Need help?Do you have a question about the Belt-Way Scales Conveyor Belt Scale and is the answer not in the manual?
General| Brand | Belt-Way Scales |
|---|---|
| Model | Conveyor Belt Scale |
| Category | Scales |
| Language | English |
Measures belt angle for accurate readings on variable conveyors or portable machines.
Facilitates integrator placement up to 1000 ft from the scale.
Enables PLC interfacing, loadout automation, and VFD control for enhanced functionality.
Provides heavy-duty protection for the scale integrator against environmental factors.
Allows remote monitoring and control of multiple scales from one location.
Web-based platform for monitoring belt scale production remotely on PC, tablet, or smartphone.
Details voltage, current, and AC power options for the integrator's operation.
Specifies voltage and current ratings for digital and analog inputs/outputs on the IO board.
Lists UL contact ratings for relay outputs when the IO option is installed.
Outlines operating temperature, humidity, and altitude suitability for the unit.
Describes the contents and packaging of the scale system, including boxes for integrator, sensors, and pipes.
Lists essential tools and provides conveyor design suggestions for optimal installation.
Guides on scale location, defining the weighbridge, and idler requirements for accuracy.
Details attaching load cells, installing support pipes, drilling holes, and modifying idlers.
Covers string-lining idlers, hose clamps, speed sensor, and optional angle sensor mounting.
Addresses integrator placement, required clearance, and environmental considerations for installation.
Explains the integrator board, USB drive, and sensor/power wiring procedures, including shield grounding.
Details sensor board connections and terminal boards for AC/DC power supplies.
Guides on navigating the integrator interface, using arrow keys, and entering numeric/alphanumeric data.
Provides a step-by-step guide for initial integrator setup, requiring conveyor and scale parameters.
Details viewing and editing scale parameters like units, idlers, speed sensor, and I/O board configuration.
Explains calibrating belt length and zero weight of the empty belt, crucial for accurate measurements.
Describes performing a zero calibration for the empty belt to establish a baseline weight.
Details calibrating the scale using test weights to adjust the trim factor for accurate readings.
Explains verifying scale accuracy against a certified scale using material tests for reliable calibration.
Resets the trim factor to the default value of 1.000, simplifying calibration adjustments.
Displays cumulative weight totals like Job, Daily, Weekly, Monthly, and Master for production tracking.
Shows the firmware versions for the integrator, IO board, and sensor board for system identification.
Provides diagnostic information on calibration settings, voltage levels, and general system status.
Details diagnostics for load cells, speed sensor, and angle sensor signals and resistance.
Explains how the integrator logs data to a USB drive for analysis and record-keeping.
Guides on backing up and restoring scale settings via USB, essential for configuration management.
Displays live production data including rate, speed, and daily goal for operational monitoring.
Provides access to historical production trends and data analysis for performance evaluation.
Generates detailed production summary reports for various periods for management oversight.
Allows setting passwords to restrict access to scale functions and maintain data integrity.
Guides on setting the integrator's current time and date format for accurate logging.
Enables restarting the integrator firmware, useful for troubleshooting or applying updates.
Provides steps to diagnose and resolve issues with belt speed detection, including sensor and cable checks.
Offers solutions for issues related to angle sensor readings, connections, and signal voltage.
Addresses issues related to power supply, voltage requirements, and connectivity for the integrator.
Lists common error messages and their potential causes and solutions for system troubleshooting.
To Next Page
