Display Controller for Load Cells, 5 Digit

SKU: SUCH-LCDC-LC5D
$210.80
● 5-digit LED display ● Two alarm outputs ● Measurement accuracy 0.05% ● Measuring speed 10 times/s
🚚 Free shipping
🕒 Delivery date: 6-12 days
🔁 30-day Returns
Overview

SUCH 5 digit display controller for load cells can measure compression, impact, tension, and weight, featuring zero tracking and automatic zero reset upon power-up. The digital display controller can be used with load cells and force sensors, allowing for data comparison between the two outputs. The digital panel meter can alternately display gross, net, peak, and valley values.

Wiring

5 digit display controller for load cells wiring

Specs
Dimension A: 160*80*125mm horizontal, hole size 152*76mm
Shipping Weight 2 kg
Display -19999~99999
Measurement Accuracy 0.05%
Measuring Speed 10 times/second
Display Method 5 digit LED display
Instrument Power Supply 100-240VAC, 50/60Hz
Input Signal ±25mV
Indicator Light Definition Alarm 1, alarm 2, MOT, zero, gross, net, peak, valley, t, kg, g, kN
Alarm Two alarm outputs
External Power Supply 10V precision power supply
Working Temperature -25~+80℃ (-13~+176℉)
Application
Packaging

Packaging

Logistics

Logistics

Ingredients System

Ingredients System

FAQ

A display controller primarily receives the signal output from a load cell, amplifies, processes, and digitally displays the weight or force data, allowing users to intuitively read the measurement results. It also provides functions such as alarms, counting, and data logging. It is widely used in scenarios such as industrial weighing, automated inspection, and laboratory testing.

Calibration typically requires using a known standard weight or force value. Entering the standard value through the controller's calibration function adjusts the display reading to align with the actual weight. The calibration process includes zero-point calibration and full-scale calibration, and can be repeated multiple times as necessary to improve accuracy.

First, determine the sensor's output type. Then, connect the sensor's power, signal, and ground wires to the controller's wiring ports, ensuring correct polarity. Once connected, use the controller menu to set the input type, range, and filtering parameters to ensure proper and stable signal display.

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