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Fatigue Rated Through Hole Load Cell

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Product Details:

Resistance 350 Ohms
Output Analog mV/V
Theory Strain Gauge
Type Fatigue Rated Through Hole Load Cell
Accuracy 0.1% of Full Scale
Operating Voltage 10V DC recommended
Output Voltage 2mV/V nominal
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Fatigue Rated Through Hole Load Cell Price And Quantity

Minimum Order Quantity 1 Set

Fatigue Rated Through Hole Load Cell Product Specifications

Type Fatigue Rated Through Hole Load Cell
Output Voltage 2mV/V nominal
Storage Temperature -55C to +100C
Output Analog mV/V
Operating Voltage 10V DC recommended
Accuracy 0.1% of Full Scale
Resistance 350 Ohms
Operating Temperature -54C to +93C
Theory Strain Gauge
Compensated Temperature -10C to +40C

Fatigue Rated Through Hole Load Cell Trade Information

Supply Ability 10 Set Per Week
Delivery Time 1 Week
Main Domestic Market All India

Product Description

Fatigue Rated Through Hole Load Cell

90610-TH-Fatigue rated load cell is heavy duty for fatigue rated application.
It is through hole , doughnut type load cell used for compressive force testing applications.
It is used to test the anchor force , hanging load , pulling force etc.

For more details , please contact us.

Precision and Durability in Every Load Measurement

Engineered using robust stainless steel, this fatigue rated through hole load cell withstands extreme working conditions and delivers precise results. Its through hole mounting with bolt circle facilitates secure and straightforward installation. With a fatigue life surpassing 100 million cycles, it is an optimal solution for repetitive and high-frequency load measurement tasks across laboratories, production lines, and structural monitoring in India.

Advanced Sensing with Strain Gauge Technology

Utilizing strain gauge technology, the load cell provides analog output (2mV/V nominal) ensuring high resolution and repeatability. Accuracy is maintained with minimal nonlinearity and hysteresis, while temperature compensation guarantees stable readings from -10C to +40C. Its IP67 rating offers dependable performance in challenging environments, protecting against dust and water ingress for reliable use indoors or outdoors.

FAQs of Fatigue Rated Through Hole Load Cell:

Q: How is the Fatigue Rated Through Hole Load Cell installed for best results?

A: This load cell is typically mounted using a bolt circle through its central hole, allowing it to be securely fastened to the structure being monitored. Ensure the surface is clean and flat, and follow manufacturer guidelines for torque settings to achieve optimal alignment and measurement accuracy.

Q: What applications benefit most from this load cells capabilities?

A: The load cell is ideal for fatigue testing, cyclic loading monitoring, structural health assessment, and high-frequency measurement in industrial, research, and civil engineering projects, where sustained accuracy and durability over millions of cycles are crucial.

Q: When should the safe overload limit be considered during operation?

A: The safe overload of 150% of rated capacity provides a safety margin. Continuous or repeated loads should not exceed the rated capacity to maintain accuracy and extend operational life, while momentary overloads up to 150% will not cause damage but should be avoided as a standard practice.

Q: Where can this load cell be used considering its protection class?

A: With an IP67 protection rating, this load cell is suitable for outdoor and harsh industrial environments where exposure to dust, moisture, and occasional water immersion might occur, such as construction sites, laboratories, or production areas.

Q: What is the process for electrical termination and integration?

A: The load cell comes with a 6-meter shielded cable and a 4-pin connector for secure electrical integration. Simply connect the output to the compatible measurement or control system (usually a signal conditioner or data acquisition unit), ensuring the recommended supply voltage of 10V DC and 350-ohm bridge resistance are met.

Q: How does using this load cell benefit industrial measurement systems?

A: End-users gain consistent, accurate load measurements with minimal maintenance due to the high fatigue life and precise output. The robust construction and advanced protection reduce downtime and provide dependable data for critical decision-making in dynamic and static applications.