After purchasing one RDDLZ load cell, you can buy a special digital panel meter to obtain readings directly, or buy a transmitter to output standard signal to PLC, DCS and other systems. Customized output signal is 0-5V, 0-10V, or 4-20mA.

Note: The load cell cannot be connected to both the transmitter and the controller at the same time — only one can be selected.

Flat plate force sensor for battery equipment measures 0-5 tons with a sensitivity of 1.5-2.0 mV/V and non-linearity of ±0.5% F.S. It operates within a temperature range of -20°C to 80°C and requires an excitation voltage of 10-15V. With input resistance of 750 ± 20 Ω and output resistance of 700 ± 5 Ω, it's ideal for battery equipment, new energy projects, and engineering systems.

Specification

Feature

• Wide Measurement Range: The flat plate force sensor has a broad force measurement range, ensuring high precision and stability with excellent output consistency.
• Ideal for Battery Equipment and Energy Projects: Suitable for use in battery equipment, new energy projects, and various power measurement systems.
• Durable 40Cr Alloy Steel Construction: Made from 40Cr alloy steel, known for its excellent resistance to mechanical fatigue, high strength, and good weldability. The surface is resistant to corrosion and rust, with optional stainless steel material for enhanced durability.
• Reliable Performance with Factory Testing: The force sensor from the factory have been subjected to aging tests and are guaranteed to be durable and of high quality.
• High Precision and Large Force Area: Designed with high precision and a large force measurement area, this sensor is particularly suitable for battery pressure testing and applications requiring precise force measurement.

Dimension (unit: mm)

Wiring Instructions

Application

Flat plate force sensor used in battery press fitting and other fields, with large force area and high precision.

Tips: What industries benefit from using this force sensor?

The Flat Plate Force Sensor is highly versatile and can be used across various industries, particularly those involving battery equipment, new energy systems, and engineering projects. In the battery industry, the sensor plays a key role in monitoring the forces involved in battery assembly, pressure testing, and material handling. In new energy projects, such as solar and wind energy, the sensor is used for monitoring structural loads, ensuring the durability of installations like solar panels or wind turbines. Manufacturing and engineering sectors also benefit from the sensor’s precision in force measurement during equipment testing, product development, and quality control. Its use extends to fields like telecommunications (measuring cable tension), automotive manufacturing, and construction (monitoring load on machinery), making it an invaluable tool for a wide range of industrial applications.