1.Features:
① The primary coil is built-in, allowing for direct soldering onto a PCB for easy use and an elegant appearance.
② Its compact size and high precision, combined with complete sealing and strong mechanical and environmental endurance, make it safe and reliable with strong dielectric strength.
2.Ambient Conditions:
① Ambient temperature: -55℃~+85℃;
② Relative humidity: ≤90% at 40℃;
③ Atmospheric pressure: 860~1060mbar(about 650~800mmHg).
3.Operating Frequency Range: 20Hz~1kHz
4.Insulation Thermal Class:Class F (155℃).
5.Safety Features:
① Insulation resistance: >1000MΩ in normal condition;
② Insulation withstand voltages: 2kV 50Hz/1 min;
③ Fire retardancy: In conformity with UL94-V0.
6.Outline Drawing, Installation Dimension and Coil Diagram:
7.Typical Application and Technical Parameters:
①The parameters are listed in Table 1 while the sampling voltage is obtained directly by using a resistor (as shown in Fig.1 below).
②The parameters are listed in Table 2 while the sampling voltage is obtained by using an IC (as shown in Fig.2 below).
Table 1:
Model | Rated Input Current | Rated Output Current | Rated Sampling Resistor RL | Rated Sampling Voltage | Phase Shift | Non Linearity | Linear Range | Withstand Voltage |
TA1015-1 | 5A | 5mA | 100Ω | 0.5V | ≤30’ | ≤0.2% | ≥2 times of the rated value | ≥2KV |
TA1015-1M | 5A | 5mA | 125Ω | 0.625V | ≤37’ | ≤0.25% | ||
TA1015-2 | 5A | 2.5mA | 400Ω | 1.0V | ≤20’ | ≤0.2% | ||
TA1015-2M | 5A | 2.5Ma | 500Ω | 1.25V | ≤25’ | ≤0.25% | ||
TA1015-3 | 100mA | 2.5mA | 200Ω | 0.5V | ≤10’ | ≤0.2% | ||
TA1015-3M | 100mA | 2.5mA | 250Ω | 0.625V | ≤12.5’ | ≤0.25% |
Table 2:
Model | Rated Input Current | Rated Output Current | Rated Sampling Voltage | Phase Shift | Non Linearity | Linear Range | Withstand Voltage |
TA1015-1 | 5A | 5mA | ≤1/2times of IC power supply | ≤5’ | ≤0.1% | ≥2 times of the rated value | ≥2KV |
TA1015-1M | 5A | 5mA | |||||
TA1015-2 | 5A | 2.5mA | |||||
TA1015-2M | 5A | 2.5mA | |||||
TA1015-3 | 100mA | 2.5mA | |||||
TA1015-3M | 100mA | 2.5mA |
8.Attention:
① Connect the primary winding of the current transformer in series with the measured current loop, and operate the secondary winding in near short-circuit mode.
② Do not allow the secondary winding of the current transformer to be open-circuited and do not install any fuse in the secondary circuit.