ZD91 Concrete Rebound Hammer Portable Mechanical Hammer ZD-91 Digital Integrated Digital Rebound

1.Application:

Rebound method for testing compressive strength of concrete;

Concrete uniformity testing;

Normal concrete strength estimation;

Uniformity testing of concrete;

Screening of concrete to identify coring locations. 

Main Specification:

15. Any on-site operator of this product can freely disassemble and replace the rebound meter without training (see operation video for details)

14. Noisy scene, you can use universal headphones (earphones are provided), plug in the earphone dedicated port to avoid external interference

13. Equipped with business diagonal cross leather bag, easy to carry, easy to operate, easy to use, and wear-resistant

12. Optional Bluetooth printer for on-site data printing, efficient and intelligent, easy to record raw data on site (limited to different models).

11. Support personal customization (contact supplier before purchasing) instrument standard specification and program update function.

10. Built-in steel anvil calibration function to record calibration information.

9. Selective transmission, printing, export, and deletion of test components, easy operation;

8. The carbonization value in the measurement area can be entered 3 times and the average value is automatically calculated.

7. Multiple data transmission modes, simple, accurate and convenient operation.

6. Support Simplified Chinese and English multi-language display.

5. Silicone button design, flexible use; ergonomic design, comfortable and warm heart; streamlined elegant design, smiling look and feel.

4. Standard battery module, free to dismantle, replace anytime, anywhere, fully realize double power and double charge, unlimited field test.

3. Color digital module and mechanical rebound meter can be disassembled at will.

2. 2.0-inch color LCD screen (220 × 176 pixels), clearly visible inspection data in any situation.

1. Automatically display and record the rebound value, and calculate the converted intensity value of each measurement area and the estimated strength of the component according to the relevant inspection specifications.

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