Overview
SKYEAGLEE SK/MIC-800-F2-Y/1 Portable Fluorine Detector is a Handheld Gas detection device that uses the pump-suction Sampling method to detect the concentration of fluorine (F2) in the environment. The instrument is equipped with an imported High Accuracy Electrochemical sensor, combined with a 32-bit ARM processor and a stable circuit design to ensure fast detection, accurate measurement and stable performance. Equipped with a 3.5-inch full-color TFT screen, it supports Chinese and English graphic menu operation, and has various functions such as Data storage and USB data transmission. It is suitable for gas safety monitoring in various industrial environments.
Features
1. Imported High Accuracy electrochemistry Fluorine Sensor to ensure detection accuracy.
2. Use High Accuracy Low Temperature Drift Amplifier and Stable Power Processing Circuit to Ensure Measurement Stability.
3. Equipped with a 3.5-inch full-color TFT display, it supports Chinese and English graphical menus and real-time detection of trend analysis charts.
4. With large-capacity Data storage function, it can store about 300,000 sets of data, and the storage interval is adjustable.
5. Provide USB interface for high-speed data transmission and data download and printing.
6. Built-in long-life imported micro sampling pump, support low, medium and high three-speed Flow rate adjustment, with automatic cleaning gas circuit function.
7. Passed the explosion-proof qualification certification, the explosion-proof level is Exia II CT4, and the shell is designed with a two-color mold that is non-slip, waterproof, dustproof and explosion-proof.
8. Support self-calibration, zero-point calibration, multi-point calibration functions, and with temperature and pressure compensation.
9. With one-click factory reset, alarm parameter self-programming, STEL and TWA function settings.
10. Provide two detection modes, usually detection and patrol, to automatically prompt instrument failure and Sensor status.
Principle
The detector adopts the pump-suction Sampling method, and the environment gas is sucked into the detection gas chamber through the built-in micro-sampling pump. The gas reacts with the imported electrochemistry fluorine gas Sensor inside the instrument to generate an electrical signal proportional to the fluorine gas concentration. After the signal is amplified by the amplifier of High Accuracy and low temperature drift and adjusted by the stable power processing circuit, the 32-bit ARM processor performs data processing and compensation (including temperature and pressure compensation), and finally the fluorine gas concentration value is displayed on the screen in real time, and an alarm is triggered when the concentration exceeds the standard.
Applications
Chemical Production, Semiconductor Manufacturing, Metal Smelting, Water Treatment, Laboratory Research, Environment Monitoring, Emergency Response, Confined Space Operations
Steps
1. Boot warm-up: Press the power button for a long time to turn it on and wait about 30 seconds for the warm-up to complete.
2. Select mode: Select "normal detection mode" or "patrol mode" through the menu.
3. Set the sampling pump gear: According to the detection requirements, set the sampling pump to low, medium or high in the menu.
4. Start detection: The sampling tube is inserted into the area to be measured, and the instrument automatically samples and displays the real-time fluorine concentration.
5. Data viewing and export: You can view historical data through the menu, and use a USB cable to connect to the computer to export the data.
6. Calibration and settings: Regularly perform zero or multi-point calibration through the menu, and can set parameters such as alarm value and STEL/TWA as required.
7. Shutdown: After the detection is completed, press the power button for a long time to shut down.
Notice
• Please read the instructions carefully before use to ensure that it operates under the environmental conditions specified by the instrument (-30~ 50 ° C, 10~ 95% RH without condensation).
• The instrument is designed to be explosion-proof, but it should be avoided to disassemble or modify it in dangerous places beyond the explosion-proof level.
• Regularly calibrate the Sensor to ensure detection accuracy, and deal with it in time when the instrument prompts that the Sensor is faulty or the calibration has expired.
• The sampling tube should be kept clean and open to avoid clogging affecting the sampling effect.
When charging or transferring data, make sure to do so in a safe area.
• Avoid strong impact or prolonged exposure to extreme temperatures and Humidity environments.
When the instrument alarms, appropriate safety measures should be taken immediately and evacuated to a safe area.
• When not in use for a long time, please shut down and store in a drying environment.
