHIELD
WHITE
SHIELD
RED
BLACK
GRAY
PINK
E E
AL AL LE LE LE LE ALE LE LE LE
SC SC CA CA CA CA C CA CA CA
0' 8' ' S ' S ' S ' S ' S ' S ' S ' S
12 10 96 84 72 60 48 36 24 12
8 8 6 6 4 4 2 2 - L
2 2 2 2 1 1 1 1 1 1
K
1 1 1 1 1 1 1 1 1 1
J
1 1 1 1 1 1 1 1 1 1
H
G
1 1 1 1 1 1 1 1 1 1
F
2 2 2 2 1 1 1 1 1 1
E
1 1 1 1 - - - - - 1 1 1 1 1 1 1 1 1 1
D
- - - - 2 2 - - - C
8 8 6 6 4 4 4 4 2 2
B
4 4 4 4 2 2 2 2 2 2
A
ITEM
QUANTITY
GROUND CABLE
INCLUDED IN
LOAD CELL KIT
GRAY
SHIELD
RED
GND
SHIELD
PINK
GRAY
RED
BLACK
GREEN
WHITE
SHIELD
RED
BLACK
GRAY
PINK
GREEN
WHITE
SHIELD
RED
BLACK
SHIELD
485 -R
485 -A
GRAY
PINK
485 -R
SHIELD
RED
BLACK
GRAY
PINK
GREEN
WHITE
TERM. ACROSS
PINS 1 & 2
SHIELD
RED
GRAY
SHIELD
SHLD
PINK
RED
+VDC
GND
GREEN
BLACK
485 +R
WHITE
485 -R
485 +A
CELL 7
SHLD
+VDC
GND
485 +R
GRAY
PINK
GREEN
WHITE
BLACK
485 -A
SHIELD
RED
BLACK
485 +A
WHITE
GREEN
SHIELD
CELL 5
SHLD
+VDC
GND
485 +R
+VDC
SHLD
RED
GND
BLACK
#4 GROUND WIRE FROM BRIDGE TO BRIDGE - 1'
#6 GROUND WIRE FROM F TO J-BOX - 5'
#6 GROUND WIRE FROM F TO INDICATOR - 50'
2/0 GAUGE GROUND ROD WIRE - 9'
GROUND ROD - 8' x 5/8"
BUSS BAR
J-BOX INTERCONNECT WIRE - 75'
HOMERUN WIRE FROM J-BOX TO INDICATOR - 50'
LOAD CELL CABLE - 18m (59')
LOAD CELL CABLE - 12m (39.4')
LOAD CELL CABLE - 5m (16.4')
DESCRIPTION
NO MANUAL REVISIONS
ELECTRONIC DWG. FILE
D
DO NOT SCALE
DRAWING
DIGITAL CENTURION
SCALE WIRING DIAGRAM
1) IF INDICATOR IS LONGER THAN 50' AWAY, CUSTOMER TO SUPPLY
ADDITIONAL #6 WIRE FOR ITEM J TO COMPLETE THE RUN.
2) ALL SIGNAL WIRES SHOULD BE RUN IN CONDUIT.
3) ITEM K ONLY HAS AN EYELET AT ONE END.
4) USE TY-WRAPS WHERE NECESSARY TO BUNDLE EXCESS CABLE.
NOTES:
TO BASE PLATE
485 -A
GRAY
PINK
RED
BLACK
485 +A
WHITE
GREEN
+VDC
SHLD
RED
SHIELD
GND
BLACK
CELL 3
SHLD
+VDC
GND
485 +R
485 -R
485 +A
485 -A
SHLD
+VDC
GND
DIGITAL JUNCTION BOX 2
WIRING DIAGRAM
CELL 1
SHLD
+VDC
GND
485 +R
485 -R
485 +A
485 -A
+VDC
SHLD
PINK
SHIELD
INPUT
SHLD
WHITE
BLACK
GRAY
PINK
GND
+VDC
+VDC
SHIELD
RED
GREEN
CELL 7
SHLD
+VDC
GND
485 +R
485 -R
485 +A
485 -A
GREEN
PINK
PIN 1
485 -A
485 +A
WHITE
BLACK
GND
SHLD
GND
CELL 8
485 -A
485 +A
485 -R
485 +R
PINK
GRAY
WHITE
GREEN
CELL 6
485 +A
485 -R
485 -A
485 +R
GREEN
PINK
GRAY
WHITE
CELL 4
485 +A
485 -A
485 -R
485 +R
DIGITAL ROCKER COLUMN
LOAD CELL
DIGITAL JUNCTION BOX 2
WIRING DIAGRAM
TO WEIGHBRIDGE
3/8" STUD WITH
LOCK WASHER & NUT
SHIELD
RED
BLACK
GRAY
PINK
GREEN
WHITE
TERM. ACROSS
PINS 1 & 2
SHLD
SHIELD
GND
+VDC
RED
BLACK
CELL 5
SHLD
+VDC
GND
485 +R
485 -R
485 +A
SHLD
RED
GREEN
GND
+VDC
BLACK
485 +A
CELL 8
485 -A
485 -R
485 +R
GREEN
PINK
GRAY
WHITE
CELL 6
485 -A
485 -R
PINK
485 +R
GREEN
GRAY
WHITE
CELL 3
SHLD
+VDC
GND
485 +R
485 -R
485 +A
485 -A
WHITE
GREEN
SHLD
SHIELD
CELL 1
SHLD
GND
+VDC
GRAY
PINK
485 +R
485 -R
GREEN
RED
485 -A
485 +A
WHITE
INPUT
SHLD
GND
+VDC
+VDC
GND
FROM CELL 7 J-BOX 1
CELL 1
SHLD
+VDC
GND
485 +R
485 -R
485 +A
485 -A
CONNECT CELL 7
OUT/ADAPTER
SHIELD
PINK
GRAY
RED
PINK
GREEN
WHITE
SHLD
SHIELD
GND
+VDC
RED
BLACK
485 +A
SHIELD
RED
BLACK
GRAY
PINK
GREEN
WHITE
CELL 7
SHLD
CELL 4
485 -A
485 -R
PINK
485 +R
GREEN
GRAY
WHITE
CONNECT CELL 9
INPUT
SHLD
GND
485 -R
485 +A
485 -A
GREEN
WHITE
SHLD
SHIELD
GND
+VDC
GRAY
PINK
GND
+VDC
TERMINATOR
60' & 72' SCALE
J-BOX WIRING
+VDC
+VDC
PINK
485 +A
485 -A
GREEN
WHITE
GND
RED
PIN 1
+VDC
BLACK
485 -R
RED
485 -R
485 +R
NO CONNECTION
60' & 72' SCALE - 8 CELLS
TO INDICATOR
485 -R
CONNECT CELL 2
BLACK
CONNECT CELL 4
485 +A
485 -A
WHITE
CONNECT CELL 6
GREEN
SHLD
SHIELD
NO CONNECTION
485 +A
485 -A
SHLD
SHIELD
GND
+VDC
RED
BLACK
485 +A
GREEN
BLACK
CELL 2
485 -A
485 +R
WHITE
CONNECT CELL 8
GREEN
SHLD
SHIELD
GND
+VDC
RED
BLACK
GND
485 +A
+VDC
485 -A
PIN 1
OUT/ADAPTER
GRAY
GREEN
PINK
WHITE
SHIELD
RED
CELL 5
SHLD
GRAY
485 +A
485 -A
WHITE
GREEN
PINK
BLACK
NO CONNECTION
GND
NO CONNECTION
WHITE
SHIELD
GND
+VDC
RED
BLACK
485 +A
CELL 8
485 -A
485 -R
PINK
485 +R
GREEN
GRAY
WHITE
GND
+VDC
NO CONNECTION
485 +A
SHLD
PINK
485 +A
CELL 6
485 -A
485 -R
485 +R
WHITE
GRAY
GREEN
PINK
485 -R
485 +R
CONNECT CELL 10
485 -A
GND
+VDC
GRAY
GREEN
GRAY
CELL 4
485 -A
485 +A
485 -R
485 +R
WHITE
PINK
SHIELD
CELL 3
SHLD
RED
485 +A
485 -A
GRAY
PINK
GREEN
WHITE
BLACK
DIGITAL JUNCTION BOX 1
WIRING DIAGRAM
NO CONNECTION
PIN 1
SHLD
GND
+VDC
RED
CELL 2
485 -A
485 +A
485 -R
485 +R
GREEN
BLACK
WIRE TO INDICATOR
WHITE
CONNECT CELL 1
PIN 1
GND
+VDC
CONNECT CELL 3
GND
SHIELD
485 -R
485 +R
CONNECT CELL 5
CELL 1
SHLD
RED
485 +A
485 -A
GRAY
PINK
GREEN
WHITE
BLACK
TO INPUT J-BOX 2
+VDC
GND
+VDC
RED
SHIELD
GRAY
CONNECT CELL 7
485 +A
485 +A
485 -A
485 -R
485 +R
SHIELD
FROM CELL 7 J-BOX 1
485 -A
SHIELD
PINK
GRAY
+VDC
SHLD
RED
+VDC
GRAY
PINK
GREEN
WHITE
CONNECT CELL 9
OUT/ADAPTER
WHITE
GREEN
RED
BLACK
+VDC
SHLD
RED
SHIELD
BLACK
485 +A
CELL 2
485 -A
485 -R
485 +R
GREEN
RED
WHITE
BLACK
CONNECT CELL 11
INPUT
SHLD
NO CONNECTION
PIN 1
CONNECT CELL 2
GND
CONNECT CELL 4
GND
SHIELD
CONNECT CELL 6
+VDC
+VDC
SHLD
RED
GND
BLACK
NO CONNECTION
+VDC
SHIELD
GND
BLACK
+VDC
GND
485 +A
485 -A
PIN 1
OUT/ADAPTER
CONNECT CELL 8
485 -A
+VDC
SHLD
PINK
GND
BLACK
GRAY
PINK
GREEN
WHITE
CELL 8
485 -A
485 +A
485 -R
485 +R
WHITE
PINK
GRAY
GREEN
CELL 6
485 -A
485 +A
485 -R
485 +R
GREEN
PINK
GRAY
WHITE
CELL 4
485 -A
485 +A
485 -R
485 +R
PINK
GREEN
GRAY
WHITE
NO CONNECTION
485 +A
GND
GRAY
GREEN
RED
CELL 2
485 -A
485 +A
485 -R
485 +R
WHITE
BLACK
CONNECT CELL 12
84' & 96' SCALE
J-BOX WIRING
TO INDICATOR
SHLD
GND
+VDC
+VDC
GND
485 +A
485 -A
PIN 1
OUT/ADAPTER
108' & 120' SCALE
J-BOX WIRING
CONNECT CELL 10
TERMINATOR
84' & 96' SCALE - 10 CELLS
108' & 120' SCALE - 12 CELLS
NUMBERS INDICATE LOAD CELLS
AND RELATIVE PLATFORM LOCATIONS
NO CONNECTION
41
12' & 24' SCALE - 4 CELLS
36' & 48' SCALE - 6 CELLS
60' & 72' SCALE - 8 CELLS
84' & 96' SCALE - 10 CELLS
108' & 120' SCALE - 12 CELLS
NUMBERS INDICATE LOAD CELLS
AND RELATIVE PLATFORM LOCATIONS
BUSS BAR DETAIL
(2) SMALL
WIRE POINTS
FOR
LARGE WIRE
POINT FOR
12' & 24' SCALE
J-BOX WIRING
BRIDGE TO BRIDGE
GROUNDING WIRE DETAIL
36' & 48' SCALE
J-BOX WIRING
60' & 72' SCALE
J-BOX WIRING
84' & 96' SCALE
J-BOX WIRING
GROUND CABLE
INCLUDED IN
LOAD CELL KIT
TO BASE PLATE
ANALOG ROCKER COLUMN
LOAD CELL
-EXC BLACK & GRAY
+EXC GREEN & PINK
SHLD YELLOW
-SIG RED
+SIG WHITE
#4 J-BOX GROUND WIRE - PIT INSTALL ONLY - 2'
#4 GROUND WIRE FROM BRIDGE TO BRIDGE - 1'
#6 GROUND WIRE FROM D TO INDICATOR - 50'
2/0 GAUGE GROUND ROD WIRE - 9'
GROUND ROD - 8' x 5/8"
BUSS BAR
J-BOX INTERCONNECT WIRE - 50'
HOMERUN WIRE FROM J-BOX TO INDICATOR - 50'
LOAD CELL CABLE - 18m (59')
DESCRIPTION
NO MANUAL REVISIONS
ELECTRONIC DWG. FILE
D
DO NOT SCALE
DRAWING
ANALOG CENTURION
SCALE WIRING DIAGRAM
1) IF INDICATOR IS LONGER THAN 50' AWAY, CUSTOMER TO SUPPLY
ADDITIONAL #6 WIRE FOR ITEM J TO COMPLETE THE RUN.
2) ALL SIGNAL WIRES SHOULD BE RUN IN CONDUIT.
3) USE TY-WRAPS WHERE NECESSARY TO BUNDLE EXCESS CABLE.
4) J-BOXES FOR PIT INSTALLS WILL BE LOCATED UNDER COVER PLATES.
NOTES:
TO WEIGHBRIDGE
3/8" STUD WITH
LOCK WASHER & NUT
E E
AL AL LE LE LE LE LE LE LE LE
SC SC CA CA CA CA CA CA CA CA
0' 8' ' S ' S ' S ' S ' S ' S ' S ' S
12 10 96 84 72 60 48 36 24 12
3 3 3 3 2 2 2 2 1 1
8 8 6 6 4 4 2 2 - H
1 1 1 1 1 1 1 1 1 1
G
1 1 1 1 1 1 1 1 1 1
F
E
1 1 1 1 1 1 1 1 1 1
D
1 1 1 1 1 1 1 1 1 1
2 2 2 2 1 1 1 1 - C
1 1 1 1 1 1 1 1 1 1
B
12 12 10 10 8 8 6 6 4 4
A
QUANTITY
ITEM
108' & 120' SCALE
J-BOX WIRING
Maintenance
1. Be sure that the scale platform is always free of accumulations underneath such as
ice, dirt / mud and debris.
2. Inspect the load cell cables for damage.
3. The load cell bearing cups should be inspected, cleaned and greased periodically.
4. Inspect and adjust all bolted connections. Use anti-seize material on all threads.
42
Spare Parts
Scale
Part Number
Item
Location
HW-B-7/8-9X3
7/8”-9 X 3” L hex bolt
Connection of module halves
HW-N-7/8-9H
7/8”-9 hex nut
Connection of module halves
7/8” lock washer
Connection for module halves
1/2”-13 X 2-1/2” L hex bolt
Connection of module halves
HW-N-1/2-13H
1/2”-13 hex nut
Connection of module halves
HW-W-1/2L
1/2” lock washer
Connection of module halves
HW-B-7/8-9X5
7/8”-9 X 5” L hex bolt
Connection of load cell nest
HW-N-7/8-9H
7/8”-9 hex nut
Connection of load cell nest
HW-W-7/8F
7/8” SAE flat washer
Connection of load cell nest bolt
HW-W-7/8L
7/8” lock washer
Connection of load cell nest
7/8”-9 X 3” L hex bolt
Adjustment bolt in load cell nest
HW-N-7/8-9J
7/8”-9 hex jam nut
Adjustment bolt in load cell nest
HW-W-7/8F
7/8” SAE flat washer
Adjustment bolt in load cell nest
HW-W-7/8L
7/8” lock washer
Adjustment bolt in load cell nest
1/2”-13 X 1-1/2” L hex bolt
Cover plate bolt (stainless steel)
HW-W-1/2F
1/2” flat washer
Cover plate washer (stainless steel)
HW-W-7/8F
7/8” flat washer
Cover plate washer (stainless steel)
100-60083
1-1/4” dia. weld nut
Cover plate special weld nut
100-60084
Center deck panel clip
Retaining panel kit for steel decks
1/2”-13 X 1-1/2”L SHCS
Socket head cap screw—panel bolt
200-61687
Bumper checking assembly
End modules—checking
100-61586
Poly checking block only
End modules—checking
100-62506
Spacer block
End modules—checking
100-62003
1/8” shim plate
End modules—checking
100-62002
1/4” shim plate
End modules—checking
3/4”-10 X 6-1/2” L hex bolt
End modules—checking
HW-N-3/4-10H
3/4”-10 hex nut
End modules—checking
HW-W-3/4F
3/4” flat washer
End modules—checking
HW-W-3/4L
3/4” lock washer
End modules—checking
100-60129
Buss bar
Module end
HW-W-7/8L
HW-B-1/2-13X2.5
HW-B-7/8-9X3
HW-B-1/2-13X1.5
HW-B-1/2-13X1.5SHCS
HW-B-3/4-10X6.5
43
Spare Parts
Load Cells
Part Number
Item
Location
899-100026
Load cell level (leveling tool)
For checking alignment of load cells
899-500000
75K CPD-M digital load cell
Load cell mount assembly
899-500002
100K CPD-M digital load cell
Load cell mount assembly
899-500004
75K CPR-M analog load cell
Load cell mount assembly
899-500003
100K CPR-M analog load cell
Load cell mount assembly
899-100004
16’ load cell cable
Load cell mount assembly
899-100003
40’ load cell cable
Load cell mount assembly
899-100002
60’ load cell cable
Load cell mount assembly
899-500010
75K load cell mounting parts kit
Complete kit of parts (less cell)
899-100036
100K load cell mounting parts kit
Complete kit of parts (less cell)
899-100020
75K Upper receiver cup
Load cell mount assembly
899-100042
100K Upper receiver cup
Load cell mount assembly
899-100021
75K/100K foam debris ring
Load cell mount assembly
899-100025
M6 X 30 anti-rotation pin
Load cell mount assembly
899-100022
75K Lower receiver mount
Load cell mount assembly
899-100043
100K Lower receiver mount
Load cell mount assembly
899-100023
75K Isolation disc
Load cell mount assembly
899-100039
100K Isolation disc
Load cell mount assembly
100-61071
Shim plate, galvanized, 1/8” thick
Load cell mount assembly
899-100017
CPD-M digital load cell simulator box
For calibrating scale
400-200048
Load cell locating plate
Load cell mount assembly
n/a
M12-1.75 X 40mm L hex bolt
Load cell mount assembly
n/a
M12-1.75 hex nut
Load cell mount assembly
n/a
M12 flat washer
Load cell mount assembly
n/a
M8-1.25 X 40mm L hex bolt
Load cell mount assembly
n/a
M8-1.25 hex nut
Load cell mount assembly
n/a
M8 flat washer
Load cell mount assembly
44
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Contact Information
1510 Metric Avenue SW
Canton, OH 44706
Tel.: 800-266-8900
or
330-471-8900
M-F 7:00 AM—5:00 PM
Fax: 330-471-8909
E-mail: [email protected]
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