TS2500 consists of excitation and measurement host, automatic measurement software. It’s specially used to testing magnetic properties of motor laminated stator or electrical steel core.It can automatically measure the iron loss and other magnetic parameters of the motor stator core or other types of electrical steel core within a certain frequency range.
TS2500
TUNKIA
Availability: | |
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*Above picture is only for reference, subject to actual delivery
1. Summary
TS2500 is an intelligent testing system specifically designed for rapid testing of the magnetic properties of laminated stators in motors and related equipment.
The system consists of an excitation and measurement unit (integrating current excitation output, induced voltage measurement, and power measurement) and fully automated measurement software.
It enables automatic measurement of magnetic parameters such as core loss of motor stator cores or other types of electrical steel cores within a specified frequency range.
2. Features
High-speed A/D data acquisition enables fast measurement with high accuracy.
Equipped with an automatic demagnetization function using adjustable slow attenuation.
High-power excitation output, customizable to match the specimen’s requirements.
Selectable test frequencies: 50 Hz / 60 Hz … 400 Hz … 1 kHz.
Bundled with professional software for fully automated magnetic property measurement.
Supports multi-point testing with a single setup.
User-friendly software with multiple built-in test configurations.
Automatically calculates magnetic parameters and generates curves; supports data management.
Modular main unit design for easy upgrade and maintenance
Optional multi-strand wire fixture simplifies the winding process.
Optional automated test fixture enables fully automatic winding and measurement.
3. Applications
Testing silicon core or stator core by direct winding.
Setting multiple test points according to frequency and magnetic flux density B.
Measurement Ps by locking B value.
Magnetic parameters: magnetic field strength Hm, magnetic flux density Bm, specific total loss Ps, specific apparent power Ss, waveform coefficient FF, total loss P, etc.
Draw magnetic characteristic curves: hysteresis loop, Ps-Hm,Ps-Bm curves, etc.
*Above picture is only for reference, subject to actual delivery
1. Summary
TS2500 is an intelligent testing system specifically designed for rapid testing of the magnetic properties of laminated stators in motors and related equipment.
The system consists of an excitation and measurement unit (integrating current excitation output, induced voltage measurement, and power measurement) and fully automated measurement software.
It enables automatic measurement of magnetic parameters such as core loss of motor stator cores or other types of electrical steel cores within a specified frequency range.
2. Features
High-speed A/D data acquisition enables fast measurement with high accuracy.
Equipped with an automatic demagnetization function using adjustable slow attenuation.
High-power excitation output, customizable to match the specimen’s requirements.
Selectable test frequencies: 50 Hz / 60 Hz … 400 Hz … 1 kHz.
Bundled with professional software for fully automated magnetic property measurement.
Supports multi-point testing with a single setup.
User-friendly software with multiple built-in test configurations.
Automatically calculates magnetic parameters and generates curves; supports data management.
Modular main unit design for easy upgrade and maintenance
Optional multi-strand wire fixture simplifies the winding process.
Optional automated test fixture enables fully automatic winding and measurement.
3. Applications
Testing silicon core or stator core by direct winding.
Setting multiple test points according to frequency and magnetic flux density B.
Measurement Ps by locking B value.
Magnetic parameters: magnetic field strength Hm, magnetic flux density Bm, specific total loss Ps, specific apparent power Ss, waveform coefficient FF, total loss P, etc.
Draw magnetic characteristic curves: hysteresis loop, Ps-Hm,Ps-Bm curves, etc.
4. Specifications
4.1 Electrical Specifications
Output | Max. Power | 10 kVA (Optional) |
Frequency | 50 Hz / 60 Hz…400 Hz…1 kHz (Optional) | |
Protect | Over current, Overload, Over temperature, Short circuit protection | |
Measurement | Uncertainty of U and I (k=2) | 0.1%*RG ① |
Uncertainty of Power (k=2) | 0.3%*FS ② |
Note: ① RG is the range value, ② FS = Voltage range value × Current range value.
Note: The above indicators are typical cases, and the actual parameters should be planned in detail according to the samples tested by users.
4.2 Magnetic Specifications
Typical Frequency Point | Magnetic Parameters | Typical Test Point⑤ | Uncertainty (k=2) | Repeatability |
50Hz / 60Hz | Ps | P0.5 ②... P1.5 | 2.0% | 0.5% |
400 Hz | Ps | P0.5 ②... P1.5 | 2.5% | 1.0% |
1 kHz | Ps | P0.5 ②... P1.0 | 3.0% | 1.5% |
Note ③: Test conditions : ( 23 ± 5 )℃, demagnetize core before testing.
Note ④: Don’t move the measured core and coils, repeated measurements for serval times, and calculate measurement repeatability.
Note ⑤: The test points are only reference. Actual performance of the measured core due to the material properties, weight, testing frequency, current, power load capacity.
Note ⑥: P1.0 refers to the specific total loss value when B=1.0T, and so on.
5. General Specifications
Power Supply | AC ( 380 ± 38 ) V,( 50 ± 2 ) Hz |
Temperature Performance | Operating Temperature:( 23 ± 5 )℃; Storage Temperature:-20°C~70°C |
Humidity Performance | Operating Storage:40%~80% R·H,non-condensing Storage Humidity:< 80% R·H,non-condensing |
6. Test Tooling
7. Ordering Information
4. Specifications
4.1 Electrical Specifications
Output | Max. Power | 10 kVA (Optional) |
Frequency | 50 Hz / 60 Hz…400 Hz…1 kHz (Optional) | |
Protect | Over current, Overload, Over temperature, Short circuit protection | |
Measurement | Uncertainty of U and I (k=2) | 0.1%*RG ① |
Uncertainty of Power (k=2) | 0.3%*FS ② |
Note: ① RG is the range value, ② FS = Voltage range value × Current range value.
Note: The above indicators are typical cases, and the actual parameters should be planned in detail according to the samples tested by users.
4.2 Magnetic Specifications
Typical Frequency Point | Magnetic Parameters | Typical Test Point⑤ | Uncertainty (k=2) | Repeatability |
50Hz / 60Hz | Ps | P0.5 ②... P1.5 | 2.0% | 0.5% |
400 Hz | Ps | P0.5 ②... P1.5 | 2.5% | 1.0% |
1 kHz | Ps | P0.5 ②... P1.0 | 3.0% | 1.5% |
Note ③: Test conditions : ( 23 ± 5 )℃, demagnetize core before testing.
Note ④: Don’t move the measured core and coils, repeated measurements for serval times, and calculate measurement repeatability.
Note ⑤: The test points are only reference. Actual performance of the measured core due to the material properties, weight, testing frequency, current, power load capacity.
Note ⑥: P1.0 refers to the specific total loss value when B=1.0T, and so on.
5. General Specifications
Power Supply | AC ( 380 ± 38 ) V,( 50 ± 2 ) Hz |
Temperature Performance | Operating Temperature:( 23 ± 5 )℃; Storage Temperature:-20°C~70°C |
Humidity Performance | Operating Storage:40%~80% R·H,non-condensing Storage Humidity:< 80% R·H,non-condensing |
6. Test Tooling
7. Ordering Information