Distance Measuring Instrument Electronic

Overview:

- Mini size, convenient and practical.

- Lightweight to 35g, compact and portable.

- 8 functions, simple operation with three keys.

- 99 meters long distance measurement.

- Lithium battery direct charge, 200 days long standby.

Product information:
Shell material: aluminum alloy + silica gel
Screen: 1.8 inch va lcd display
Shell technology: fine polishing + frosted sandblasting
Screen coverage: 4h super hard
Size: 53*15mm (diameter * thickness)
Net weight: 35g
Single measurement distance: up to 9.99 meters
Cumulative scale: maximum 99.99 meters
Accuracy: 0.5%, stepless support adjustment
Backlight time: 30-180 seconds
Buzzer: On/Off
Battery: 200mah 0.74wh

Tips: The product function does not include laser and infrared

Packing list:
1 x electronic ruler
1 x type c charging cable

Key Features

• High Accuracy and Range: EDM instruments offer exceptional accuracy, often within millimeters, over long distances. Some models can measure distances up to several kilometers, making them ideal for large-scale projects.
• Advanced Technology: These instruments use electromagnetic waves, including light, infrared, and microwave, to determine distances. The time it takes for the waves to reflect back from a target (usually a prism or reflector) is used to calculate the distance.
• User-Friendly Design: Many EDM instruments come with digital displays, backlit keypads, and easy-to-navigate interfaces, allowing for quick and straightforward operation.
• Versatility: Suitable for a variety of environments and applications, including land surveying, construction layout, road and railway length measurements, and even archaeological site mapping.

Types of EDM Instruments

1. Microwave Instruments: Use microwaves for measurements and are ideal for long distances, up to 100 km.
2. Infrared Instruments: Utilize infrared waves with a range of up to 3 km, suitable for most civil engineering works.
3. Light Wave Instruments: Employ visible light for high-precision measurements, commonly used in various surveying tasks.

Applications

• Land Surveying: Accurate mapping and boundary setting.
• Construction: Monitoring site layouts, calculating material requirements, and ensuring accurate infrastructure development.
• Engineering: Precise measurements for infrastructure projects and structural monitoring.
• Other Uses: Ideal for forestry, navigation, and archaeological studies.