BA10-AI/I AC Current Transducer

Input: 0~(8~50)A AC
Output: 4~20mA/0~20mA DC
Power Supply: 12V/24V DC
Perforation Hole Size: φ10mm
Applicaiton: Paired with PLC for Industrial Automation
Accuracy: Class 0.5
Response Time: ≤350ms
Installation: 35mm DIN Rail/Screw fixed
Standard&Certificate: CE; TüV

Specifications of BA10-AI/I AC Current Transducer

Differential Technical Specification

Model Name	Input	Output		Perforation Hole Size(mm)
Model Name	AC Current	DC Current	DC Voltage	Perforation Hole Size(mm)
BA05-AI/I	0~(0.5~10)A	4~20mA/0~20mA	/	φ5
BA05-AI/V	0~(0.5~10)A	/	1~5V/0~5V	φ5
BA10-AI/I	0~(8~50)A	4~20mA/0~20mA	/	φ10
BA10-AI/V	0~(8~50)A	/	1~5V/0~5V	φ10
BA20-AI/I	0~(40~200)A	4~20mA/0~20mA	/	φ20
BA20-AI/V	0~(40~200)A	/	1~5V/0~5V	φ20
BA50-AI/I	0~(60~600)A	4~20mA/0~20mA	/	φ50
BA50-AI/V	0~(60~600)A	/	1~5V/0~5V
BA50L-AI/I	0~(0.1~1)A	4~20mA/0~20mA	/
BA50L-AI/V	0~(0.1~1)A	/	1~5V/0~5V

General Technical Specification

Item	Description
Auxiliary Power Supply	DC 12V (range of 10~15V) or DC 24V (range of 18~30V)
Accuracy Class	0.5%
Load Resistance (Output)	Current Output: ≤500Ω; Voltage Output: ≤1000Ω
Response Time	≤350ms
Temperature	Operation Temp.: -10℃~+55℃; Storage Temp.: -40℃~+80℃
Temperature Coefiicient	≤200ppm/℃
Humidity	≤90%
Altitude	≤2500m
Installation	35mm DIN Rail or Screw fixed
Standard	CE/TüV

General of BA10-AI/I AC Current Transducer

BA series products apply the principle of electromagnetic induction to measure the AC current in the power grid in real time. They use precision constant current technology and linear temperature compensation technology to isolate and transform it into a standard DC signal output. It adopts 24V or 12V safe voltage power supply and has the characteristics of strong overload capability, high precision, high isolation, high safety and low power consumption. It can be widely used in the field of industrial automation.

The residual current sensor in the BA series is specially used for leakage monitoring, monitoring the insulation status of electrical lines or electrical equipment, and avoiding accidents caused by the degradation of the insulation performance of electrical lines or electrical equipment.