Overview
PRSR210 Roughness Gauge is a High Accuracy surface roughness measuring instrument from the IPRE brand. The instrument uses ARM processor and real-time Operating system, is equipped with a high-luminance OLED display, supports multiple parameter measurements and large-capacity Data storage, and is suitable for surface mass inspection in various industrial fields.
Features
1. Using ARM for control and data processing, fast speed and low power consumption
2. Software transplanted Real-time Operating system to support multi-task parallel processing
3. Large range, Multi-Parameter Ra, Rz, Rq, Rt, Rp, Rv, R3z and other 13 parameters
4.128 * 64 high luminance OLED display, self-luminous, wide temperature, full viewing angle
5. The display is informative, intuitive, and can display all parameters and graphics
6. Compatible with ISO, DIN, ANSI, JIS and other national standards
7. Built-in rechargeable lithium battery, which can display charging process instructions, and the operator can know the degree of charging at any time
8. There is a remaining power indicator icon, prompting the user to charge in time.
9. Data storage, FLASH can store 200 original data sources and waveforms
10. Expandable Micro SD card storage, up to 16G
11. Compatible with a variety of Sensors: Standard Sensor, Small Hole Sensor, Groove Sensor, Deep Groove Sensor
12. Optimized Sensor Structure, Measurement More Stable
13. Built-in wireless module, supports wireless printing and wireless data transmission
14. Using the USB interface, it can connect computers and printers, and can realize online upgrade of embedded software. Optional Bluetooth printing function
15. The mobile app can be wirelessly synchronized to operate the instrument
Principle
The PRSR210 Roughness Gauge uses an Inductance Sensor for measurement. The Sensor is made of diamond material with a radius of 5 μm, a force measurement of 4 mN, and an angle of 90 °. The surface profile data is obtained through the contact measurement mode. The instrument has a built-in ARM processor to process and calculate the collected data in real time, and process the signal through various filters such as RC, PC-RC, GAUSS, D-P, etc., and finally output a variety of asperity parameters.
Applications
Machining, aerospace, auto parts, communications, electric power, electronics, universities, scientific research institutes, technical supervision bureaus, special inspection institutes
Standards
ISO、DIN、ANSI、JIS
Steps
1. Turn it on and check the battery level.
2. Select the right Sensor and install it
3. Set the sampling length and evaluation length parameters
4. Smooth contact of the Sensor with the measured surface
5. Start measurement, the instrument automatically collects data
6. View measurement results and waveform display
7. Choose to store or transfer measurement data
8. Turn off the power after use
Notice
● Sensor clean and free before measurement
Avoid Severe Impact or Vibration to Sensors
● Regularly check the battery level and charge it in time
Pay attention to the remaining storage space when storing data
Use appropriate sampling length and rating length settings
● Keep Sensor perpendicular to the measured surface during measurement
Avoid using the instrument in extreme temperature environments
● Regularly calibrate and maintain the instrument
