Acrel ADL3000-E Manuel du propriétaire

201

ADL3000-E

Installation and operation instruction V3.2

ACREL Co,. Ltd.

Declare

The copyright is the property of Acrel. Any information in any

paragraph or section cannot be extracted, copied or otherwise reproduced

or propagated. Otherwise offenders shall take all consequences.

All rights are reserved.

Acrel reserves the right to modify the product specifications herein

without notification. Please consult the local agent about the latest

specifications before placing a purchase order.

Content

1 General......................................................................................................................................... 1

2 Type description.......................................................................................................................... 1

3 Function description................................................................................................................... 1

4 Technical parameter....................................................................................................................2

5 Outline.......................................................................................................................................... 3

6 Wiring and installing.................................................................................................................. 3

7 Function description................................................................................................................... 6

8 Operation and display................................................................................................................ 7

9 Communication description.....................................................................................................11

1 General

ADL3000-E is a smart meter designed for power supply system, industrial and mining

enterprises and utilities to calculate the electricity consumption and manage the electric demand. It

features the high precision, small size and simple installation. It integrates the measurement of all

electrical parameters with the comprehensive electricity metering and management provides

various data on previous 12 months, checks the 31st harmonic content and the total harmonic

content, realizes the remote communication and the remote control with switching input and relay

output and boasts the alarm output. It is fitted with RS485 communication port and adapted to

MODBUS-RTU. ADL3000-E can be used in all kinds of control systems, SCADA systems and

energy management systems. All meters meet the related technical requirements of electricity

power meter in the IEC62053-21、IEC62053-22 standards.

2 Type description

3 Function description

Function

Function description

Function provide

Measurement of kWh

Active kWh (positive and negative)

■

Reactive kWh (positive and negative)

■

A, B, C phase positive active kWh

■

Measurement of

electrical parameters

U、IP、Q、S、PF、F

■

Measurement of

2~31ST Voltage and current harmonic

□Note 1

LCD Display

8 bits section LCD display, background light

■

Key programming

4 keys to communication and set parameters

■

Pulse output

Active pulse output

■

Reactive pulse output

□Note 2

Clock pulse output

□Note 2

Multi-tariff and

functions

Active switch input

□Note 3

Switch output

□Note 2

Adapt 4 time zones, 2 time interval lists, 14

time interval by day and 4 tariff rates

□

Max demanded kWh and time happened

□

Frozen data on last 48 months, last 90days

□

Date, time

□

Communication

Infrared communication

■

The first communication path:

Communication interface: RS485,

Communication protocol: MODBUS-RTU

□

The second communication path:

Communication interface: RS485,

Communication protocol: MODBUS-RTU

□Note 3

Temperature

measurement

Support 3 outlay NTC temperature

□Note 4

“■” means standard, “□” means optional.

Note:

1: Harmonic is a standard while choosing outlay transformer, optional for other situation.

2: Reactive pulse output, clock pulse output and switching output: Choose one of these

three.

3: Active switching, the second communication path: Choose one of these two.

4: Both 1 and 2 cannot be chosen while choosing temperature measurement.

4 Technical parameter

Specification

3 phase 3 wires, 3 phase 4 wires

Voltage

Reference voltage

3×100V、3×380V、3×57.7/100V、3×220/380V

Consumption

<10VA(Single phase)

Impedance

>2MΩ

Accuracy class

Error±0.2%

Current

Input current

3×1(6)A，3×1(6)A(Outlay transformer)，3×10(80)A，3×

10(100)A(Outlay transformer)

Consumption

<1VA(Single phase rated current)

Accuracy class

Error±0.2%

Power

Active, reactive, apparent power, error±0.5℅

Frequency

45～65Hz，Error±0.2%

Temperature

-40℃～99℃

Energy

Active energy(Accuracy class:0.5, 1), reactive energy(Accuracy

class 2)

Clock

≤0.5s/d

Energy pulse output

1 active optocoupler output, 1 reactive optocoupler output

Switching output

1 Switching output, Maximum allowed voltage: DC/AC 220V

Switching input

1 optocoupler input,Maximum allowed voltage: DC/AC 220V

Width of pulse

80±20ms

Pulse constant

6400imp/kWh,400imp/kWh(Correspond with the basic current)

Interface and communication

RS485：Modbus RTU

Range of communication

address

Modbus RTU:1~ 247；

Baud rate

1200bps~19200bps

Relative temperature

-25℃~+55℃

Relative humidity

≤95℅(No condensation)

5 Dimension drawings

Fig1 connect via CT

Fig2 direct connect

Note：The torque of direct connect should not be greater than 4.0N·m，and the torque of connect

via CT should not be greater than 2.0N·m。

6 Wiring and installing

6.1 Wiring sample of voltage and current

Fig 3 Three phase four lines connect via CT

Fig 4 Three phase four lines direct connect

Fig 5Three phase three lines connect via CT

Fig 6 Three phase three lines direct connect

Fig 7 Three phase four lines, 3CT

Fig 8 Three phase three lines, 2CT

Fig 9 Outline of transformer

Note: The method of wiring is: input downward and output downward.

6.2 Switching input, output, NTC temperature terminals

Load

Fig 10 Communication, pulse connection

Fig 11 Communication, pulse connection

Fig 12 Outlay NTC temperature measurement

Switching output is relay output, can achieve the remote-control and alarm output.

The switch input adapts the method of on-off signal input and powered by outer power supply.

It can be gotten by meter when there is a change of on or off via a switching input module. The

parameter of switching input can not only get and show the state of local switching information

but also achieve the communication via RS485, which called “remote information” function.

Note: (17-18) are active energy pulse, (60,61,62,69) are NTC temperature measurement port,

(15,16) are clock pulse, (19,20) are reactive energy pulse, (40,41) are switch output and multiplex

with (60,61), (24,25) are 2 path of communication, (30，39) are switch input and multiplex with

(62,69).

7 Function description

7.1 Measurement

The meter can measure all electrical parameters such as voltage, current, active power,

reactive power, apparent power, power factor, frequency, 31st harmonic and total harmonic. The

value format of voltage, current, frequency and power are listed as below.

Example: U = 220.1V，f = 49.98Hz, I = 1.99A，P = 0.439kW

7.2 Calculating

The meter can calculate the current active energy, forward active energy, reversing active

energy, forward reactive energy and reversing reactive energy.

7.3 Timing

The meter has 2 time lists, and can be divided into 4 time zones per year. Each time list can

be divided into 8 time periods and 4 tariff (F1、F2、F3、F4). The main purpose of multi-tariff is

promote the energy efficiency and economic benefits.

7.4 Demand

There are some definitions on demand:

Demand

The average power in the demand cycle.

Maximum demand

The maximum value of demand in a period of time.

Slip time

A recurrence method to measure the demand from any time point

during a period shorter than the demand period. The demand

measured by this means is called sliding demand. The recurrence

time is sliding window time.

Demand cycle

The time period between two same average value of demand.

The default demand cycle is 15 minutes, slip time is 1 minute.

The meter can measure 4 kinds of maximum demand: forward active, reversing active,

inductance performance reactive, capacitance performance reactive maximum demand and the

occur time.

7.5 History data statistics

The meter can record last 48 months or last 90 days history energy in each tariff.

7.6 Switching input and output

The switch input adapts the method of on-off signal input and powered by outer power supply.

It can be gotten by meter when there is a change of on or off via a switching input module. The

parameter of switching input can not only get and show the state of local switching information

but also achieve the communication via RS485, which called “remote information” function.

7.7 Temperature measurement

The meter support three path of outlay NTC temperature measurement, the range of

temperature is -40℃~99℃.

8 Operation and display

8.1 Key function description

Key symbol

Key name

Function

Enter/quit menu

Table des matières

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