A&D LCC11T010-K User manual

MSAWT001 ﾍﾟｰｼﾞ 1
LCC11 シリーズ
圧縮型ロードセル
LCC11 Series
Compression Load Cells
取 扱 説 明 書
Instruction Manual
1WMPD4000448B

- 1 -
English
1. Precautions
This is a caution mark.
Note Important information that helps users to operate the product.
2004 All rights reserved.
This manual is subject to change without notice at any time to improve the
product. No part of this manual may be photocopied, reproduced, or translated
into any language in any form by any means without the written permission of
A&D Company, Ltd.
Product specifications are subject to change without any obligation on the part
of the manufacturer.
2. LCC11 Series Compression Load Cells
The Type with Pre-Installed Accessories
Accessories are a bearing plate with upper socket and a mounting plate with
lower socket.
LCC11T010-K (Rated capacity 100 kN )
LCC11T020-K (Rated capacity 200 kN )
LCC11T030-K (Rated capacity 300 kN )
The Type without Accessories
LCC11T010N-K (Rated capacity 100 kN )
LCC11T020N-K (Rated capacity 200 kN )
LCC11T030N-K (Rated capacity 300 kN )
3. Introduction
The LCC11 series are high-performance, double convex compression load cells
and have flexibility of use for truck scale weighing systems and hopper scales.
The rated capacity range is from 100 kN to 300 kN. The LCC11 series can be
used in severe environments equivalent to IP68. The load cell, considering
installation and maintenance, is designed to be compact and lightweight, and is
constructed using a hermetic stainless steel case.
Consider the system design and installation carefully because for precision
weighing, the load cell is more sensitive. Read this instruction manual carefully,
for correct installation and precision weighing.

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4. Specifications
Rated capacities.....................................100 kN, 200 kN, 300 kN
Rated output...........................................2mV/V±0.1%
Maximum safe overload .........................200%R.C.
Combined error ......................................±0.016%R.O.
Zero balance ..........................................±1%R.O.
Compensated temperature range...........-20°C ~ 60°C
Minimum excitation voltage ....................5VDC
Recommended excitation voltage ..........5 ~ 12VDC
Maximum excitation voltage ...................15VDC
Input terminal resistance ........................800Ω±80 Ω
Output terminal resistance......................2200 Ω±10 Ω
Insulation resistance...............................Greater than 5000M Ω at DC50V
Temperature effect - Zero.......................0.019%R.O./10°C Typ.
Temperature effect - Span......................0.010%R.O./10°C Typ.
Cable diameter/ length ...........................φ8/ 12m
Dustproof/Waterproof .............................IP68 (100h at 1.5m immersion)
Cable connection color
Red................................................Excitation +(Input)
White .............................................Excitation -(Input)
Green ............................................Signal +(Output)
Blue ...............................................Signal -(Output)
Yellow............................................Shield
5. Installation
This section describes the installation of "the type with pre-installed accessories" as
standard type. Refer the following procedure to install "the type without accessories".
Caution Consider the installation and weighing system design to use the LCC11 series,
because it is very sensitive and high response.
Concerning "the type with pre-installed accessories", remove the support
pillar before loading anything on it.
Step 1 Design the layout of the load cell cable.
Remove the upper socket and rotate the load cell to arrange the direction of the load
cell cable before installation.
Bearing plate
Support pillar
Load cell
Mounting plate
Support pilla
r
Upper socke
t
Lift up
Lift the upper socket and
arrange the direction o
f
the load cell cable before
installation.
It is available to remove
the load cell from both
plates.

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Step 2 There are rotation stopper pins on the load cell. Insert each pin into the guide of the
lower socket. Arrange the direction of the load cell cable along a wider movement of
the bearing plate to prevent interference between these pins and the lower socket.
Example: For a truck scale, arrange the cable direction along to a vehicle direction.
Step 3 For the unit that the load cell, mounting plate and bearing plate are assembled,
confirm that the load cell is vertical during temporary binding. Fix the unit with M16
bolts and spring washers and remove these support pillars.
Step 4 Adjust the vertical of the load cell using the mounting and bearing plates.
Measure the vertical at least two points 90 degrees apart.
Tolerance of incline is 0.5 degrees.
Step 5 Install bolts on the mounting and bearing plates, when the load cell is vertical.
Recommended torque is as follows:
Normal bolt: 100 N•m
High-tension bolt: 200 N•m
Step 6 Connect grounding
wires as follows:
R
otation stopper pins
Lower socket
Guides
Guides
Load cell cable
Insert each pin into the guide.
Wider movemen
t
(Ex.: vehicle direction)
M16 bolt
and spring washer
Remove support pillars.
Confirm vertical of load
cell. Fix all bolts of plates
after the trimming.
A
djust position at
temporary binding.
Toothed washe
r
Toothed washe
r
Fix with allen head
bolts M8x12 that are
used for support pillars.
Grounding wire
φ5.5x30cm
Load cell
Earth Terminal
Grounding wire
φ2x20cm

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6. Socket Shapes
When you make sockets, use the following drawing.
The hardness of the socket is HRC32 to 38.
7. Caution
Design the structure to install the load cell strong enough to withstand the load.
Make the foundation structure at the load cells, strong enough to support them.
Confirm the following about the base plate of the structure that load cells are
installed on.
Level between each base plate: Within 3mm
Self-level of each base plate: Within 1/500
When a weighing system of pit type is constructed, provide a drain system for
water that gets into the pit. Submerging the load cell will cause it to malfunction.
Provide the pit bottom with a slope of at least 1/100.
Provide a drain pipe, reservoir, or pump.
Protect the load cell from direct sunlight, rain and splash, when the system is
installed in the open air.
Attach stoppers to prevent excessive motion. Allow a maximum clearance of 5
mm. The recommended clearance is 2 to 3 mm.
Leave some slack in the load cell cable so that it will not be pulled.
Install the load cell cable using conduit or flexible tubing.
Separate the load cell cable from any power line.
Do not remove any extra load cell cable to maintain temperature compensation.
Connect the wiring correctly.
Red .......... Excitation+ (Input) Green .......Signal+ (Output)
White........ Excitation- (Input) Blue ..........Signal- (Output)
Yellow ...... Shield
Turn off the indicator and other instruments before attaching the load cell.
Check the excitation voltage before operating the load cell.
More than 5
Bottom
φ
44
Make 2 guides at leas
t
+0.2
0
R8
R8
Depth 22±0.3
Taper 5° 6.3S
6.3S
4
Depth 10±0.3
1.5
Taper 10°
More than 5
Bottom
φ
35 +0.2
0

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Do not input any excessive excitation voltage above the tolerance, it will cause
damage to the load cell.
Avoid shock and overload to the load cell.
Use lubricant between the load cell and sockets.
When the welding is executed, ground the earth line and disconnect the load
cell cable from the indicator to protect the load cell and indicator from the
welding current.
Example of truck scale
Make the foundations carefully. Build the scale pit structure exactly.
8. Maintenance
Check the following items for the load cells maintenance.
Is there the appropriate clearance?
Is there a foreign substance such as mud at the clearance?
Is there water or other puddle liquid in the pit?
Is there foreign substance on the load cell, mounting plate and bearing plate?
Are there loosened bolts?
Is there a slack in the load cell cable?
Is there a connection problem?
Is there any current leakage?
Stoppe
r
Use steel conduit and flexible tube for load cell cable
Stoppe
r
Maximum clearance: 5mm
Recommended clearance: 2 to 3mm
Reinforce plate
Base plate
Mutual level error: within 3mm
Self level: within 1/500
Slope of bottom: more than 1/100

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12
φ
72
φ 94
199
±
1
103 36 1212 36
100
84
φ
72
28
Grounding terminal M4
4-wire shield cable
PT-1/2
Dust cover
φ
99
108
47 42
8-φ20
Both plate
200 ± 1
140
100
150
±
1
Support
Load
Upper dust cover
84
φ34
PT-1/2
135±0.5
83 14.5
φ43
φ94
3
37.5
4
3012
84
47 42
83
17
Grounding terminal M4
4-wire shield cable
Load
Rotation stopper pin φ10
75
Support
9. Dimensions
The Type With Pre-Installed Accessories
The Type Without Accessories

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