These gauges are commonly used in industrial control panels and monitoring systems where visibility, accuracy, and stable signal processing are critical.
The implementation is designed to integrate seamlessly with the existing system architecture while allowing for easy configuration and future extensibility with industrial glass thermometer.
Key Additions

• New Gauge Driver Module:

A dedicated module has been added to handle communication with panel-mounted gauges. This driver manages input signal acquisition, calibration logic, and error handling specific to the electrical and mechanical characteristics of fixed-mount gauges.

• Mount Type Configuration Support:

The system now accepts a mountType parameter (e.g., panel) to differentiate between various gauge installations. This allows the application to adjust behavior automatically based on the type of connected hardware.

• Calibration Handling:

Specific calibration logic has been introduced for the new panel-mounted gauge to ensure accurate readings across a range of operating conditions. This includes initial zeroing, signal scaling, and optional offset adjustments.

• Real-Time Data Display Enhancements:

Adjustments have been made to the UI rendering logic to accommodate panel-mounted gauge data. The display now includes a configurable layout optimized for fixed displays, such as those embedded into machinery or dashboards.

• Signal Stability Improvements:

The integration includes signal filtering and stability checks to reduce the impact of electrical noise or mechanical vibrations, which are more prevalent in panel-mounted installations.

Compatibility

This feature has been implemented in a way that preserves full compatibility with existing Panel mounted gauge types. The panel-mounted gauge integration is activated only when explicitly configured. All existing hardware configurations and behaviors remain unaffected.

Configuration Steps
To enable panel-mounted gauge support:
1. Set mountType to "panel" in the configuration.
2. Apply the recommended calibration parameters for accurate data output.
3. Review the display layout to ensure alignment with your panel setup.

Testing

• Added unit tests for the new driver module.
• Simulated test scenarios using mock signal inputs.
• Verified calibration accuracy and signal consistency over extended periods.

Next Steps

• Collect field data from initial deployments for performance tuning.
• Explore support for additional features such as alarm triggers or diagnostic indicators.
• Document installation guidelines for various mounting environments.

Contact Info

Shanghai Jun Ying Instruments Co., Ltd.

Tel: +(8621) 6448-1883

[email protected] »

1009, 250 Cao Xi Road, Shanghai 200235, China

http://www.jyinstruments.com/

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