BA50-AI AC Current Transducer Measuring 0-600A

● Model: BA50-AI/I, BA50-AI/V
● Aperture: 50mm
● Input: AC0-(60-600)A
● Analog Output: DC 0-5V/1-5V/0-20mA/4-20mA
● Overload: 1.2 times of rated value
● Power supply: DC12V/DC24V

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Product Detail

Parameter

FAQ

General

BA series conduct the real-time measurement on the alternating current in the power grid according to the electromagnetic induction theory. They utilize the precise constant current technology and the linear temperature compensation technology to isolate and convert the measured current into the DC signal.They adopt the 24V or 12V power supply. They feature the large overload capacity, high accuracy, isolation and safety and low power consumption. Applications cover the industrial automation sector.

- Model: BA50-AI

- Current input : AC0-(60-600)A

- Output : DC 4-20mA or DC 0-5V

- Through size : 50mm

- Power supply: DC24V or DC12V

Specification

Technical parameters			Index
Input signal			BA05-AI measuring range AC 0～(0.5～10)A
			BA10-AI measuring range AC 0～(8～50)A
			BA20-AI measuring range AC 0～(40～200)A
			BA50-AI measuring range AC 0～(60～600)A
			BA50L-AI measuring range AC 0～(0.1～1)A
Output		Nominal value	DC4～20mA、DC0～20mA、DC1～5V、DC0～5V
		Overload protection	Max. output ≤ 135% of full scale
		Load resistance	When Voltage output≥1000Ω；when current output：(supply voltage-4/0.02)Ω
		Ripple component	AC component of the output signal ≤1% of full scale
Power supply			DC12V allowed range 10～15V
			DC24V allowed range 18～30V
Power consumption			≤1W
Dielectric strength			Power frequency withstands voltage 2000VAC between input/ output and power supply
Pricision degree			0.5
Temperature drift coefficient			≤200ppm
Response time			Average ≤350mS true RMS≤100mS
Installation method			TS35mm guide installation,or screw in cabinet
Environment	Temperature		Operating temperature:-25℃-+70℃; storage temperature: -40℃-+85℃
	Humidity		≤90%RH, no dew, no aggressive gas
	Altitude		≤2500m

Dimension

Spec. and size (unit：mm)

Wiring

As shown in the figure, the input is Iac. The output of current output sensor is the current source with common GND while the output of voltage output sensor is the voltage source with common GND.In this example, RL is the user load. If the output is current, the load is up to 400Ω (with 12V power supply) or 800Ω (with 24V power supply). If the output is voltage, the load is 1kΩ or above.