Load Cell Transducer

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Load Cell Transducer Specification

Shape
Rectangular

Accuracy
0.03% of Rated Output

Temperature Resistance
-10C to +40C

Features
High Accuracy, Compact Design, Easy Installation

Display Type
Not Included

Power Supply
5-15 V DC (Excitation Voltage)

Control Type
Analog Signal Output

Type
Load Cell Transducer

Dimension (L*W*H)
200 mm x 35 mm x 35 mm

Equipment Type
Load Cell

Equipment Materials
Alloy Steel

Material
Alloy Steel

Application
Industrial Weighing, Force Measurement

Safe Overload
150% of Rated Capacity

Usage Environment
Indoor/Outdoor

Creep
<0.03% FSO (30 min)

Cable Length
2 meters (Standard)

Input Resistance
400 ±20 Ohms

Protection Class
IP67

Zero Balance
±1% FSO

Ultimate Overload
180% of Rated Capacity

Capacity Range
10 Kg to 200 Kg

Output Resistance
350 ±5 Ohms

Output Sensitivity
2.0 mV/V

About Load Cell Transducer

Load Cell Transducer

Brand	Micro Technologies
Capacity	1 Kg to 100 tones
Excitation Voltage	10 V DC (max.)
Sensitivity	1 to 2 mV/V depending on the load cell structure and capacity.
Safe Overload Of Related Capacity	100% of the rated capacity
Hysteresis	0.2% of the rated capacity
Operating Temperature Range	+10 deg C to +55 deg C
Strain Gauge Resistance	350 ohms (+/- 2%)
Max. Overload	200% of the rated capacity
Non-Linearity	0.2% of the rated capacity
Electrical Connection	Through four cores shielded cable.

Versatile Industrial Applications

Suitable for a wide range of industrial weighing and force measurement needs, this transducer excels in reliability and durability. Its compatibility under diverse environments makes it an ideal choice for factories, warehouses, and field-based measurements across India.

Precision Engineering and Durability

Manufactured from premium alloy steel and offering accuracy within 0.03% of rated output, this load cell ensures consistent, high-precision results. The IP67 protection guards against dust and water, guaranteeing long-term operation even in challenging conditions.

User-Friendly Installation

Installation is straightforward, thanks to its compact rectangular shape and pre-fitted 2-meter cable. Its standard analog signal output ensures easy integration with various weighing control systems, making it ready for immediate use by distributors, exporters, and end-users.

FAQ's of Load Cell Transducer:

Q: How do I install the Load Cell Transducer for optimal performance?

A: Install the load cell on a stable, flat surface using suitable mounting hardware. Ensure the orientation matches the force direction and connect the cable to your analog signal processing system. Maintain proper alignment to achieve precise readings and consult the wiring diagram included in your product documentation.

Q: What are the ideal usage environments for this load cell transducer?

A: This load cell is designed for both indoor and outdoor environments thanks to its IP67 rating. It operates reliably within temperatures ranging from -10C to +40C, making it suitable for most industrial settings in India.

Q: What happens if the load cell experiences overload?

A: The transducer can withstand up to 150% of its rated capacity as safe overload, and up to 180% as ultimate overload. Exceeding these limits may cause permanent damage, so it's important to use the load cell within specified ratings for durability and accuracy.

Q: Where can this transducer be used in industrial applications?

A: It is suitable for industrial weighing systems, force measurement setups, and any application requiring analog output in manufacturing, processing plants, and quality control labs. Its compact design and sturdy material allow seamless integration across various platforms.

Q: What are the benefits of using an alloy steel construction for this load cell?

A: Alloy steel construction provides the transducer with excellent strength, reduced risk of deformation, and improved lifelong durability, making it reliable under heavy usage and harsh industrial conditions.

Q: How accurate is the measurement, and what is the creep performance?

A: The load cell provides high accuracy at 0.03% of its rated output, and its creep is less than 0.03% of full scale output (FSO) over 30 minutes, ensuring stable and reliable measurements during prolonged loading conditions.

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