Cardinal CenterPoint DB-SP User manual

3500-0418-0M Rev A • DB-SP Load Cell Kits
1
DB-SP
Load Cell Kits
Technical Manual

3500-0418-0M Rev A • DB-SP Load Cell Kits
2

3500-0418-0M Rev A • DB-SP Load Cell Kits
I
TABLE OF CONTENTS
INTRODUCTION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1
SPECIFICATIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2
Load Cell Capacities . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
.
2
Stand Dimensions – DB-20000SP(S) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
. .
3
Stand Dimensions – DB-30000SP(S), DB-50000SP(S), DB-
75000SP(S) . . . . . . . .
4
System Capacities . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5
GENERAL INSTALLATION GUIDELINES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
.
6
INSTALLATION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7
LOAD CELL WIRING . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8
DB-SP Wiring Color Code . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
. . . . . . . . . . .
8
JUNCTION BOX WIRING . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9
Load Cell Wiring Color Code . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
. .
9
TRANSIENT SUPPRESSION BOX WIRING . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
.
10
LOAD CELL REPLACEMENT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
.
11
PARTS IDENTIFICATION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
.
13
Mild Steel and Stainless Steel Stand for DB-20000 Load Cells . . . . . . . . . . . . . . . . 13
Mild Steel and Stainless Steel Stand
for DB-30000, DB-50000, and DB-75000 Load Cells . . . . . . . . . . . . . . . . . . . . . . .
.
15
Serial Number_______________________
Date of Purchase ____________________
Purchased From_____________________
___________________________________
___________________________________
RETAIN THIS INFORMATION FOR FUTURE USE
PRECAUTIONS
Before using this product, read this manual
and pay special attention to all
"NOTIFICATION" symbols:
DANGER!
WARNING!
CAUTION!

3500-0418-0M Rev A • DB-SP Load Cell Kits
II
Copyright
All rights reserved. Reproduction or use, without expressed written permission, of editorial or
pictorial content, in any manner, is prohibited. No patent liability is assumed with respect to the
use of the information contained herein.
Disclaimer
While every precaution has been taken in the preparation of this manual, the Seller assumes
no responsibility for errors or omissions. Neither is any liability assumed for damages
resulting from use of the information contained herein. All instructions and diagrams have
been checked for accuracy and ease of application; however, success and safety in working
with tools depend largely upon the individual accuracy, skill, and caution. For this reason, the
Seller is not able to guarantee the result of any procedure contained herein. Nor can they
assume responsibility for any damage to property or injury to persons occasioned from the
procedures. Persons engaging the procedures do so entirely at their own risk.
FCC Compliance Statement
This equipment generates uses, can radiate radio frequency, and if not installed and used in
accordance with the instruction manual, may cause interference to radio communications. It
has been designed within the limits for a Class A computing device pursuant to Subpart J of
Part 15 of FCC rules to provide reasonable protection against such interference when
operated in a commercial environment. Operation of this equipment in a residential area may
cause interference in which case the user will be responsible to take whatever measures
necessary to correct the interference.
You may find the booklet “How to Identify and Resolve Radio TV Interference Problems”
prepared by the Federal Communications Commission helpful. It is available from the U.S.
Government Printing Office, Washington, D.C. 20402. Request stock No. 001-000-00315-4.

3500-0418-0M Rev A • DB-SP Load Cell Kits
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INTRODUCTION
Cardinal Scale’s DB-SP CenterPoint load cell heavy-capacity mounting kits utilize the time-
tested and reliably proven model DB double-ended stainless steel load cells that feature a
center load design. The stands are available in either stainless steel or mild steel powder-
painted industrial tan and they bolt directly to the floor and tank. The DB-SP’s environmentally
sealed load cells are NTEP, OIML, and VCAP certified for quality and accuracy. The DB-SP
CenterPoint load cell kits are perfect for mixing, blending, batching, inventory control, and
general weighing. Combine them with one of Cardinal’s state-of-the-art 200 series weight
indicators for a complete digital weighing system.
The DB-SP CenterPoint series feature stainless steel, environmentally sealed, center-load,
pin-mount, double-ended shear beam load cells, with standard system capacities that range
from 60,000 to 300,000 lbs (27,000 to 136,000 kg).
This manual should be studied thoroughly before attempting to install the load cell kit and must
be used in conjunction with certified drawings of the particular scale being installed.
In case of conflict, the certified drawings will govern.
Safety should always be the prime consideration during all phases of the installation. Failure to
comply with the instructions in this manual will void all warranty implied or stated.
All systems need to be safety-checked or chained to prevent failure. A qualified engineer
should be consulted that has determined that the vessel to be used is structurally sound and
capable of being supported by three or four points when filled to capacity.

3500-0418-0M Rev A • DB-SP Load Cell Kits
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SPECIFICATIONS
Specification
Description
Load Cell Model: DB series
Load Cell Type: Stainless steel, center-load, double-ended shear beam load
cells
Load Cell Protection Class:
IP68
Load Cell Capacities:
20,000 lb (9,070 kg) up to 75,000 lb (34,000 kg)
Load Cell Cable: 30 ft / 9 m
Stand Type:
Bolt-in-place design with leveling screws
Stand Construction:
Stainless steel or powder-painted mild steel
Junction Box Type: Stainless steel 4-cell trim box
Junction Box Cable Length
to Indicator: 30 ft / 9 m with 9-pin D connector
Included: Each kit consists of three or four stand assemblies, load cells,
load cell stands, stainless steel NEMA 4 junction box, and load
cell cable.
System Capacities: Standard Capacities range from 60,000 lb (27,000 kg) up to
300,000 lb (136,000 kg)
Indicators: A wide selection of digital weight indicators are also available
from Cardinal Scale
Weighing Applications: Tanks, hoppers, silos, and bins. New installations or existing
conversions
Load Cell Certifications:
NTEP, OIML, and VCAP
Load Cell Capacities
MODEL CONSTRUCTION CAPACITY SHIPPING
WEIGHT
DB-20000SP Stainless Steel 20,000 lb / 9,070 kg 18 lb / 8.2 kg
DB-30000SP Stainless Steel 30,000 lb / 13,605 kg 18 lb / 8.2 kg
DB-50000SP Stainless Steel 50,000 lb / 22,700 kg 18 lb / 8.2 kg
DB-75000SP Stainless Steel 75,000 lb / 34,000 kg 18 lb / 8.2 kg

3500-0418-0M Rev A • DB-SP Load Cell Kits
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SPECIFICATIONS, CONT.
Stand Dimensions – DB-20000SP(S)

3500-0418-0M Rev A • DB-SP Load Cell Kits
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SPECIFICATIONS, CONT.
Stand Dimensions – DB-30000SP(S), DB-50000SP(S), DB-75000SP(S)

3500-0418-0M Rev A • DB-SP Load Cell Kits
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SPECIFICATIONS, CONT.
System Capacities
3 Load Cell Systems | Mild Steel Stands
MODEL LOAD CELL
CONSTRUCTION
LOAD CELL
CAPACITY
SYSTEM
CAPACITY
SHIPPING
WEIGHT
DB-20000SP-3 Stainless Steel 20,000 lb / 9,070 kg 60,000 lb / 27,215 kg 94 lb
DB-30000SP-3 Stainless Steel 30,000 lb / 13,605 kg 90,000 lb / 40,825 kg 343 lb
DB-50000SP-3 Stainless Steel 50,000 lb / 22,700 kg 150,000 lb / 68,040 kg 343 lb
DB-75000SP-3 Stainless Steel 75,000 lb / 34,000 kg 225,000 lb / 100,000 kg 343 lb
3 Load Cell Systems | Stainless Steel Stands
MODEL LOAD CELL
CONSTRUCTION
LOAD CELL
CAPACITY
SYSTEM
CAPACITY
SHIPPING
WEIGHT
DB-20000SPS-3 Stainless Steel 20,000 lb / 9,070 kg 60,000 lb / 27,215 kg 94 lb
DB-30000SPS-3 Stainless Steel 30,000 lb / 13,605 kg 90,000 lb / 40,825 kg 343 lb
DB-50000SPS-3 Stainless Steel 50,000 lb / 22,700 kg 150,000 lb / 68,040 kg 343 lb
DB-75000SPS-3 Stainless Steel 75,000 lb / 34,000 kg 225,000 lb / 100,000 kg 343 lb
4 Load Cell Systems | Mild Steel Stands
MODEL LOAD CELL
CONSTRUCTION
LOAD CELL
CAPACITY
SYSTEM
CAPACITY
SHIPPING
WEIGHT
DB-20000SP-4 Stainless Steel 20,000 lb / 9,070 kg 80,000 lb / 36,280 kg 124 lb
DB-30000SP-4 Stainless Steel 30,000 lb / 13,605 kg 120,000 lb / 54,420 kg 456 lb
DB-50000SP-4 Stainless Steel 50,000 lb / 22,700 kg 200,000 lb / 90,800 kg 456 lb
DB-75000SP-4 Stainless Steel 75,000 lb / 34,000 kg 300,000 lb / 136,000 kg 456 lb
4 Load Cell Systems | Stainless Steel Stands
MODEL LOAD CELL
CONSTRUCTION
LOAD CELL
CAPACITY
SYSTEM
CAPACITY
SHIPPING
WEIGHT
DB-20000SPS-4 Stainless Steel 20,000 lb / 9,070 kg 80,000 lb / 36,280 kg 124 lb
DB-30000SPS-4 Stainless Steel 30,000 lb / 13,605 kg 120,000 lb / 54,420 kg 456 lb
DB-50000SPS-4 Stainless Steel 50,000 lb / 22,700 kg 200,000 lb / 90,800 kg 456 lb
DB-75000SPS-4 Stainless Steel 75,000 lb / 34,000 kg 300,000 lb / 136,000 kg 456 lb

3500-0418-0M Rev A • DB-SP Load Cell Kits
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GENERAL INSTALLATION GUIDELINES
1. The mounting surface for the base plate and top plate must clear of debris and rough spots
and be level within ± 0.5 degrees to minimize side loads and extraneous forces. If the
mounting surfaces are not level, the base plate has four leveling screws that can be
adjusted up or down as necessary to level the module. Because deflections in legs and
supporting structures may cause additional side forces that greatly affect accuracy, check if
level and plumb again when the container is fully loaded. Cross-bracing of legs or other
support structures may need reinforcement to correct this. Deflections of the module’s top
or base plate due to loading should not exceed ± 0.5 degrees.
2. Mounting systems use three or four mounts. The load on each mounting assembly should
vary by no more than 20 percent. Add shims where necessary to achieve correct load
distribution.
3. During installation, dummy load cells can be used to prevent overload damage.
NOTE: If the actual load cells are used during the installation, extreme care must
be taken to prevent overload damage. A tank or hopper weighing several tons
can exert huge forces when dropped only a fraction of an inch.
4. All piping or conduit should be horizontal and flexible. If flexible piping is not used, make
sure the distance from the tank to the first pipe support is 20-30 times the pipe diameter. In
smaller, lower-capacity tanks and hoppers, isolating resultant forces becomes extremely
critical. When possible, flexible conduit piping should be used close to the tank instead of
the rigid variety.
5. Load cells should not be installed in the modules until all welding is completed. If possible,
use a dummy load cell when welding to maintain the finished height. If welding is
unavoidable after load cell installation, ground in such a manner as to prevent welding
current from passing through the load cell. Ground the welder as closely as possible to the
point of welding.

3500-0418-0M Rev A • DB-SP Load Cell Kits
7
INSTALLATION
The type of installation, the structure of the tank supports, and the strength of the mounting
surface govern the method of locating, attaching and installing the load cell assembly.
Carefully consider three areas that commonly cause accuracy problems:
•Are the supporting legs adequately braced so they will not spread when the system is
fully loaded?
•Does the supporting structure have the necessary strength to prevent flexing when the
system is fully loaded?
•Is there attached equipment such as skirting, venting, or piping that is likely to cause
binding or lack of flexibility?
1. Determine where to position the load cell assembly, as well as in which direction it should
be orientated.
2. Make necessary preparations for the mounting surfaces.
3. Lift and block the vessel to the same height as the load cell assembly.
4. Lift one corner or side of the vessel enough to slide the load cell assembly into place.
5. If the load cell assembly is being fitted under the leg of the vessel, verify that the leg’s
centerline passes through the center of the top plate (through the center of the load cell’s
load hole).
6. Attach the top plate by bolting. Do not fully tighten because shimming may be necessary
to level.
7. Repeat steps 4, 5, and 6 for the remaining load cell assemblies. The vessel should now
be supported on the load cell assemblies alone.
8. If necessary, move the vessel to its final position. Verify that there is no initial
misalignment between the base plate and top plate by lifting the vessel slightly at each
support point in turn. This will also indicate if the load is evenly distributed on all load cell
assemblies. If the load is not evenly distributed, adjust the four leveling screws up or down
as necessary to evenly distribute the load on the load cell assemblies.
9. Verify that the base plate is no more than ±0.5 degrees out of level. If necessary, adjust
the four leveling screws up or down to level the base plate, then attach the base plate to
the foundation using anchor bolts for concrete, or by bolting or welding to a steel
structure.
10.Check that the top plates are no more than ±0.5 degrees out of level. Install shims
between the leg of the vessel and the top plate if necessary and fully tighten the bolts.
11.The load distribution can be more accurately checked by connecting each load cell to the
junction box and indicator and measuring the output with a voltmeter. To verify wiring,
check the load cell and junction box wiring section of this manual. The variation in the load
among the cells should be no more than 20%. Repeat steps 8, 9, and 10 if necessary.

3500-0418-0M Rev A • DB-SP Load Cell Kits
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LOAD CELL WIRING
NOTE: Cardinal Scale Mfg. Co. recommends that the customer install protective conduit/cover
for the load cell cables whenever the condition is present that can result in damage or abrasion
to the load cell cables.
1. Route the load cell cables so they will not be damaged or cut. The cable should not be
routed near heat sources. Do not shorten any load cell cable. The load cell is temperature
compensated with the supplied length of cable. Cutting the cable will affect temperature
compensation. Coil excess cable and protect it so it will not be damaged or sit in water.
2. Provide a dip loop in all cables so that water or other liquids will not run directly down the
cables onto either the load cells or the junction box. Attach the load cell cable to the
structure, not the tank.
3. If conduit protection is necessary against mechanical or rodent damage to the load cell
cables, use flexible conduit and conduit adapters at the load cells.
4. Connect cables to the summing board in the junction box according to the illustration
shown on the next page and the labels on the terminal strips of the junction box. To verify
the wiring, refer to the documentation shipped with each load cell.
DB-SP Wiring Color Code
FUNCTION
WIRE COLOR
+EXCITATION RED
−EXCITATION BLACK
+SIGNAL
GREEN
−
SIGNAL
WHITE
SHIELD YELLOW

3500-0418-0M Rev A • DB-SP Load Cell Kits
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JUNCTION BOX WIRING
Load Cell Wiring Color Code
FUNCTION CARDINAL
COLOR CODE
WEST COAT
COLOR CODE
+EXCITATION GREEN RED
−EXCITATION BLACK BLACK
+SIGNAL
RED
GREEN
−SIGNAL WHITE WHITE
NOTE:For 2 to 4 load cell trimming, connect 2, 3, or 4 load cells to the trim board as shown.
There are no jumpers that need to be set or additional terminations to be made.

3500-0418-0M Rev A • DB-SP Load Cell Kits
10
TRANSIENT SUPPRESSION BOX WIRING

3500-0418-0M Rev A • DB-SP Load Cell Kits
11
LOAD CELL REPLACEMENT
The following procedure describes changing the load cell in a DB-SP CenterPoint, mild steel
powder painted, or stainless steel low-profile load cell stand.
DANGER! TO PREVENT TIPPING OF THE VESSEL, SUPPORT THE VESSEL
WITH BLOCKS OR OTHER SUPPORTS TO ENSURE THE STABILITY OF THE
VESSEL, BEFORE LIFTING IT OFF THE LOAD CELL STAND.
1. To start, turn off or unplug the indicator and then disconnect the load cell from the junction
box. Refer to the JUNCTION BOX WIRING section of this manual for wiring information.
2. Next, using a jack at the load cell to be replaced, lift the vessel to remove the load off the
load cell stand, and high enough to place blocks or other supports under the vessel to
ensure its stability while replacing the load cell.
NOTE: If the vessel is empty, a chain or cable slings can be used to lift the vessel
to remove the load off the load cell stand, and high enough to place blocks or other
supports under the vessel to ensure its stability while replacing the load cell.
5
2
4
2
8
7
1
3
4
6

3500-0418-0M Rev A • DB-SP Load Cell Kits
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LOAD CELL REPLACEMENT, CONT.
3. With the load off the load cell stand and load cell, remove the two load cell mounting pins
[2]. This is accomplished by removing the cotter hairpins [4] (one on each end of the load
cell) from the load cell mounting pins [2]. NOTE: This only needs to be done on one side of
the load cell stand.
4. Next, on the opposite side of the load cell stand, on one end of the load cell [5], grasp the
cotter hairpin [4] in the load cell mounting pin [2] and remove the mounting pin [2] from the
bottom plate [1] mounting posts and load cell [5]. Repeat this for the mounting pin [2] on the
other end of the load cell [5].
5. The next step is to remove the cotter pin [3] securing the load pin [8] in the top plate [6].
Using pliers, squeeze the ends of the cotter pin [3] together, and then pull it out of the top
plate [6].
6. Now, insert a screwdriver into the top small hole on the opposite side of the top plate [6],
and push the screwdriver in until the load pin [8] starts to slide out of the top plate [6].
Grasp the load pin [8] and remove it from the top plate [6].
7. Now remove the load cell [5] from the load cell stand. Grasp the end of the load cell [5] with
the cable and slide it out of the bottom plate [1] mounting posts and top plate [6].
8. To install the new load cell [5], slide the end of the load cell [5] without the cable through
the bottom plate [1] mounting posts on one side of the load cell stand, through the top plate
[6], and finally through the bottom plate [1] mounting posts on the other side of the load cell
stand. NOTE: When installing the load cell [5], the two holes in the load cell [5] should be
positioned down toward the bottom plate [1].
9. With the load cell [5] positioned in the load cell stand, align the holes in one end of the load
cell [5] with the holes in the bottom plate [1] mounting posts. When aligned, insert a
mounting pin [2], and push it through the bottom plate [1] mounting post, and load cell {5]
until it is out of the other bottom plate [1] mounting post.
10.Next, install a cotter hairpin [4] to secure the mounting pin [2] and load cell [5] in place. You
will need to repeat this for the mounting pin [2] on the other end of the load cell [5] to
completely secure the load cell [5] in the load cell stand.
11.Now, re-install and secure the load pin [8]. To do this, insert the load pin [8] through the
hole in the top plate [1] passing it through the center notch in the load cell [5] until it stops,
which indicates it is against the other side of the top plate [1]. Install a new cotter pin [3] to
secure the load pin [8] in the top plate [6].
12.With the new load cell installed, raise the vessel slightly to remove the blocks or other
supports, and then slowly lower the vessel to return the load to the load cell stand.
13.Reconnect the load cell to the junction box. Refer to the LOAD CELL WIRING and
JUNCTION BOX WIRING sections of this manual for wiring information.
14.Finally, apply power to the indicator and perform calibration before returning to normal
operation.

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PARTS IDENTIFICATION
Mild Steel and Stainless Steel Stand for DB-20000 Load Cells
NOTES:
1. THE PURCHASERS OF LOAD CELL STAND ASSEMBLIES ARE ADVISED TO INSTALL
SAFETY RODS TO PREVENT TIPPING. CARDINAL SCALE MFG. CO. WILL NOT BE
RESPONSIBLE FOR STABILITY OF THE SYSTEM.

3500-0418-0M Rev A • DB-SP Load Cell Kits
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PARTS IDENTIFICATION, CONT.
Mild Steel Stand for DB-20000 Load Cells
ITEM
QTY
PART NUMBER
DESCRIPTION
1 1 3500-0337-0A BOTTOM PLATE WELDMENT, DB-20000SP
2
2
3500-0347-18
SS 5/8” DIA X 4 3/4" LG LOAD PIN
3 2 6009-5006 COTTER PIN 3/16 X 2” SS
4 4 6009-5096 COTTER HAIRPIN 3/32 X 2 3/8" LG S.S.
5 REF DB-20000SP
LOAD CELL, DOUBLE END SHEAR BEAM, PIN
MOUNTED, 20,000 LB, STAINLESS STEEL
6
1
3500-0338-0A
TOP PLATE WELMENT, DB-20000SP
7 1 3500-0345-18 SS 5/8"DIA X 3 1/4" LG VERTICAL CHECK PIN
8 1 3500-0346-18 SS 3/4"DIA X 3 1/4" LG TOP LOAD PIN
9
4
6024-0143
WASHER FLAT, 1.062 OD, 0.64 ID, 0.06 THK UHMW

4 6007-0230 BLT HEX HD 5/8-11 X 3” TAP BOLT GRADE 5
Stainless Steel Stand for DB-20000 Load Cells
ITEM
QTY
PART NUMBER
DESCRIPTION
1 1 3500-0337-1A BOTTOM PLATE WELDMENT, DB-20000SPS
2 2 3500-0347-18 SS 5/8” DIA X 4 3/4" LG LOAD PIN
3
2
6009-5006
COTTER PIN 3/16 X 2” SS
4 4 6009-5096 COTTER HAIRPIN 3/32 X 2 3/8" LG S.S.
5 REF DB-20000SP LOAD CELL, DOUBLE END SHEAR BEAM, PIN
MOUNTED, 20,000 LB, STAINLESS STEEL
6
1
3500-0338-1A
TOP PLATE WELMENT, DB-20000SPS
7 1 3500-0345-18 SS 5/8"DIA X 3 1/4" LG VERTICAL CHECK PIN
8 1 3500-0346-18 SS 3/4"DIA X 3 1/4" LG TOP LOAD PIN
9
4
6024-0143
WASHER FLAT, 1.062 OD, 0.64 ID, 0.06 THK UHMW

4 6007-0230 BLT HEX HD 5/8-11 X 3” TAP BOLT GRADE 5
NOT SHOWN

3500-0418-0M Rev A • DB-SP Load Cell Kits
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PARTS IDENTIFICATION, CONT.
Mild Steel and Stainless Steel Stand
for DB-30000, DB-50000, and DB-75000 Load Cells
NOTES:
1. THE PURCHASERS OF LOAD CELL STAND ASSEMBLIES ARE ADVISED TO INSTALL
SAFETY RODS TO PREVENT TIPPING. CARDINAL SCALE MFG. CO. WILL NOT BE
RESPONSIBLE FOR STABILITY OF THE SYSTEM.

3500-0418-0M Rev A • DB-SP Load Cell Kits
16
PARTS IDENTIFICATION, CONT.
Mild Steel Stand for DB-30000, DB-50000, and DB-75000 Load Cells
ITEM
QTY
PART NUMBER
DESCRIPTION
1 1 3500-0340-0A
BOTTOM WELDMENT, DB-30000SP,
DB-50,000SP, DB-75000SP
2 1 3500-0342-0A TOP PLATE WELDMENT, , DB-30000SP,
DB-50,000SP, DB-75000SP
3 REF
DB-30000SP LOAD CELL, DOUBLE END SHEAR BEAM, PIN
MOUNTED, 30,000 LB, STAINLESS STEEL
DB-50000SP LOAD CELL, DOUBLE END SHEAR BEAM, PIN
MOUNTED, 50,000 LB, STAINLESS STEEL
DB-75000SP LOAD CELL, DOUBLE END SHEAR BEAM, PIN
MOUNTED, 75,000 LB, STAINLESS STEEL
4 2 3500-0347-18 SS 5/8"DIA X 4 3/4" LG LOAD PIN
5
4
6009-5096
COTTER HAIRPIN 3/32 X 2 3/8" LG S.S.
6 1 3500-B191-18 RETAINING PIN S.S.
7 1 3500-B190-18 LOAD PIN S.S.
8
2
6009-5006
COTTER PIN 3/16 X 2” SS

4 6007-0230 BLT HEX HD 5/8-11 X 3” TAP BOLT GRADE 5
Stainless Steel Stand for DB-30000 / DB-50000 / DB-75000 Load Cells
ITEM
QTY
PART NUMBER
DESCRIPTION
1 1 3500-0340-1A BOTTOM WELDMENT, DB-30000SPS,
DB-50,000SPS, DB-75000SPS
2 1 3500-0342-1A TOP PLATE WELDMENT, DB-30000SPS,
DB-50,000SPS, DB-75000SPS
3 REF
DB-30000SP LOAD CELL, DOUBLE END SHEAR BEAM, PIN
MOUNTED, 30,000 LB, STAINLESS STEEL
DB-50000SP
LOAD CELL, DOUBLE END SHEAR BEAM, PIN
MOUNTED, 50,000 LB, STAINLESS STEEL
DB-75000SP
LOAD CELL, DOUBLE END SHEAR BEAM, PIN
MOUNTED, 75,000 LB, STAINLESS STEEL
4
2
3500-0347-18
SS 5/8"DIA X 4 3/4" LG LOAD PIN
5
4
6009-5096
COTTER HAIRPIN 3/32 X 2 3/8" LG S.S.
6
1
3500-B191-18
RETAINING PIN S.S.
7 1 3500-B190-18 LOAD PIN S.S.
8 2 6009-5006 COTTER PIN 3/16 X 2” SS

4 6007-0230 BLT HEX HD 5/8-11 X 3” TAP BOLT GRADE 5
NOT SHOWN