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Micro Load Cell, Button type, 5kg/100kg/200kg/300kg/500kg/1000kg

5 out of 5 based on 10 reviews | Write a review

$144.97

Micro load cell has a capacity range from 5kg, 10kg, 20kg, 50kg, 100kg, 300kg to 1000kg. It has a button type structure, diameter 20mm and height 9mm, cable Φ3*2m. Button load cell can be used in laminator, riveter, force tester, any automation equipment needs force monitoring.

Capacity *
With Display Controller *
With Transmitter *

SKU: ATO-LC-BU04

Qty:

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Delivery date: 6-12 days

After purchasing one ATO load cell, you can buy a special digital panel meter to obtain readings directly, or buy a transmitter to output standard signal to PLC, DCS and other systems. Customized output signal is 0-5V, 0-10V, or 4-20mA.

Note: The load cell cannot be connected to both the transmitter and the controller at the same time — only one can be selected.

A micro load cell is a commonly used measuring tool that converts weight into electrical signal output to facilitate accurate weighing and measurement. The sensor features stainless steel construction and is based on strain measurement technology with an accuracy of up to 0.3 F.S. Micro load cells have capacity range from 5kg, 10kg, 20kg, 30kg, 50kg, 100kg, 200kg, 300kg, 500kg to 1000kg. Load cell capacity can be customized according to customer requirements.

Specification

Model	ATO-LCBU-DYHW-120
Shipping Weight	1.5kg
Capacity Range *	5~1000kg
Matched Display Controller	ATO-DDC5-CHB (Click it to the controller page)
Matched Transmitter	ATO-LCTR-OA (Click it to the transmitter page)
Accuracy	0.3%F.S (linearity + hysteresis + repeatability)
Sensitivity	2.0±10%mV/V (Low range variations may differ)
Creep	±0.03%F.S/30min
Zero Output	±2%F.S
Temperature Effect on Zero	±0.1%F.S/10℃
Temperature Effect on Output	±0.1%F.S/10℃
Operating Temperature	-20℃~+80℃
Input Impedance	1000Ω
Output Impedance	1000Ω
Insulation Resistance	≥5000MΩ
Safety Overload	150%F.S
Bridge Voltage (excitation voltage)	DC 5-10V
Material	Stainless steel
Protection Class	IP66
Cable Length	2m
Wiring	EXC+: Red, EXC-: Black, SIG+: Green, SIG-: White

Feature

Compact & Durable: Small, versatile design with robust 17-4 PH stainless steel construction for easy integration and long-term strength.
High Precision: Delivers consistent, accurate measurements with a reliable sensing chip.
Stable Performance: Withstands harsh conditions, offering long-lasting, dependable results.
Easy Setup: Quick, hassle-free installation with superior wiring for durable signal transmission.

Dimension (unit: mm)

Wiring Method

Application

Tips: What are common failures of the Compression Button Load Cell?

Common failures include:

Signal instability: This can be caused by damaged cables, loose connectors or power fluctuations.
Zero drift: This can be caused by prolonged use, overload or temperature changes.
Sensor damage: Excess load or physical shock may cause damage to the sensor.

In this video, ATO will show you how to wire a strain gauge load cell with a display controller.

Low Profile Micro Compression Button Load Cell 100kg
This video introduces the specs, design features and applications of a low profile miniature button load cell DYHW-110 that's intended for compression force measurement. The maximum load capacity it can bear is 100kg. It can achieve 0.5%F.S accuracy with 150%F.S safety overload and temperature compensation.

Shear Beam Load Cell | Single & Double-Ended, Weighbridge Load Cells

The shear beam load cell is a common load cell. Its working principle is based on the deformation of the elastomer when it is acted upon by an external force. This deformation will cause the resistance of the elastomer to change, thereby achieving the measurement of the external force. It is typically used to measure forces in the small to medium range and its working principle is based on the shear effect of elastically deforming materials. This type of force measuring element is usually made of metal or polymer materials. Because of its high elastic modulus and shear modulus, it can produce stable shear deformation when subjected to external forces.

How to Ensure the Accuracy of Your Weighing System?

This video describes five factors that affect the accuracy of a weighing system and provides recommendations for selecting, installing, and operating the system to handle these factors.

Load Cell Transmitter 4~20mA Output Calibration

This video demonstrates how to calibrate the 4~20mA output. The 0~10V is also calibrated in the same way.

How Does PLC Read Data of Load Cell Transmitter?

In this video, it shows how PLC reads data from sensor transmitter. This system mainly consists of PLC, ATO load cell transmitter, ATO load cell, 24VDC power supply, personal computer, etc.

How to Make Your Load Cell Transmitter Work More Accurately

In this video, we've shown you how to calibrate the weight transmitter Model 610 by ATO using a compression load cell so that you can make sure you get the most accurate readings possible in your measurement.

CHB Load Cell Controller Calibration | Compensation Factor Calculation

In this video, we will walk you through the calibration procedure of ATO's CHB series load cell controller and how to calculate the compensation factor for your specific load cell so as to improve measurement accuracy. Hope you'll find it helpful.

How to Test for Faults in Load Cells?

As the most essential as well as vulnerable part of an electronic weighing system, load cells might get damaged for many different reasons. How can you determine whether a load cell is at fault? This video is gonna smooth out this problem by showing you several basic field tests that can be performed on site and provides the information necessary to interpret the results.

Load Cell Transmitter with Output 0-5V/0-10V/4-20mA/0-20mA

This intro video describes the features of ATO-DY510 load cell transmitter as well as its specifications. Housed in aluminum alloy case and CE-certified, the transmitter can connect to single or up tp 4 load cells at built-in excitation voltage from 5V to 15V DC. Powered from 18-30V DC supplies, this high precision weight transmitter can accept a 0-20mV full scale input range and convert the low strength signal into a 0-5V/0-10V/4-20mA/0-20mA output.

Cabled Tension Load Cell for Crane & Hoist Weighing Systems

In this introduction video, we've covered what the TJL-7 is, its specifications and some of the benefits that make it unique. This crane weigher is a strain gauge based alloy steel tension load cell designed with openings at either end. It has a high accuracy (0.03-0.05 F.S.) over a large and wide measurement range from 2t to 200t. Environmentally sealed to IP67, the crane load cell can withstand up to 150% safe overload.

Universal Miniature Compression & Tension Load Cell

In this video, we've presented two types of general-purpose micro load cells from ATO that can measure both compression and tensile forces. The capacitiy ranges are 1kg to 500kg (DYMH-103), 3kg to 500kg (DYMH-106). Both are made of nickle-plated stainless steel, featuring corrosion-resistant and rugged construction. Incorporating metal foil strain gauging, these precision load cells will deliver excellent stability, reliability and accuracy under various industrial circumstances.

Existing reviews of Micro Load Cell, Button type, 5kg/100kg/200kg/300kg/500kg/1000kg

Would this load cell be usable?

We would be looking to use this load cell with 3.3 V excitation, however, I see the recommended range is 5 – 10 V. Typically 3.3 Vexc simply results in a reduction in the Vout by the ratio of 3.3/5V.

i.e. Vout @3.3Vexc would be equivalent to 0.66 * Vout@5Vexc

Our signal amplifier provides 2000x Would this load cell be usable?

From: Darren | Date: 05/02/2024