Product Description
Digital Portable Surface Roughness Tester Leeb432
MAIN FEATURE
- Stylish design with plastic shell, inspired by a TRANSFORMERSa ;
- Visual waveform display;
- Electromechanical integration design, small volume, light weight, easy to use;
- Using DSP chip to control and data processing, high speed, low power consumption;
- 128 x 64 OLED dot matrix display, digital / graphic display; highlight no perspective;
- Intuitive and rich display information, can display all the parameters and graphics;
- Compatible with ISO, DIN, ANSI, JIS national standards;
- Residual quantity icon, prompting the user to charge;
- Continuous working time: more than 20 hours;
- Real-time clock settings and display, convenient data recording and storage;
- With automatic dormancy, automatic shutdown and power saving function;
- Multi-info Display: measurement information, menu prompt, fault and power switch information indicated.
- With PC software, can be connected to a computer and printer;
- Optional different sensor, measuring platform, mini printer, extension rod and other accessories;
- Support OEM Service, high price performance.
TECHNICAL DATA
20 roughenss parameters: Ra,Rz,Rq,Rt,Rp,Rv,R3z,R3y,RzJIS,Rsk,Rku,Rsm,Rmr,Rx,RPc,Rk,Rpk,Rvk,Mr1,Mr2
Sample Length: 0.25, 0.80, 2.50mm
Evaluation Length: (1-5)L
Maximum Drive Stroke: 17.5mm/0.7inch
Data Storage: 100 groups
Power: Rechargeable Li-battery
Size: 158x63.5x46mm
Weight of Host: 0.3kg
Advanced Measurement VersatilityThe Leeb432 accommodates measurement needs with multiple selectable cut-off lengths and tests major roughness parameters including Ra, Rz, Rt, and Rq. Its broad measuring range and rapid 2-second response time ensure reliable readings for a variety of surfaces. The tester can be used both in metric and imperial units to suit different industry standards.
User-Friendly Digital OperationEquipped with a clear LCD display, microcontroller-based controls, and an intuitive interface, the Leeb432 ensures ease of use for professionals and technicians alike. English and Chinese language options, alongside an out-of-range measurement alarm, further enhance usability while the data output capabilities enable easy transfer to a PC for analysis and recordkeeping.
Reliable Portability and DurabilityWeighing just 8 kg and fitting comfortably in one hand, the Leeb432 is engineered for on-site inspections. Its robust design includes a rechargeable lithium battery providing up to 20 hours of continuous use, a protective case, and compatibility with USB charging, making it a trusted companion for industrial, manufacturing, and quality control applications.
FAQ's of Digital Portable Surface Roughness Tester Leeb432:
Q: How is calibration performed on the Leeb432 Surface Roughness Tester?
A: Calibration is conveniently carried out using the included standard sample, which ensures accurate measurement readings before initial use or after changes in environmental conditions.
Q: What measurement parameters and units does the Leeb432 support?
A: The tester supports Ra, Rz, Rt, and Rq parameters, measuring in both metric (m) and imperial units for maximum flexibility in various applications.
Q: When should the tester be recharged and how long does a full charge last?
A: Recharge the device when the battery runs low; it takes about 2 hours for a full charge, and supports up to 20 hours of continuous operation on a single charge.
Q: Where can the test data be stored and how is it transferred?
A: The Leeb432 can store up to 100 test results in its internal memory. Data can be quickly exported to a PC via USB or RS232 interface for further analysis and documentation.
Q: What is the minimum specimen size required for accurate testing?
A: The specimen should be at least 17.5 mm in length to fit the test width and ensure precise surface measurement results.
Q: How does the out-of-range measurement alarm benefit users?
A: The built-in measurement out-of-range alert quickly notifies users when a surface's roughness exceeds the instrument's range, helping prevent invalid or misleading test results.