◆Introduction◆
◆The non-metallic sheet thickness tester is used to indirectly measure the thickness of non-metallic sheets, and is particularly suitable for measuring the thickness of concrete slabs, which cannot be directly measured. This instrument primarily utilizes the distribution characteristics of electromagnetic fields to indirectly measure the thickness of non-metallic sheets. It features thickness measurement, data analysis, data storage, and output functions, and is a portable, easy-to-use, and highly accurate intelligent thickness measuring instrument.

◆Main Functions◆
◆1. Measures the thickness of non-metallic plates (such as concrete, rock, glass, etc.);
◆2. Stores, views, and deletes measurement data, and calculates average values and pass rates;
◆3. Measurement data can be uploaded (serial port, USB) to external data processing software;

◆Main Features◆
◆1. Automatic and accurate measurement of non-metallic plate thickness;
◆2. Multiple measurement methods: Four methods for accurate thickness measurement, including alarm sound, black signal indicator bar, thickness value, and signal value;
◆3. Measurement data can be transferred to external data processing software for analysis via serial port or USB port;
◆4. Simple software interface and easy operation;

◆Main Technical Specifications◆
◆1. Thickness Measurement Range: 10mm～1000mm
◆2. Maximum Indication Error:
10～900mm ±1mm
901～1000mm ±2mm
◆3. Data Storage Capacity: 18,000 measurement points
◆4. Operating Environment Requirements
Ambient Temperature: -10℃～＋45℃
Relative Humidity: <90%RH
Electromagnetic Interference: No strong alternating electromagnetic fields
Prohibited from prolonged direct sunlight
◆5. Battery
6 AA LR6 (alkaline) batteries(Not included in the package)
◆6. Dimensions and Weight
Main Unit Dimensions: 220mm×150mm×90mm
Main Unit Weight: 772g
Transmitter Probe Dimensions: φ102mm ×115mm
Transmitter Probe Weight: 530g
Receiver Probe Dimensions: φ58mm ×65mm Receiver Probe Weight: 100g

◆Working Principle◆
◆The plate thickness tester consists of five main parts: a transmitting probe, a receiving probe, a receiving signal processing system, a display system, and a data storage system. The transmitting probe generates an electromagnetic signal of a certain frequency on one side of the non-metallic plate, while the receiving probe receives the electromagnetic signal on the other side of the non-metallic plate and converts it into an electrical signal, which is then transmitted to the receiving signal processing system. The receiving signal processing system displays and stores the measurement results.