Acrel ADL100-ET/CT Din Rail Single Phase CT Energy Meter

Name: ADL100-ET/CT Din Rail Single Phase CT Energy Meter
Brand: Jiangsu Acrel Micro-grid Research & Development Institute

ADL100-ET single phase electrical multi-function energy meter can test the total active power and measure voltage,current and other electric parameters,also with optional function RS485 Modbus RTU.It’s convenient to monitor,collect and manage the energy.ADL100-ET has the advantage of high class,small volume,easy installation ect.It can be used in electric distribution box to realize the measurement,statistics and analysis of the different electric energy in different district and electric load.

din rail single phase electronic energy meter

Specification of ADL100-ET/CT Din Rail single phase CT Energy Meter

Electric performance

Mechanical performance

Work environment

Input voltage	Reference voltage	AC 220V
	Reference frequency	50Hz
	Power consumption	<10VA
Input current	Basic current	10A / 20A
	Maximum current	60A / 100A
	Starting current	4‰Ib
	Consumption	<4VA (Maximum current)
Measurement performance	Accuracy of measuring	1class
Measurement performance	Range of measuring	000000.00~99999999kWh
Clock accuracy		Error≤0.5s/d
Active pulse	Pulse width	80±20ms
Active pulse	Pulse constant	1600imp/kWh, LED
Communication	Interface	RS485(A+、B-)
	Connection mode	Shielded twisted pair conductors
	Protocol	MODBUS-RTU

Outline (Length × Width × Height)

88mm×36mm×70mm

Temperature range	Work temperature	-25℃~55℃
	Storage Temperature	-40℃~70℃
Relative humidity		≤95%(No condensation)
Altitude		<2000m

Features of ADL100-ET/CT Din Rail single phase CT Energy Meter

It can measure all electric power parameters including voltage U, current I, active power P, reactive power Q, apparent power S, power factor PF, frequency, 31st harmonic and total harmonic content;

It can measure the current combined active energy, forward active energy, reverse active energy, forward reactive energy, and reverse reactive energy;

It can count the historical electric energy of the last 48 months (electric energy of each rate) and the historical electric energy of the last 90 days (electric energy of each rate).