S beam load cell

Price 10000 INR/ Unit

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MOQ : 1 , , Unit

S beam load cell Specification

Resistance
350

Theory
Resistance Strain Gauge

Type
S Beam Load Cell

Accuracy
0.02% F.S.

Output Voltage
2.0 mV/V

S beam load cell Trade Information

Minimum Order Quantity
1 , , Unit

Supply Ability
10 Units Per Month

Delivery Time
2-3 Week

About S beam load cell

S type loadcell

Named for their s-type shape, S beam load cells are most often found in mechanical-to-electronic scale conversion applications, suspended hoppers or tanks and general purpose weighing applications. These load cells are available in capacities ranging from 25 lbs through 20,000 lbs.

Ultra Precision Strain Gage based 'S'-beam Load Cell is Versatile, compact and rugged. It is used for tension measurements, tensile testing, weighing, industrial automation and research applications. It is universal Load Cell Suitable for both-tension and compression modes.

Features

20 Kgf. to 20000 Kgf. Capacities available.
High Alloy Tool Steel construction for resistance against shock and overload.
Complete Environmental Protection -IP67 class.
Standardized output (3.0 + 0.25%) available on request.

Applications

Conversion of Mechanical Scale to Electronic.
Tank, Hopper & Bag Weighing.
Force Measurement Tension & or Compression Dynamometer.
Hanging & Crane Scale
Industrial Automation

Superior Accuracy and Durability

Engineered for exact measurements, this S Beam Load Cell provides accuracy within 0.02% F.S., ensuring consistent results in demanding environments. Its robust design and resistance strain gauge technology make it a preferred choice for industries requiring high precision and long-term stability.

Flexible Sourcing Across India

Whether you are a business or individual, multiple sourcing options are available across India. You can access the S Beam Load Cell through a wide dealer and distribution network, or directly from manufacturers, suppliers, and wholesalers for bulk or customized requirements.

FAQs of S beam load cell:

Q: How is the S Beam Load Cell installed and set up?

A: The S Beam Load Cell can be mounted using threaded holes on each end, allowing easy integration into mechanical systems. Electrical connection is straightforward with standard wiring, and calibration is performed through instrumentation that reads the 2.0 mV/V output.

Q: What applications benefit most from using this S Beam Load Cell?

A: This load cell is ideal for applications like material testing machines, tension/compression monitoring, and process automation where precise force measurement is vital. Its 0.02% F.S. accuracy ensures trustworthy data for critical industrial and laboratory tasks.

Q: When should I choose an S Beam Load Cell over other load cell types?

A: Choose an S Beam Load Cell when your application demands both tension and compression force measurement with high accuracy. Its unique shape and resistance technology offer versatility and efficiency for a broad range of load testing scenarios.

Q: Where can I purchase or source the S Beam Load Cell in India?

A: You can obtain this S Beam Load Cell from authorized dealers, distributors, exporters, importers, manufacturers, retailers, suppliers, traders, and wholesalers throughout India. This extensive network ensures availability for various project scales.

Q: What is the process for calibrating the S Beam Load Cell?

A: Calibration involves applying known weights or forces to the load cell and using a compatible indicator to adjust readings, ensuring the output voltage (2.0 mV/V) aligns with the actual force for maximum measurement accuracy.

Q: How does the resistance strain gauge theory enhance load cell performance?

A: Using resistance strain gauge technology, the load cell converts mechanical deformation into precise electrical signals, allowing for extremely accurate force measurements and reliable long-term operation even in dynamic environments.

Q: What benefits do users gain from the 350 resistance feature?

A: A resistance of 350 is standard, promoting compatibility with a wide variety of measurement and data acquisition systems. It helps ensure stable signal transmission, reducing error and improving overall measurement integrity.

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