The AT2E Accurate Magnetic Thickness Gauge (AMTG-2) is a portable, innovative device designed for the precise measurement of non-magnetic materials, including plastics, glass, ceramics, aluminum, titanium, and copper. Utilizing the Hall Effect principle, the AMTG-2 ensures that measurements remain consistent regardless of the sample’s shape.

How to Use the AMTG-2:

1. Place the steel ball on one side of the material and the probe on the opposite side.
2. Align the probe and ball at the desired measurement location.
3. The device uses magnetism to position the steel ball directly beneath the probe.
4. A Hall Effect sensor accurately measures the distance between the probe tip and the steel ball.
5. Thickness measurements are displayed in real-time on a high-resolution touchscreen.

Key Benefits of the AMTG-2:

• Non-destructive, accurate thickness measurement.
• 7-inch (178 mm) high-resolution touchscreen for easy operation.
• Advanced features include dynamic display, min/max mode, and value difference function.
• Efficient measurement capabilities for corners, small radii, and irregular shapes.
• User-friendly features like “CYCLE” mode, delayed start, and auto-stop.
• Programmable alarms for threshold alerts, ensuring precise monitoring.
• Password protection to safeguard data integrity.
• Data storage capacity for up to 9,999 data sets, allowing comprehensive record-keeping.

Technical Specifications:

• Multiple measurement and display modes to meet specific needs.
• High-resolution readings displayed on a TFT screen for detailed data management.
• Extensive calibration options to ensure maximum measurement accuracy.
• Portable and durable design with an optional rechargeable battery for enhanced mobility.
• Customizable measurement ranges and accuracy settings tailored to your specific requirements.

Standard and Optional Accessories:

• Standard Kit: Includes a probe, user manual, foot switch, power charger, and a durable carrying case.
• Optional Items: Battery pack, QUALIMESURE software, and a calibration pack to enhance the functionality of the magnetic thickness gauge.

FAQ for Accurate Magnetic Thickness Gauge – AMTG-2

What materials can the AMTG-2 accurately measure?

The Accurate Magnetic Thickness Gauge (AMTG-2) is designed to measure a variety of non-magnetic materials, including plastics, glass, ceramics, aluminum, titanium, and copper. Its innovative use of the Hall Effect principle ensures precise measurements across different shapes and sizes.

How does the AMTG-2 work?

The AMTG-2 operates by placing a steel ball on one side of the material and the probe on the opposite side. The device uses magnetism to align the steel ball directly beneath the probe, allowing the Hall Effect sensor to accurately measure the distance between the probe tip and the steel ball, displaying real-time thickness measurements on its high-resolution touchscreen.

What features does the AMTG-2 include for user convenience?

This gauge features a 7-inch high-resolution touchscreen for easy operation, dynamic display modes, min/max mode, value difference function, and user-friendly options like “CYCLE” mode, delayed start, and auto-stop. Additionally, it offers programmable alarms for threshold alerts and password protection to ensure data integrity.

How much data can the AMTG-2 store?

The AMTG-2 has an impressive data storage capacity of up to 9,999 data sets, allowing for comprehensive record-keeping and easy access to historical measurement data for analysis and reporting.

What accessories come with the AMTG-2 and what are the optional items?

The standard kit includes a probe, user manual, foot switch, power charger, and a durable carrying case. Optional accessories available for the AMTG-2 include a battery pack for enhanced mobility, QUALIMESURE software for data management, and a calibration pack to ensure maximum measurement accuracy.

Is the AMTG-2 portable and easy to use?

Yes, the AMTG-2 is designed to be portable and durable, making it easy to use in various settings. Its lightweight design, combined with the option for a rechargeable battery, enhances its mobility, allowing users to perform measurements in different locations with ease.