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1. What does the display of x1m3/1h mean for an electromagnetic flow converter?
The flow unit of the flowmeter is m ³/h
2. Instructions for using and operating the intelligent converter of the inlet insertion electromagnetic flowmeter
Operation guide for the intelligent inlet insertion electromagnetic flowmeter converter Control panel Function introduction: Function keys: used to switch the display screen in the non aggressive setting state; When setting non-linear parameters, switch the modified values up and down. Add key: When setting a 4-digit parameter, add 1 to the first bit, return to zero after reaching 9, and add 1 to other parameters. Shift key: When setting a 4-digit parameter, cycle the shift and subtract 1 from other parameters. Confirm key: Switch display in non set state; Switch to the next parameter display when setting parameters. Operation process: Initialization: Connect the power supply, preheat, display the initialization screen, and enter the work interface after waiting. Normal operation: Display flow value, cumulative value, flow rate, and date and time. When diagnosing faults, an alarm will be displayed. Parameter setting: Enter through the SET and ENT keys, with a factory default password of 0000. Password modification and parameter adjustment can be performed. Password modification: Enter 0010 and press the ENT key to enter the password modification interface. Parameter settings: such as year, month, day, hour, flow rate unit, filtering coefficient, etc. Please refer to Table 2 for detailed operations. Special reminder: When changing the year, month, day, hour, or resetting the accumulated time, select "N" to not save the parameters. In other cases, select "Y" to save.
3. Difference between sensor coefficient and converter coefficient of KEFC electromagnetic flowmeter
The core difference between sensor coefficient and converter coefficient of KEFC electromagnetic flowmeter is that they are independent calibration parameters sold for different hardware parts of the flowmeter, and the sensor coefficient is fixed in the sensor body, representing its physical characteristics;
; And the converter coefficients are stored in the converter for signal processing and flow calculation. The two must match to ensure accurate measurement. 1. Definition and Physical Position Sensor C
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