GSM8 Series Tilt Sensor Inclinometer Display High Precision 64 Color 2.8 Inch

The GSM8 series wired transmission data handheld display, independently developed by RUICOM , is compatible with our full range of sensor products, including inclinometers, accelerometers, electronic compasses, gyroscopes, and attitude reference systems, enabling real-time data transmission and display. Equipped with an industrial wide-temperature digital screen and PC membrane buttons, this monitor boasts comprehensive functionality. It supports sensor zero calibration and can customize function buttons, panel colors, as well as third-party sensor integration and data acquisition solutions according to customer needs. The device operates with an external power supply of DC 9~36V.

The monitor can communicate with sensors via methods such as RS485, supporting long-distance transmission. The all-metal casing structure balances portability and ease of installation, making it particularly suitable for real-time monitoring applications in harsh industrial environments.

Technical Characteristics

❖ Transmission distance: RS485/500m;

❖ Resolution:0.01°/0.001°;

❖ 2.8-inch color display;

❖ DC 9-36V wide voltage input;

❖ Wide temperature range operation: -25℃ ~ +80℃;

❖ Adapt and collect data from the RUICOM inclination product;

Product Dimensions

Case size: L117×W77×H32mm

Installation with screws on both sides or strong magnetic suction on the back

Functional Description

(1) Tilt sensor interface: connect tilt sensor, select the standard tilt sensor resolution of 0.01, high-precision tilt sensor resolution of 0.001.

(2) Metal shell: anodized aluminum metal shell, hard and durable.

(3) External power supply interface: DC9~36V power supply.

(4) 64-color display: data display area.

(5) Power on and off button: power on/off button.

(6) Mounting hole: two M4 screws. Easy to install, convenient and fast.

(7) Clear button: press the button, beep, switch the zero mode, the top of the screen shows ABS as absolute zero state, REL is relative zero state.