FS-1006 is a motor economic operation tester, which uses a combination of single-chip microcomputer technology and TFT color display to provide users with a more user-friendly and convenient operating platform. Three-phase voltage, current, power, power factor, accumulated power, etc. can be measured, and harmonic analysis can also be performed. The built-in printer can print measurement data at any time, allowing users to save measurement data in real time. Measurement methods can choose three three-wire and three four-wire two ways. It is a special test instrument developed according to GB/T12497-2006 national standards.
The main performance index
1. Basic test items l Three-phase AC voltage Ua, Ub, Uc and voltage mean U
l three-phase AC current la, lb, lc and the average current l
l Grid frequency F
l Active power Pa, Pb, Pc and three-phase total active power P
l Reactive power Qa, Qb, Qc and three-phase total reactive power 0
l apparent power Sa, Sb, Sc and three-phase total apparent power S
l Power factor cos φ1, cos φ2, cos φ3, cos φ4 (cos φ4 is the three-phase average power factor)
l Real-time display of each phase voltage and current waveform and amplification of single-phase.
l Real-time display of vector images, analysis of each phase value and phase difference.
l Accumulative power consumption measurement (the cumulative time interval is in minutes and the cumulative total time is in minutes)
l Harmonic Analysis: Measure each harmonic level of Ua phase voltage.
l Print data: Built-in printer can print measurement data at any time.
l can display, set the current time.
l Software system: based on ARM embedded system, the instrument software can be upgraded; with true color display, full Chinese touch screen (115 × 87 (mm)) operating system. Application of Windows CE system, intuitive interface, easy to operate l Operation method: touch-based display, 16-key multiplex keyboard for the l calculation of the motor economic operation of the 11 parameters and operating conditions analysis l calculate the motor operating characteristics of the 7 parameters and the cumulative power The measurement can continuously accumulate the power consumption of the motor for 0.1 to 100 hours l Automatically calculate the capacity of the local compensation and the annual electricity after compensation l Test method: Cover single-watt meter method, double-watt meter method, three-watt meter method, Easy to measure l can store more than 5000 sets of motor measured data l current of each line system: with 5A, 200A, 500A three gear measurement, accuracy 0.5%
2. Motor economic operation test items The instrument database contains more than 80 kinds of motor parameters such as Y, YR, J, J2, JR, JR2, JS, JS1, JS2, YX, YPZC, FX, FGX2, FO, JF03, etc.: Models, rated power, rated voltage, rated current, rated efficiency, no-load current, no-load power, power factor, etc. More than 7000 kinds of motor efficiency curves and power factor curves, coexistence of various rated parameters, no-load parameters, economic assessment The evaluation index is automatically invoked during test analysis. If there is no corresponding motor model in the database, operations such as adding and modifying can be performed conveniently through the database module. (The motor model in the database can be added and modified and saved)
l Actual economic operating items of the motor: input voltage, input current, power factor, input power, reactive economic equivalent, load factor, and overall efficiency.
l Calculation of motor operating parameters: integrated power consumption, allowable overall efficiency, and rated overall efficiency.
l Analysis of the measured motor operating conditions: Economic operating area, non-economic operating area, automatically calculate the capacity of on-site compensation and the amount of electricity after compensation.
l If the motor under test is operating in a non-economic operating area, calculate the locally compensated capacitance and the compensated annual energy A (calculated at 3600 hours per year).
3 range range l voltage: 0 ~ 1300V (range can be extended with PT)
l current: 0-500A (5A, 200A, 500A, according to the actual current and voltage can be equipped with various types of clamp table CT can be expanded)
l Frequency: 50±10%
l apparent power: 0.025-750kVA
l Active power: 0-750kW
l Reactive power: 0-750kVar
l Power Factor: 0-1.0
l Load rate: 0-120%
l Efficiency: 0-100%
l Active power: 0 to any value l Input power: 0-750kW
4. Measurement accuracy l Voltage: 0.5 level ± 0.5% of nominal value + 0.001% of range ± 1 word;
l Current: 0.5 ± (nominal 0.5% + 0.001% of range) ± 1 word;
l Power: 1.0 level ± 1.0% of nominal value + 0.001% of range ± 1 word;
l Power factor: Absolute value error ≤ ± 0.01;
l Grid frequency error <0.05Hz;
l three-phase or single-phase: active power accuracy is better than 1.0%; reactive power accuracy is better than 1.0%;
l Fundamental wave: The active power accuracy is better than 1.0%; the reactive power accuracy is better than 1.0%;
Harmonic: The active power accuracy is better than 1.0%;
l Comprehensive accuracy: 1.0 level ± 1.0% of nominal value + 0.001% of range ± 1 word.
5. Use conditions l ambient temperature 0-40 °C
l Relative temperature ≤85%
l There is no large amount of corrosive gas around the working power supply: Internal connection (voltage test line) 380V50Hz±10%
External (voltage test line) 220V50Hz±10%
6. Configuration requirements:
One motor economic tester, three clamp-type current transformers, one voltage test line, one power cord, one printer (built-in), one certification certificate (Our company), one paper roll, and operating instructions 1 copy, 1 motor manual.
The main performance index
1. Basic test items l Three-phase AC voltage Ua, Ub, Uc and voltage mean U
l three-phase AC current la, lb, lc and the average current l
l Grid frequency F
l Active power Pa, Pb, Pc and three-phase total active power P
l Reactive power Qa, Qb, Qc and three-phase total reactive power 0
l apparent power Sa, Sb, Sc and three-phase total apparent power S
l Power factor cos φ1, cos φ2, cos φ3, cos φ4 (cos φ4 is the three-phase average power factor)
l Real-time display of each phase voltage and current waveform and amplification of single-phase.
l Real-time display of vector images, analysis of each phase value and phase difference.
l Accumulative power consumption measurement (the cumulative time interval is in minutes and the cumulative total time is in minutes)
l Harmonic Analysis: Measure each harmonic level of Ua phase voltage.
l Print data: Built-in printer can print measurement data at any time.
l can display, set the current time.
l Software system: based on ARM embedded system, the instrument software can be upgraded; with true color display, full Chinese touch screen (115 × 87 (mm)) operating system. Application of Windows CE system, intuitive interface, easy to operate l Operation method: touch-based display, 16-key multiplex keyboard for the l calculation of the motor economic operation of the 11 parameters and operating conditions analysis l calculate the motor operating characteristics of the 7 parameters and the cumulative power The measurement can continuously accumulate the power consumption of the motor for 0.1 to 100 hours l Automatically calculate the capacity of the local compensation and the annual electricity after compensation l Test method: Cover single-watt meter method, double-watt meter method, three-watt meter method, Easy to measure l can store more than 5000 sets of motor measured data l current of each line system: with 5A, 200A, 500A three gear measurement, accuracy 0.5%
2. Motor economic operation test items The instrument database contains more than 80 kinds of motor parameters such as Y, YR, J, J2, JR, JR2, JS, JS1, JS2, YX, YPZC, FX, FGX2, FO, JF03, etc.: Models, rated power, rated voltage, rated current, rated efficiency, no-load current, no-load power, power factor, etc. More than 7000 kinds of motor efficiency curves and power factor curves, coexistence of various rated parameters, no-load parameters, economic assessment The evaluation index is automatically invoked during test analysis. If there is no corresponding motor model in the database, operations such as adding and modifying can be performed conveniently through the database module. (The motor model in the database can be added and modified and saved)
l Actual economic operating items of the motor: input voltage, input current, power factor, input power, reactive economic equivalent, load factor, and overall efficiency.
l Calculation of motor operating parameters: integrated power consumption, allowable overall efficiency, and rated overall efficiency.
l Analysis of the measured motor operating conditions: Economic operating area, non-economic operating area, automatically calculate the capacity of on-site compensation and the amount of electricity after compensation.
l If the motor under test is operating in a non-economic operating area, calculate the locally compensated capacitance and the compensated annual energy A (calculated at 3600 hours per year).
3 range range l voltage: 0 ~ 1300V (range can be extended with PT)
l current: 0-500A (5A, 200A, 500A, according to the actual current and voltage can be equipped with various types of clamp table CT can be expanded)
l Frequency: 50±10%
l apparent power: 0.025-750kVA
l Active power: 0-750kW
l Reactive power: 0-750kVar
l Power Factor: 0-1.0
l Load rate: 0-120%
l Efficiency: 0-100%
l Active power: 0 to any value l Input power: 0-750kW
4. Measurement accuracy l Voltage: 0.5 level ± 0.5% of nominal value + 0.001% of range ± 1 word;
l Current: 0.5 ± (nominal 0.5% + 0.001% of range) ± 1 word;
l Power: 1.0 level ± 1.0% of nominal value + 0.001% of range ± 1 word;
l Power factor: Absolute value error ≤ ± 0.01;
l Grid frequency error <0.05Hz;
l three-phase or single-phase: active power accuracy is better than 1.0%; reactive power accuracy is better than 1.0%;
l Fundamental wave: The active power accuracy is better than 1.0%; the reactive power accuracy is better than 1.0%;
Harmonic: The active power accuracy is better than 1.0%;
l Comprehensive accuracy: 1.0 level ± 1.0% of nominal value + 0.001% of range ± 1 word.
5. Use conditions l ambient temperature 0-40 °C
l Relative temperature ≤85%
l There is no large amount of corrosive gas around the working power supply: Internal connection (voltage test line) 380V50Hz±10%
External (voltage test line) 220V50Hz±10%
6. Configuration requirements:
One motor economic tester, three clamp-type current transformers, one voltage test line, one power cord, one printer (built-in), one certification certificate (Our company), one paper roll, and operating instructions 1 copy, 1 motor manual.
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