Overview
Tianma FA1205CN 1/100,000th Electronic Balance adopts High Stability Electromagnetic Force Sensor technology, with novel Appearance, large Interior volume, stable performance and complete functions. Dual range series design, the highest accuracy is 0.01mg, suitable for accurate weighing needs.
Features
1. High accuracy: High Accuracy Electromagnetic Force equilibrating Sensor, Precision measurement results, Fast response, Fewer faults
2. Optimized micro-loading weighing function: Digital processing technology is used to greatly improve the Response speed of micro-loading while maintaining the stability of Balance reading
3. Built-in weighing function: basic weighing function, piece weighing function, percentage weighing function
4. Balance: automatic built-in weight calibrating
5. Dual range weighing
6. Transparent Glass Windshield
7. LCD LCD display
8. Unique split design
9. Built-in RS232 communication interface
10. Fault detection function
11. Overload protection, percentage display
12. Unit conversion function
Principle
Electromagnetic Force equilibrating Sensor technology is used to accurately measure mass by equilibrating electromagnetic force and sample gravity. Digital processing technology ensures reading Stability and Fast Response.
Applications
Laboratory, scientific research, pharmaceutical, chemical, education, quality control
Steps
1. Place Balance on a Stable Level Table
2. Connect the power supply and preheat for 30-60 minutes
3. Use fully automatic built-in weight to calibrate
4. Select the desired weighing mode (basic weighing, piece weighing, or percentage weighing).
5. Place the sample for weighing
6. Read the results through the LCD display
7. Optional unit conversion and percentage display
8. Use the RS232 interface for data transmission
Notice
• Operating temperature range: + 10~ + 30 ℃
• relative humidity: 20~ 85% relative (non-condensing)
• Power supply voltage: AC230V, 50-60HZ
• Avoid overloading
Make sure the pan is clean and drying
• Regularly calibrated
• Avoid use in strong electromagnetic interference environments
