Quality Load Cells, Backed by Global Leaders

Trusted Source for VPG & Global Load Cell Brands

We supply and distribute world-leading load cells and force sensors, tailored for precision and reliability. Whatever your application, we have the right product and solution to meet your needs. Contact us today and experience the difference.

  • One-stop solution for all your load cell needs
    (from sensors to accessories, we’ve got you covered)
  • Trusted distributor of VPG and global brands
  • Wide range of load cells and sensors
  • Proven accuracy, durability, and reliable performance
  • Custom load cell solutions for unique needs
  • Local expertise with global quality standards

350 Ohm Load Cell for Precision Force & Weight Measurement

A 350 ohm load cell delivers robust and accurate measurement performance for applications where stability, minimized noise, and strong signal fidelity are critical. Its balanced Wheatstone bridge provides reliable signal levels that harmonize with standard amplifiers, data acquisition systems, and weighing indicators.

What Is a 350 Ohm Load Cell?

A 350 ohm load cell refers to the total resistance of the strain gauge Wheatstone bridge inside the sensor. Unlike 100 Ω or 1 kΩ variants, the 350 Ω configuration strikes a balance between sensitivity, signal strength, and environmental stability making it the industry standard for many weighing and force measurement applications.

Internally, four bonded strain gauges form a Wheatstone bridge. When the load cell deforms under applied force, minute changes in resistance occur. These changes generate a differential voltage proportional to the force, which is then processed into usable weight or force data.


How a 350 Ohm Load Cell Works

The measurement process inside a 350 ohm load cell follows a proven sequence:

  1. Force is applied to the sensor body

  2. The structure deforms microscopically

  3. Strain gauges detect resistance changes

  4. Wheatstone bridge converts resistance changes into a millivolt signal

  5. Signal conditioning units amplify and linearize the output

  6. Indicators or DAQ systems present readable weight/force data

This design ensures linearity, repeatability, and high‑resolution output even under challenging industrial conditions.


Key Advantages of 350 Ohm Load Cells

Strong Signal Output

Compared with lower‑resistance bridges, 350 Ω cells deliver good signal levels with reduced noise susceptibility.

Standard Industrial Compatibility

Easy integration with common signal conditioners, transmitters, and weighing indicators.

Balanced Sensitivity & Stability

Optimized for general‑purpose industrial weighing without extreme over‑sensitivity.

Temperature Performance

Better thermal stability than lower‑resistance bridges for environments with fluctuating temperatures.

Wide Application Range

Suitable for scales, test stands, material handling, tank weighing, and more.


Applications of 350 Ohm Load Cell

A 350 ohm load cell delivers value across multiple verticals:

Industrial Weighing Systems

  • Platform scales

  • Floor scales

  • Pallet load measurement

Material Testing & R&D

  • Tensile/compression testing

  • Component validation

Automation & Process Control

  • Feedback loops in manufacturing

  • Batch weight control

Tank, Hopper & Silo Weighing

  • Continuous material level monitoring

  • Ingredient batch validation

For industrial‑grade load cell options and accessories, many professionals explore trusted sources such as
https://loadcellsolutions.com.au/
https://loadcellshop.com.au/


350 Ohm vs Other Load Cell Resistance Configurations

Feature 350 Ohm Load Cell 100 Ohm Load Cell 1 kΩ Load Cell
Signal Strength Moderate‑High Lower Higher
Noise Immunity Good Moderate Good
Thermal Stability Better Lower High
Industrial Compatibility Standard Limited Specialized
Cost Moderate Lower Higher

A 350 Ω configuration often represents the best balance between performance, ease of integration, and cost for industrial weighing applications.


Choosing the Right 350 Ohm Load Cell

To select the appropriate 350 ohm load cell:

  1. Define capacity range – Ensure the load cell’s range matches your load requirements.

  2. Check environmental exposure – Look for IP ratings and material suitability for dust, moisture, and temperature.

  3. Match interface and output – Verify compatibility with indicators, transmitters, or data acquisition systems.

  4. Evaluate accuracy class – Higher accuracy may be necessary for precision weighing or quality control.

  5. Consider calibration & support – Supplier calibration support ensures traceability and confidence.


Integration with Weighing Systems

A 350 ohm load cell integrates seamlessly with a wide range of measurement and automation equipment. Typical system components include:

  • Signal conditioners/transmitters – Amplify and linearize output.

  • Weighing indicators – Display real‑time weight.

  • PLC/SCADA systems – Integrate weight into automated workflows.

  • DAQ hardware – Record and analyze measurement trends.

This modular approach supports connectivity across modern digital systems and supports predictive insights.


Why Forward‑Thinking Businesses Choose 350 Ohm Load Cells

Organizations that prioritize accuracy, uptime, and scalability standardize on 350 ohm load cell technology to build dependable weighing and force measurement systems. These sensors reduce noise, improve signal quality, and support consistent performance  enabling smarter decisions in production, quality, and safety.


Clear Headline

350 Ohm Load Cells That Deliver Accuracy and Reliability

Subheading

Engineered for Industry‑Grade Performance and Seamless Integration


Request a Quote


Customer Support

Have a question? Drop us an email or WhatsApp us anytime our team responds promptly and professionally.

0477 123 699
sales@sandsindustries.com.au

Login

Forgot your password?

Don't have an account yet?
Create account