Low Profile Compression Load Cell Module for Weighbridge/Silo/Tank

Low profile compression load cell module is available in alloy steel and stainless steel constructions, with capacities ranging from 0.5 ton to 100 ton. Featuring laser-welded sealing with IP68/ IP69K protection and high-precision strain gauges, the small load cell module delivers excellent heat resistance, low creep and minimal hysteresis. It is widely used in weighbridges, silos, and tank weighing systems requiring accurate and stable load measurement.

SKU: CCHN-LCM-LPC

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Delivery date: 6-25 days

Overview

The low profile compression load cell module features a compact design with capacities from 0.5 ton to 100 ton. Built from alloy steel or stainless steel, it provides accurate and stable weighing performance for tanks, hoppers, silos, and industrial weighing systems.

Specification

Model		CCHN-DYLF-103S1
Module material		SS304/ Alloy steel nickel plated
Rated capacity (Emax)		0.5/1/2.5/5/10 ton	15/20/30/50/100 ton
Accuracy class¹⁾²⁾		C3	0.03%
Rated output		0.2±0.004 mV/V
Zero balance		±1% of Emax
Repeatability error		＜±0.010% of AL³⁾	＜±0.020% of AL3)
Creep; 30 minute		＜±0.017% of AL	＜±0.020% of AL
Min. dead load output return (DR); 30 min		＜±0.017% of AL	＜±0.020% of AL
Temp. effect on	Min. dead load output	＜±0.0014% of Emax/℃	＜±0.002% of Emax/℃
	Rated output ²⁾	＜±0.0012% of AL/℃	＜±0.002% of AL/℃
Temperature range	Compensated	-10–40 ℃
	Operating	-40–65 ℃
	Safe storage	-40–80 ℃
Excitation voltage	Recommended	5–15V AC/DC
	Maximum	20V AC/DC
Terminal resistance	Excitation	766±5 Ω
	Output	700±3 Ω
Insulation resistance @50VDC		＞5000 MΩ
Breakdown voltage		＞ 500V AC
Seal type / lP rating		Hermetically welded /IP68 IP69k
Load limit	Safe	150% of Emax
	Ultimate	300% of Emax
Cable length		0.5–10 ton	15–100 ton
		6 m	12 m

Notes:

1) Error due to the combined effect of non-linearity and hysteresis
2) The sum of errors due to Temperature Effect on Output comply with the requirements of OIML R60 and NIST HB44
3) AL= Applied Load

Feature

Wide Capacity Range: Low profile compression load cell module offers capacities from 0.5 ton to 100 ton to meet a wide range of industrial weighing requirements.
High Accuracy Measurement: C3 accuracy class for 0.5–10 ton models and 0.03% accuracy for 15–100 ton models, ensuring precise load measurement.
Premium Material Options: Low profile load cell module utilizes SS304 stainless steel or nickel-plated alloy steel materials to ensure long-term reliability in harsh industrial environments.
Hermetically Welded Protection: Laser-welded sealing with IP68/IP69K protection, resistant to water, dust, and harsh industrial environments.
Excellent Long-Term Stability: Low profile load cell weighing module ensures stable and accurate weighing performance with low creep and excellent repeatability.
Wide Operating Temperature Range: Operates from -40°C to 65°C with compensated temperature range of -10°C to 40°C.
Flexible Excitation Voltage: CCHN low profile load cell module supports 5–15V AC/DC recommended excitation and up to 20V AC/DC maximum.
Suitable for Industrial Weighing Systems: Ideal for weighbridges, silos, tanks, hoppers, and process weighing applications.

Size (unit: mm)

Low profile load cell module size

Rated Capacity	D	H	H1	H2	L1	L2	L3	L4	W1	W2	W3	W4	M
0.5–10 ton	14	103	13.5	3	115	175	115	175	115	150	115	150	M16
15–30 ton	14	114.2	19.1	3	115	175	115	185	115	150	115	150	M16
50 ton	17.5	(140)	25.4	3	160	225	160	225	160	200	160	200	M20
100 ton	20	(170)	25.4	3	185	275	185	275	185	250	185	250	M24

Wiring

Low profile load cell module wiring

Tips: Why does the load cell module use a low-profile structure?

The low profile design minimizes the overall installation height while maintaining excellent load-bearing capacity and weighing accuracy. This compact structure is particularly beneficial for tanks, silos, hoppers, and weighbridge systems with limited mounting space or height restrictions. By lowering the center of gravity of the weighing system, the load cell module also helps improve structural stability and reduce the effects of vibration or lateral forces. In addition, the low-profile configuration simplifies equipment integration and retrofit projects, making it easier to upgrade existing weighing systems without significant modifications to the supporting structure.