Gages - Digital

10 products

Engineered for precision and ease, our Digital Gages provide high-resolution electronic measurement with quick, clear readouts. These instruments simplify monitoring tasks with features such as backlit displays, data capture, and accuracy you can trust. Perfect for fast-paced industrial, laboratory, and field environments, they reduce guesswork and human error. If you’re looking to improve efficiency, our collection of digital gages offers the right balance of advanced technology and practical usability.

Frequently Asked Questions

Digital Gages provide high-resolution electronic measurements that eliminate parallax error (the misreading of a needle's position). They often feature backlit displays for low-light conditions, data capture capabilities, and the ability to switch between multiple units of measure (e.g., PSI, Bar, kPa) at the touch of a button.

The Series DSGT is a dual-function device. It acts as a digital pressure gage for local visual monitoring while simultaneously functioning as a transmitter that sends an electronic signal (typically 4-20 mA) to a remote control system or data logger.

Yes, the collection includes the Model DTG Digital Tire Pressure Gage, specifically designed for quick and accurate measurement of tire pressures in automotive and fleet maintenance environments.

Many models, such as the Series DPGW, are designed to be "weather-tight" or compatible with liquids, making them suitable for environments where moisture or direct contact with process fluids is expected.

Most digital gages are battery-powered for portability and ease of installation, though battery life is typically very long due to auto-shutoff features. Some models, especially those used as transmitters like the Series DSGT, may be loop-powered or require an external power source.

While digital gages don't have mechanical parts that wear out in the same way analog gages do, their electronic sensors can "drift" over time. Professional calibration by HK Calibrations ensures that the sensor's electronic output remains perfectly scaled to the actual physical pressure being measured.