Double Ended Beam Load Cell

About Double Ended Beam Load Cell

Double Ended Beam Load Cell is used to measure compressive forces. This type of load cell is a variation of the shear beam load cell, normally rated for higher loads. In double-shear beam load cells, the force acts on the centre of the device. This makes double-shear beam load cells less sensitive to uneven loading. Double Ended Beam Load Cell is secured at both ends with load applied to the centre of the beam. These are secured at one end with the load applied to the opposite end. It is also used for a wide range of applications including floor scales, and hopper scales.

Product details

Application	Tensile testing
Brand	ADI
Capacity	100 Ton
Compensated Temperature Range	-10 to +40 Deg C
Creep Error (30 minutes)	+/- 0.03% FS
Features	Enviromentally protected
Ingress Protection	IP68
Input Resistance	770 +/- 20 Ohms
Insulation resistance at 50V DC	>= 1000 M Ohm
Material	Alloy Steel
Maximum Excitation Voltage	15V DC
Maximum Safe Overload	150% FS
Model	70210
Operating Temperatue Range	-20 to +70 Deg C
Output Resistance	700 +/- 7 Ohms
Output Sensitivity(FS)	3.0 +/- 0.003 mV/V
Recommended Excitation Voltage	5 to 15V DC
Temperature Effect on Output	+/-0.0015% FS/DegC
Temperature Effect on Zero	+/-0.002% FS/DegC
Type	Double Ended Shear Beam
Ultimate Safe Overload	300% FS
Zero balance	+/- 1% FS

FAQ

1. What is a double ended beam load cell?

Ans - A force transducer known as a double ended beam load cell detects the strain caused by two opposing forces acting on a beam. The load cell receives the force and outputs an electrical signal proportionate to the applied force.

2. What kinds of uses can a double terminated beam load cell be put to?

Ans - Many industrial and laboratory applications, including test stands, hopper scales, tension/compression cells, compression machines, and various other technical applications needing accurate measurement of load force, are well-suited for the use of double ended beam load cells.

3. How do double ended beam load cells differ from single ended beam load cells?

Ans - High accuracy, repeatability, and stability are offered by double ended beam load cells for a variety of loads. While single-ended beam load cells can only detect tension, its design enables higher resolution of both tension and compression forces.

4. What are double ended beam load cells' drawbacks?

Ans - Double ended beam load cells' restricted capacity and more complicated design are their principal shortcomings. They can only support extremely restricted ranges of forces due to the double ended beam arrangement, and their design necessitates appropriate setup and calibration for optimum operation.

5. What kinds of double ended beam load cells are there?

Ans - Both analogue and digital double ended beam load cells are available. Digital load cells are better suited for usage in laboratories and in industry than analogue load cells since they provide a digital output signal instead of an analogue one. Additionally equipped with integrated communication modules, digital load cells are simpler to integrate into distributed systems.

High-Performance Industrial Load Cell

Designed specifically for tough industrial environments, the Double Ended Beam Load Cell combines resilience with precision. Its alloy steel construction ensures long-lasting operation, while the voltage compatibility (220-440 V) supports diverse testing setups. Whether in research labs or factory floors, this load cell delivers reliable results during critical tensile testing processes.


Expert Manufacturing and Service in India

Our expertise as a manufacturer, service provider, and supplier in India guarantees top-quality load cells tailored for industrial needs. With meticulous attention to detail, we deliver equipment that meets stringent standards. Our support staff is always available to assist with installation, calibration, and after-sales service, ensuring customers get the most out of their investment.