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TH8100
TUNKIA
TH8100 Magnetic Field Coil Comprehensive Calibration Device
1. Summary
TH8100 is a set of devices specially used to calibrate the fluxmeter coil constants of DC magnetic properties measuring instruments for soft magnetic materials. Please refer to JJF1830-2020 "Calibration Specifications for DC Magnetic Properties Measuring Instruments for Soft Magnetic Materials", it can use the pull method or low-frequency AC Method to calibrate the coil constant NS of the magnetic permeability meter.
2. Features
• Supports two calibration methods: pull-out method and low-frequency AC method.
• Built-in precision DC current source, accuracy class 0.005.
• Built-in precision AC current source, accuracy class 0.01.
• Built-in precision magnetic flux meter, accuracy class 0.05.
• Built-in precision AC voltmeter, accuracy class 0.05.
• Equipped with standard solenoid for generating standard magnetic field.
• Communication interfaces: RS232, USB, LAN
• Equipped with specialized calibration software.
3. Application
☆ Calibration Coil Constant NS (Pull-Out Method) |
• The TH8100 host outputs precision DC current to the standard solenoid to generate a standard magnetic field H0 (H0=K*I, H is the coil constant of the standard solenoid, which is given by the superior measurement department.) • The output end of the coil under test is connected to the precision flux meter of the host computer, and adjust the zero drift of the flux meter and clear it to zero. • Pull the coil quickly, read the indication value ΦH of the flux meter, and obtain the constant reference value of the coil under test through the following formula. |
☆ Calibration Coil Constant NS (Low-Frequency AC Method) |
• TH8100 host outputs precision AC current to standard solenoid. • The output end of the coil under test is connected to the precision voltmeter of the host computer. • Read the effective value U2 of the voltmeter and obtain the constant reference value of the coil under test through the following formula. |
TH8100 Magnetic Field Coil Comprehensive Calibration Device
1. Summary
TH8100 is a set of devices specially used to calibrate the fluxmeter coil constants of DC magnetic properties measuring instruments for soft magnetic materials. Please refer to JJF1830-2020 "Calibration Specifications for DC Magnetic Properties Measuring Instruments for Soft Magnetic Materials", it can use the pull method or low-frequency AC Method to calibrate the coil constant NS of the magnetic permeability meter.
2. Features
• Supports two calibration methods: pull-out method and low-frequency AC method.
• Built-in precision DC current source, accuracy class 0.005.
• Built-in precision AC current source, accuracy class 0.01.
• Built-in precision magnetic flux meter, accuracy class 0.05.
• Built-in precision AC voltmeter, accuracy class 0.05.
• Equipped with standard solenoid for generating standard magnetic field.
• Communication interfaces: RS232, USB, LAN
• Equipped with specialized calibration software.
3. Application
☆ Calibration Coil Constant NS (Pull-Out Method) |
• The TH8100 host outputs precision DC current to the standard solenoid to generate a standard magnetic field H0 (H0=K*I, H is the coil constant of the standard solenoid, which is given by the superior measurement department.) • The output end of the coil under test is connected to the precision flux meter of the host computer, and adjust the zero drift of the flux meter and clear it to zero. • Pull the coil quickly, read the indication value ΦH of the flux meter, and obtain the constant reference value of the coil under test through the following formula. |
☆ Calibration Coil Constant NS (Low-Frequency AC Method) |
• TH8100 host outputs precision AC current to standard solenoid. • The output end of the coil under test is connected to the precision voltmeter of the host computer. • Read the effective value U2 of the voltmeter and obtain the constant reference value of the coil under test through the following formula. |
4. Specifications
4.1 Precision AC and DC Current Source
DC Current Standard Source DCI | Maximum Output Current | ± 25A |
Measurement Uncertainty (k=2) | 0.005%*RG① | |
Output Mode | Bipolar output | |
AC Current Standard Source ACI | Maximum Output Current | 25Apk |
Frequency Range | 10 Hz~1 kHz | |
Measurement Uncertainty (k=2) | 0.01%*RG | |
Note | ①: RG is the range value, the same below |
4.2 Precision voltmeter
Measurement Range | 5 mV~ 5V |
Measurement Uncertainty (k=2) | 0.05% |
4.3 Precision Fluxmeter
Magnetic Flux Measurement Range | 0.2mWb~10 Wb。 |
Minimum Resolution | 10 nWb |
Voltage Measurement Uncertainty (k=2) | 0.02%*RD + 0.02%*RG |
Integration Time Measurement Uncertainty (k=2) | 0.005% |
Magnetic Flux Measurement Uncertainty (k=2) | 0.05%*RD + 5 μWb |
Zero Drift Typical Value Display Digits | 0.5 μWb/min |
Display Digits | 6-digit |
4.4 Standard Solenoid
Maximum Current | 25 A |
Maximum Constant Magnetic Field | 60 kA/m |
Size | Φ95 x 980mm |
Quality | Approx 260 kg |
5. General Specifications
Power Supply | AC ( 220 ± 22 ) V, ( 50 ± 2 ) Hz |
Temperature Performance | Working temperature: 0°C~50°C; Storage temperature: -20°C~70°C |
Humidity Performance | Working humidity: 40%~80% R·H, non-condensing Storage temperature: < 80% R·H, non-condensing |
6. Configuration List
S/N | Name | Quantity | Configuration | Note | |
1 | TH8100 test host | 1 | Standard | ||
2 | Standard solenoid | 1 | Standard | ||
3 | Automatic calibration software | 1 | Standard | ||
4 | Complete set of test leads and power cords | 1 | Standard | ||
5 | Workbench | 1 | Optional | Third party product | |
6 | Computer | 1 | Optional | Third party product | |
7 | Printer | 1 | Optional | Third party product |
Note: The above is for reference only, the specific configuration list is subject to the technical agreement.
4. Specifications
4.1 Precision AC and DC Current Source
DC Current Standard Source DCI | Maximum Output Current | ± 25A |
Measurement Uncertainty (k=2) | 0.005%*RG① | |
Output Mode | Bipolar output | |
AC Current Standard Source ACI | Maximum Output Current | 25Apk |
Frequency Range | 10 Hz~1 kHz | |
Measurement Uncertainty (k=2) | 0.01%*RG | |
Note | ①: RG is the range value, the same below |
4.2 Precision voltmeter
Measurement Range | 5 mV~ 5V |
Measurement Uncertainty (k=2) | 0.05% |
4.3 Precision Fluxmeter
Magnetic Flux Measurement Range | 0.2mWb~10 Wb。 |
Minimum Resolution | 10 nWb |
Voltage Measurement Uncertainty (k=2) | 0.02%*RD + 0.02%*RG |
Integration Time Measurement Uncertainty (k=2) | 0.005% |
Magnetic Flux Measurement Uncertainty (k=2) | 0.05%*RD + 5 μWb |
Zero Drift Typical Value Display Digits | 0.5 μWb/min |
Display Digits | 6-digit |
4.4 Standard Solenoid
Maximum Current | 25 A |
Maximum Constant Magnetic Field | 60 kA/m |
Size | Φ95 x 980mm |
Quality | Approx 260 kg |
5. General Specifications
Power Supply | AC ( 220 ± 22 ) V, ( 50 ± 2 ) Hz |
Temperature Performance | Working temperature: 0°C~50°C; Storage temperature: -20°C~70°C |
Humidity Performance | Working humidity: 40%~80% R·H, non-condensing Storage temperature: < 80% R·H, non-condensing |
6. Configuration List
S/N | Name | Quantity | Configuration | Note | |
1 | TH8100 test host | 1 | Standard | ||
2 | Standard solenoid | 1 | Standard | ||
3 | Automatic calibration software | 1 | Standard | ||
4 | Complete set of test leads and power cords | 1 | Standard | ||
5 | Workbench | 1 | Optional | Third party product | |
6 | Computer | 1 | Optional | Third party product | |
7 | Printer | 1 | Optional | Third party product |
Note: The above is for reference only, the specific configuration list is subject to the technical agreement.