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Beam Load Cell

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Product Details:

Resistance Input 400 10, Output 350 5
Output Analog
Theory Resistance Strain Gauge
Type Beam Load Cell
Accuracy 0.03% F.S.
Operating Voltage 512V DC
Output Voltage 2.0 0.004mV/V
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Beam Load Cell Product Specifications

Operating Voltage 512V DC
Storage Temperature -20C to +60C
Operating Temperature -10C to +50C
Output Analog
Accuracy 0.03% F.S.
Theory Resistance Strain Gauge
Compensated Temperature -5C to +40C
Output Voltage 2.0 0.004mV/V
Type Beam Load Cell
Resistance Input 400 10, Output 350 5

Product Description

Features :

1.5, 2, 3, 5, 7.5, 10, 15, 20 TF. Capacities available.
High Alloy Tool Steel construction for resistance against shock and overload.
Complete Environmental Protection -IP68 class- Laser Welded.
Standardized output (3.0 + 0.25%) available on request.
Can be customized to suit customers requirements.
High Temperature version can be provided on request.

Applications :

Conversion of Mechanical Scale to Electronic.
Tank, Hopper & Bag Weighing.
Force Measurement, Tension & or Compression Dynamometer.
Hanging & Crane Scale.
Industrial Automation.
Line tension measurement.
Process & machine automatons.
Robotics.

Performance Specification :

Standard Capacities	1.5, 2, 3, 5, 7.5,10, 15, 20 TF.
Excitation Voltage	10 VDC- Maximum 15 VDC
Nominal Output	3.0 m V/ V
Non - Linearity	< +0.025% FSO
Hysteresis	< +0.02% FSO
Non-Repeatability	< +0.01% FSO
Creep (30 minutes)	< +0.03% FSO
Zero Balance	+1.0% FSO
Input Resistance	392 + 15 Ohms
Output Resistance	350 + 3 Ohms
Insulation Resistance (50 VDC)	> 1000 Mega Ohms
Cable Length (4 Core Screened)	Please See table
Safe Overload of Rated Capacity	150%
Ultimate Overload of Rated Capacity	250%
Allowable Side Load	50%
Temp. Compensated Range	0-60 ^oC
Temperature Effect on Output	< 0.0015% FSO/ ^oC
Temperature Effect on Zero	< 0.0020% FSO/ ^oC
Deflection	< 0.4 mm at FSO
Finish & Construction	Electroless Nickel Plated Tool Steel
Environmental Protection Class	Meets to IP 67 Meets to IP 68 - Laser Welded (Optional)

Electrical Termination :

+Input	Red
+Output	Green
-Input	Black
-Output	White
Shield

Capacity - TF.	A	B	C	D	E (Dia)	F	G	H	Cable- Mtr.
1.5, 2,3	75	27	100	27	13	75	-	-	3
5,7.5	90	32	140	32	20	100	-	-	5
10	115	45	200	40	30	140	18.5	89	10
15,20	150	65	250	60	46	175	25	116	10

Dimensions are in mm.

High Reliability and Safety

With a safe overload capacity of 150% and ultimate overload at 200%, this beam load cell guarantees extended durability and secure operation in demanding environments. The IP67 protection grade ensures exceptional resistance to dust and water, enhancing system longevity whether implemented in industrial or commercial settings.

Precision Engineering for Accurate Results

The load cell delivers outstanding accuracy at 0.03% full scale, with minimized non-linearity, hysteresis, and repeatability errors (all 0.02% F.S.). Its resistance strain gauge theory and analog output provide consistently reliable measurements, making it suitable for applications where precise weight assessment is paramount.

Versatile Installation and Usage

Supporting maximum platform sizes up to 400mm x 400mm and operational temperature ranges from -10C to +50C, this load cell adapts to diverse installation scenarios. The 2-meter cable improves installation flexibility, accommodating various system layouts in manufacturing, trading, and distribution sectors.

FAQs of Beam Load Cell:

Q: How can the beam load cell be installed for optimal performance?

A: To ensure optimal performance, secure the beam load cell to a rigid structure and align it properly with the loading direction. Check that the platform size does not exceed 400mm x 400mm and utilize the supplied 2-meter cable for flexible mounting. Make sure the operating voltage (512V DC) and temperature specifications are maintained during installation.

Q: What are the benefits of choosing alloy steel or stainless steel for this load cell?

A: Selecting alloy steel or stainless steel enhances the load cells durability and corrosion resistance. Alloy steel offers superior mechanical strength, while stainless steel is preferred for applications where exposure to moisture or chemicals requires additional protection, ensuring long-term reliability in harsh environments.

Q: When should the beam load cell be recalibrated or checked for accuracy?

A: It is recommended to recalibrate or inspect the beam load cell periodically, especially after exposure to overload conditions or significant temperature changes. Regular maintenance ensures continued accuracy and compliance with its rated precision of 0.03% full scale, particularly in critical weighing applications.

Q: Where is this beam load cell commonly used in India?

A: This load cell is widely implemented across India in manufacturing units, trading warehouses, and distribution centers, especially for platform scales and industrial weighing systems. Its robust design and high measurement accuracy make it a preferred choice for dealers, exporters, and wholesalers seeking dependable load measurement solutions.

Q: What is the process for integrating this load cell into a weighing system?

A: Integration involves mechanically attaching the load cell to the weighing platform, connecting the analog output to the amplification or monitoring electronics, and configuring the system to accommodate the input and output resistance specifications (Input: 400 10, Output: 350 5). Final calibration ensures precise and reliable operation under specified conditions.

Q: How does the IP67 protection grade benefit usage in industrial environments?

A: The IP67 rating means the beam load cell is both dust-tight and water-resistant. This protection is essential for industrial environments with exposure to moisture, debris, or washdowns, safeguarding the internal components against damage and ensuring consistent measurement reliability.

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