High Accuracy Electronic Belt Scale ICS-14A

High accuracy electronic belt scale ICS-14A

 ICS-14A high precision electronic belt scale, adopts full suspension weighing bridge, digital signal transmission and processing technology, dynamic cumulative error less than ±0.25%, suitable for enterprise internal and external settlement, or other weighing accuracy requirements of higher places. system composition The ICS-14A electronic belt scale consists of four parts: the ICS-14A weighing bridge, load cell, 60-12C,60-12B, SA205, N12B, N12C, WTCPLR-12 speed sensors and speed rollers, 2001,2105,6001B,6105B weighing controllers, belt scale accumulator, VEG20610 feeder controller, WBST8000 weighing instrument, and WBST3000 controller. Weighing bridge The ICS-14A weighing bridge structure features four sets of weighing rollers with a fully floating design, eliminating pivot points and moving parts. Its rectangular steel tube construction ensures exceptional rigidity and reduced self-weight while maximizing surface area for dust accumulation. High-precision strain gauge sensors are installed at tension points to minimize nonlinear errors and maintain system stability, requiring minimal maintenance. Four tension-type load cells suspended from two cross beams provide symmetrical support, enabling quick on-site installation using just eight bolts for secure fixation. Weighing sensors ICS-14 series electronic belt scales all use pull-type electronic strain gauge weighing sensors. The main technical indicators are as follows: Shell S type sealing protection, nonlinearity:<0.03%FS, non-repeatability: <0.01%FS, creep: <0.02%FS, zero output: ±1%. Under large flow, the displacement of the force application point of the sensor elastomer is not more than 0.2mm, temperature sensitivity: interval: 0.0008%FS/oF Zero point: 0.0015%FS/oF, lag error: 0.02%, sensitivity error: ±0.1%, overload capacity: 150% of the sensor capacity Speed sensor 60-12C,60-12B, N12B3, N12C The speed sensor is mounted on the tail roller, large-diameter speed measurement drum, or speed measurement roller. The speed measurement drum/roller is installed on the upper surface of the return belt, eliminating the impact caused by belt slippage. This speed sensor is a digital brushless pulse generator. During belt operation, the speed sensor emits a series of speed pulses, each representing one unit length of the belt's travel. The pulse frequency is proportional to the belt speed. The shell material is cast aluminum, which can be adapted to the open working environment. The AC pulse generator does not need to adjust or replace the carbon brush. The brushless AC pulse generator does not need to adjust or calibrate, and the maintenance-free soft connection technology can more effectively ensure the speed measurement accuracy and greatly improve the service life of the equipment. The 2001, WTA75-03/WTA-75-03-03/WTA-75-03, WTCHN9001 weighing control instrument adopts 32-bit CPU and 24-bit A/D to speed up the operation speed and improve the measurement accuracy. All the data of the belt scale are displayed on the high-brightness four-line vacuum fluorescent screen; The menu-based interface aligns with standard computer operation habits. When data on the belt scale is modified, it retains original values for reference to minimize human errors. Multi-level password protection ensures user accessibility while maintaining security. Linear compensation maintains consistent accuracy across 25%-100% load ranges. Optional analog outputs display material flow, weight, or speed, with adjustable delay settings for precise control. Simultaneous analog input/output boards (single or dual channels) enable control and compensation functions. RS-232/RS-485 communication modules allow flexible configuration. The 2000 series includes models 2001 and 2105. The 201 model features dual-screen digital display: upper screen shows cumulative totals, lower screen displays real-time flow. Data inputs use key-pressed command codes (e.g., 01P for zero point adjustment). Remote counting supports both contactless and contact-based methods, with contactless output as DC 24V signal. Optional communication boards enable RS-485 standard ports for PC interfacing. Current output boards provide 0-20mA or 4-20mA signals. A printing expansion board connects to MP/PP series parallel printers via dedicated interfaces.