Micro balance AND LCB-03-K020M

Micro balance AND LCB-03-K020M

The Micro balance AND LCB-03-K020M is a precision-engineered force sensor designed to deliver reliable and accurate performance in various industrial and mechanical applications. With a robust overload tolerance and compact design, this load cell is well-suited for both standalone and integrated systems requiring dependable force measurement.

Features

• Accurate Load Measurement: Provides a consistent rated output of 2 mV/V ±10%, making it suitable for precision applications.

• High Overload Tolerance: Designed to endure 150% of rated capacity, ensuring protection against accidental overloads during operation.

• Excellent Stability: Maintains low overall error within 0.04% of rated output, reducing calibration frequency and increasing operational consistency.

• Compact Construction: With external dimensions of only 22 x 43 x 130 mm, it fits seamlessly into equipment with space limitations.

• Reliable Insulation: High insulation resistance (≥2000 MΩ at 50V DC) between the body and electronics ensures electrical safety and noise immunity.

• Temperature Compensation: Built-in compensation ensures accurate readings in environments with temperatures ranging from 10°C to 40°C.

• Easy Handling: Lightweight at just 0.3 kg, with a sturdy package size of 148 x 38 x 49 mm for convenient transport and installation.

Specifications

• Rated Capacity: 200 N

• Rated Output: 2 mV/V ±10%

• Zero Balance: ±5% of Rated Output

• Input Terminal Resistance: 420 ±30 ohms

• Output Terminal Resistance: 350 ±5 ohms

• Maximum Applied Voltage: 15 VDC

• Insulation Resistance: ≥2000 MΩ / DC 50V (Body to Electronics)

• Allowable Overload: 150% of Rated Capacity

• Overall Error: 0.04% of Rated Output

• Temperature Compensation Range: 10°C to 40°C

• External Dimensions: 22 x 43 x 130 mm

• Package Size: 148 x 38 x 49 mm

• Weight: 0.3 kg

Applications

• Load and force monitoring systems

• Material testing machines

• Industrial automation

• Robotics and actuator integration

• Precision weighing instruments