Contents

Mitsubishi Electric EMU2 VS1 P User's Manual PDF

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Summary of Content for Mitsubishi Electric EMU2 VS1 P User's Manual PDF

Energy Measuring Unit (EcoMonitorPro) MODEL

EMU2-VS1-P Users Manual (Details)

Before operating the instrument, you should first read thoroughly this operation manual for safe operation and optimized performance of the product. Deliver this users manual to the end user.

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Energy Measuring Unit (EcoMonitorPro) Model:EMU2-VS1-P

Instruction Manual: Detailed

Introduction

EcoMonitorPro measures the various amounts of electricity flowing the power line through the current sensor. This manual explains the installation method and the usage. Please use this equipment correctly in accordance with this manual.Please be sure to read "safety precautions", and especially in case you install this equipment, deal with it correctly before using.

safety notice & others Check for Packaged Items

The following marks are used with this manual. The following items are packaged in the packing case. Please check up all the items.

Mark Meaning

DANGER Indicates an imminently dangerous situation that, if not heeded, may result in death or serious injury.

Main body x1

Instruction Manual (detailed) (CD) x1 CAUTION

Indicates a potentially dangerous situation that, if not heeded, may result in injury or damage to the equipment.

SUPPLEMENTARY REMARK

Indicates the precautions to prevent failures of the equipment and to properly operate the equipment.

MITSUBISHI

Instruction Manual (simplified) x1 Indicates the page number where the

relevant items are documented.

This equipment cannot be used as a measuring device for power rates transactions and apportionment of power rates.

Feature

EcoMonitorPro measures the various amounts of electricity flowing the power line through the exclusive current sensor. By combining with the transformer for meters, or current transformer, it can respond to various primary side voltage values and

a primary side current value. The instant fall of circuit voltage is detected and the point-of-contact output of the alarm is carried out. A maximum of four kinds

of alarm levels can be set up simultaneously, and the correspondence to the semiconductor-fabrication-machines-and -equipment SEMI standard F47 is possible.

The amount of electric power (addition value) is outputted to the higher rank equipment which carries out pulse measurement.

Safety Precautions

Precautions concerning working environment and conditions

Avoid using the equipment in the locations under the following conditions. It may result in malfunction or deterioration of service life. - Ambient temperature exceeds the specified range (-5 + 55C) - Daily average temperature exceeds +35 C. - Humidity exceeds the specified range (30 80%RH), or condensation occurs. - There is severe vibration or impact. - There is a substantial amount of dust, corrosive gas, salinity, or lampblack. - Exposed to direct sunlight. - There is a strong magnetic field or a substantial amount of external noise. - Exposed to rain and water droplets. - Metal pieces and inductive materials are released.

Items concerning preparations before using the equipment

An installation place should keep the environment and an operating condition. Please perform various setup, such as a wiring of this equipment, a primary voltage value, and a primary current value, before

using. An optional exclusive a logging display unit (EMU2-D65-M) are required for a setup. Please set and order this equipment in the case of a purchase.

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Precautions concerning installation and connection

Before installing or connecting the equipment, be sure to read this instruction manual. For safety reasons, assign the personnel with expertise such as electric work to carry out installation and connections.

CAUTION the voltage input circuit of this product and the current input circuit are un-insulating. When you perform wiring work,

please do not perform live-line work. It becomes the cause of failure of an electric shock accident and equipment, a fire, and an electric shock.

When executing thread processing or wiring work, exercise added care to prevent chips and fragments of wires from entering the equipment.

Check the wiring diagram thoroughly and make connections. Inappropriate connections cause failures of the equipment, fire, or electric shock.

In order to prevent noise from entering, do not bind the transmission signal lines and input/output signal lines together or place them near the power line or high-tension wires.

Please attach the protection-against-dust sheet stuck on this equipment, carry out during wiring work, attached and be sure (to remove it after the completion of construction).

When you open and close a terminal cover, be careful not to apply too much power. Use wires of proper size (1.25 mm2). Use of wires of inappropriate size causes fire by heat generation. Use crimp contacts that are suitable for the size of the wire (bare round type for M3.5; outer diameter 7.2 mm or less)

Use of inappropriate crimp contact results in a break of wire or bad contact, which causes malfunction, failure, or burning of the equipment, or fire.

Clamp at the specified torque (0.49 0.78 Nm). Excessive torque breaks terminals and screws. After clamping, be sure to check for unclamped locations. Failure to clamp the all required locations causes

malfunction of the equipment, fire, or electric shock. in case using this product, be sure (to use it) combining the current sensor of exclusive use. EMU-CT50/100/250/400/600 are only for low-pressure circuits (highest voltage 460V). It cannot be used for a

high-pressure circuit. When using EMU2-CT5 for a circuit directly, it should be up to 200V circuit (highest voltage 260V). If it connects with a high-pressure circuit accidentally, it becomes damage by fire of equipment, and the cause of a fire, and is very dangerous.

When using it for a single phase 3 wire and a 3 phase 3 wire circuit, two current sensors are required. The exclusive cable for current sensors can connect to two current sensors by one. The electric wire which connects this product and a current sensor should wire by the exclusive cable. Split current sensor(Direct sensor) for Energy Measuring Unit cannot install it in the plain-looking woman bar. Please ground FG terminal in the state of real use. Please do not connect FG terminal at the time of an insulation resistance examination and voltage-proof test

implementation. Between MA-FG and MB-FG, the high-voltage protection element is contained. If the high voltage is impressed by

voltage-proof examination etc., a protection element operates and between MA-FG and MB-FG will be in a short circuit state.

Items concerning usage

EcoMonitorPro cannot be used for transactions of the electric power prescribed in Weight and Measure Act. Before starting an operation of the equipment, check thoroughly for live naked wires in the vicinity. If live naked wires are

present, stop the operation immediately and take an appropriate measure such as insulation protection. The equipment has an integrated clock. Set the current date and time before using the equipment. The clock has the accuracy

of approximately 1-minute monthly deviation. Adjust the time as necessary. When a setup of a clock and others is performed or it changes, there is a case where it becomes impossible to take

adjustment with the maximum and maximum generating time, and the alarm generating value and alarm generating time which are held now. In this case, please perform maximum reset operation and clear the past maximum generating time.

If a power failure occurred while setting up the main unit, the setting cannot be completed properly. When the power is recovered, set it up again.

CAUTION Do not disassemble or modify the equipment. It causes failures, electric shock, or fire. Please use it by rated within the limits given in this book. Use out of the rated range not only causes failure of

malfunction or equipment, but has fear of ignition and damage by fire. The protection circuit of secondary terminal opening is built in the secondary side of EMU2-CT5 and

EMU-CT50/CT100/CT250 to opening during a wiring work period, it is satisfactory. However, please do not carry out continuation energization in the state of opening for safety.

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Items concerning maintenance and inspection

If the surface is dirty, wipe it off with soft dry cloth. Do not allow a contact with a chemical duster and the like for a long period of

time. Do not wipe the equipment off with benzene or thinner. In order to use the equipment properly for a long period of time, carry out inspections of the following items:

1) Check for damage in the equipment. 2) Check for abnormality in LED and LCD displays. 3) Check for abnormal noise, odor, and heat. 4) Check for looseness in installation, attachment of the terminal block, and connectors (please completely shut the main

power off for this inspection).

Items concerning storage

To store the equipment, turn off the power, disconnect the wiring, and put it in a plastic bag or the like. When the power is going to be turned off for a long period of time, set the battery switch (BAT.SW) to OFF. (The total

guarantee time for power supply of the battery is 1/2 year.) When storing the equipment for a long period of time, avoid locations under the following conditions. It may result in failures or

deterioration of service life. - Ambient temperature exceeds the specified range (-10 + 60C) - Daily average temperature exceeds +35 C. - Humidity exceeds the specified range (30 80%RH) or condensation occurs. - There is severe vibration or impact. - There is a substantial amount of dust, corrosive gas, salinity, or lampblack. - Exposed to rain and water droplets. - Metal pieces and inductive materials are released.

Items concerning disposal Dispose of the equipment as general industrial waste.

CAUTION In throwing away a lithium battery, be careful about the mentioned below. The lithium battery is soldered. Be careful of removal. Electric capacity may remain in the removed battery. Since other metal is contacted and there are generation of heat

and a burst, and a possibility of igniting, please be sure to cover a terminal (+, -) with adhesive insulating tape etc.

LIMITED WARRANTY

Although this book and this equipment are shipped through a severe quality control and product inspection, when the defect by the cause on manufacture is in this equipment or a instruction manual, I should do correspondence of substitute exchange. Please contact me to the store of a purchase. However, about failure by the natural disaster or the mistaken usage, damage, etc., it is not set as the object of a guarantee.

Please understand beforehand that our company does not take any responsibility of the about the failure produced during the trouble on the system by the visitor or the third person, the problem on law, the use error of this equipment, or use, and the damage which it was able to suffer from other faults.

the gratis term of a guarantee of a product -- your company -- after supplying after purchase or the appointed place -- the inside within after [ less than one year or our company factory shipments ] 18 months (it measures from manufacture years) -- either -- I will consider as the shorter one

I use the gratis term of a guarantee of a repair article is not updated. A part or all of the contents of this book is refused to our company, there is nothing and reproducing or reproducing in any

forms refuses firmly. Although it is trying to follow revision of software and hardware hard, the written contents of this book are produced also when

it cannot synchronize reluctantly.

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Table of contents The name and function of each part .......................................................................................................................... 5 How "to cling" ................................................................................................................................................................ 5 The wiring method......................................................................................................................................................... 6

Voltage line, sensor cable and sensor connection ..................................................................................................... 6 Extension of a current sensor cable ........................................................................................................................ 6 Installation of current sensors for direct connection (EMU-CT50/CT100/CT250) ............................................... 7 Installation of current sensors for direct connection (EMU-CT400/CT600) .......................................................... 7 Installation of 5A current sensors (EMU2-CT5) ...................................................................................................... 8

Pulse, alarm output ...................................................................................................................................................... 8 Display unit (EMU2-D65-M) ........................................................................................................................................ 8

The setting method ....................................................................................................................................................... 9

A setup of a battery switch ........................................................................................................................................... 9 A setup of rating ........................................................................................................................................................... 9

Phase and wiring ...................................................................................................................................................... 9 Primary voltage......................................................................................................................................................... 9 Sensor classification and primary current ............................................................................................................... 9 Demand time ............................................................................................................................................................ 9 Voltage sags and duration (of voltate sags) ......................................................................................................... 10 Pulse unit setting value .......................................................................................................................................... 10

Meter operation ............................................................................................................................................................ 11

Measurement function ............................................................................................................................................... 11 Voltage sag alarms .................................................................................................................................................... 11 How to use a voltage sag alarms function ................................................................................................................ 12 Resolution of measurement data .............................................................................................................................. 14

Voltage effective value ........................................................................................................................................... 14 Amp and Amp Demand effective value ................................................................................................................ 14 Vsag voltage effective value .................................................................................................................................. 14 power factor ............................................................................................................................................................ 14 Electric power and the energy ............................................................................................................................... 14

The restriction matter of measurement data ............................................................................................................ 15 Reference ...................................................................................................................................................................... 16

In case a failure is suspected .................................................................................................................................... 16 Q&A ............................................................................................................................................................................ 17

Specification ................................................................................................................................................................. 18

Measuring, Electrical and mechanical specifications .............................................................................................. 18 Voltage sag detection specification ........................................................................................................................... 19 Pulse output specification .......................................................................................................................................... 19

Peripheral equipment ................................................................................................................................................. 20 Outline dimensions ..................................................................................................................................................... 21 Service Network ........................................................................................................................................................... 23

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The name and function of each part

P1,P2,P3 ---------- The voltage of a measurement circuit is connected. PYA,PYB ---------- Pulse output. The measured amount of electric power(energy) is outputted. AYA,AYB ---------- Alarm output. It turns on, if voltage sag is detected. MA,MB ------------- It is the power supply which operates this equipment. FG ------------------- It is used grounding in the state of real use. DISPLAY ---------- Display unit(EMU2-D65-M) is connected. SENSOR ---------- The connector of a current sensor is connected. BAT.SW ------------ When backing up the data and the clock which were measured, it turns ON. MEASURE ------- A measurement state is displayed. Lighting or blink = under measurement PLS ----------------- A pulse output is interlocked with and it blinks. RUN/ALM --------- The light is switched on during operation and it blinks during alarm generating.

- Lighting: Under operation. With no alarm generating *After a power supply injection before switching on the light, it takes about 10 seconds.

- Blink: Under operation. Under alarm generating - Putting out lights: Power supply OFF

CAUTION

Remove the cable from terminal FG, when conducting insulation resistance or withstanding voltage test

How "to cling"

- Please bind attachment of an IEC rail tight every 25-100mm with M4 or M5 screw. - When you remove from an IEC rail and you attach again, please attach the stop implement for IEC rail attachment in the

state where it pushed in upwards.

Application IEC rail (35mm) Attachment Removal

(1) Hook.

(2) Push in.

(2) Pull Up.

(1) Pull Stop Implement for IEC Rail Attachment Below.

IEC rail

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The wiring method

Voltage line, sensor cable and sensor connection

SUPPLEMENTARY REMARK --------------------------------------------------------

- When using it for the circuit of a single phase 2 wire, 3 side of a current sensor cable does not use it. Insulate the excess crimp contact to prevent short with other power supplies (tape them, etc.).

- For the 440V circuit, connect the potential transformer (440/110V). The secondary side of the potential transformer is connected to terminal P1,P2 and P3.

Extension of a current sensor cable

The current sensor cable [ EMU2-CB1-DR/EMU2-CT5] is extensible in the following ways - It extends by EMU2-CB-T**M(standard type).

- It extends by EMU2-CB-T**MS (separate type). 1) Remove a connector.

2) Connect EMU2-CB-T**MS for extension.

SUPPLEMENTARY REMARK ----------------------------------------------------------------------------------------------------------------------------------- - Extension of EMU-CT50/100/250/400/600 and PEM-CT100/PEM-CT250 is to 50m (up to the 50.5m of the total wiring

length). - Extension of EMU2-CT5 is to 10m (up to the 10.5m of the total wiring length).

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Installation of current sensors for direct connection (EMU-CT50/CT100/CT250)

Install the current sensor to the cable of the circuit to be measured by the following method. 1) Check the configuration of the circuit to be connected, and

connect all of the cables. - For the connection of the potential transformer, see the

instruction manual for the potential transformer. 2) Draw the cable of the circuit to be measured through the

center hole of the current sensor. - Before drawing the cable through the hole, check the

installation direction of the current sensor. There is an arrow indicating KL.

3) To fix the current sensor, draw a band through the fixing

hole located on both sides of the sensor, and lightly fix them together with the cable. - See the instruction manual for current sensors. - Avoid excessive tightening. - Use 2 bands to tie both sides.

4) Cut off the excess length of the bands by nipper or the like.

Electric wire size which can be penetrated (reference) should refer to the following table.

EMU-CT50 EMU-CT100 EMU-CT250 IV line less or equal [ 60mm2 ] less or equal [ 60mm2 ] less or equal [ 150mm2 ] CV line less or equal [ 38mm2 ] less or equal [ 38mm2 ] less or equal [ 150mm2 ]

5) In the case of two cables carrier, please use an attached screw

Installation of current sensors for direct connection (EMU-CT400/CT600)

Install the current sensor to the cable of the circuit to be measured by the following method. 1) Take off the band (1) to the direction such as arrow indicating,

and remove core cover. 2) Take off the terminal cover, and turn the secondary short

circuit switch to Short. 3) Loosen screw (2), and take off the core by opening the core

band. 4) After loosening screw (3) and drawing the cable through

main body, fix the cable using cable fastener by fastening screw (3). Pay attention not to bend the cable fastener.

5) Making uniform the direction of K side of core and K of main body, put back the core and fasten the core band by screw (2).

6) Fasten the core cover, and fix by the band (1). 7) After connecting secondary terminal and multi-circuit electric

measuring unit, turning the secondary short circuit switch to Open, and fasten the terminal cover.

SUPPLEMENTARY REMARK ----------------------------------------------------------------------------------------------------------------------------------- - Before drawing the cable through the hole, check the installation direction of the current sensor. There is an arrow

indicating KL. K: Power supply side L: A load side is shown.

- In the case of two cables carrier, please use an attached screw

Moving core fixing tab Moving core

Moving core parting face

Stopper

Band

Secondary terminal (M3.5)

Terminal symbol

Fixing hole 3 x 2

Protective cover

Core cover

Core

Terminal cover

Secondary terminal

Core band

Primary conductor

Primary current

Secondary short circuit switch

(1)

(3)

(2)

Cable fastener

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Installation of 5A current sensors (EMU2-CT5)

Install the current sensor to the cable of the circuit to be measured by the following method. 1) Please let me slide a lock pin in the

direction of an arrow. 2) It lets an electric wire pass in a clamp,

and close a clamp again. 3) Please hold a clamp in the fully close

state with a finger, and push in until a lock pin is locked.

SUPPLEMENTARY REMARK ----------------------------------------------------------------------------------------------------------------------------------- - A lock pin is metal. Keep in mind that the contact to a charge part has failure of an electric shock accident and equipment

and fear of a fire. - There is a possibility of damaging if a shock is given to a core portion. Keep in mind that it influences a performance

directly. - A core unites, and if a detailed thing also has a bite lump of a foreign substance, since a performance is influenced directly,

it should be careful of a field that a measurement value decreases etc. - If impossible power is applied where a clamp is opened, there is fear of breakage. Normal

measurement cannot be performed if a direction is mistaken. - A thing W= 2.6mm or less should be used for the union band used when it fixes the electric wire

and sensor to penetrate. When it fixes, a union band is fixed to one place of the hole for current sensor fixation with a through cable. Be careful not to fasten too much by the grade which stops lightly (a total of four holes for current sensor fixation is in both sides of a current sensor).

- In the case of two cables carrier, please use an attached screw

Pulse, alarm output

Display unit (EMU2-D65-M)

SUPPLEMENTARY REMARK ----------------------------------------------------------------------------------------------------------------------------------- - Please read the Instruction Manual of a display unit for details.

core

Primary current Lock pin clamp

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The setting method

A setup of a battery switch

A battery switch needs to be set up to perform backup of clock and Voltage sag history data. Please turn ON "BAT.SW" for this

equipment before use.

SUPPLEMENTARY REMARK ----------------------------------------------------------------------------------------------------------------------------------- - keep in mind that there is a possibility of damaging if a shock is given to a switch portion. - Please do not use a mechanical pencil, when you switch a switch. The heart and powder which broke disperse on an

internal circuit, and cause malfunction and failure. - Backup time is total power failure time about six months (at 25 degree C). The time of storage etc. should turn OFF

"BAT.SW", in not using it for a long period of time, while the electric current had been cut off.

A setup of rating

An optional exclusive logging display unit (EMU2-D65-M) is required for a setup. Please set and order this machine in the case of a purchase.

Phase and wiring [initial value: three phase 3 wire]

The following setup is possible. Single phase 2 wire, single phase 3 wire, three phase 3 wire

Primary voltage [initial value: 220V]

The following setup is possible. 110V, 220V, 440V

SUPPLEMENTARY REMARK ----------------------------------------------------------------------------------------------------------------------------------- - A wiring should use it by primary voltage setting value 110V in the circuit of a single phase 3 wire type. - 110V and 220V are connectable direct. 440V need the transformer(440/110V) for meters for the exterior.

Sensor classification and primary current [initial value: A direct sensor /100A]

It becomes as follows by sensor classification. It bases on a model and is common. Sensor Primary current setting value

EMU-CT50 50A EMU-CT100 100A EMU-CT250 250A EMU-CT400 400A EMU-CT600 600A

EMU2-CT5 5A, 6A, 7.5A, 8A, 10A, 12A, 15A, 20A, 25A, 30A, 40A, 50A, 60A, 75A, 80A, 100A, 120A, 150A, 200A, 250A, 300A, 400A, 500A, 600A, 750A, 800A, 1000A, 1200A, 1500A, 1600A, 2000A, 2500A, 3000A, 4000A, 5000A, 6000A, 7500A, 8000A, 10000A, 12000A, 20000A, 25000A, 30000A

SUPPLEMENTARY REMARK ----------------------------------------------------------------------------------------------------------------------------------- - In use of EMU2-CT5, please set up the rating of CT(Current Transformer) by the side of primary.

Demand time [initial value: 2 minute]

The Amp demand value and the Watt demand value can be set up individually. Item Setting value

Amp Demand 0 or 10 seconds, 20 seconds, 30 seconds, 40 seconds, 50 seconds, 1 - 15 minutes (1-minute unit), 20 minutes, 25 minutes, 30 minutes

Watt Demand 0 or 10 seconds, 20 seconds, 30 seconds, 40 seconds, 50 seconds, 1 - 15 minutes (1-minute unit), 20 minutes, 25 minutes, 30 minutes

It turns ON.

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Voltage sags and duration (of voltate sags) [initial value: refer to the following table]

Four kinds of alarm levels to A-D can be set up individually. Surveillance Voltage Sag duration (of voltate sags)

A 0% - 100% : 1% unit (Initial value 20%) 20 - 10000ms : 10ms unit (Initial value 1000ms) B 0% - 100% : 1% unit (Initial value 30%) 20 - 10000ms : 10ms unit (Initial value 500ms) C 0% - 100% : 1% unit (Initial value 50%) 20 - 10000ms : 10ms unit (Initial value 200ms) D 0% - 100% : 1% unit (Initial value 100%) 20 - 10000ms : 10ms unit (Initial value 20ms)

Pulse unit setting value

The range which can be set up with total load electric power becomes as follows. Total load electric power (kW) The pulse unit which can be set up (kWh/pulse) Less than 12 1 0.1 0.01 0.001 Less than [ 12 or more ] 120 10 1 0.1 0.01 Less than [ 120 or more ] 1200 100 10 1 0.1 Less than [ 1200 or more ] 12000 1000 100 10 1 Less than [ 12000 or more ] 120000 10000 1000 100 10

SUPPLEMENTARY REMARK ----------------------------------------------------------------------------------------------------------------------------------- - Change of a setting value initializes a setting value and measurement data according to the following tables. Please set up

again. setting item

initialization Wiring Sensor Primary voltage

Primary current demand

Voltage sag Pulse unit Clock

Sag level Duration

Setting value

Sensor Initialization Primary voltage Initialization Primary current Initialization Initialization Demand Sag level Duration Pulse unit Initialization Initialization Initialization Initialization Clock

M easurem

ent data

Energy

Voltage Sag information Initialization Initialization Initialization Initialization

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Meter operation

Measurement function A measurement element is shown in the following table.

Measurement item Details

Amp R S (notes 1) T (notes 1) average

Amp Demand R S (notes 1) T (notes 1)

Voltage R-S S-T (notes 1) T-R (notes 1) average

Vsag Voltage R-S S-T (notes 1) T-R (notes 1)

Active Watt(Power) Watt Demand The present value Power factor The present value Active Energy Notes 1: When a wiring is set as single phase 2 wire, don't measure.

SUPPLEMENTARY REMARK ----------------------------------------------------------------------------------------------------------------------------------- - average Amp value: In the case of a single phase 2 wire circuit (at the time of 1P2W setup), it is comprehensive Amp

=phase R Amp. In the case of a three phase 3 wire circuit and a single phase 3 wire type circuit, it is comprehensive Amp = (R+ T)/2.

- average voltage value: In the case of a single phase 2 wire circuit, it is the voltage between comprehensive voltage =R-S. In the case of a three phase 3 wire circuit and a single phase 3 wire type circuit, it is comprehensive voltage = (voltage R-S + S-T)/2.

Voltage sag alarms A surveillance element is shown in the following table.

Surveillance item Details

Voltage sag (Sag generating) time of day Sag value Duration Sag phase Sag history data

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How to use a voltage sag alarms function

EcoMonitorPro detects the instant fall of circuit voltage, and carries out the point-of-contact output of the alarm.More than

< > to which < > and < > to rated voltage were set, and the effective value of input voltage was set, the instant fall of voltage is detected because it is less than < >. A maximum of four kinds of alarm levels can be set up simultaneously, and the correspondence to the semiconductor-fabrication-machines-and-equipment SEMI standard F47 is possible.

The instant fall of voltage supervises and detects the effective value of circuit voltage by all waves. It is regarded as alarm generating below on the set-up sag level, and simultaneously, the voltage effective value currently supervised begins to supervise the duration of sag, and detects it above the set-up sag duration.

Example When a setup of sag continuation time is set to 30ms for a setup of an instant sag level 30%, an example when the voltage between R-S of a three phase 3 wire circuit falls 50% to rated voltage 220V is shown.

Setup Circuit voltage Primary voltage ----------- 220V Sag ------------------------ 50%(110V) sag level -------------------- 30% Sag time ----------------- 100ms Sag duration --------------- 30ms phase --------------------- R-S

According to the above-mentioned input conditions, EcoMonitorPro records and outputs the following information.

AYA, AYB ---------------------------- For [ ON ] about 70ms (it turns on until it carries out a return from the time of carrying out detection)

(Sag generating) time of day ---- Time at the time of detection Sag value ---------------------------- The voltage value at the time of detection point Sag duration ------------------------ About 100ms (time from generating to a return) History data ------------------------- The voltage effective value for [ maximum order ] 1 second of detection point

SUPPLEMENTARY REMARK -----------------------------------------------------------------------------------------------------------------------------------

- AYA and AYB are set to OR of the alarm detected on condition that [ each ] Surveillance A - D.)

RUN/ALM LED blinks in a cycle of 1 second at the time of the point of contact ON of AYA and AYB. * When duration is short, it may not

blink.

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About history data

The voltage effective value of order is saved as history data focusing on the point of having detected. The saved history data can read and check a personal computer kit (EMU2-PK3) because you use it (it cannot check on the screen of a display unit).

The number of the maximum data of the history data which can be saved per detection changes with frequency and the setting values of sag continuation time.

The number of the maximum data of history data

Clock frequency

The setting value of sag duration 20msec(s) - 1000msec 1001msec(s) - 10000msec

50Hz 50 points(Before detection) (20 msec interval)

50 points(after detection) (20 msec interval)

50 points(Before detection) (200 msec interval)

50 points(after detection) (20 msec interval)

60Hz 60 points(Before detection) (16.7 msec interval)

60 points(after detection) (16.7 msec interval)

60 points(Before detection) (166.7 msec interval)

60 points(after detection) (16.7 msec interval)

For example, The history data at the time of setting continuation time as 450ms is shown in the right figure. In addition to the voltage effective value of the point which detected the voltage sag, there is history data before and behind it for 1 second at the maximum. There is the number of the history data in 50Hz by the 50 maximum.

after detection Before detection

outbreak

450ms

800ms detection

return

220.2V

: 198.6V 152.9V

: 110.5V 110.6V 110.6V

: 138.7V 185.6V

: 220.3V

50/60 point

History

RMS value

50/60 point

History data is saved for every phase of voltage to surveillance A - B, respectively. Moreover, the history data detected in the past can save the history for 10 time at the maximum. For example, the history data at the time of using it to surveillance A - D by the three phase 3 wire is as follows.

10 sheet

110.2V 95.3 : 110.3

110.1V 85.1V : 110.3

110.6 96.9 : 111.2

109.2V 95.3 : 110.3

109.3V 79.2V : 110.3

110.9 91.4 : 110.5

110.1V 95.3 : 110.3

110.2V 82.3V : 110.3

107.3 95.3 : 109.3

V1-2 V2-3 V3-1 110.2V 95.3 : 110.3

110.4V 69.8V : 110.3

110.6 96.1 : 109.8

109.5V 95.3 : 110.3

104.3V 71.2V : 110.3

110.9 71.3 : 110.1

111.2V 95.3 : 110.3

109.2V 72.4V : 110.3

109.9 75.1 : 112.1

V1-2

V2-3

V3-1

A B

110.2V 95.3 : 110.3

110.1V 81.9V : 110.3

110.6 96.9 : 109.2

109.2V 95.3 : 110.3

109.3V 82.2V : 110.3

110.9 91.4 : 110.4

109.1V 95.3 : 110.3

110.2V 67.3V : 110.3

107.3 95.3 : 110.3

V1-2

V2-3

V3-1

110.2V 95.3 : 110.3

110.1V 69.8V : 110.3

110.6 96.1 : 109.8

109.2V 95.3 : 110.3

109.3V 71.2V : 110.3

110.9 71.3 : 110.1

110.1V 95.3 : 110.3

110.2V 72.4V : 110.3

109.9 75.1 : 112.1

V1-2

V2-3

V3-1

C D

SUPPLEMENTARY REMARK ----------------------------------------------------------------------------------------------------------------------------------- - The sampling interval which judges voltage sag is shown below.

60Hz: 0.52msec, 50Hz: 0.625msec - Setting change is possible for an instant sag level in 0 - 100% (1% unit) of range.) However, if it sets up to 0%, it will not

detect (an alarm output is not carried out, either). - Setting change is possible for sag continuation time in the range for 20 - 10000ms (10ms unit).) 2.5% or less of rated

voltage is judged as low input processing at the time of 100% fall to be 0V. - At the time of a return, it is considered that +2% of values set up on the instant sag level is return voltage. - Measurement of sag continuation time is ended in 1 second after instant fall generating.

Example When the setting values of sag duration are 30msec(s) Record of duration is 1.03 seconds maximum. When the setting values of sag duration are 10000msec(s) Record of duration is 11 seconds maximum.

- Two or more alarms may occur by 1 time of instant sag. 0%

10%

30%

50%

20% SettingA:level=10%, duration=1000msec SettingB:level=20%, duration =500msec SettingC:level=30%, duration =200msec

SettingD:level=50%, duration =50msec

S ag level

50ms

200ms

500ms

1000ms

Detected by D

Detected by C

Detected by B

Detected by A

RMS value

( 14 / 23 )

Resolution of measurement data

The resolution of measurement data is as follows. Voltage effective value Amp and Amp Demand effective value

Rated primary voltage setting value Resolution

110V, 220V 0.1V 440V 1V

Rated primary current setting value Resolution

5A-30A 0.01A 40A-300A 0.1A

400A-3000A 1A 4000A-30000A 10A

Vsag Voltage effective value Power factor

Rated primary voltage setting value Resolution 110V, 220V, 440V 0.1V

0.001

Active Watt, Watt Demand, Active Energy

Single phase 2 wire Primary voltage

110V 220V 440V 5A 6A

7.5A 8A

10A 12A 15A 20A 25A 30A 40A 50A 60A 75A 80A

100A 120A 150A 200A 250A 300A 400A 500A 600A 750A 800A

1000A 1200A 1500A 1600A 2000A 2500A 3000A 4000A 5000A 6000A 7500A 8000A

10000A 12000A 20000A 25000A

pr im

ar y

cu rre

nt

30000A

W :0.001kW Wh :0.01kWh

W :0.01kW Wh :0.1kWh

W :0.1kW Wh :1kWh

W :1kW Wh :10kWh

W :1kW Wh :10kWh

Single phase 3 wire Primary voltage

110V 5A 6A

7.5A 8A

10A 12A 15A 20A 25A 30A 40A 50A 60A 75A 80A

100A 120A 150A 200A 250A 300A 400A 500A 600A 750A 800A

1000A 1200A 1500A 1600A 2000A 2500A 3000A 4000A 5000A 6000A 7500A 8000A

10000A 12000A

pr im

ar y

cu rr

en t

20000A

W :0.001kW Wh :0.01kWh

W :0.01kW Wh :0.1kWh

W :0.1kW Wh :1kWh

W :1kW Wh :10kWh

3 phase 3 wire Primary voltage

110V 220V 440V 5A 6A

7.5A 8A

10A 12A 15A 20A 25A 30A 40A 50A 60A 75A 80A

100A 120A 150A 200A 250A 300A 400A 500A 600A 750A 800A

1000A 1200A 1500A 1600A 2000A 2500A 3000A 4000A 5000A 6000A 7500A 8000A

10000A 12000A 20000A 25000A

pr im

ar y

cu rr

en t

30000A

W :0.001kW Wh :0.01kWh

W :0.01kW Wh :0.1kWh

W :0.1kW Wh :1kWh

W :1kW Wh :10kWh

W :1kW Wh :10kWh

Note1 The notation of "W, Wh" in a list is not a unit, expressed W( electric power), Wh( electric energy).

( 15 / 23 )

The restriction matter of measurement data

- EcoMonitorPro does not carry out measurement operation, while [ several seconds ] being in an operation state, after

switching on a power supply. - Moreover, it is immeasurable for several seconds immediately after setting up and changing rating to EcoMonitorPro. - The restriction matter about operation of measurement is as follows.

Measurement

element Operation of EcoMonitorPro (The display of a display unit:EMU2-D65-M)

Amp Amp Demand

It is set to 0A when an input is less than 0.5% of a rated current value. When an input exceeds 140% of a rated current value, it becomes a fixed value 140%.

Voltage at the time of a 220V direct setup It is set to 0V when the input voltage to EcoMonitorPro is less than [ 30V ]. When the input voltage to EcoMonitorPro exceeds 315V, it becomes a 315V fixed value.

at the time of other setup It is set to 0V when the input voltage to EcoMonitorPro is less than [ 15V ]. When the input voltage to EcoMonitorPro exceeds 157.5V, it becomes a 157.5V fixed value.

Active Watt Watt Demand

A voltage display value is set to 0kW and 0kvar when 0V or a current display value is 0A. Moreover, it is set to 0kW and 0kvar also at the time of less than 0.4% of total load electric power. When 140% of total load electric power is exceeded, it becomes a fixed value 140%.

Power Factor A voltage display value is set to 1.000 when 0V or a current display value is 0A. * Input voltage shows the voltage value inputted into EcoMonitorPro. It is not in the primary side of VT.

SUPPLEMENTARY REMARK ----------------------------------------------------------------------------------------------------------------------------------- - When rated setup / setting change to EcoMonitorPro is made, before operation is stabilized, it will take for several seconds.

Measurement operation is not performed in the meantime (MEASURE LED puts out the light).

( 16 / 23 )

Reference

Here, the solution when thinking failure kana ?, Q&A, etc. are explained. In case a failure is suspected

If abnormal noise, odor, smoke, or heat generation was observed from EcoMonitorPro, turn off the power immediately. If a failure is suspected, before sending the equipment for a repair, check the following:

Discrepancies in the measured values - Even when the Amp value is indicated, the power amount (integrated value) is not measured. - Measured values differ from the measurement taken by other measuring device.

Check the polarities of the current sensors and the wiring method.

- Check that the R phase current sensor and the T phase current sensor are not changed places. - Check that the K terminal and the L terminal of the current sensors are properly connected. - Check the current line through the current sensor for wrong direction. Check the direction of the arrow printed on

the faceplate (arrow indicated from the power supply side to the load side). - Check for loose fitting of the current sensors.

Check the wiring of the voltage lines.

Check that the wiring to be connected to P1, P2, and P3 are not switched. Check both the EcoMonitorPro and the circuit connections.

Check for short and break in the wiring.

The Amp value differs from the value measured by other measuring device (exceeding the tolerance).

Check that the measuring device used for comparison takes accurate measurements of effective values. EcoMonitorPro indicates the effective values.

If the measuring device used for comparison takes measurements of average values instead of effective values,

when there is a distortion in the current of the circuit to be measured, the measurement comes to markedly different values.

If Mitsubishis split type current transformer CW-5S(L) is connected, check that the secondary short switch is not short-circuited.

The only current sensors that can be connected to EcoMonitorPro are the dedicated current sensors. Check for connections of other current sensors.

( 17 / 23 )

Q&A

General

Q How much tolerance does the equipment have for overvoltage and overcurrent? Are external protective circuits required?

A Instantaneous* :Max 20 times of the rated current and 2 times of the rated voltage Continuous :Max 1.1 times of the rated current and the rated voltage * Pass the current for 0.5 seconds 9 times in 1-minute intervals, then pass it for 5 seconds once.

Q Can EcoMonitorPro be used as a watt-hour meter?

A The equipment can be used for the purpose of measuring the amount of power and managing the consumed amount of power. But it cannot be used for transactions of the amount of power stipulated in the Weight and Measure Act or as the measuring device for the purpose of apportionment of power rate.

Q&A concerning specification

Q With respect to what is measuring accuracy 1.0(2.0)%?

A For the amount of power, the range of allowable error with respect to the reading of measurement is indicated. For example, if the reading is 10 KWh, the error is 0.2 KWh. For the measuring factors other than the amount of power, the range of allowable error with respect to the rated input is indicated. For the current, if the rated current 250 A is set, the allowance is 1.0% of 250 A.

Q Is the accuracy of the current sensor included?

A The accuracy of the current sensor is not included in the accuracy of EcoMonitorPro. The maximum value of the allowable error is the sum of the allowable error of EcoMonitorPro and the error of the current sensor.

Q&A concerning installation

Q What are the diameters of the wires that can install the current sensors?

A

The nominal cross sectional areas of the conductors of the 600 V vinyl wires that can pass through are as shown below (reference only):

IV wire (600 V vinyl insulated wire) 60 mm2 (EMU-CT50/CT100); 150 mm2 (EMU-CT250) CV wire (600 V vinyl insulated wire) 38 mm2 (EMU-CT50/CT100); 150 mm2 (EMU-CT250: 100 mm2 recommended) The nominal sectional areas indicate the diameters of the conductors. The wires may not go through depending on the finished shape of the vinyl insulator and distortion of the wire (bend). Check in the field.

Q How do you fix the current sensors?

A -Models EMU-CT50/CT100/CT250 have two holes on the main bodies for fixing. Draw the supplied insulock through the holes and fix the sensors to the conductors. - In the case of two cables carrier, please use an attached screw

Q&A concerning connections

Q Any precautions to avoid incorrect wiring?

A Check the polarities of the primary current of the current sensors. K is indicated on the power supply side of the circuit, and L is indicated on the load side. An arrow is indicated from K to L (KL). For the 3-wire circuits, check that the current sensors for the circuit 1 and the circuit 3 are not switched by mistake and connected to the equipment.

Q&A about a setup

Q If the rated current of the current sensors to be connected is different from the set value of the primary current, would it break the equipment?

A It would not break or burn the equipment, but the results of measurement come out to be entirely different values.

( 18 / 23 )

Specification

Measuring, Electrical and mechanical specifications

Item Specification Phase wire system Single-phase 2-wire, single-phase 3-wire, and 3-phase 3-wire

Rated input

Voltage circuit (1P2W & 3P3W)

110 V, 220 V, or 440 V When set at 440 V, external 440/110V potential transformer is required. Star- delta connection and delta-star connection transformer of cannot measure definitely to be out of phase. Please use a transformer of the same connection.

Voltage circuit (1P3W) Only 100V circuit Current circuit 600,400,250,100,50A, or 5 A (Use dedicated current sensors)

Use the 5 A sensor in combination with the current transformer (CT) (Primary current can be set to the max of 30,000 A. Note 1)

Frequency 50Hz / 60Hz (frequency automatic distinction) Auxiliary power supply rating AC100V-220V (+10%, -15%) 50Hz / 60Hz Allowance of the main body (current sensors not included)

Amp, voltage, Active Watt :1.0% (with respect to the rated input) Power factor :The amount of 3.0% Active Energy :2.0% (5 - 100% of the rating, at PF=1) Voltage sag :2.5%

Power failure compe nsation

Wh(energy) setting data

Stored in EEPROM (non-volatile memory).

Voltage sag history data

Stored in SRAM (volatile memory; backed up by battery) total power failure time about six months (at 25 C).

Backup time Clock Clock IC backed up by battery. Backup time total power failure time about six months (at 25 C).

Accuracy of the clock About 1 minute/month deviation Consumed VA

Voltage circuit each phase 0.1VA (at 110VAC) -- each phase 0.2VA (at 220VAC) Current circuit each phase 0.1VA (current sensor primary side) Auxiliary power

MA-MB 100VAC: 2.5(4.5)VA 220VAC: 3.5(5.5)VA

*The inside of ( ) is a value in the state where D65 was attached. Working temperature range 5 +55C (Daily average temperature 35C or less) Working humidity range 30 80%Rh (No condensation allowed.) Storage temperature range 20 + 60C

Power-frequency withstand voltage

Between electric circuit batch and casing 1500 V AC 1 minute Between a current circuit (current sensor primary side) and a voltage circuit package-auxiliary power supply

1500 V AC 1 minute

Between a current circuit (current sensor primary side) and a voltage circuit package-output package

1500 V AC 1 minute

Between voltage circuit package-current circuit (current sensor primary side) packages

1500 V AC 1 minute

Insulation resistance 10 M (500 V DC) or more at the same locations as the withstand voltage Compatible wires and compatible crimp contacts

Compatible wire: 1.25 mm2 Compatible crimp contact: For M3.5 of 7.2 mm or less(e.g.: R1.25 - 3.5 bare round)

Terminal clamping torque 0.49 - 0.78Nm Mass 0.5kg

Primary current that can be set for the EMU2-CT5: 5A, 6A, 7.5A, 8A, 10A, 12A, 15A, 20A, 25A, 30A, 40A, 50A, 60A, 75A, 80A, 100A, 120A, 150A, 200A, 250A, 300A, 400A, 500A, 600A, 750A, 800A, 1000A, 1200A, 1500A, 1600A, 2000A, 2500A, 3000A, 4000A, 5000A, 6000A, 7500A, 8000A, 10000A, 12000A, 20000A, 25000A, 30000A

( 19 / 23 )

Voltage sag detection specification

Item Specification

detection system All wave effective value voltage detection detection judging cycle 0.52msec(60Hz)

0.625msec (50Hz) Detection operation of under a judging cycle cannot be performed.

detection voltage accuracy 2.5% of rated voltage (setting value) AYA,AYB operation time accuracy

Duration setting value 5msec

Return operation

Return voltage +2% of values set up on the surveillance level Return operation time

5msec

relay contact outputs The maximum impression voltage :DC35V load capacity :75mA point-of-contact specification : semiconductor relay use(no-volt contact)

*A point of contact turns on at the time of alarm generating.

Pulse output specification

Item Specification

Pulse output The maximum impression voltage : DC35V load capacity : 75mA point-of-contact specification : semiconductor relay use(no-volt contact) Pulse width 0.1-0.15sec

Output pulse unit Total load electric power (kW) The pulse unit which can be set up

(kWh/pulse) Less than 12 1 0.1 0.01 0.001 Less than [ 12 or more ] 120 10 1 0.1 0.01 Less than [ 120 or more ] 1200 100 10 1 0.1 Less than [ 1200 or more ] 12000 1000 100 10 1 Less than [ 12000 or more ] 120000 10000 1000 100 10

( 20 / 23 )

Peripheral equipment The following products may be used.

Product Model Remark Current sensor EMU-CT50 50A

EMU-CT100 100A EMU-CT250 250A EMU-CT400 400A EMU-CT600 600A EMU2-CT5 5A A divided type, 5A sensor x2 and 0.5m cable one PEM-CT100 100A Clamped type PEM-CT250 250A Clamped type

Current sensor cable EMU2-CB1-DR 0.5m EMU2-CB1-CL 0.5m EMU2-CB-T1M 1m (standard type). EMU2-CB-T5M 5m (standard type). EMU2-CB-T10M 10m (standard type). EMU2-CB-T20M 20m (standard type). EMU2-CB-T1MS 1m (separate type) EMU2-CB-T5MS 5m (separate type) EMU2-CB-T10MS 10m (separate type)

Display unit EMU2-D65-M a logging display unit

( 21 / 23 )

Outline dimensions

Notes: The unit of a number is mm.

Peripheral equipment

Current sensor EMU-CT50/100/250 EMU-CT 400/600

A B

F

C

D E

model A B C D E F

EMU-CT50/CT100 31.5 39.6 55.2 25.7 15.2 18.8

EMU-CT250 36.5 44.8 66 32.5 22 24

( 22 / 23 )

EMU2-CT5 detailed

cable

EMU2-CB1-DR

EMU2-CB-T**M EMU2-CB-T**MS

( 23 / 23 )

Service Network

Country/Region Company Address Telephone Australia Mitsubishi Electric Australia Pty, Ltd. 348 Victoria Road, Rydalmere, N.S.W. 2116, Australia 612-9684, 7586 Belgium Emac S.A. Industrialaan 1, B-1702 Groot-Bijgaarden, Belgium 32-(0)2-4810211

Chile RHONA S.A. Vte. Agua Sante 4211 Casilla 30-D (P.O. Box) Via Del Mar. Chile (56-32)-610896

China SHANGHAI SETSUYO TRADING CO. LTD. Building of Innovation Center, Room No. 406A,

680 Guiping Road Shanghai, P.R. China 021-6485-6611

RYODEN INTERNATIONAL LTD. (Shanghai) 3F, Block 5, 103 Cao Bao Road, Shanghai, China 021-6475-3228

Colombia Proelectrico Representaciones S.A. Cra 53 No. 29C-73 U.I.C.-Medellin. COLOMBIA 574-235-00-28 Denmark Louis Poulsen CO. A/S Germinivej 32, DK-2670 Greve, Denmark 45-43-95-95-95

Egypt CAIRO ELECTRICAL GROUP 9 Rostoum Street Garden City, APT. 5, P.O. Box 165-11516, Cairo-Egypt 20-2-7961337

Germany Mitsubishi Electric Europe B.V. German Branch Gothaer Strasse 8, 40880 Ratingen, Germany 49-2102-4860

Greece Antonios Drepanias, S.A. 52, ArkadiasSTR GR 121 32 Peristeri Athens Greece 30(1)5781599, 30(1)5781699

Hong Kong RYODEN AUTOMATION LIMITED 10/F Manulife Tower 169 Electric Road North Point, Hong Kong 28878870

Indonesia P.T. SAHABAT INDONESIA JL Muara Karang Selatan Blok A/Utara No. 1 kav. NO. 11 P.O. Box 5045/Jakarta/11050, Jakarta Indonesia 021-6621780

Ireland Mitsubishi Electric Europe B.V. Irish Branch Westgate Business Park, Ballymount, Dublin 24, Ireland 353-1-4505007

Italy Mitsubishi Electric Europe B.V. Itary C.D. Colleoni-P. Perseo Ing. 2, Via Paraceiso 12 1-20041 Agrate Brianza (M1) 39-(0)39 60 531

Korea HAN NEUNG TECHNO Co., Ltd. 2Fl. Dong Seo Game Channel Bldg., 1F 660-11 Deungchon-Dong, Kanguseo-ku, Seoul, 157-030 Korea 82-2-3668-6567

Kuwait SALEM M AL NISF ELECTRICAL CO. W. L. L. P.O. Box 4784, Safat. 13048 Kuwait 965-484-5660 Lao PDR SOCIETE LAO IMPORT-EXPORT 43-47 Lane Xang Road P.O. BOX 2789 VT Vientiane Lao PDR. 21-215043, 21-215110

Lebanon COMPTOIR DELECTRICITE GENERALE INTERNATIONAL

Cebaco Center-Block A, Autostrade Dora, P.O. Box 90-1314 Beirut-Lebanon 961-1-240430

Myanmar PEACE MYANMAR ELECTRIC CO., LTD. NO. 216, Bo Aung Gyaw Street, Botataung 1161, Yangon, Myanmar 951-295426

Nepal Watt & Bolt House Co., Ltd. KHA 2-65, Volt House Dllli Bazar Post Box: 2108, Katmandu, Nepal 977-1-411330

New Zealand Melco Sales (N.Z.) Ltd. 1 Parliament Street Lower Hutt, New Zealand 644-569-7350 Norway SCANELEC Leivikasen 43B, P.O. box 55, 5074 Godvik, Norway 47-55-506000 Pakistan Prince Electric Co. 16 Brandreth Road Lahore 54000, Pakistan 042-7654342

Peru I.T.E. Ingenieros s.a. Paseo de la Republica 3573 Lima 27, Peru (1)221-2710

Philippines EDISON ELECTRIC INTERGRATED, INC. 24th Fl. Galleria Corporate Center Edsa Cr. Ortigas Ave. uezon City, Metro Manila, Philippines 02-643-8691

Poland MPL Technology Sp zo.o 30011 Krakow Ul. Wroclawska 53 Poland 48-(0)12 632 28 85

Saudi Arabia CENTEFI OF ELECTRICAL GOODS Al-Nabhaniya Street-4ThCrossing, Al-Hassa Road, P.O. BOX+ 15955, Riyadh 11454, Saudi Arabia 966-1-4770149

Singapore MITSUBISHI ELECTIC ASIA PTE LTD. 307 Alexandra Road #05-01/02 Mitsubishi Electric Building Singapore 159943 65-473-2308

Slovenia INEA Ljubljanska 80, Sl-61230 Domzale, Slovenia 386-(0)17 21 8000 South Africa Circuit Breaker Industries LTD. Private Bag 2016, Isando 1600, Johannesburg, South Africa 27-11-928-2000

Spain Mitsubishi Electric Europe B.V. Spanish Branch Caretera De Rubi 76-80, 08190-Sant Cugat Del Valles (Barcelona) Spain 34-93-565-3131

Sweden Euro Energy Components AB Box 103 48 S-434 24 Kungbcka, Sweden 46-(0)300-69 00 40 Switzerland Trielec A G Mhlentalstrasse 136, 8201 Schaffhausen, Switzerland 41-52-6258425

Taiwan Setsuyo Enterprise Co., Ltd. 6F, NO. 105 Wu-Kung 3rd rd., Wu-Ku Hsiang, Taipen Hsien Taiwan 02-2298-8889

Thailand UNITED TRADING & IMPORT CO. LTD. 77/12 Bumrungmuang Road, Klong Mahanak, Pomprab Bangkok 10100 223-4220-3

The Netherlands Imtech Marine & Industry Postbox 5054, NL-3008 AB-Rotterdam, Netherlands 31-(0)10 487 19 11

Turkey HEDEF DIS Tic. Ve Musavirlik LTD. STI Barbaros Bulvari Gaziumurpasa sok. 9/4, TR-Balmumcu-Istanbul Turkey 90-212-2754876

U.K. Mitsubishi Electric Europe B.V. UK-Blanch Travellers Lane, Hatfield, Herts, AL 1D 8xB, U.K. 44-1707-276-100 Uruguay Flerro Vignoli S.A. P.O. box 20022/Suc Upae, Montevideo Uruguay 598-2-92-08-08

Venezuela ADESCO C.A. Lle 8, Calpon Elinsu, La Urbina-EDO, Miranda P.O. Box 78034 Caracas 1074A, Venezuela 58-2-241-7634

Vietnam Sa Giang Techno Co., Ltd. 207/4 Nguyen Van Thu St., Dist 1, Ho Chi Minh City, Vietnam 848-821-6453

Safety Tips : Be sure to read the instruction manual fully before using this product.

FACTORY AUTOMATION SYSTEM: OFFICE TOWER "Z" 14F 8-12 1chome, Harumi CHUO-KU, TOKYO 104-6212, JAPAN

IB63259B

IB63259B New publication effective Dec.2015

Specifications are subject to change without notice.

Energy Measuring Unit (EcoMonitorPro) Service Network

Country / Region Company Address Telephone

Australia Mitsubishi Electric Australia Pty. Ltd. 348 Victoria Road, Rydalmere, N.S.W. 2116, Australia + 61-2-9684-7777

USA Mitsubishi Electric Automation Inc. 500 Corporate Woods Parkway Vernon Hills, IL 60061, USA + 1-847-478-2100

Brazil MELCO-TEC Rep. Com. e Assessoria Tecnica Ltda. Av. Paulista, 1439-Cj.72, Cerqueira Cesar CEP 01311-200, Sao Paulo, SP, CEP:01311-200, Brazil + 55-11-3146-2200

Chile Rhona S.A. Agua Santa 4211 P.O. Box 30-D Vina del Mar, Chile + 56-32-2-320-600

China Mitsubishi Electric Automation (CHINA) Ltd. No. 1386 Hongqiao Road, Mitsubishi Electric Automation Center Shanghai China, 200336 + 86-21-2322-3030

China Mitsubishi Electric Automation (HongKong) Ltd. 10/F., Manulife Tower, 169 Electric Road, North Point, Hong Kong + 852-2887-8810

Colombia Proelectrico Representaciones S.A. Carrera 53 No 29C-73 - Medellin, Colombia + 57-4-235-30-38

Egypt Cairo Electrical Group 9, Rostoum St. Garden City P.O. Box 165-11516 Maglis El-Shaab, Cairo - Egypt + 20-2-27961337

Europe Mitsubishi Electric Europe B.V. Gothaer Strasse 8, D-40880 Ratingen, Germany + 49-(0)2102-486-0

India Mitlite Electric Company Pvt Ltd Plot No-32, Sector-6, IMT Maneser, + 91-124-4695300

Indonesia P. T. Sahabat Indonesia P.O.Box 5045 Kawasan Industri Pergudangan, Jakarta, Indonesia + 62-(0)21-6610651-9

Korea Mitsubishi Electric Automation Korea Co., Ltd 1480-6, Gayang-Dong, Gangseo-Gu, Seoul, Korea + 82-2-3660-9572

Laos Societe Lao Import Co., Ltd. 43-47 Lane Xang Road P.O. BOX 2789 VT Vientiane Laos + 856-21-215043

Lebanon Comptoir d'Electricite Generale-Liban Cebaco Center - Block A Autostrade Dora, P.O. Box 11-2597 Beirut - Lebanon + 961-1-240445

Malaysia Mittric Sdn Bhd 5 Jalan Pemberita U1/49, Temasya Industrial Park, Glenmarie 40150 Shah Alam, Selangor, Malaysia + 603-5569-3748

Myanmar Peace Myanmar Electric Co.,Ltd. NO137/139 Botataung Pagoda Road, Botataung Town Ship 11161, Yangon, Myanmar + 95-(0)1-202589

Nepal Watt & Volt House KHA 2-65, Volt House Dillibazar Post Box: 2108, Kathmandu, Nepal + 977-1-4411330

Middle East Arab Countries & Cyprus Comptoir d'Electricite Generale-International-S.A.L. Cebaco Center - Block A Autostrade Dora

P.O. Box 11-1314 Beirut - Lebanon + 961-1-240430

Pakistan Prince Electric Co. 1&16 Brandreth Road, Lahore-54000, Pakistan + 92-(0)42-7654342

Philippines Edison Electric Integrated, Inc. 24th Fl. Galleria Corporate Center, Edsa Cr. Ortigas Ave., Quezon City Metro Manila, Philippines + 63-(0)2-634-8691

Saudi Arabia Center of Electrical Goods Al-Shuwayer St. Side way of Salahuddin Al-Ayoubi St. P.O. Box 15955 Riyadh 11454 - Saudi Arabia + 966-1-4770149

Singapore Mitsubishi Electric Asia Pte. Ltd. 307, Alexandra Road, #05-01/02 Mitsubishi Electric Building, Singapore 159943 + 65-6473-2308

South Africa CBI-electric: low voltage Private Bag 2016, Isando, 1600, South Africa + 27-(0)11-9282000

Taiwan Setsuyo Enterprise Co., Ltd 6th Fl., No.105, Wu Kung 3rd, Wu-Ku Hsiang, Taipei, Taiwan, R.O.C. + 886-(0)2-2298-8889

Thailand United Trading & Import Co., Ltd. 77/12 Bamrungmuang Road, Klong Mahanak, Pomprab Bangkok Thailand + 66-223-4220-3

Uruguay Fierro Vignoli S.A. Avda. Uruguay 1274, Montevideo, Uruguay + 598-2-902-0808

Venezuela Adesco S.A. Calle 7 La Urbina Edificio Los Robles Locales C y D Planta Baja, Caracas - Venezuela + 58-212-241-9952

Vietnam CTY TNHH-TM SA GIANG 10th Floor, Room 1006-1007, 255 Tran Hung Dao St., Co Giang Ward, Dist 1, Ho Chi Minh City, Vietnam + 84-8-8386727

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