About Digital Concrete Test Hammer with Microprocessor
Specification:
This digital concrete test hammer, microprocessor operated, performs basic concrete testing with continuous automatic recording of all parameters in accordance with EN 12504-2 Specifications, register and process data and then transfer them to a PC The unit is equipped with an electronic transducer that measures the rebound values and supplies automatically the results on a graphic display.
During test performing:
- Shows index value
- Shows average index value
- Allows to select measuring system in MpA or Psi
- Shows numbers of performed rebounds
- Shows date and time
- Identifies tested element
- Identifies automatically and shows rebound angle
- Shows battery life
Main features:
- Possibility to store, display on graphic LCD 64x124 and download data to PC over 20000 tests
- Automatic statistical processing and readings
- Automatic conversion of rebound index to equivalent compression strength in psi, N/mm2, kg/cm2
- High accuracy and resolution
Dimensions with case: 330x180x120 mm
Weight: 3 kg
Precision and Reliability for Concrete TestingEngineered for accuracy and rugged dependability, this digital test hammer offers automated calibration and microprocessor control. Its intuitive keypad interface and instantaneous response time make compressive strength assessment quick and straightforward, while the robust aluminum alloy housing ensures durability in demanding environments.
Advanced Data Management CapabilitiesWith internal memory for up to 2000 test results and up to 10 user-defined memory slots per batch, the device streamlines results storage and export. Its included PC software supports comprehensive analysis, allowing users to export test data in CSV or PDF format for easy sharing and archiving.
Designed for Versatile ApplicationsIdeal for dealers, manufacturers, and professionals in the concrete industry, this test hammer is suitable for standard specimen sizes and surface heights up to 300 mm. Automatic calculations and precise digital output enhance productivity for field and laboratory testing in various project settings.
FAQ's of Digital Concrete Test Hammer with Microprocessor:
Q: How does the Digital Concrete Test Hammer ensure accurate compressive strength readings?
A: The device utilizes a mechanical impact mechanism with microprocessor-controlled, digital auto-calibration, delivering reliable readings with an accuracy of 1 N/mm2, and instantaneous response times of less than one second.
Q: What is the process for storing and exporting test data from the hammer?
A: Test results are stored internally, with a capacity for up to 2000 measurements. Data export is facilitated via USB or Bluetooth interface, supporting CSV and PDF formats, and can be managed using the supplied PC software.
Q: When should I recharge the battery, and how long does it last during operation?
A: The rechargeable lithium battery provides over 8 hours of continuous use per charge. It is recommended to recharge the device after extensive testing, with a full charging time of approximately 2 hours.
Q: Where can this test hammer be used effectively?
A: It is suitable for both field and laboratory environments, fitting concrete surfaces up to 300 mm in height and standard specimen sizes. Its IP54 protection rating permits use in moderately dusty or damp conditions.
Q: What are the benefits of using a microprocessor-controlled test hammer over traditional models?
A: The microprocessor control provides enhanced automation and calculation accuracy, digital storage of test results, multilingual menu support, and efficient data management compared to manual analog hammers.
Q: How do I operate and navigate the multilingual menu options?
A: The device features an easy-to-use keypad operation with a backlit LCD digital display. Users can select languages such as English, Chinese, or Spanish for menu navigation, improving accessibility for diverse users.
Q: Can the hammer handle frequent usage for large testing batches?
A: Yes, its robust design supports up to 200 measurements per battery charge and 2000 storage slots, making it suitable for high-volume testing sessions managed via batch memory slots.