Ync-T1 Series, Analog Split Core DC Current Transducer Hall Effect Current Sensors with 4~20mA Output

Product Descriptions
The sensor series are open-loop Hall current sensors. The primary and secondary coils of the sensors are insulated, which are for controlling or measuring DC, AC and pulse currents.

Work Principles
The magnetic flux generated by the primary current aggregates in the magnetic circuit, which is detected by the Hall element in the air gap.The output voltage of the Hall element is processed, to output the standard voltage signal at the output end of the sensor. The voltage signal accurately reflects the changes of the primary current.

Main electrical parametersRated measurement output ISN +20mA,4 -- +20mA
Load resistor RM 100Ω--600Ω
Supply voltage VC +24V(±5%)
Current consumption IC ≤25mA+

Dynamic performance parameters
Accuracy X ≤1%(+25ºC)
Linearity εL ≤1%(+25ºC)
Zero offset current IO 0±0.1mA\4±0.1mA(+25ºC)
Zero temperature drift IOT ≤0.005mA/ºC(-40ºC~+85ºC)
Bandwidth(-3db) BW DC...20KHZ
Response time Tr ≤5us
Follow-up accuracy di/dt >50A/us

General parameters
Operating temperature TA -40ºC~+85ºC
Operating temperature TS -40ºC~+120ºC
Weight M 65g

Product Features
*Easy installation
*Small size, saving space
*Strong anti-jamming capability

Applications:
*AC inverters
*DC motor drive static converters
*Communication power supplies
*Uninterruptible power supplies
*Switch power supplies
*Welder power applications

Implementation standards
1. The high/low temperature complies with the 9.4.2.1 testing requirements in the EN50178 standard.
2. The moisture and heat conforms to the 9.4.2.2 testing requirements in the EN50178 standard.
3. The vibration conforms to the 9.4.3.2 testing requirements in the EN50178 standard.
4. The EMC conforms to the 9.4.6.1 and 9.4.6.2 testing requirements in the EN50178 standard.
Dimensions: (unstated tolerance ± 0.2mm)
 Wiring

Remarks
1. When the current to be measured flows through the input pin of a sensor, it can measure the current magnitude at the output.(Note: incorrect wiring may cause damage to the sensor).
2. The dynamic performance (di/dt and the response time) is the best when the primary hole is fully filled with the bus bar.
3. Sensors of different rated input currents and output voltages are customizable according to user needs