Omron EQ100-E User Manual

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Page 1

Sensor Network Server

Model EQ100-E

User's Manual

Catalog No. N196-E1-01H

Page 2

Note

(1) It is forbidden to duplicate, copy or reprint this manual in part or in whole without permission. (2) Please understand beforehand that the specifications in this manual may change without prior notice for

the purpose of product improvement.

(3) Best efforts have been applied to make sure that the details in this manual are correct; however, if there

are any points which are incorrect or seem to be incorrect, please contact a branch office of Omron or one of its sales offices given at the end of this manual.

In doing so, please also state the catalog number given at the end of the manual.

・Windows is a trademark of Microsoft Corporation USA, registered in the USA and other countries. ・The SD, SDHC and SDXC logos are trademarks of SD-3C, LLC. ・Other system names and product names given in this manual are trademarks or registered trademarks of

the respective companies.

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Introduction

Thank you for purchasing the Sensor Network Server EQ100 (hereinafter called EQ100).

The EQ100 provides you with a method of visualizing energy amounts by collecting and accumulating measured data on a regular basis using devices such as power monitor, particle sensor, temperature controller and PLC.

Who this Manual is for

This manual is targeted at the following people.

(1) Those with knowledge of electricity (electricians or those with equivalent knowledge), and:

· Those who have been responsible for installing FA devices

· Those who have managed FA sites

(2) Those who have LAN usage skills.

Request

This manual has information necessary for using the EQ100. Before using this software, please

read this manual carefully and fully understand it. Also, even after reading this manual, please

store it carefully in an easy-to-access place.

Page 4

Terms and Conditions Agreement

Read and understand this catalog. Please read and understand this catalog before purchasing the products. Please consult your OMRON representative if you have any questions or comments.

Warranties. (a) Exclusive Warranty. Omron’s exclusive warranty is that the Products will be free from defects in materials and workmanship for a period of twelve months from the date of sale by Omron (or such other period expressed in writing by Omron). Omron disclaims all other warranties, express or implied. (b) Limitations. OMRON MAKES NO WARRANTY OR REPRESENTATION, EXPRESS OR IMPLIED, ABOUT NON-INFRINGEMENT, MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE OF THE PRODUCTS. BUYER ACKNOWLEDGES THAT IT ALONE HAS DETERMINED THAT THE PRODUCTS WILL SUITABLY MEET THE REQUIREMENTS OF THEIR INTENDED USE. Omron further disclaims all warranties and responsibility of any type for claims or expenses based on infringement by the Products or otherwise of any intellectual property right. (c) Buyer Remedy. Omron’s sole obligation hereunder shall be, at Omron’s election, to (i) replace (in the form originally shipped with Buyer responsible for labor charges for removal or replacement thereof) the non-complying Product, (ii) repair the non-complying Product, or (iii) repay or credit Buyer an amount equal to the purchase price of the non-complying Product; provided that in no event shall Omron be responsible for warranty, repair, indemnity or any other claims or expenses regarding the Products unless Omron’s analysis confirms that the Products were properly handled, stored, installed and maintained and not subject to contamination, abuse, misuse or inappropriate modification. Return of any Products by Buyer must be approved in writing by Omron before shipment. Omron Companies shall not be liable for the suitability or unsuitability or the results from the use of Products in combination with any electrical or electronic components, circuits, system assemblies or any other materials or substances or environments. Any advice, recommendations or information given orally or in writing, are not to be construed as an amendment or addition to the above warranty. See http://www.omron.com/global/ or contact your Omron representative for published information.

Limitation on Liability; Etc. OMRON COMPANIES SHALL NOT BE LIABLE FOR SPECIAL, INDIRECT, INCIDENTAL, OR CONSEQUENTIAL DAMAGES, LOSS OF PROFITS OR PRODUCTION OR COMMERCIAL LOSS IN ANY WAY CONNECTED WITH THE PRODUCTS, WHETHER SUCH CLAIM IS BASED IN CONTRACT, WARRANTY, NEGLIGENCE OR STRICT LIABILITY. Further, in no event shall liability of Omron Companies exceed the individual price of the Product on which liability is asserted.

Suitability of Use. Omron Companies shall not be responsible for conformity with any standards, codes or regulations which apply to the combination of the Product in the Buyer’s application or use of the Product. At Buyer’s request, Omron will provide applicable third party certification documents identifying ratings and limitations of use which apply to the Product. This information by itself is not sufficient for a complete determination of the suitability of the Product in combination with the end product, machine, system, or other application or use. Buyer shall be solely responsible for determining appropriateness of the particular Product with respect to Buyer’s application, product or system. Buyer shall take application responsibility in all cases. NEVER USE THE PRODUCT FOR AN APPLICATION INVOLVING SERIOUS RISK TO LIFE OR PROPERTY WITHOUT ENSURING THAT THE SYSTEM AS A WHOLE HAS BEEN DESIGNED TO ADDRESS THE RISKS, AND THAT THE OMRON PRODUCT(S) IS PROPERLY RATED AND INSTALLED FOR THE INTENDED USE WITHIN THE OVERALL EQUIPMENT OR SYSTEM.

Programmable Products. Omron Companies shall not be responsible for the user’s programming of a programmable Product, or any consequence thereof.

Performance Data. Data presented in Omron Company websites, catalogs and other materials is provided as a guide for the user in determining suitability and does not constitute a warranty. It may represent the result of Omron’s test conditions, and the user must correlate it to actual application requirements. Actual performance is subject to the Omron’s Warranty and Limitations of Liability.

Change in Specifications. Product specifications and accessories may be changed at any time based on improvements and other reasons. It is our practice to change part numbers when published ratings or features are changed, or when significant construction changes are made. However, some specifications of the Product may be changed without any notice. When in doubt, special part numbers may be assigned to fix or establish key specifications for your application. Please consult with your Omron’s representative at any time to confirm actual specifications of purchased Product.

Errors and Omissions. Information presented by Omron Companies has been checked and is believed to be accurate; however, no responsibility is assumed for clerical, typographical or proofreading errors or omissions.

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Meanings of Signal Words

This triangle symbol indicates a caution (including a

This symbol indicates a prohibition.

This symbol indicates enforcement.

CAUTION

WARNING

To ensure the safe use of the EQ100,we use several safety icons to alert the reader to certain safety issues in this manual. The warning messages listed here indicate extremely important safety issues. Be sure to follow these guidelines. The icons and their meanings are as follows: The following signal words are used in this manual.

Indicates a potentially hazardous situation which, if not avoided, will result in minor or moderate injury, or may result in serious injury or death. Additionally there may be significant property damage.

Indicates a potentially hazardous situation which, if not avoided, may result in minor or moderate injury or in property damage.

Meanings of Alert Symbols

warning). Specific details are shown in the images in the triangles and in sentences.

The symbol on the left indicates “Warning: Explosive”.

warning). Specific details are shown in the images in the triangles and in sentences. The symbol on the left indicates “Caution: Electric Shock”.

(including a warning). Specific details are shown in the images in the symbol and in sentences.

The symbol on the left indicates “Prohibition o disassembling”.

Specific details are given in the image in the symbol and in sentences. The symbol on the left indicates “General items to comply”.

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Do not disassemble, apply

Electric shock may occur. Always make sure that the power is turned OFF

WARNING

CAUTION

A lithium battery is used for memory backup. pressure to deformation, overheat to more than 100°C, and/or burn it.

Otherwise serious injury may occasionally occur due to fire and/or explosion.

Injury and damage to objects may occur due to electrocution, fire and faults. Do not place pieces of metal and wire debris into the product.

before wiring the terminal unit or replacing the battery.

Breakdown or explosion may occur. Use a power supply of the specified voltage.

Electrocution, fire, or a fault may occur. Do not disassemble, repair or modify the product.

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Precautions for Safe Use

Observe the following precautions to ensure safe operation.

1) Do not store and manage, install, or use the product in any of the following ways.

・ In a place with large vibrations or which is greatly influenced by shocks ・ Outdoors or in a place directly exposed to sunlight, or exposed to wind and rain ・ In a place at a temperature and humidity outside the specification range ・ In a place with great changes in temperature and humidity, or where there is a

possibility of condensation

・ In a place affected by static electricity or noise ・ In a place with corrosive gas (particularly sulfide gas or ammonia gas) ・ In a place with a lot of dust or iron powder ・ In a place which is flooded or covered in oil ・ In a place with splashing salt water

2) Before using the device, you must check the wiring before connecting it to the power. Not doing so may result in electrocution, faults, accidents, injury, or incorrect operation due to incorrect wiring.

3) Use an appropriate electrical power source and wiring to connect the product to an electrical power source and in/output. Not doing so may result in electrocution, faults, accidents, injury, or incorrect operation due to incorrect wiring.

4) Do not use voltage greater than the standard one for generic input terminals.

5) Do not use voltage and do not connect a load greater than the standard for generic input terminals.

6) Carry out wiring by using a solderless terminal which appropriate fits the size of the terminal screw size.

7) Do not block the air ventilation holes of this product and the area surrounding them, in order to allow heat to be emitted.

8) Do not install this product near to machines which emit large amounts of heat (heaters, transformer, large capacity resisters, etc.)

9) In installation work, Type D earthing (Type 3 earthing) must be used.

10) Be sure to firmly secure the product with DIN rail or screw mounting before use.

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Precautions for Correct Use

1) Be sure to mount screws and terminal screws to the main unit with the specified torque.

2) When connecting to a power source, make the power reach the rated voltage within 2 seconds. Not doing so may result in this product not functioning correctly.

3) The battery has a finite life. (Indicated life of 5 years: This may vary greatly depending on the usage conditions.) You must use batteries specific for this product.

4) The memory backup battery is a consumable item. When the battery's remaining capacity becomes low, the device alarm indicator (ERR) turns on and the battery must be replaced to new one.

5) Attach a new battery within five minutes from turning off the power. Otherwise the data cannot be retained.

6) If you do not use the product for a long period of time, remove the battery. This should prevent battery consumption and a failure due to leak.

7) Do not use thinner-type products when cleaning. Please use a commercially-available alcohol.

8) Dispose of this product in accordance with local and national disposal regulations.

Page 9

Definition of Terms

Ter m

Description

Shown below are terms related to EQ100.

Measured Value

Integrated Value

Instantaneous Value

Measured Data

Energy Data

Data Type

Summary

Summary Data Data summarized by a summary process.

Summary Interval A unit of time to view a graph of the summarized data.

Channel

Measurement Channel

Operation Channel

Channel Group

Device

Measurement Device

Connection Device

Collecting Device

Control Value

A measured value itself. One that is not handled as data by a collecting device or a computer yet.

A measured value that is integrated, such as electric energy and gas flow rate.

A measured value that is not integrated, as such as temperature and humidity.

Data that is collected and saved by a measurement device or software (EQ-ServerService).

Data that can be converted into energy value, such as electric energy. It applies to some measured data that can be integrated.

A category of data that defines a unit of data, summary method, or discrimination of integral and instantaneous values.

To summarize data based on a time unit defined as a summary interval. For an integrated value, the sum is used. For an instantaneous value, either of an average, maximum, or minimum value is used as a representative value.

An item of data to collect from a measurement device or a collecting device. EQ100 has following two channels:

- Measurement Channel

- Operation Channel

A channel that is measured and collected by a measurement device. Included are electric energy, pulse, temperature, and foreign object amount.

A channel created through operation of the measurement channel inside EQ100. There are two types of channels based on a difference of operation; a free operation channel and a basic unit operation channel.

A grouping to manage channels together in a production line, on a floor, and/or a building.

Either of a measurement device or a collecting device that has a channel. A connection device is not included.

Measurement devices include a sensor that measures a physical value such as electric energy, temperature, and humidity, and that and sends the measured value, as well as a device that keeps measured data from a sensor connected to the device and that provides the data for EQ100 (e.g. PLC and ZN-KMX21), having a measurement channel.

A device that does not have a measurement channel and that relays and provides measured data from a measurement device connected to the connection device for thEQ100 (e.g. WZ-MLAN01).

A device that collects, stores, and sends data from a measurement device to the upper level system. It applies to EQ100.

A threshold value to manage a range of values for each channel, defined as an upper and/or lower limit. When a value is out of the control value, the monitoring alarm detects and reports it.

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Ter m

Description

A contact input to assign a function. In case of EQ100, it is assigned created using EQ-Manager. It must be created if EQ-GraphViewer

Monitoring Alarm

A function that detects and reports a value exceeding a control value.

Monitoring Alarm Email An email automatically sent upon a monitoring alarm event.

Device Alarm

A function that reports an instrument failure, setup/status, device, communications, and/or monitoring process of EQ100.

Device Alarm Email An email automatically sent upon a device alarm event.

Logging To store data with the time of saving for each measurement interval.

Log Data Collected data.

Event Log

A generic name for monitoring alarm, device alarm, and internal event.

Event Log File A file that saves an event log.

Summary DB

A DB (database) that stores collected and summarized data and that is managed by the EQ server.

Collecting Interval An interval for EQ100 to collect data from a measurement device.

Collected Data

Data that is collected and saved by a collecting device or software (EQ-ServerService) in a certain interval.

Collected Data File A file in a CSV format containing collected data output.

A status to check communications by continuous execution of data

Communication Test

collecting from a measurement/collecting device. This does not perform logging of collected data.

Periodic Report

A function to send an email with content configured by a user beforehand on a specified time for alive monitoring.

General-Purpose Input

General-Purpose Output

to the pulse input function.

A contact output to assign a function. In case of EQ100, it is used for the monitoring alarm contact output.

A process that stores a measured value collected from a

Differential Processing

measurement device and calculates a difference with the previous measured value. It is a process for integrated values such as electric energy and integrated flow rate.

CompoWay/F

OMRON's dedicated serial communications protocol supported by OMRON's component devices.

A function to view data incorporated into EQ100. It allows a user to

Web UI Function

view EQ100 status and collected data graph and perform maintenance through a Web browser on a computer.

Software to configure EQ100 settings and view collected data

EQ-Viewer

graph. It consists of EQ-Manager, EQ-ServerService, and EQ-GraphViewer.

EQ-Manager Software to configure EQ100 and EQ server settings and perform

operation management.

EQ-GraphViewer Software to view and analyze a graph of collected data.

EQ-ServerService

Project

Software to collect and provide data in the background as a Windows service.

A file created by EQ-Manager to store configuration information required for operation of EQ100 and EQ server.

EQ Project A project that describes operation settings of EQ100. It is created

using EQ-Manager.

EQ Server Project A project that describes operation settings of EQ server. It is

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Ter m

Description

is used.

rvice.

EQ Server

EQ-Watcher Paid software to view realtime measured data such as energy

A computer that collects data from EQ100 using EQ-ServerSe It acts as a server under a server-client configuration.

usage.

Page 12

Manual Revision History

June 2013

First edition

June 2013

- Revised due to EQ-Viewer version upgrade. C

July 2013

Revised due to EQ-Viewer version upgrade.

July 2013

Revised due to EQ-Viewer version upgrade.

- Corrected incorrect description.

March 2014

- Revised due to added specifications.

- Correction of incorrect description

- Revision based on EQ-Viewer version upgrade

- Others including screen update and correction of errors

Catalog No. N196-E1-01H

Revision code

A manual revision symbol is added to the end of the catalog number on the front and back covers.

Revision

code

E November 2013 - Revised due to added specifications.

Date Revised contents

- Corrected incorrect description.

Added data acquisition menu on Web UI. Added connection support model (WZ-SP01).

G June 2014 - Revised Troubleshooting

H July 2014

Changed due to added user-specified file output function.

Added user-specified file output settings.

Changed FTP specification. Changed data acquisition UI function.

Supported K3GN/E5CC/E5EC by the wireless unit.

- Corrected incorrect description.

Add details to "Failed to update EQ100 settings via an SD

card"

Page 13

Related Manual

Manual

display tool EQ-Viewer.

Catalog No. Manual Title Details

N198-E1-01H EQ-Viewer User's

Describes functions and usage of the graph

Page 14

Introduction ......................................................................................................................................... 1

Meanings of Signal Words .................................................................................................................. 3

Meanings of Alert Symbols ................................................................................................................. 3

Precautions for Safe Use .................................................................................................................... 5

Precautions for Correct Use ................................................................................................................ 6

Definition of Terms .............................................................................................................................. 7

Manual Revision History ................................................................................................................... 10

Related Manual ................................................................................................................................. 11

Table of Contents .............................................................................................................................. 12

Overview of EQ100 ...................................................................................................................1-1 1.

Overview ........................................................................................................................... 1-1

1.1.

1.2. Features ............................................................................................................................ 1-1

1.3. Overview of Graph Display Tool ........................................................................................ 1-2

1.4. Functional Overview of EQ100 ......................................................................................... 1-5

Energy Data Collecting Function ................................................................................ 1-6 1.4.1.

External Interface Function ......................................................................................... 1-9 1.4.2.

Maintenance Function ...............................................................................................1-10 1.4.3.

System Configuration Example ....................................................................................... 1-11

1.5.

Standalone Configuration .......................................................................................... 1-11 1.5.1.

Network Configuration ...............................................................................................1-12 1.5.2.

Configuration with FTP ..............................................................................................1-13 1.5.3.

EQ100 Input/Output and Internal Configuration ..............................................................1-14

1.6.

Specifications ............................................................................................................................2-1 2.

Part Name ......................................................................................................................... 2-1

2.1.

EQ100 Front End ........................................................................................................ 2-1 2.1.1.

EQ100 Top View .......................................................................................................... 2-3 2.1.2.

Button .......................................................................................................................... 2-4 2.1.3.

Indicator ....................................................................................................................... 2-5 2.1.4.

Connector/Terminal Name .......................................................................................... 2-7 2.1.5.

DIP Switch .................................................................................................................2-10 2.1.6.

SD Card Slot ............................................................................................................. 2-11 2.1.7.

Memory Backup Battery ............................................................................................2-12 2.1.8.

Ratings and Performance ...............................................................................................2-14

2.2.

Hardware Specifications ...........................................................................................2-14 2.2.1.

Software Specifications .............................................................................................2-16 2.2.2.

Supported Devices ..........................................................................................................2-21

2.3.

2.4. Network ...........................................................................................................................2-23

2.5. Dimensions ......................................................................................................................2-24

Operation Mode and Status ......................................................................................................3-1 3.

Operation Mode ................................................................................................................. 3-1

3.1.

3.2. Setup Status and Collecting Status ................................................................................... 3-2

3.3. Specifications of Operation Mode and Status ................................................................... 3-4

Basic Operation Steps ..............................................................................................................4-1 4.

[STEP 1] Standalone Configuration .................................................................................. 4-1

4.1.

4.2. [STEP 2] Network Configuration with EQ Server .............................................................. 4-4

4.3. [Reference] Taking Out Collected Data Using SD Card .................................................... 4-6

Installation and Wiring...............................................................................................................5-1 5.

Precautions on Installation ................................................................................................ 5-1

5.1.

5.2. Battery Connection ............................................................................................................ 5-2

5.3. Mounting Inside the Cabinet ............................................................................................. 5-4

5.4. Screw-Mounting ................................................................................................................ 5-5

5.5. Wiring Description ............................................................................................................. 5-6

Power and Grounding Wires ....................................................................................... 5-6 5.5.1.

RS-485 Communication Port ...................................................................................... 5-7 5.5.2.

General-Purpose Output Terminal .............................................................................. 5-9 5.5.3.

LAN Connection Port ................................................................................................5-10 5.5.4.

SD Card ..................................................................................................................... 5-11 5.5.5.

Measurement Device Setup and Connection ...........................................................................6-1 6.

Measurement Device Main Body Setup and Measurement Setup ................................... 6-1

6.1.

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Preparation .................................................................................................................. 6-2 6.1.1.

Measurement Device Setup ........................................................................................ 6-3 6.1.2.

Connection between EQ100 and Measurement Device ................................................... 6-7

6.2.

Wiring for LAN-Connected Measurement Device ....................................................... 6-8 6.2.1.

Wiring of RS-485-Connected Measurement Device .................................................6-10 6.2.2.

Connection to Pulse Output Measurement Device ................................................... 6-11 6.2.3.

EQ100 Settings .........................................................................................................................7-1 7.

Overview of EQ100 Settings ............................................................................................. 7-1

7.1.

7.2. Creating New EQ Project .................................................................................................. 7-2

7.3. Editing EQ100 IP Address/Device Name .......................................................................... 7-4

7.4. Collecting Setting .............................................................................................................. 7-5

Overview ..................................................................................................................... 7-5 7.4.1.

Connection Device Registration .................................................................................. 7-6 7.4.2.

Measurement Device Registration ............................................................................7-10 7.4.3.

Channel Registration .................................................................................................7-20 7.4.4.

Operation Channel Setting ........................................................................................7-27 7.4.5.

Creating/Editing Data Type .......................................................................................7-33 7.4.6.

Group Registration ....................................................................................................7-35 7.4.7.

EQ100 Monitoring Setting ...............................................................................................7-40

7.5.

Overview ...................................................................................................................7-40 7.5.1.

Monitoring Alarm .......................................................................................................7-40 7.5.2.

Device Alarm .............................................................................................................7-41 7.5.3.

Periodic Report..........................................................................................................7-41 7.5.4.

Control Value Setting.................................................................................................7-42 7.5.5.

Notification Setting ....................................................................................................7-43 7.5.6.

Periodic Report Setting .............................................................................................7-44 7.5.7.

Destination Setting ....................................................................................................7-45 7.5.8.

Output Terminal Setting .............................................................................................7-48 7.5.9.

Email Transmission Setting .......................................................................................7-50 7.5.10.

Checking Email Transmission ...................................................................................7-51 7.5.11.

EQ100 Settings ...............................................................................................................7-52

7.6.

Overview ...................................................................................................................7-52 7.6.1.

Language/Time Zone Setting ....................................................................................7-52 7.6.2.

EQ100 Time Synchronization ....................................................................................7-53 7.6.3.

Configuring EQ100 LAN Connection Port/Sub-LAN Connection Port ......................7-54 7.6.4.

Configuring RS-485 Communications Port ...............................................................7-56 7.6.5.

Changing Password for Access from Web UI Function ............................................7-58 7.6.6.

Output Setting of Collected Data/Event Log File ............................................................7-60

7.7.

Overview ...................................................................................................................7-60 7.7.1.

User-Specified File ....................................................................................................7-60 7.7.2.

SD Card Output Setting ............................................................................................7-62 7.7.3.

FTP Server Setting ....................................................................................................7-63 7.7.4.

FTP Transfer of Collected Data .................................................................................7-65 7.7.5.

Saving EQ Project ...........................................................................................................7-67

7.8.

7.9. Writing EQ Project File to EQ100 ....................................................................................7-68

Overview ...................................................................................................................7-68 7.9.1.

Writing EQ Project File through SD Card ..................................................................7-69 7.9.2.

Writing EQ Project by EQ-Manager ..........................................................................7-71 7.9.3.

Writing EQ Project by Web UI Function ....................................................................7-74 7.9.4.

Communication Test and Collecting Start .................................................................................8-1 8.

Preparation for Communication Test ................................................................................. 8-1

8.1.

8.2. Communication Test Operation by EQ-Manager .............................................................. 8-2

Starting Communication Test ...................................................................................... 8-2 8.2.1.

Ending Communication Test ....................................................................................... 8-3 8.2.2.

Communication Test Operation by Web UI screen ........................................................... 8-4

8.3.

8.4. Start Collecting .................................................................................................................. 8-5

Starting Collecting by EQ100 Operation ..................................................................... 8-5 8.4.1.

Starting Collecting by EQ-Manager Operation ............................................................ 8-6 8.4.2.

Starting Collecting by Web UI Screen Operation ........................................................ 8-6 8.4.3.

Checking Collected Data ................................................................................................... 8-7

8.5.

Data in EQ100 after Collecting.................................................................................... 8-7 8.5.1.

Internal Folder Structure of EQ100 ............................................................................. 8-8 8.5.2.

Web UI Function .......................................................................................................................9-1 9.

Page 16

Overview of Web UI Function............................................................................................ 9-1

9.1.

Operating Environment ............................................................................................... 9-2 9.1.1.

Connecting from Web Browser ......................................................................................... 9-4

9.2.

9.3. Top Screen ........................................................................................................................ 9-7

9.4. Monitoring Screen ............................................................................................................. 9-8

9.5. Simple Graph View > Current Value Monitor ..................................................................9-10

9.6. Simple Graph View > Graph View ...................................................................................9-13

9.7. Simple Graph View > Basic Unit View ............................................................................9-15

9.8. Maintenance > Setting View ............................................................................................9-17

9.9. Maintenance > System ....................................................................................................9-20

9.10. Maintenance > Operation Check ....................................................................................9-21

9.11. Maintenance > Data Acquisition ......................................................................................9-22

9.12. Maintenance > File Download .........................................................................................9-23

9.13. Maintenance > Update ....................................................................................................9-25

9.14. Help Screen .....................................................................................................................9-26

Viewing/Analyzing Graph on EQ-GraphViewer ..................................................................... 10-1 10.

Basic Operation Steps.....................................................................................................10-1

10.1.

10.2. Connecting to EQ Server ................................................................................................10-2

10.3. Selecting a Channel Group to Display ............................................................................10-3

10.4. Configuring Graph View ..................................................................................................10-5

10.5. Other Operations ...........................................................................................................10-10

Displaying Past Data Comparison Screen ..............................................................10-10 10.5.1.

Displayed Graph Output ..........................................................................................10-10 10.5.2.

Displayed Data Output ............................................................................................10-10 10.5.3.

Exporting CSV File ..................................................................................................10-10 10.5.4.

Safe Mode ............................................................................................................................... 11-1 11.

Startup in Safe Mode....................................................................................................... 11 -1

11.1.

11.2. Safe Mode Web UI Screen.............................................................................................. 11-3

11.3. Setting/Stored Information Clear ..................................................................................... 11 -5

11.4. Updating the Firmware .................................................................................................... 11-6

11.5. Log Clear ......................................................................................................................... 11-8

11.6. Recovering to Factory Shipment Status.......................................................................... 11-9

11.7. Exiting Safe Mode ......................................................................................................... 11-10

Appendix ................................................................................................................................ 12-1 12.

Troubleshooting ...............................................................................................................12-1

12.1.

Overview of Error Status Types and Actions .............................................................12-5 12.1.1.

Event Log Code List ..................................................................................................12-6 12.1.2.

Subjective Operation Guide ..........................................................................................12-12

12.2.

Setting for EQ100 ....................................................................................................12-12 12.2.1.

Taking Out EQ100 Collected Data ..........................................................................12-13 12.2.2.

EQ100 Operation ....................................................................................................12-14 12.2.3.

Taking Out EQ100 Collected Data ..........................................................................12-15 12.2.4.

FAQ (Frequently Asked Questions) ...............................................................................12-17

12.3.

12.4. Adding/Deleting Measurement Device ..........................................................................12-19

Failure and Replacement of Measurement Device .................................................12-20 12.4.1.

Support for New Measurement Device ...................................................................12-20 12.4.2.

Impact of Time Synchronization on Collected Data ......................................................12-21

12.5.

12.6. Web UI Screen on Internet Explorer 8 (IE8) .................................................................12-22

12.7. Communications Protocol .............................................................................................12-23

12.8. SD Card Folder Configuration .......................................................................................12-24

12.9. Output File Format ........................................................................................................12-25

Internal System File (e.g. SD Card Output, FTP Download) ..................................12-25 12.9.1.

Use-specified file (data acquisition with Web UI, user-specified file) ......................12-27 12.9.2.

Event Log File .........................................................................................................12-29 12.9.3.

Software License ...........................................................................................................12-30

12.10.

Page 17

1. Overview of EQ100

A variety of measurement

thermo-humidity/illuminance/CO2 sensor.

data from measurement devices are 1 minute/5

measurement devices and data collecting interval).

connected measurement

collecting through the dedicated network.

communication failure/error during data collecting.

Overview of EQ100 1.

1.1. Overview

EQ100 is energy data collecting equipment that periodically collects measured data from measurement devices connected to RS-485 communications port and LAN port and stores the data in its internal memory. EQ100 can connect a variety of measurement devices to collect a large amount of measured data. It can also register an operation channel the operated the measured data and monitor measured data for alarm output. The incorporated Web UI function allows a user to operate EQ100 and view a simple graph on a Web browser. Attached graph display tool EQ-Viewer allows advanced graph display and data analysis.

1.2. Features

EQ100 has following features:

Features Details

EQ100 can connect various devices such as RS-485-connected devices can be connected

KM series, power monitor/temperature controller/analog value

input digital panel meter, as well as LAN-connected particle/air

flow device/PLC, in addition to wireless devices such as

A large amount of measured data can be collected

Measurement channel can be operated

Monitoring Alarm Function

Sub-LAN connection port available

Communication test function with measurement devices

Up to 500 channels can be registered to EQ100. Configurable

intervals to collect

minutes/10 minutes/30 minutes/60 minutes (the number of

channels that can be registered is limited based on the

An operation channel can be created as a new channel through

operation of measurement channels. There are two types of

operation channels; a free operation channel that can specify any

operation expression and a basic unit operation channel

calculated based on basic units of two measured data.

For each collected measured data, configuration is available on

monitoring conditions based on control value and count, email

notification output upon the conditions, and monitoring alarm

output to general-purpose output terminal.

In addition to the standard LAN port, a sub-LAN port is available

for network configuration dedicated to LAN-connected

measurement device. Connecting a LAN-

device to the sub-LAN port enables stable measured data

The communication test function allows checking availability of

communications between EQ100 and a measurement device as

well as stable communications with a measurement device

beforehand. In addition, it can be used to investigate a cause of a

Simple operation through Web UI function

Advanced view/analysis by graph display tool

The Web UI function of EQ100 allows a user to operate EQ100,

view a simple graph of measured data, and check an operation

status on a Web browser.

Attached graph display tool EQ-Viewer allows automatic summary

of collected data of EQ100 to the EQ server and detailed graph

display and analysis by the analysis tool EQ-GraphViewer.

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1. Overview of EQ100

EQ100

EQ Server

Data collecting

Sharing Information

Graph View & Analysis

Administrator

Measurement Device

Temperature &

Humidity

Measurement Device Measurement Device

Operation Management

Site Personnel

Production Line

Compressor

Clean Room

Setup & Management Tool

EQ-Manager

View & Analysis Tool

EQ-GraphViewer

Setup & Operation

RS-485

LAN/Sub-LAN

Client Computer

Logging

Collecting & Logging Tool

EQ-ServerService

1.3. Overview of Graph Display Tool

EQ-Viewer, included in the attached CD-ROM, is an integrated software package to materialize configuration for EQ100 to collect measurement device data, graph display and analysis of the collected data, and information sharing in an organization. It contributes to materialization of "visualization at the site level" of energy and other environmental data.

Electric Energy

Production Volume

Electric Energy

Air Flow Rate

Particle

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1. Overview of EQ100

EQ-Manager

EQ-Manager is software to configure settings and manage operation

setting, monitoring

- Operation/display: EQ100 operation, status display

GraphViewer is software to make access to the EQ server and to

, summary view, comparison

- Summarized data file output

EQ-ServerService

This software performs data collecting, logging, and monitoring in a

data in EQ100 in the

ServerService to

data DB, and publication

to EQ-GraphViewer

Precautions for

Correct Use

Acquisition of Setting Value

Acquires project data from EQ-Manager.

Collecting Function

Acquires collected data from EQ100 through the network in a specified period.

Logging/Summary

Summarizes the acquired collected data and saves in the

EQ-GraphViewer.

EQ-Viewer contains the following software components:

Name Description

of EQ100 itself as well as the EQ server. Major functions include:

- Setup: EQ100 setting, measured data collecting setting

EQ-GraphViewer EQ-

view and analyze log data collected and summarized by the EQ server from EQ100.

Major functions include:

- Graph display: Bar graph, line graph view

computer, running as a Windows service in the background. It connects to EQ100 to collect and log collected

specified cycle and saves the data as summarized data DB. EQ-GraphViewer and EQ-Manager connect to EQ-

perform various operations. Major functions include:

- Automatic collecting of summarized data in EQ100

- Creation and management of summarized

- The software described above cannot perform initial setting of measurement devices connected to EQ100. Before configuring EQ100, use the measurement device itself or the device's setup tool to configure initial setting.

■EQ-ServerService/EQ Server When EQ-Viewer is installed, EQ-ServerService is automatically installed as well. EQ-ServerService is an application running as a Windows service in the background. A computer that runs EQ-ServerService is called EQ server.

Major functions of EQ-ServerService include:

Function Description

Database Management

summary data DB on the EQ server. The data is published to

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1. Overview of EQ100

EQ Project

A project that describes operation settings of EQ100.

setting from a measurement device to EQ100 and EQ100 monitoring setting (the measurement device and its channel are registered in the

If there are more than one EQ100, a project must be created for each EQ100.

EQ Server Project

A project that describes operation settings of EQ server. An EQ

from EQ100 to EQ

setting, EQ100 must be registered. A channel must be loaded by

If there are more than one EQ100, settings of multiple EQ100s

Reference

■Project to be Created by EQ-Manager To run EQ100 and EQ server, a project must be created by EQ-Manager and written to EQ100 and EQ server respectively.

There are following two types of projects:

Project Name Description

An EQ project performs measured data collecting

collecting setting).

server project performs setting of collecting server and monitoring setting on EQ server. In the collecting

the corresponding EQ project or actual EQ100.

are done in one EQ server project.

- For details of EQ-Viewer, see "EQ-Viewer User's Manual"(catalog No. : N198-E1-01).

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1. Overview of EQ100

EQ100

Energy Data collecting Function

- Alarm Function

Purpose Output

1.4. Functional Overview of EQ100

EQ100 provides various functions including energy data collecting that collects and stores measured data from measurement devices, communications with an upper level system, external interface such as Web UI, maintenance function such as saving and loading of settings and updating of the firmware.

EQ Server/ FTP Server

Computer

SD Card

- RS-485 Communications Function

- Pulse Measurement Function

- Measured Data collecting/Storage Function

External Interface Function

- Upper Level System Interface Function

- Web UI Function

- SD Card Output Function

Measurement

Device

Pulse Input

General-

Maintenance Function

- Saving/Loading Settings

- Firmware Updating Function

- Device Information Updating

- Setting Initialization

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1. Overview of EQ100

Reference

Wireless Master

PLC

Dedicated RS-485

Measurement Data

Power Monitor

EQ100

Temperature RS-485

Measurement Data

Power Monitor

Energy Data Collecting Function 1.4.1.

The energy data collecting function of EQ100 stores measured data from measurement devices connected to a network connection port and/or RS-485 communications ports as well as measured pulse data from the general-purpose input terminal of the EQ100 into the internal memory. The function includes monitoring that operates general-purpose output terminals and/or sends email notification when collected measured data meets the configured monitoring condition.

LAN Communications Function 1.4.1.1.

This function allows collecting of measured data from measurement devices connected to a LAN port, PLC, and/or wireless devices.

EQ100

Air Flow Station

Line

Air Flow Sensor

RS-485 Communications Function 1.4.1.2.

This function allows collecting of measured data from measurement devices that support CompoWay/F communications protocol.

LAN

Wireless Slave

Controller

- EQ100 has four RS-485 communications ports. Up to 31 measurement devices can be connected to one port (31 x 4 ports= Total 124 devices).

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1. Overview of EQ100

Reference

Precautions for

Correct Use

Pulse

Collecting

Save

Pulse Measurement Function 1.4.1.3.

This function allows measurement of pulse count from a pulse-output measurement device connected to the general-purpose input terminal of EQ100.

Measurement

Device

EQ100

- EQ100 has a conversion function from pulse count to actual measured value, which allows converted measured value to save instead of the pulse count.

Measured Data Collecting/Storage Function 1.4.1.4.

This function allows collecting and temporary storage of measured data from devices into internal memory. The internal memory is nonvolatile and can keep data upon blackout. Old measured data are sequentially overwritten when the internal memory is full.

EQ100

Measurement

Device

Internal Memory

- The retention period of data convergence in the EQ100's internal memory is one week (collected data older data than one week are overwritten by newly collected data from the oldest one).

- To keep collected data older than one week in EQ100, use an SD card to save.

- Data output will get unavailable when the SD card has no free space. In such a case, you occasionally need to move the output files on the SD card to other places such as a computer or use a new SD card.

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1. Overview of EQ100

EQ100

Pulse

SMTP Server

Collecting

Judgment

Output

Monitoring Function 1.4.1.5.

The monitoring function operates external output terminals and/or sends email notification when collected measured data meets the configured condition.

External

Device

Notification

General-Purpose Output

Measurement

Device

An alarm is judged by specified measured data getting over or under the configured control values. Up to 500 judgment conditions can be configured. The monitoring alarm output function turns on and off the general-purpose output terminal contacts based on the alarm judgment result. There are four monitoring alarm outputs, for each of which independent conditions can be configured. The notification function reports an occurrence of a monitoring alarm using an Email.

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1. Overview of EQ100

Collected data

View/Analysis

Measured Data

EQ100 Setting/Management

EQ-GraphViewer

EQ-Manager

External Interface Function 1.4.2.

The external interface function includes the upper level system interface for communications with an upper level system such as the EQ server, Web UI function for simple graph view and maintenance, and measured data output to an SD card.

Upper Level System Interface Function 1.4.2.1.

This function allows connection with an upper level system via LAN. The following functions are available by collaborating with the attached software.

■EQ-Manager

EQ-Manager is software to configure settings and manage operation of EQ100 and EQ server.

■EQ-GraphViewer

EQ-GraphViewer is software to view and analyze data collected from measurement devices.

Setting

EQ Server

Measurement Device

Web UI Function 1.4.2.2.

This function allows a user to view EQ100 status and simple graph of collected data and perform maintenance through a Web browser on a computer.

■Web UI Screen Top Page

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1. Overview of EQ100

Reference

SD Card

Collected

Data

SD Card Output Function 1.4.2.3.

This function outputs collected data to an SD card. The collected data is outputted to an SD card once a day. In addition, operating on the Web UI screen or pressing the SD card save button outputs stored data at the time of the operation without waiting for periodical output.

EQ100

- The SD card output may take a long time from the operation to output to finish, depending on the amount of data to save. Before ejecting the SD card, check the Web UI screen message and/or buzzer sound for the completion of output.

- Upon the 1st SD card output after the setup, all data stored before then are outputted. If the amounts of data that are not saved for a long time exist, output will take a long time to finish.

Maintenance Function 1.4.3.

■Saving/Loading Settings

An EQ project created by EQ-Manager can be saved as a file in a computer. Loading the saved

EQ project to EQ100 can restore the settings.

■Firmware Update Function

The EQ100 firmware can be updated by starting under the safe mode and using the Web UI

function. To reflect the change, the system must be restarted.

■Setup Initialization

This function initializes all the settings back to the ones for factory shipment.

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1. Overview of EQ100

SD Card

Collecting

Air Flow Station

Wireless Master

Wireless Slave

Air Particle Sensor

Air Flow Sensor

Dedicated Line

Power Monitor

Temperature Controller

- Setting by EQ-Manager

- Web UI Function

RS-485 Port 1

RS-485 Port 2

RS-485 Port 3

RS-485 Port 4

Power Monitor

1.5. System Configuration Example

Shown below are typical system configurations of EQ100.

Standalone Configuration 1.5.1.

EQ100 is operated without connecting to an upper level system, and collected data are taken out when necessary. A user can view EQ100 status and collected data graph and perform maintenance through a Web browser on a computer directly connected to EQ100. Collected data are saved in the EQ100 internal memory or an SD card in a CSV file. Collected data are taken out by:

- Connecting EQ100 and a computer via a LAN cable, making access to EQ100 via a Web browser, and downloading the data when necessary.

- Outputting measured data from the internal memory to an SD/SDHC card when necessary (measured data output from the internal memory to SD/SDHC card is done in a specified period or by pressing the SD card save button on the front end).

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1. Overview of EQ100

EQ Server

Collecting

Air Flow Station

Wireless Master

Wireless Slave

Air Particle Sensor

Air Flow Sensor

Dedicated Line

Power Monitor

Temperature Controller

RS-485 Port 1

RS-485 Port 2

RS-485 Port 3

RS-485 Port 4

Power Monitor

- Setting by EQ-Manager

Network Configuration 1.5.2.

One EQ server can manage multiple EQ100s that are connected via LAN. The EQ server performs logging of collected data file stored in EQ100s in a specified period and saves into the summary DB. EQ-GraphViewer allows graph view and analysis of summary data in the EQ server to share information in an organization.

- View/Analysis by EQ-GraphViewer

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1. Overview of EQ100

Wireless Slave

SD Card

Collecting

Air Flow Station

Wireless Master

Air Particle

Sensor

Air Flow Sensor

Dedicated Line

Power Monitor

Temperature

- Setting by EQ-Manager

RS-485 Port 1

RS-485 Port 2

RS-485 Port 3

RS-485 Port 4

FTP Server

Analysis by customer's application

Power Monitor

Configuration with FTP 1.5.3.

Collected data saved in EQ100 is transferred using the FTP protocol based on a request from an upper level system. Collected data can be taken out in a specified period.

- Web UI Function

- EQ-GraphViewer

Controller

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1. Overview of EQ100

1.6. EQ100 Input/Output and Internal Configuration

There are two types of data collecting for EQ100: communications with measurement devices and pulse input from the general-purpose input terminal.

- Measured data can be collected from measurement devices connected through an RS-485 communications port and LAN connection port. (EQ100 internal input/output diagram, "a" part)

- Pulses from a device connected to the general-purpose input terminal of the EQ100 can be counted. (EQ100 internal input/output diagram, "b" part)

If an operation channel is configured, the measurement channel for operation is collected, operated, and stored. (EQ100 internal input/output diagram, "c" part) The data are saved in the volatile memory with battery backup. The Web UI function enables graph view and acquisition of collected data saved in EQ100. (EQ100 internal input/output diagram, "d" part)

EQ100 saves collected data once an hour into the internal memory. (EQ100 internal input/output diagram, "e" part) The collected data are saved in the internal memory for one week. Collected data older data than one week are overwritten by newly collected data from the oldest one. If none of the summary to EQ server, output to an SD card, and transfer to an FTP server is performed, collected data older than one week will be lost.

When enabled, the SD card output function outputs collected data to an SD card once a day. Or, you can output the data to an SD card any time by operating the SD card save button or Web UI screen. (EQ100 internal input/output diagram, "f" part)

Operation of the general-purpose output terminals and transmission of a monitoring alarm email is available when collected data meet the configured monitoring condition. (EQ100 internal input/output diagram, "g" and "h" parts)

A collected data file/event log file in the internal memory can be fetched by an FTP client (a collected data file in the SD card, if attached, can be fetched as well). (EQ100 internal input/output diagram, "i" part) Enabling the FTP server transmission function allows transmission of collected data file in the internal memory to an FTP server. (EQ100 internal input/output diagram, "j" part)

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1. Overview of EQ100

Web UI Function

PC Tool

Displaying measured value (d)

Collected

Data File

Aggregating

collected data

Manually taking out collected data file save in SD card

Measurement Interval: 1 min, 5 min, 10 min, 30 min, 60min

FTP Server

General-Purpose

Battery

Pulse Input

Count

Pulse conversion

process

Converted Value (b)

Internal Memory

(Volatile Memory)

Battery backup of collected data

Measured Data

Saving collected data in a CSV file every 1 hour

(Nonvolatile Memory)

Saving CSV files in SD card automatically or manually (f)

Monitoring Alarm/ Device

Collected Data (c)

Collected Data of

Alarm

Lower Limit)

Measurement Interval: 1 min, 5 min, 10 min, 30 min, 60min

General-Purpose

Output x 4 (g)

Auto Transmission of CSV files via FTP (

Monitoring Alarm Email (h)

Manually taking out CSV files via FTP (

FTP Client

SD card

Collecting measured value via communications (a)

Collected Data File

Measurement Devices

LAN (Sub-LAN Port)

■EQ100 Internal Input/Output Diagram

by operation

Input x 1

Measurement Channel

and its CSV File (e)

(Keeping for 1 week)

Error

(Upper or

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Page 32

2. Specifications

Supply Terminal (M3.5 screw)

To connect to 100 to 240 VAC power source.

Grounding Terminal (M3.5 (M3.5 screw)

To switch between the setup and collecting

RESET

Reset Button

To restart after changing the setup.

RS485 Communications Port

To indicate an operation status of the Indicator

OPTION2 Operation

DIP SW

Setup DIP Switch

To configure EQ100 operation.

ALM

Monitoring Alarm Indicator

To indicate a monitoring alarm status.

statuses.

ERR

Device Alarm Indicator

To indicate a device alarm status.

operation mode.

OPTION1

OPTION1 Connection Port

(for future expansion)

OPTION2

OPTION2 Connection Port

(for future expansion)

To connect a LAN cable for the upper level

Specifications 2.

2.1. Part Name

EQ100 Front End 2.1.1.

No. Indication Name Function

1 L,N

3 RS485_1

4 RUN/STOP RUN/STOP Button

6 RS485□1

7 OP1

8 OP2

11 RUN Collecting Status Indicator

screw) RS-485 Communications

Port #1 Terminal

#1 Operation Indicator OPTION1 Operation

Indicator

To connect to ground wire.

To connect to RS-485-connected measurement device.

statuses.

RS-485 communications port #1.

(for future expansion)

To indicate an operation status of the EQ100 such as setup and collecting

13 PWR Operation Status Indicator

16 LAN

LAN Connection Port (RJ-45)

To indicate a power supply status and an

system, a Web UI computer, or a LAN-connected measurement device.(*1)

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2. Specifications

Web UI computer.(*1)(*2)

Turns on when the general-purpose input is respectively.

RS-485 Communications

TEST

Test Button

(for future expansion)

To output the collected data file to the SD

SD CARD

SD Card Slot

To attach the SD card available for EQ100.

This indicator turns on when a writable SD Terminal (M3 screw)

General-Purpose Output #1 (M3 screw)

Terminal to connect the shield wire for

No. Indication Name Function

To connect a LAN cable for a LAN-connected measurement device or a

17 SUB LAN

Sub-LAN Connection Port (RJ-45)

18 IN Input Status Indicator

OUT□

RS485□

□

Output Status Indicators

Port #2 to 4 Operation Indicators

22 SD SAVE SD Card Save Button

24 SD BUSY SD Card Access Indicator

General-Purpose Input

to 4 Terminal (M3 screw) RS-485 Communications

Port #2 to 4 Terminal

OUT1 to 4

RS485_2 to

FG FG Terminal (M3 screw)

on. The indicators turn on when the

general-purpose outputs 1 to 4 are on,

To indicate an operation status of the RS-485 communications ports #2 to 4.

card after the previous auto-save.

card is attached.

To connect to an input device.

To connect to an output device.

Terminals for RS-485 communications ports #2 to 4. To connect to RS-485-connected measurement device.

RS-485 communications cable connected to RS-485 communications ports #2 to 4.

*1: Straight/crossover cable can be automatically identified. A shielded cable of category 5 or higher

is recommended.

*2: For stable communications, it is recommended that a LAN-connected measurement device

should be connected to the sub-LAN connection port.

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2. Specifications

The cover can be removed by sliding it backward while pressing its center.

On the label the MAC addresses of LAN

are the one.

EQ100 Top Vie w 2.1.2.

No. Name Function

Inside this cover the memory backup battery is

26 Battery Compartment Cover

27 MAC Address Label

placed.

connection port (MAC1) and sub-LAN connection port (MAC2) are printed (12-digit hexadecimal number).

SNC ID (6-digit number) is printed here. The

28 SNC ID Label

described alphanumerical characters as ID No.

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2. Specifications

- Under setup status

longer)

This is same as turning the power off

Press the button to save the

in the internal memory are saved into

SD card and eject the card, press

this operation.

TEST

Not used

Button 2.1.3.

Indication

Pressing the

RUN/

STOP

RESET

button (1 second or

longer)

Pressing the button

(1 second or

Execution

Condition

Application

Press to proceed to the collecting status.

- Under collecting status Press to proceed to the setup status.

* If the setup DIP switch SW9=ON,

the RUN/STOP button is disabled.

Press to restart EQ100.

and on again.

Response

Accept Result Others

Yes Ye s N/A

Pressing the button

(1 second or longer,

less than 5

collected data file in the EQ100 internal memory to an SD card.

Files that are not yet saved are outputted.

At the same time the data not saved

Yes Ye s N/A

seconds)

the internal memory.

SD SAVE

Press the button before ejecting the

SD card from EQ100. Pressing and holding the button

(5 second or longer)

When this operation is done, the

function by pressing the button does

not work. If you wish to save data to

the

the button (1 second or longer, less

Yes Ye s

than 5 seconds) before performing

* Accept: Buzzer sound (for 0.2 sec)

Result: Buzzer sound (for normal end for 4 sec, for abnormal end four times in 0.5 sec interval)

SD card

access

indicator

turns off

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2. Specifications

Operating under normal mode

Flashing

Processing activation

Special

OFF

No power supply

Instrument Failure: An error occurred device cannot work properly.

Temporary

Communication Failure: A continuously

OFF

No error occurred

Collecting

flashing

OFF

Under setup, communication testing

Monitoring alarm occurred

OFF

No monitoring alarm occurred

Indicator

A writable SD card is attached to the SD slot or the SD card is detached

OP1

Option 1 - -

(for future expansion)

OP2

Option 2 - -

(for future expansion)

Indicator 2.1.4.

Indication Name Color Status Meaning

PWR

ERR

RUN

ALM

RS485□1

Operation Status Indicator

Device Alarm

Indicator

Collecting Status Indicator

Monitoring Alarm Indication

RS-485 Communications Port #1 Operation

Green

flashing

Red

Flashing

Green

Yell o w

Yell o w ON

Long

Operating under safe mode

and the device cannot be activated. An error occurred upon

installation/setup/connection and the

processed error is detected.

Preparing for collecting

RS-485 communications port #1 is under operation.

SD BUSY SD Card Access Green

* Indication status

Flashing : Cycle of 0.25 seconds Long flashing : Cycle of 3 seconds Special flashing : Repeating flashing and on periodically

OFF

card slot. No SD card is attached to the SD card

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2. Specifications

Indicator

on.

General-Purpose Output 1

The general-purpose output 1 Status Indicator

purpose output 2

is on.

General-Purpose Output 3

The general-purpose output 3 Status Indicator

purpose output 4

is on.

RS-485 Communications Port

RS-485 communications port #3 Operation Indicator

#3 is under operation.

RS-485 Communications Port

RS-485 communications port

Indication Name Color Status Meaning

General-Purpose Input Status

Orange

The general-purpose input is

OUT□1

OUT□2

OUT□3

OUT□4

RS485□2

RS485□3

RS485□4

Status Indicator General-Purpose Output 2

Status Indicator General-Purpose Output 4

#2 Operation Indicator RS-485 Communications Port

#4 Operation Indicator

Green

Yellow

is on. The general-

#2 is under operation. RS-485 communications port

#4 is under operation.

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2. Specifications

terminal.

cable

485 communications ports #1 and

an RS-485-connected measurement device.

Ground Terminal

Power Supply Terminal

Terminal Block Screw Size: M3.5

A(-) B(+)

RS-485 Communications Port #1

Terminal Block Screw Size: M3.5

Connector/Terminal Name 2.1.5.

●Power Supply Terminal

Name Indication Details

Power Supply Terminal

Supplies 100 to 240VAC.

For higher noise resistance and electric shock prevention, apply class D grounding (class 3 grounding).

Ground Terminal

Connect the shield wire for RS-485 communications cable connected to RS-485 communications port #1 to this

●RS-485 Communications Port #1 Terminal

Name Indication Details

RS-485 Communications Port #1 Terminal

RS485_1

Terminal to connect the communications between RS-

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2. Specifications

(A) (A) (A)

(B) (B) (B)

IN+

IN-

OUT1+

OUT1-

OUT2+

OUT2-

OUT3+

OUT3-

OUT4+

OUT4-

RS485_2+

an RS-485-connected measurement device.

RS485_3+

Terminal to connect the communications cable

RS485_4+

an RS-485-connected measurement device.

Terminal to connect the shield wire for RS-485

●General-purpose input, general purpose outputs #1 to 4, RS-485 communications ports #2 to 4, FG terminals (terminal block)

Name Indication Details

General-Purpose Input Terminal

General-Purpose Output 1 Terminal

General-Purpose Output 2 Terminal

General-Purpose Output 3 Terminal

General-Purpose Output 4 Terminal

RS-485 Communications Port #2 Terminal

RS485_2-

Terminal for general-purpose input. To connect to pulse output of a measurement device.

Terminal for general-purpose output 1.

Terminal for general-purpose output 2.

Terminal for general-purpose output 3.

Terminal for general-purpose output 4.

Terminal to connect the communications cable between RS-485 communications ports #2 and

RS-485 Communications Port #3 Terminal

RS-485 Communications Port #4 Terminal

FG Terminal FG

RS485_3-

RS485_4-

between RS-485 communications ports #3 and an RS-485-connected measurement device.

Terminal to connect the communications cable between RS-485 communications ports #4 and

communications cable connected to RS-485 communications ports #2 to 4.

The FG terminal is electrically connected to the grounding terminal.

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2. Specifications

(Normal) link established

Flashing

Communicating

OFF

Connected at 100 Mbps, or not connected

(Normal) link established

Flashing

Communicating

Connected at 100 Mbps

OFF

Connected at 100 Mbps, or not connected

Precautions for

Correct Use

LINK LED SPEED LED

Connector Type: RJ-45

LINK LED SPEED LED

Connector Type: RJ-45

●LAN Connection Port

A port to connect a LAN cable for the upper level system (EQ server, EQ-Manager, SMTP

server, SNTP server, FTP client) or a Web UI computer. A measurement device can be

connected as well.

A commercial LAN cable for 10BASE-T/100BASE-T can be used (shielded cable of category

5 or higher is recommended).

A straight or crossover cable can be identified automatically when connected.

LED Name Color Status Description

LINK Green

SPEED Orange

ON Connected at 100 Mbps

●Sub-LAN Connection Port

A port to connect a LAN cable for a LAN-connected measurement device or a Web UI

computer.

A commercial LAN cable for 10BASE-T/100BASE-T can be used (shielded cable of category

5 or higher is recommended). A straight or crossover cable can be identified automatically when connected.

LED Name Color Status Description

LINK Green

SPEED Orange

- To the sub-LAN port, an upper level system (EQ server, SMTP server, SNTP server, and FTP server) cannot be connected.

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2. Specifications

(Not used)

After the startup of EQ100, an

written.

OFF

Under normal mode, an EQ project can be written through LAN.

updated.

OFF

Under normal mode, the

through LAN.

Limit RUN/STOP

RUN/STOP button.

OFF

The RUN/STOP button is enabled.

mode.

OFF

EQ100 is started under normal mode.

Reference

DIP Switch 2.1.6.

No. Item Setting Priority

Remarks

Set to Always OFF. - -

7 Write an EQ

project

ON(*)

EQ project is automatically

8 Update firmware ON(*) After the startup of EQ100,

the firmware is automatically

firmware can be updated

button

ON The RUN/STOP button is

disabled. This can prevent an

accidental operation of the

10 Startup Mode ON(*) EQ100 is started under safe

3 Set before turning

on the power or resetting.

2 Set before turning

on the power or resetting.

- Can be set any time.

1 Set before turning

on the power or resetting.

* Always set to ON only one of the setup DIP switches SW7, SW8, and SW10. Do not set two

or more switches ON.

* When either of the setup DIP switches SW7, SW8, or SW10 is ON, EQ100 cannot collect

data. To collect data, set all of SW7, SW8, and SW10 to OFF, then reset or restart the device.

- For configuration of the setup DIP switches, see "3. Operation Mode and Status".

2-10

Page 42

2. Specifications

Precautions for

Correct Use

SD Card Slot SD Card Access Indicator

SD Card Slot 2.1.7.

The SD card access indicator turns on when a writable SD card is attached to the SD card slot

while EQ100 is operating. If the SD card access indicator does not turn on when the SD card

is attached, the card may be write-protected or not supported by EQ100.

- The retention period of data convergence in the EQ100's internal memory is one week (collected data older data than one week are overwritten by newly collected data from the oldest one).

- To keep collected data older than one week in EQ100, use an SD card to save.

2-11

Page 43

2. Specifications

Precautions

A lithium battery is used for memory backup. Do not disassemble, apply pressure to deformation, overheat to more

Otherwise serious injury may occasionally occur due to fire

Cover Battery Connector Battery

Battery Caution Label

WARNING

Memory Backup Battery 2.1.8.

This product has a battery for memory backup to keep collected data and built-in clock upon

blackout.

The battery is attached inside the top cover, while the battery connector is not attached upon

factory shipment. Before using the product, attach the battery connector and place the cable as

shown in the figure (see "5.2. Battery Connection"). After connecting the battery, remove the

memory backup battery caution label on the top of the EQ100.

- Before installing the EQ100, always attach the memory back up battery. Otherwise proper data collecting may not be available upon blackout or power off, due to reset of the built-in clock, loss of totalized information, and/or loss of collected data of the latest 1 hour.

than 100°C, and/or burn it.

and/or explosion.

* Battery Life

- The battery life is around 5 years (at ambient temperature of 23°C), largely depending on the operating conditions. This life value is only a reference one and is not guaranteed.

- When a low battery is detected, the device alarm indicator on the EQ100 front end flashes. Replace the battery within two weeks from the low battery detection.

* Purchase of New Battery

- For purchase of a new memory backup battery, contact our sales representative.

Product Name : Memory backup battery

Model : CP1W-BAT 0 1

Product Code : CP1W-0101E

2-12

Page 44

2. Specifications

Precautions for

Correct Use

- The memory backup battery is a consumable item. When the battery's remaining capacity becomes low, the device alarm indicator on the product's front end turns on and the battery must be replaced to new one.

- Turn off the power before replacing the battery. Attach a new battery within five minutes from turning off the power. Otherwise the stored data may become indefinite.

- If you do not use the product for a long period of time, remove the battery. This should prevent battery consumption and a failure due to leak.

2-13

Page 45

2. Specifications

Item

Details

Supply Voltage

100 to 240 VAC 50/60 Hz

85 to 264 VAC 50/60 Hz

Power Consumption

15VA or less

LAN and

Ports

2 ports

Interface

10BASE-T/100BASE-TX

Connector

RJ-45

Transmission Rate

10 M/100 Mbps

Type

CSMA/CD

(for a repeater hub in both)

Transmission

100 m Other Functions

Automatic crossover/straight identification

RS-485

Ports

4 ports

Protocol

Maximum

31 devices for 1 port (total for the device: 31 devices × 4 ports = Terminal Resistor

Built-in (120 Ω)

9.6 k/19.2 k/38.4 kbps (factory shipment: 9.6 kbps)

Data Length

7/8 bits (factory shipment: 7 bits)

Stop Bits

1/2 bits (factory shipment: 2 bits)

Vertical Parity

None/Even/Odd (factory shipment: Even)

General-

Inputs

1 input

Function

Pulse input

Input Voltage

10.2 to 26.4 VDC

Input Impedance

Approx. 2.2 kΩ

Input Current

12 VDC/5 mA (TYP), 24 VDC/10 mA (TYP)

ON Voltage

10.2 VDC or higher

OFF Voltage

5.0 VDC or less

Input Pulse Width

5 ms or longer

General-

Count

4 outputs

Function

Monitoring alarm output

30 VDC

50 mA/output

ON Resistance

5 Ω or less

or higher

purpose input, general

485 communications ports #1 to 4,

or higher

Between ground, FG terminal and OPTION1, OPTION2: 20 MΩ or higher (500 VDC)

Withstand Voltage (*)

Between power terminals and FG terminal: 1500 VAC for 1

2.2. Ratings and Performance

Hardware Specifications 2.2.1.

Allowable Power Supply Voltage Range

sub-LAN

Cascaded Stages 10BASE-T: Up to 4 stages, 100BASE-TX: Up to 2 stages

Distance

Purpose Input

Purpose Output

Communications

Connections

Communication Speed

Maximum Load Voltage

Maximum Load Current

CompoWay/F

124 devices)

Insulation Resistance (*) Between power terminals and FG terminal: 20 MΩ

(500 VDC) Between power terminals and general-

purpose outputs #1 to 4, RSLAN, sub-LAN, OPTION1, and OPTION2: 20 MΩ (500 VDC)

minute

2-14

Page 46

2. Specifications

Item

Details

Between power terminals and general-purpose input, general

485 communications ports #1 to 4,

VAC for 1 minute

Vibration Resistance (*)

10 to 150Hz: Half amplitude of 0.1mm, acceleration of 15 m/s2,

6 directions of up, down, right, left, forward, and back,

3 times each

Operation Ambient Temperature

-10 to +55°C Operation Ambient Humidity (*)

25 to 85% RH (no freezing and no condensation)

Storage Ambient Temperature

-25 to +65°C (excluding batteries) Storage Humidity

25 to 85% RH

Degree of Protection

IP20

SDXC card is not supported and cannot be used

Data Protection of Internal

Lithium battery, life: 5 years (reference value, at ambient Precision: ±40 sec/month (at ambient temperature of 23°C)

Size

W200 × H91 × D88 (mm) (except for terminal blocks and

Weight

Approx. 0.7 kg

Accessories

Operation Manual

- OPTION2 connector

purpose outputs #1 to 4, RSLAN, sub-LAN, OPTION1, OPTION2: 1500 VAC for 1 minute

Between ground, FG terminal and OPTION1, OPTION2: 500

for each of 3 axes of 8 minutes x10 sweeps

Shock Resistance (*) 150 m/s2

(*)

Supported Memory Card SD card (optional, up to 2GB)

SDHC card (optional, up to 32GB) Recommended Product: SanDisk's (with an operation

temperature range from -25 to 85°C) Supported Format: FAT 16 for SD card, FAT32 for SDHC card

Volatile Memory

temperature of 23°C)

Built-In Clock Supporting leap years from 2010 to 2099

protrusions) (W200 × H95.35 × D109 (mm) including terminal blocks and

protrusions)

Startup Guide Memory backup battery (installed inside the top panel of the

EQ100) Memory backup battery caution label (attached on top of the

EQ100) LAN connector dustproof cover (attached) Sub-LAN connector dustproof cover (attached) OPTION1 connector dustproof cover (attached) Dummy SD card for dustproof (attached to the SD card slot) CD-ROM (containing graph display tool and related

documentation)

Others Unused interface

- OPTION1 connector

*: When an SD card is not attached

2-15

Page 47

2. Specifications

Item

Details

There are following three modes when operated normally:

Setup

A status to configure the EQ100, register a

Collecting Status

be changed.

System

A status under which an instrument failure occurred and no operation is available for the maintenance.

Data

Target Device

See "2.3. Supported Devices".

- LAN communications × 2

Maximum

Up to 500 channels (with limitations based on

Collecting Interval

1 min/5 min/10 min/30 min/60 min

Pulse Input

Function

The number of pulses inputted during the collecting

event log.

How to Start Saving

Any of the following operations starts collecting and saving

computer to EQ100.

Time Synchronization with

Synchronizes the time with EQ server. Synchronization with

Synchronizes the time with SNTP server.

Software Specifications 2.2.2.

Operation Mode

Collecting Function

Normal Mode

Status

measurement device, and perform communication test.

A status to collect and monitor energy data. Under the collecting status, the setup cannot

Error Status

setup and collecting statuses.

Safe Mode A mode to recover from disaster or perform device

Communications Path for Collecting

There are following two communications path for data collecting:

- RS-485 communications (communications protocol: CompoWay/F) × 4

Measurement

measurement device type and collecting interval)

Channels

Logging Function

Setup Function

interval is counted and saved to the pulse (input) channel. Based on the pulse input count channel, its unit is

converted to an engineering unit (mainly energy unit) by created operation expression.

Target data, logging interval, stored memory

The following two data types are logged:

- Collected Data Data collected from a measurement device is saved into the internal memory.

- Event Log Logs of EQ100 monitoring alarm, device alarm, and internal events are saved into the internal memory as an

into Internal Memory

of the log when the status transfers from the setup to collecting:

- Operation of collecting start on the Web UI screen

- Operation of logging start on EQ-Manager

- Pressing RUN/STOP button on the EQ100 front end

EQ100 Setting An EQ project is loaded that is created by EQ-Manager.

An EQ project is loaded by any of the following operations:

- Setup write function of EQ-Manager to write the EQ project from a computer to EQ100.

- To attach an SD card containing an EQ project file to EQ100 and write the EQ project.

- Web UI operation to write the EQ project from a

Synchronization

EQ Server

2-16

Page 48

2. Specifications

Item

Details

SNTP Server

Internal Event

Function

A normal event occurrence other than monitoring alarm outputted as an event log file.

File Output

An event is outputted as an event log file.

LAN connection port: Measurement device, computer

(Web browser)

Web UI Function

A user can view a status, operate the EQ100, view simple

The following four operations are available:

(1) Collecting by EQ

The EQ server collects data and event logs saved in the screen.

(3) SD Card Output

Any of the following operations outputs collected data and

EQ100.

Monitoring

Function

Alarm when collected data exceeds upper or lower limit.

Email Notification

Function: Monitoring Alarm Email

Log to Internal

An occurred monitoring alarm is saved into the internal

Status Indication

Device alarm indicator is turned on

Device Alarm

Function

Detects an instrument failure of EQ100, setup/status, Email Notification

Function: Device alarm email

Status Indication

Turns on, flashes, long-flashes, or turns temporarily on the Memory

memory. An event can be outputted as an event log file.

Log to Internal Memory

and device alarm is collected into the internal memory. An occurred event is saved into the internal memory. The

event log can be checked on the Web UI screen and

Network Connection

Taking Out Internal Data File

Connection Function LAN connection port: Upper level system (EQ server,

EQ-Manager, SMTP server, SNTP server, FTP server, FTP client), a computer (Web browser), measurement device

Sub-

graph, and perform maintenance through a Web browser on a computer connected to the LAN or sub-LAN connection port.

Server

(2) Operation on

Web UI Screen

EQ100 internal memory via network. Collected data or event log saved in the EQ100 internal

memory is downloaded by operation on the Web UI

log files saved in the EQ100 internal memory to an SD card.

- Pressing SD card save button on the EQ100 front end

- Web UI operation: SD card data output operation

If the SD card output setting is configured as "Yes", collected data saved in the EQ100 internal memory is saved on an SD card once a day.

(4) FTP transfer FTP server and FTP client functions are available.

- FTP server function: Acquires collected data files saved in the EQ100 internal memory via an FTP client and collected data on an SD card attached to EQ100 or an event log.

- FTP client function: Sends collected data files saved in the EQ100 internal memory to the FTP server from

Alarm

Memory

Detection

Log to Internal

Output to a general-purpose output terminal is available as well.

memory. The event log can be checked on the Web UI screen and outputted as an event log file.

device, communications, and/or monitoring process.

device alarm indicator An occurred device alarm is saved into the internal

2-17

Page 49

2. Specifications

Item

Details

Output

terminal when a monitoring condition is met.

Function

- Monitoring alarm notification email: Sent upon a

alarm notification email: Sent upon an occurrence

data are not saved.

Clock Setup

The time is configured for the built-in clock of the EQ100.

Output

between on and off.

FTP Test Transfer

FTP transfer from the EQ100 to the FTP server is tested.

computer to EQ100 to update.

Contact

Notification

Maintenance Function

Function An alarm can be outputted to a general-purpose output

monitoring alarm occurrence.

- Device of an instrument failure, setup/status, device, communications, and/or monitoring process of EQ100.

- Periodic alarm: Sent at a specified hour with a body configured by a user.

- Test email: Sent by a Web UI operation to check the configured email notification of the communications status with the SMTP server.

* The SMTP function with email transmission

authentication supports:

・POP before SMTP ・POP before SMTP (APOP) ・SMTP AUTH PLAIN

Communication Test Communications with connected measurement devices

are continuously performed to check stability of the communications with measurement devices. Collected

General-Purpose

The general-purpose output terminals are operated

Firmware Update The firmware of the EQ100 is updated. The firmware can

be updated by any of the following operations:

- Web UI operation to transfer the firmware from a computer to EQ100 to update.

- Attaching an SD card containing the firmware to update.

- Safe mode function to transfer the firmware from a

2-18

Page 50

2. Specifications

How to Take Out

FTP

devices

User-specified

Saved in the internal

Event Log

internal event

EQ Project

Configuration

to EQ100

Write from

Monitoring Alarm

Yes

Internal Event

Yes

N/A

Yes

Device Alarm Information

Yes

N/A

Yes

Periodic Report

N/A

Yes

■EQ100 Output File

The following data are saved in the internal memory as EQ100 output files. Some files are created by collecting and EQ project files are created by EQ-Manager.

●Files created by EQ100 Yes: Available, N/A: Not available

File Details Save Timing

Collected Data File

A measurement data file collected from measurement

measurement data file

To the internal memory, once an hour (*1)

RAM in a user-specified

Card

Yes (*2)

Web UI

Operation

Server

Transfer

Fetching

Yes Yes Yes

Client

N/A Yes Yes Yes

interval

File

A log file of internal events such as monitoring alarm, device alarm, and status changes

Saved in the internal memory upon an occurrence of monitoring alarm, device alarm, or an

N/A Yes N/A Yes

*1: Manual saving of collected data to an SD card saves collected data including the latest

one right before the operation.

*2: Automatic save is available as well as manual saving by SD card output button or Web UI

operation.

●EQ Project File Yes: Available, N/A: Not available

Write Load

File Details Save Timing

Manager

File

information and operation settings

EQ-Manager or an SD card

of measurement devices connected

■Relation between Internal Data, Internal Storage, and External Output

Internal data of EQ100 are saved or outputted in the following forms:

Yes: Available, N/A: Not available

Input/Output Internal Save External Output

Log to Internal

EQ100 Internal Data

Memory

Contact Output

EQ-

Card

EQ-

Manager

Card

Yes Yes Ye s Yes

Notification

Save to Event

Log

2-19

Page 51

2. Specifications

Collected Data File

1 minute

500 channels

1 hour

0.4 Mbytes

6 hours

2.2 Mbytes

12 hours

4.5 Mbytes

Data File

Mbytes)

1 week

140.7 Mbytes

276.7 Mbytes)

1 year

7.2 GB

■Available SD Card Memory Capacity

Available memory capacity of an SD card depends on a collecting interval, measurement channels, and storage duration.

e.g.) In case of a collecting interval of 1 minute and 500 measurement channels, based on

storage durations the memory capacities to save on an SD card are shown below.

> For an SDHC card of 32GB, the capacity is for 3.5 years.

Measurement Condition

File Type

Collecting

Interval

Measurement

Channels

Storage

Duration

Memory Capacity to Save

Collected and Binary Log (*)

1 day 20.1 Mbytes

(For collected data file: 8.9

(For collected data file: 62.5 Mbytes)

1 month 623 Mbytes

(For collected data file:

*: A binary log is data for graph view used in the system. It is automatically saved if the storage

duration is 1 day or longer.

2-20

Page 52

2. Specifications

Pulse Input (*1)

IN (General-Purpose Input Terminal)

RS-485-Connected

RS-485

KM20-B40-FLK

Smart Power Monitor

KM100-T-FLK(*2)

Smart Power Monitor

KM50--FLK(*6)

Smart Power Monitor

KM1-PMU1A-FLK

Power Measurement Unit

KM1-PMU2A-FLK

Dual Power System Measurement Unit

KM1-EMU8A-FLK

Pulse/Temperature Input Unit

KE1-CTD8E

CT Expansion Unit

K3GN-

-FLK

1/32 DIN Digital Panel Meter

E5C(*3)

Digital Temperature Controller

ZN-PD-S

Air Particle Sensor

ZN-THX21-S (*2)

Air Thermo Station

ZN-CTX21(*2)

Portable Power Monitor

ZN-KMX21(*2)

Power Sensor Station

ZN-DPX21-S (*2)

Differential Pressure Station

D6FZ-FGX21(*2)

Air Flow Station

PLC(*4)

LAN

Wireless Device

LAN

WZ-MLAN01

Wireless Unit Master

(CompoWay/F)

WZ-STH01

Wireless Device Thermo-Humidity Sensor

Intensity Sensor

WZ-STHL01

Wireless Device

Intensity Sensor

WZ-SCD01

Wireless Device CO2 Sensor

WZ-SP01

Wireless Unit Slave (Pulse Count)

2.3. Supported Devices

EQ100 collects various energy data from pulse input, RS-485-connected measurement devices, LAN-connected measurement devices, wireless device units, or PLC. Supported collecting intervals are 1, 5, 10, 30, and 60 minutes. Available measurement devices for EQ100 are:

Device Type

Measurement Device

Connection

Method

Model Name



LAN-Connected

LAN Measurement Device

Unit

None (*5) WZ-SRS01 Wireless Unit Slave

WZ-SL01 Wireless Device Light

Thermo-Humidity Light

*1: Pulse input can accept a pulse of 5ms ON/OFF as the shortest one. A power supply of 12or

24VDC is separately required.

*2: A measured value of a measurement device with the data logging function and a measured

value of EQ100 may not be the same. *3: E5CC and E5EC with RS-485 communications function are supported. *4: OMRON's CPU unit with CJ series EtherNet/IP port and EtherNet/IP unit are supported. *5: No connection interface with EQ100 as EQ100 collects data via WZ-MLAN01. *6: KM50--FLK has limitations on measurable parameters depending on the sensor software

version. For details, see EQ-Viewer manual "Appendix/Measurement Device Channel List".

Described above are supported devices as of the time of the creation of this manual. For the latest information of supported devices, see the latest EQ100 user's manual.

http://www.fa.omron.co.jp/

2-21

Page 53

2. Specifications

Reference

Connection

Collecting

longer

- Temperature Controller

124 devices

500 channels (200 channels/

port)

LAN

- Portable Power Monitor

- Air Flow Station

100 devices

500 channels

Wireless

- Wireless Unit Slave

30 devices

slave)

40 channels

120 channels

- Air Thermo Sensor

(Pulse Count)

PLC

- CJ Series

10 devices

500 channels

Pulse Input

1 input

1 channel

obtained by an

measurement channel)

100 channels

- A measurement device that can log measured data by itself, e.g. KM100 and ZN-KMX21, logs measured data with its internal clock. EQ100 collects measurement data using its internal clock from measurement devices.

Collecting of measured data by a measurement device itself and EQ100 are separately

performed. The measured data of them may not be the same due to a difference between the measurement timings.

■Device Type and Maximum Measurement Channels

The maximum number of measurement channels of EQ100 is 500, including all measurement devices and operation channels. Under the limitation, shown below is a list of the maximum numbers of measurement channels for measurement devices:

Maximum Measurement

Channels

Method

Device

Type

Device Name

Maximum

Connections

Collecting

Interval:

1 minute

Interval:

5 minutes or

RS485

RS-485Connected Device

LANConnected Device

Device Unit

- Power Monitor

- Digital Panel Meter

- Air Thermo Station

- Differential Pressure Station

- Air Particle Sensor

- Power Station

(CompoWay/F)

- Illumination Sensor

- Air Thermo Illumination Sensor

Sensor

- CO

- Wireless Unit Slave

(31 devices/ port x 4 ports)

(*1) (14 devices/

30 devices (*1)

160 channels (40 channels/

port)

Limitless in the channel number (only the number of devices to be connected is limited)

*1: The number of wireless device units is counted as the number of the slave units, regardless

Operation Channel

(A channel process operating a

- 100 channels

of the number of LAN-connected master units and relay units.

2-22

Page 54

2. Specifications

Interface

Ethernet

Ports

Connector

RJ-45

Type

CSMA/CD

Modulation

Baseband

Standards

10BASE-T/100BASE-TX

10BASE-T

100BASE-TX

Transmission Rate

10Mbps

100Mbps

Transmission Media

Twisted-pair cable (unshielded:

Cascaded Stages (*)

Up to 4 stages

Up to 2 stages

Transmission Distance

100 m

Others

Automatic crossover/straight cable identification

Setting Item Default Gateway

Yes

N/A

DNS

Yes

N/A

Connection

Upper Level System (*1)

Yes

N/A

Computer (Web Browser)

Yes

Measurement Device (*2)

Yes

2.4. Network

■Network Specifications

Shown below are EQ100 network specifications:

Item Specifications

UTP): Category 3, 4, 5, or 5e Twisted-pair cable (shielded:

STP): Category 3, 4, 5, or 5e, 100 Ω

*: In case of a repeater hub

■LAN and Sub-LAN Connection Port

Differences of LAN and sub-LAN connection ports are shown below:

R: Recommended, Yes : Available, N/A: Not available

Specifications LAN Sub-LAN

Device

*1: Upper level systems include EQ server, EQ-Manager, mail (SMTP) server, SNTP server,

FTP server, and FTP client.

*2: It is recommended that a LAN-connected measurement device should be connected to the

sub-LAN connection port to configure a network dedicated to measurement devices. Shown below are advantages to construct a dedicated measurement device network:

- Influence of high network load on measured data collecting can be avoided

- Influence of an instrument failure on other devices can be avoided

- Influence of power cut of a network device on measured data collecting can be avoided

UTP): Category 5 or 5e Twisted-pair cable (shielded:

STP): Category 5, or 5e, 100 Ω

2-23

Page 55

2. Specifications

Top View

Front View

(Unit: mm)

2.5. Dimensions

■

2-24

Page 56

3. Operation Mode and Status

Power ON/Reset

YES

Operation Mode and Status 3.

3.1. Operation Mode

EQ100 has normal mode and safe mode as its operation mode. The normal mode is a status under which the system is properly running as a sensor network

server. The safe mode is for maintenance to recover from a disaster. EQ100 is activated under the safe mode if the setup DIP switch SW10 is ON. Under the safe mode, a user can perform maintenance such as operation status check on the Web UI screen, setup initialization, and firmware update.

DIP Switch

SW10=OFF?

Startup in Normal Mode Startup in Safe Mode

3-1

Page 57

3. Operation Mode and Status

Reference

Collecting status before

Setting Status before

Start/Stop Communication Test

3.2. Setup Status and Collecting Status

Under the normal mode, there are a "setup status" to configure settings and a "collecting

status" to collect and save measured data. Statuses transition as shown below:

Startup in Normal Mode

Power ON/Reset

- Operation by EQ-Manager

- Operation by Web UI Screen

Start/Stop Collecting

- Operation by EQ-Manager

- Pressing RUN/STOP button

- Operation on Web UI screen

Power ON/Reset

Collecting status Setup Status

Communication

Test

- The communication test checks stable data collecting by EQ100 from measurement devices. Before starting measured data collecting, always perform the communication test.

- The operation status can be checked by collecting status indicator on the EQ100 front end.

- The product is shipped with the setup status.

- If the power is turned off or blackout occurred under the collecting status, the system is activated under the collecting status when the power is turned on again.

- When a status transitions from collecting to setup, unsaved collected data are saved in the EQ100 internal memory.

- When a status transitions from collecting to setup, all of the device alarms being occurred are cleared.

3-2

Page 58

3. Operation Mode and Status

Power ON or Reset

Initialization

DIP Switch SW10

DIP Switch SW8

DIP Switch SW7

Firmware Update from SD card

EQ Project Loading from SD card

Collecting Status

Power

ON/Reset

Setup Status before ON/Reset

Collecting or Setup Status before

Setup Status

Collecting status

Normal Mode

Safe Mode

Failure

Failure Status

■Status Change after Power On or Reset

before

Pressing RUN/STOP button

Web UI or EQ-Manager

operation

Power ON/Reset

Power

Collecting cannot be continued

Pressing RUN/STOP button

Web UI or EQ-Manager

operation

3-3

Page 59

3. Operation Mode and Status

Operation Mode/Status

Definition

Transition to Other Status

Startup Process

The system is under startup

When an instrument failure occurs,

SW10=OFF, the status transitions

to "safe mode".

Normal

Setup Status

A status in which setup by

If the system is started up under

- The status transitions to

status".

Communication

Only data collecting from

- The status transitions to "setup Manager

status".

Collecting status

A status in which measured data

monitoring process error.

- The status transitions to "setup

status".

System Error Status

A status in which an instrument failure of the EQ100 occurred.

No transition occurs to other statuses.

Safe Mode

A status in which the system

status after turning on the power

Web UI screen.

It does not transition to normal

3.3. Specifications of Operation Mode and Status

Mode

Tes t

processing in normal mode or safe mode after turning on the power or reset (pressing the button or Web UI operation).

EQ-Manager is available.

normal mode, the status becomes the setup status.

measurement devices is continuously performed.

the status transitions to "system error status". For other cases, see below:

- If the setup DIP switch

to one right before turning on the power or reset.

- If the setup DIP switch SW10=ON, the status transitions

"communication testing status" by Web UI operation or by the operation of EQ-Manager.

- The status transitions to "preparing for collecting" then "collecting status" by pressing the RUN/STOP button(*), Web UI screen, or EQ-Manager operations.

- When an instrument failure or a setup/status failure occurs, the status transitions to "system error

status" by Web UI or EQoperation.

- When an instrument failure or a setup/status failure occurs, the status transitions to "system error

*: If the setup DIP switch SW9=OFF, the RUN/STOP button can be operated. If SW9=ON, the

RUN/STOP button is disabled.

are collected from a measurement device and logged (in the internal memory).

Collecting is continued even after an occurrence of a communications error or

cannot be properly started up due to a hardware failure or a firmware update failure. Or a status transitioned from other

with the setup DIP switch SW10=ON or reset (pressing the button or Web UI operation).

In this mode, operations of setup initialization and firmware update is available from the

status" by pressing and holding the RUN/STOP button(*), or Web UI or EQ-Manager operation.

- When an instrument failure or a setup/status failure occurs, the status transitions to "system error

mode.

3-4

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4. Basic Operation Steps

[Step 1] Measurement Device Setting (including Communications

Setting)/Measurement Setting

Operate the measurement device itself or use the setup software for the measurement

main setting (including communications setting) and

Precautions for Correct Use

Manuals”

[Step 2] Connecting Memory Backup Battery

Connect a memory backup lithium battery to EQ100, and remove the caution label attached

Precautions for Correct Use

reset of the built-in clock. Always connect a battery.

Refer to

"5. Installation and Wiring”

Setting

Simple Graph View

Web UI Function

Collect

Data

Collecting

Checking latest measured data viewing graph

Transfer from PC or Transfer from SD card

Measurement Devices

Basic Operation Steps 4.

This chapter describes basic operation steps of EQ100. For detail setup and operations, see reference for each step.

4.1. [STEP 1] Standalone Configuration

Described below are basic operation steps for a standalone configuration operated by the Web UI function only.

Project

device to configure the device measurement setting.

- EQ-Manager cannot configure measurement device setting (including communications setting)/measurement setting. Operate the measurement device itself or use the setup tool for the measurement device to configure the required settings.

Refer to

“6. Measurement Device Setup and Connection”, “Measurement Device

on the top of theEQ100.

- If EQ100 power is turned off without connecting a memory backup battery, proper data collecting may not be available due to loss of collected data of the latest 1 hour and/or

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4. Basic Operation Steps

[Step 3] EQ100 Time Setting by Web UI Operation

Configure the time for the built-in clock of EQ100 by Web UI operation.

1) Configure the computer's IP address as "192.168.200.***"(*** is a value different from

Reference

"EQ server", and write an EQ project.

Refer to

“9. Web UI Function”

[Step 4] Installation

Install measurement devices and EQ100.

Reference

high place, electric shock hazard, and schedule).

“5. Installation and Wiring”, “6. Measurement Device Setup and Connection”, ”Measurement Device Manuals"

[Step 5] Hard Wiring

general-purpose outputs.

Refer to

“5. Installation and Wiring”

[Step 6] Preparing Setup

2) Start up EQ-Manager

Refer to

"EQ-Viewer User's Manual"

[Step 7] Creating/Configuring EQ Project

For EQ100 settings, use EQ-Manager to create an EQ project.

8) Save the EQ project

Refer to

“7. EQ100 Settings”, "EQ-Viewer User's Manual"

EQ100's IP address) and the subnet mask as "255.255.255.0".

2) Connect a LAN cable between the computer and the LAN connection port of EQ100.

3) On the Web UI screen, select [Maintenance] - [System] - [Clock Setting], enter the time to

set and click [Execute].

- To adjust the built-in clock of EQ100 to a LAN-connected external SNTP server or EQ server , use EQ-Manager to select [Advanced Setting] - [System Setting] - [Time Synchronization Setting], change "Method" from "None"(initial value) to "SNTP server" or

1) Installing Measurement Devices

2) Installing EQ100

- It is recommended that EQ100 should be configured before installation in [Step 7] described later. Configuring the settings beforehand can make checking tasks easier and reduce redo man-hours if there are any limitations on the installation task (e.g. dark place,

Refer to

Connect the power, LAN port, RS-485 communications ports, general-purpose input, and

Install EQ-Viewer to a computer for setup to prepare EQ100 settings.

1) Install EQ-Viewer to a computer for setup

Follow the steps described below:

1) Create a new EQ project

2) Register a measurement device

(To use the general-purpose input, register pulses as a device and configure an operation channel)

3) Register a channel

4) Register a channel group if necessary

5) Configure EQ100 settings

6) Configure monitoring settings if necessary

7) Configure settings for collected data file/event log file output if necessary

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4. Basic Operation Steps

[Step 8] Writing EQ Project

Writing through SD Card

Reference

Writing through LAN from EQ-Manager

Refer to

“7. EQ100 Settings”, "EQ-Viewer User's Manual"

[Step 9] Communication Test between EQ100 and Measurement Device

Perform communication test between EQ100 and measurement devices using either of the

"EQ-Viewer User's Manual"

[Step 10] Starting Data collecting from Measurement Device to EQ100

Start data collecting from a measurement device to EQ100 using either of the following

Reference

“8. Communication Test and Collecting Start”, "EQ-Viewer User's Manual"

[Step 11] Checking EQ100 Status on Web UI Screen

by EQ100 can be viewed using the following

- On the Web UI screen, select [Graph View]

Refer to

“9. Web UI Function”

Reference

●

1) Save an EQ project on an SD card

2) Insert the SD card to EQ100

3) Configure the setup DIP switch SW7 of

EQ100 as ON

4) Turn on the power again

5) Check the completion of EQ project write

6) Configure the setup DIP switch SW7 of

●

1) Connect a computer for setup to EQ100 via LAN

2) Connect online from EQ-Manager to EQ100

3) Write an EQ project from EQ-Manager to EQ100

EQ100 as OFF

7) Turn on the power again

- Reset can be done by clicking [Maintenance] menu - [System] - [Main Body Operation] and selecting [Restart] on the Web UI screen.

following operations:

- In the EQ-Manager [Logger] menu, select [Online] - [Start Test]

- On the Web UI screen, click [Operation] - [Communication Test]

Refer to

“8. Communication Test and Collecting Start”, “9. Web UI Function”,

operations:

- Press the RUN/STOP button on the EQ100 front end

- In the EQ-Manager [Logger] menu, click [Start Logging]

- On the Web UI screen, click [Operation] - [Collecting]

- The collecting status is indicated by the following indicator of the EQ100 front end:

Collecting status Indicator: On

Refer to

A graph or current value of data collected operations:

- On the Web UI screen, select [Current Value Monitor]

- It is recommended that collected data should be saved on an SD card every day on a specified hour even if the collected data are referred to by the Web UI function only.

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4. Basic Operation Steps

Reference

[Step 1] Creating/Configuring EQ Server Project

To collect data online from EQ100 using an EQ server, EQ-Manager is required to create an

6) Save the EQ server project

Refer to

"EQ-Viewer User's Manual"

Setting

Graph View/Analysis

Collected Data

EQ Server

Connecting directly to PC for logging

Measurement Devices

Collecting

EQ Server Project

Collecting

EQ Server

4.2. [STEP 2] Network Configuration with EQ Server

In case of a network configuration using an EQ server, the following steps are required in addition to the [STEP 1].

- To connect EQ100 to an existing LAN, ask the network administrator for available IP addresses and other settings.

EQ server project. Follow the steps described below to create an EQ server project:

1) Create a new EQ server project

2) Register a collecting device Register one or more EQ100 for collecting by the EQ server.

3) Register a channel Reuse registered data of an EQ project to register a channel for the EQ server project. Select a channel as a collecting target for the EQ server to read.

4) Register a group if necessary Register it if you need to view/summarize collected data on a group basis such as an area. Group registration is required for graph view by EQ-GraphViewer.

5) Configure advanced settings if necessary Configure control value, data type, and system settings if necessary.

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4. Basic Operation Steps

[Step 2] Writing EQ Server Project

1) If EQ-Manager and EQ-ServerService are not on the same computer, connect a computer

In the [Logger] menu, select [Write Settings]

Refer to

“7. EQ100 Settings”, "EQ-Viewer User's Manual"

[Step 3] Communication Test between EQ Server and EQ100

between the EQ server and EQ100 using the following

In the EQ-Manager [Logger] menu, select [Online] - [Start Test]

“8. Communication Test and Collecting Start”, "EQ-Viewer User's

[Step 4] Starting Collecting from EQ100 to EQ Server

Start data collecting from EQ100 to the EQ server using the following operation:

[Start Logging]

Refer to

"EQ-Viewer User's Manual"

[Step 5] Viewing/Analyzing Graph on EQ-GraphViewer

(1) Start up EQ-GraphViewer

the purpose

Refer to

"EQ-Viewer User's Manual"

for setup and the EQ server (a computer with EQ-ServerService installed) via LAN.

2) Connect online from EQ-Manager to the EQ server: In the [Logger] menu, select [Online]

3) Write the EQ server project from EQ-Manager to EQ server:

1) Connect a computer (EQ server) to EQ100 via LAN.

2) Perform communication test

operation:

Refer to

Manual"

- Use EQ-Manager to open the EQ server project, and in the [Logger] menu select [Online] -

(2) Connect EQ-GraphViewer to the EQ server In the [Connect Server] dialog box, specify the EQ server (3) Select a channel group to view a graph (4) Configure settings such as a graph type, view duration, and summary interval based on

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4. Basic Operation Steps

Measurement Devices

Collecting

Graph View/Analysis

Measurement Devices

Measured Data

Graph View/Analysis

Graph View

Moving

Collecting

CSV file automatically/ manual card

Web Browser

by commercial software e.g. Excel Setting

Import to PC

Import

EQ Server

4.3. [Reference] Taking Out Collected Data Using SD Card

Data files collected by EQ100 can be taken out using an SD card. Described below are basic steps to take out and handle collected data using an SD card.

●Viewing/Analyzing Graph with Commercial Software such as Excel

ly saved in SD

●Viewing/Analyzing Graph with EQ-Viewer

ly saved in SD

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4. Basic Operation Steps

[Step 1] Configuring Conditions to Save on SD Card

- Use EQ-Manager to select [Advanced Setting] - [SD Card Output Setting]

“8. Communication Test and Collecting Start”, "EQ-Viewer User's

[Step 2] Outputting Collected Data Files to SD Card

Reference

SD Card Access Indicator: On while writing

Refer to

“7. EQ100 Settings”, "EQ-Viewer User's Manual"

EQ-GraphViewer

“10. Viewing/Analyzing Graph on EQ-GraphViewer”, "EQ-Viewer User's Manual"

【Step1】 Perform [Step 1] adding to the setting to be performed in the standalone configuration.

To automatically output collected data files from the EQ100 internal memory to an SD card, follow the steps below:

Refer to

Manual"

- For autosave: Once a day, at a specified hour

- For manual save: Press the SD card save button for 1 second on theEQ100 front end, or on

the Web UI screen select [Maintenance] - [System] - [SD Card Data Output]

- The following indicator of the EQ100 front end indicates that the collected data are being

written on the SD card:

[Step 3] Viewing/Analyzing Graph on Commercial Software e.g. Excel or

●Viewing/Analyzing Graph with Excel or

Other Software

1) Eject the SD card from EQ100 and attach

it to a computer

2) Use commercial software such as Excel to

open the collected data files on the SD card

●Viewing/Analyzing Graph with

EQ-GraphViewer

1) Eject the SD card from EQ100 and attach it to a computer

2) Open the EQ server project and connect online to the EQ server

3) Select [Advanced Setting] - [Maintenance]

- [CSV Import] Select and import a CSV file and channel to read from the collected data files on the SD card

4) Use EQ-GraphViewer to view the graph

Refer to

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5. Installation and Wiring

Top

Installation and Wiring 5.

5.1. Precautions on Installation

Installation must take into the following items into account for higher authenticity and performance of EQ100.

■Installation Location For installation, avoid the locations:

・ subject to large vibration or shock impact ・ subject to direct sunlight, wind, or rain, or outdoors ・ where temperature or humidity is out of the specified range ・ subject to large changes of temperature or humidity, or potential dew condensation or freezing ・ subject to static electricity or noise ・ subject to corrosive gases (especially sulfide or ammonia gas) ・ subject to heavy dust or iron powder ・ subject to water splashing or oil contact ・ subject to salt water splashing

■Mounting

For main body heat radiation, only the following installation is allowed.

Do not install in a way as shown below.

- Do not block the ventilations holes and the peripheral areas. It may obstruct heat radiation.

- For heat radiation, keep spaces of 30mm or more for the top and bottom of this product.

- Do not place the product close to heat radiating equipment (e.g. heater, transformer, high-capacity resistor).

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Precautions for

Correct Use

Precautions

The battery and the cable must be placed in the position shown in the figure.

Battery Connector Attach the connector

Hold the non-slip

5. Installation and Wiring

5.2. Battery Connection

This product has a battery for memory backup to keep collected data upon blackout.

The battery is attached inside the EQ100 top cover, while the battery connector is not attached upon factory shipment. Before using the product, attach the battery connector using the following steps.

1) Remove the top cover.

2) Attach the battery to the connector and place it inside the EQ100.

3) Close the cover.

section of the battery compartment cover while sliding the cover to the arrow direction to remove it.

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5. Installation and Wiring

Precautions for

Correct Use

Precautions for

Correct Use

Precautions

A lithium battery is used for memory backup. Do not

Caution Label of Battery Connection Cover

WARNING

4) Remove the caution label for the memory backup battery attached on the top of the EQ100.

- Before using the product, always remove the caution label for the memory backup battery attached on the top of the EQ100.

* Battery Life

- The battery life is around 5 years (at ambient temperature of 23°C), largely depending on the operating conditions. This life value is only a reference one and is not guaranteed.

- When a low battery is detected, the device alarm indicator on the EQ100 front end flashes. Replace the battery within two weeks from the low battery detection.

- Turn off the power before replacing the battery. Attach a new battery within five minutes from turning off the power. Otherwise the stored data may become indefinite.

* Purchase of New Battery

- For purchase of a new memory backup battery, contact our sales representative.

Product Name : Memory backup battery Model : CP1W-BAT 0 1 Product Code : CP1W-0101E

- After mounting on a DIN rail or attaching with screws, the EQ100 top cover cannot be opened. Always attach the battery before mounting.

- If you do not use the product for a long period of time, remove the battery. This should prevent battery consumption and a failure due to leak.

disassemble, apply pressure to deformation, overheat to more than 100°C, and/or burn it.

Otherwise serious injury may occasionally occur due to fire and/or explosion.

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5. Installation and Wiring

DIN Rail

Mounting Pins

Precautions

Reference

5.3. Mounting Inside the Cabinet

Typically the product is mounted to the cabinet using a DIN rail. Before mounting the product on a DIN rail, always attach the memory backup battery. For attaching, refer to the steps described in “5.2. Battery Connection". Use the following steps to mount the product to a DIN rail.

1) Unlock the DIN rail mounting pins on the back of the EQ100 (see below, (1)).

2) Hook the product from the top side of the DIN rail (see below, (2)).

3) Press in the product to mount (see below, (3)).

4) Lock the entire DIN rail mounting pins (see below, (4)).

- Use three or more screws to mount the DIN rail.

- Recommended DIN rail: PFP-50N (500mm)/PFP-100N (1000mm)

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5. Installation and Wiring

(Unit: mm)

5.4. Screw-Mounting

To mount the product using screws, make mounting holes with the following sizes, attach the specified screws, and apply the appropriate tightening torque to mount the product.

- Screw to Use : M4

- Specified Torque : 1.2 N・m

This product does not include the mounting screws. The screws must be acquired by the user. Depending on the mounting conditions such as material and thickness of the place to mount, screw type and length may differ. Use proper screws based on the mounting conditions. Before mounting the product, always attach the memory backup battery. For attaching, refer to the steps described in "5.2. Battery Connection".

■Mounting Hole Dimensions

5-5

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5. Installation and Wiring

Precautions for

Correct Use

Supply Voltage

Allowable Power Supply Voltage Range

100 to 240 VAC

85 to 264 VAC

Terminal Screw

M3.5 captive screw

Recommended Tightening Torque

0.8 N⋅m

Precautions

Electric shock may occur.

Otherwise the product may be damaged and/or disrupted.

8.0以下

φ3.7

8.0以下

3.7

<8.0

CAUTION

AC Power

Class D Grounding

5.5. Wiring Description

Power and Grounding Wires 5.5.1.

- Connect the power to the power terminals (L-terminal, N-terminal. Be sure to connect to the

correct terminal board.

■AC Power 100 to 240 VAC power source must be supplied. If one phase of the power source is grounded, the grounded phase must be connected to the N terminal. The power source must be within the following allowable power supply voltage range.

100 to 240V

(Class 3 Grounding)

■Grounding Wire The grounding terminal must be class-D earthed (class-3 earthed in the older standards in Japan).

■Terminal Screw and Crimping Terminal

Recommended Crimping Terminal (Unit: mm)

- Use proper crimping terminals to the terminal block for wiring.

- Keep a little room upon wiring of power and grounding terminals. It should make easier the dismounting task of EQ100 for battery replacement.

Before wiring on the terminal block and/or battery replacement, turn off the power.

The supply voltage must be within the specified range.

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5. Installation and Wiring

Precautions for

Correct Use

Maximum Transmission Distance of 500m

Up to 31 devices

RS-485 Communication Port 5.5.2.

■RS-485 Communications Port Wiring This product has four RS-485 communications ports for RS-485-connected measurement devices. Up to 31 devices can be connected to one port. Maximum transmission distance is 500 m for RS-485 communications. For an RS-485 communications port cable, a shielded twisted-pair cable of AWG24 to14 (0.205 to 2.081 mm communications cable must be connected to the ground or FG terminal. This product has a built-in terminal resistor on each RS-485 communications port terminal. The RS-485 cables must be wired so that this product should be on one end of the terminal. For a device that is connected to the terminal end opposite to this product, a terminal resister of 120 Ω (1/2 W) must be attached.

) or higher must be used. To prevent malfunction, a shielded wire for the RS-485

- The RS-485 cables must be wired through measurement devices in one loop. Branching and/or star wiring is not available.

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5. Installation and Wiring

Precautions

Terminal Screw

M3.5 captive screw

Recommended Wire Size

AWG24 to 14 (0.205 to 2.081 mm2)

Recommended Tightening Torque

0.8 N⋅m

Terminal Screw

M3 captive screw

Recommended Wire Size

AWG24 to 14(0.205 to 2.081mm2)

Recommended Tightening Torque

0.5 N⋅m

Precautions

8.0以下

φ3.7

8.0以下

3.7

6.2以下

φ3.2

6.2以下

3.2

<8.0

<6.2

3.7 dia.

3.2 dia.

- Keep a little room upon wiring of RS-485 communications port terminal and a communications cable.

- It should make easier the dismounting task of EQ100 for battery replacement.

■Terminal Screw and Crimping Terminal RS-485 Communications Port #1

Recommended Crimping Terminal (Unit: mm)

RS-485 Communications Ports #2 to 4

Recommended Crimping Terminal (Unit: mm)

- Note that the terminal screw sizes differ between the RS-485 communications port #1 and the ports #2 to 4.

- Make sure to apply torque of 0.8 N⋅m to the terminal screws of the RS-485 communications port #1.

- Make sure to apply torque of 0.5 N⋅m to the terminal screws of the RS-485 communications ports #2 to 4.

- Use proper crimping terminals to the terminal block for wiring.

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5. Installation and Wiring

Terminal Screw

M3 captive screw

Recommended Wire Size

AWG22 to 18 (0.326 to 0.823 mm2)

Recommended Tightening Torque

0.5 N⋅m

Precautions

6.2以下

φ3.2

6.2以下

3.2

<6.2

3.2 dia.

General-Purpose Output Terminal 5.5.3.

■Checking Input/Output Specifications Check the input/output specifications of the general-purpose input/output terminals. Applying a voltage over the rated one to the input terminal, or a voltage over the maximum load voltage to an output terminal, may result in a failure, disruption, or fire. Be careful not to connect positive and negative terminals oppositely, if specified.

■Terminal Screw and Crimping Terminal

Recommended Crimping Terminal (Unit: mm)

- Use proper crimping terminals to the terminal block for wiring.

- Make sure to apply torque of 0.5 N⋅m to the terminal screws.

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5. Installation and Wiring

Precautions for

Correct Use

Precautions

5ms

入力最小パルス幅　5ms

Minimum Input Pulse Width

Power for Input

Input(+)

Input(-)

EQ100 Internal Circuit

Input Device Open Collector Contact

Zener Diode

(33 V)

Output(+)

Output(-)

Load

EQ100 Internal Circuit

Zener

(39V)

10.2 to 26.4 VDC

30 VDC (max.)

50 mA (max.)

■Input/Output Devices

For selection and connection of devices to the general-purpose input/output terminals,

refer to the followings:

●Example of Input Device and EQ100 Internal Circuit

●Example of Output Device and EQ100 Internal Circuit

Diode

LAN Connection Port 5.5.4.

To connect EQ100 to a computer, connect a LAN cable to the following LAN connection port.

- To the sub-LAN port of EQ100, an upper level system cannot be connected, such as the EQ server, SMTP server, SNTP server, and FTP server.

- If you wish to perform maintenance of a sensor that is connected to the sub-LAN port of EQ100 using the software attached to the sensor, use a computer connected to the network on the sub-LAN.

- Keep a little room upon wiring of a LAN cable to the LAN port.

- It should make easier the dismounting task of EQ100 for battery replacement.

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5. Installation and Wiring

Card Form Factor

Full size (an adapter must be used for miniSD and microSD)

File System

FAT 16 for SD card, FAT32 for SDHC card

Speed Class

Class 2 or higher (SDHC card)

Precautions

Reference

Maximum Capacity

2 GB

32 GB

2 TB

File System

FAT16

FAT32

exFAT

SD Card Slot

SD Card Access Light

SD Card Save Button

SD Card 5.5.5.

■SD Card Available on EQ100

- Use an SD card with an operating range wider than that from -25 to 85°C.

- For SD card specifications, contact the SD card manufacture.

Recommended Product: SanDisk's (with an operation temperature range from -25 to 85°C)

- SD Card Available on EQ100

Yes: Available, N/A: Not available

Standards SD SDHC SDXC

Mark

Use on EQ100 Yes Yes N/A

- Use the formatting software to format an SD/SDHC card.

- For the SD card formatting software distribution site, refer to the following URL. https://www.sdcard.org/jp/downloads/

■Inserting an SD Card

(1) Make sure the proper direction of the SD card (the notch of the SD card must be on the right

back).

(2) Slowly insert the SD card to the SD card slot until you hear a click sound, then release the

card.

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5. Installation and Wiring

Precautions

Reference

■Ejecting an SD Card

To eject an SD card from the SD card slot, always use the following steps. (1) Press and hold the SD card save button for 5 seconds or longer. (2) After the buzzer sound stopped and the SD card access indicator turned off, release

the SD card save button.

(3) Insert the SD card in the back until you hear a click sound, then release the card. (4) Pick an end of the SD card and draw it out from the SD card slot.

- Before inserting/ejecting an SD card, discharge static electricity by touching a grounded metal object, etc.

■Dummy SD Card A dummy SD card is attached to the SD card slot upon factory shipment. To use an SD card, remove the dummy SD card before. If you do not use any SD card, keep the dummy SD card in the SD card slot to protect the slot.

- Upon the 1st SD card output after EQ100 setup, all data stored before then are outputted. If the amount of data that are not saved for a long time exist, output will take a long time to finish.

- A restarting operation through Web UI or the reset button automatically unmounts the SD card, turns off the SD BUSY LED indicator, and restarts the product.

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6. Measurement Device Setup and Connection

Precautions for

Correct Use

Reference

Measurement Device Setup and 6.

Connection

6.1. Measurement Device Main Body Setup and Measurement Setup

Before connecting a measurement device to EQ100, main body setting including communications setting and measurement setting must be configured for each measurement device. Operations may differ for each measurement device type. Refer to user's manual or instruction manual of each measurement device for configuration.

- Some measurement devices need a computer to configure the main body setting with dedicated software. > KM1/KE1 series, WZ series

- Some measurement devices need EQ100 or a computer to check measured values due to a lack of display function. > KM20-B40-FLK, KM1/KE1 series, WZ series

- Configuring measurement devices beforehand can make checking tasks easier and reduce redo man-hours if there are any limitations on the installation task (e.g. dark place, high place, electric shock hazard, and schedule).

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6. Measurement Device Setup and Connection

Device Type

Method

(*3)

Connection

Smart Power Monitor

KM20-B40-FLK

Yes

EasyKM-Manager

Smart Power Monitor

KM100-T-FLK

Yes

EasyKM-Manager

Smart Power Monitor

KM50--FLK

Yes

EasyKM-Manager

Power Measurement Unit

KM1-PMU1A-FLK

KM1/KE1 Setting

Dual Power System Measurement Unit

KM1-PMU2A-FLK Unit

CT Expansion Unit

KE1-CTD8E

KM1/KE1 Setting

Meter

Digital Temperature Controller

Converter (*2)

Air Particle Sensor

ZN-PD-S

Yes

Air Thermo Station

ZN-THX21-S

Yes

Station Utility

Portable Power Monitor

ZN-CTX21

Yes

Station Utility

Power Sensor Station

ZN-KMX21

Yes

Station Utility

Station

Yes

Multi Data Viewer Light

Wireless Unit Master

WZ-MLAN01

WZ Manager

Wireless Unit Slave (CompoWay/F)

WZ-SRS01

Thermo-Humidity Sensor

Wireless Device Light Intensity Sensor

WZ-SL01

Intensity Sensor

Wireless Device CO2 Sensor

WZ-SCD01

(Pulse Count)

Programmable Controller

CJ Series

CX-Programmer

LAN

Preparation 6.1.1.

The description below is for reference of measurement device preparation to connect to EQ100. Actual system construction must be planned, designed, and performed by the customer.

■Preparation

●Measurement Device Yes: Required, No: Not required

Name Model

Pulse/Temperature Input

1/32 DIN Digital Panel

KM1-EMU8A-FLK

K3GN--FLK

E5C Ye s CX-Thermo

Differential Pressure

ZN-DPX21-S

Main

Model

Body

Setting

Function

Name

No KM1/KE1 Setting

Yes

Station Utility

to PC

Converter (*1)

USB Converter

(*1)

LAN

Air Flow Station D6FZ-FGX21

WZ Manager

Wireless Device

WZ-STH01

WZ Manager

Wireless Device Thermo-Humidity Light

WZ-STHL01

WZ Manager

Wireless Unit Slave

WZ-SP01

WZ Manager

*1: USB, RS-232C/RS-485 converter (K3SC), LAN/RS-485 converter *2: USB, RS-232C/RS-485 converter (K3SC), USB-serial conversion cable (E58-CIFQ2) *3: Device that can be directly configured by measurement device operation

LAN

USB

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6. Measurement Device Setup and Connection

●Wire & Connection Device Power cable (100 VAC), RS-485 communications port cable, LAN cable, switching hub USB cable (for KM1/KE1, A-miniB) USB cable (for WZ series, accessory of WZ-MLAN01)

●Computer for Setup Software Install the setup software for each measurement device.

●Documentation of Measurement Devices User's Manual/Communications Manual for Measurement Devices

- The operation manual attached to a measurement device may not include necessary information. Always refer to user's manual.

- For KM100 or KM20, see general catalog for energy-saving support devices (SGTE-616□).

- Refer to memory map on communications manual. It will help understanding of measurement channels.

Measurement Device Setup 6.1.2.

This setup is required for a measurement device to connect to EQ100 and collect measured data. As a result, measurement devices must be separately identified and configured. For details of measurement device settings, see respective user's manual.

■RS-485-Connected Measurement Device Settings Select CompoWay/F protocol and configure the unit number and communications conditions. Before doing so, define combinations of RS-485-connection measurement devices and four RS-485 communications ports of EQ100. Configuration must be made so that the following conditions for the RS-485 measurement devices to connect should be met for each RS-485 communications port.

- Communications settings (communication speed, data length, stop bits, vertical parity, and protocol) must be the same

- Unit number of the measurement device to connect to one RS-485 communications port must be unique (the number must not be used for other measurement device)

In addition, collect the configured setting details for each measurement device (e.g. unit number, measurement type) to collect measured data from EQ100.

■LAN-Connected Measurement Device Settings Before configuration, define network setup for LAN and sub-LAN connection ports of EQ100. Then define the following settings:

- Connection of LAN-connected measurement device and the LAN/sub-LAN connection port of EQ100.

- Network setup of each measurement device (IP address, subnet mask)

The network setup for the LAN connection measurement device must be configured so as to meet the following conditions:

- The host address must be unique (the same value must not be used for other LAN-connected measurement device)

- The subnet mask value must correspond to the network address

In addition, collect the configured setting details for each measurement device (e.g. IP address, measurement type) to collect measured data from EQ100.

■Wireless Device Setup A wireless device collects measured data via the wireless unit master (WZ-MLAN01). Configuration of the wireless unit master is required. In case of a wireless device unit of unidirectional communication, a combination of its group ID and the wireless unit ID is its identifier.

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6. Measurement Device Setup and Connection

Precautions for

Correct Use

current value

measurement end time

setting

To a wireless slave unit of command-response communications (CompoWay/F)(WZ-SRS01), an RS-485-connected measurement device is connected. In such a case, a combination of its group ID, wireless unit ID, and the unit number of the RS-485-connected measurement device (CompoWay/F) is its identifier. When the setting of wireless device unit is finished, make sure to connect a computer and the wireless unit master and use the setup software WZ Manager (included in accessory CD-ROM of WZ-MLAN01) for check the connection before connecting EQ100 and the wireless unit master. This should make problem isolation easier between the wireless device unit and EQ100 when a problem occurs.

- Before using a wireless device, perform a wireless connection test at the site to install to check normal communications.

■Required Setup Items of Measurement Devices Shown below are setup items of measurement devices required to connect to EQ100. Shown below are setup items for communications with EQ100 and measurement operation of measurement devices. For details of configuration, refer to measurement devices' manuals.

Type Name (Model)

RS-485

-Connected Measurement Device

Smart Power Monitor (KM20-B40-FLK)

Smart Power Monitor (KM100-T-FLK)

Smart Power Monitor

(KM50--FLK)

Setup for EQ100

Connection

- CompoWay/F Unit Number

- Communication Speed

- Others (data length, stop bits, vertical parity, transmission wait time)

Basic Measurement Setup for

Measurement Devices

Special CT, VT ratio, rated primary

Applied circuit, voltage range, current range, VT primary voltage, CT ratio

Applied circuit, voltage range, current range, VT primary voltage, CT ratio, dedicated CT type, communications protocol, measurement start time,

Power Measurement Unit (KM1-PMU1A-FLK)

Dual Power System Measurement Unit

(KM1-PMU2A-FLK)

Pulse/Temperature Input Unit

(KM1-EMU8A-FLK)

Electrical system 1 applicable phase wire, measurement block, special CT, electrical system 1 VT ratio, measurement block 1 CT ratio, measurement start time, measurement end time, active input setting

Electrical system 1/2 applicable phase wire, measurement block 1/2 special CT, electrical system 1/2 VT ratio, measurement block 1/2 CT ratio, measurement start time, measurement end time, active input

Event input 1-7 NPN/PNP input mode settings, event input settings 1-7, event input 1-7 input mode setting, temperature unit, temperature compensation 1, pulse conversion coefficient settings 1-7, active input setting

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6. Measurement Device Setup and Connection

setting

(K3GN-

-FLK)

protocol

frequency

recovery upon startup

number

Wireless Device

number)

Type Name (Model)

CT Expansion Unit (KE1-CTD8E)

Setup for EQ100

Connection

Basic Measurement Setup for

Measurement Devices

LAN-Connected Measurement Device

1/32 DIN Digital Panel Meter



Temperature Controller (E5□C)

Air Particle Sensor (ZN-PD-S)

Air Thermo Station (ZN-THX21-S)

Portable Power Monitor (ZN-CTX21)

Power Sensor Station (ZN-KMX21)

- IP address

- Subnet mask

- Others (default

gateway, port number)

Input type, analog range, pulse frequency

Input type, scaling upper limit, scaling lower limit, decimal point position, temperature unit, transmission output type, transmission output upper limit, transmission output lower limit,

Particle selection 1, particle selection 2, display unit, measurement mode

Operation mode, measurement mode, collecting mode, measurement

Operation mode, measurement mode, collecting mode, measurement cycle, electric energy reset interval, applied circuit, special CT, used channels, measurement target voltage, measurement range, begin time, end time, start trigger, end trigger, REC recovery upon startup

Collecting mode, measurement cycle, Power Sensor /connected monitors, electric energy reset interval, REC

Unit

Differential Pressure Station

(ZN-DPX21-S)

Air Flow Station (D6FZ-FGX21)

Wireless Unit Master (WZ-MLAN01)

- IP address

- Subnet mask

- Others (default gateway, port number)

- Group ID

- Others (wireless

channel, broadcast communications, HTTP port

Operation mode, measurement mode, collecting mode, measurement frequency

Collecting mode, measurement cycle, conversion coefficient, conversion unit setting, display unit, communication conversion port

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6. Measurement Device Setup and Connection

period)

(WZ-STH01)

(WZ-SL01)

(WZ-STHL01)

cycle

interval

Type Name (Model)

Wireless Unit Slave (CompoWay/F)

(WZ-SRS01)

Setup for EQ100

Connection

- Wireless Unit ID

- Group ID

- Others (wireless

channel, broadcast communications)

- RS-485

(communication speed, data length, stop bits, parity, time-out

Basic Measurement Setup for

Measurement Devices

Wireless Device Thermo-Humidity Sensor

Wireless Device Light Intensity Sensor

Wireless Device Thermo-Humidity Light Intensity Sensor

Wireless Device CO2 Sensor

(WZ-SCD01)

Wireless Unit Slave (Pulse Count)

(WZ-SP01)

- Wireless Unit ID

- Group ID

- Others (wireless

channel, broadcast communications)

- Transmission

interval

- Wireless Unit ID

- Group ID

- Others (wireless

channel, broadcast communications)

- Unidirectional

communication

- Wireless Unit ID

- Group ID

- Others (wireless

channel, broadcast communications)

- Transmission

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6. Measurement Device Setup and Connection

RS-485

LAN

Wireless

RS-485

Yes

Smart Power Monitor

KM100-T-FLK

Yes

N/A

Yes

Smart Power Monitor

KM50--FLK

Yes

N/A

Yes

Power Measurement Unit

KM1-PMU1A-FLK

Yes

N/A

Yes

Dual Power System Measurement Unit

KM1-PMU2A-FLK

Yes

Yes Yes

Yes

CT Expansion Unit

KE1-CTD8E

Yes

N/A

Yes

1/32 DIN Digital Panel Meter

K3GN-

-FLK(*1)

Yes

N/A

Yes

Controller

Yes

Air Particle Sensor

ZN-PD-S

N/A

Yes

N/A

Yes (*3)

Air Thermo Station

ZN-THX21-S

N/A

Yes

N/A

Portable Power Monitor

ZN-CTX21(*4)

N/A

Yes

N/A

Power Sensor Station

ZN-KMX21

N/A

Yes

N/A

Differential Pressure Station

ZN-DPX21-S

N/A

Yes

N/A

Air Flow Station

D6FZ-FGX21

N/A

Yes

N/A

Wireless Unit Master

WZ-MLAN01

N/A

Yes

N/A

Wireless Unit Slave (CompoWay/F)

WZ-SRS01

N/A

Yes

N/A

Thermo-Humidity Sensor

N/A

Yes

N/A

Wireless Device Light Intensity Sensor

WZ-SL01

N/A

Yes

Intensity Sensor

N/A

Yes

Wireless Device CO2 Sensor

WZ-SCD01

N/A

Yes

Wireless Unit Slave (Pulse Count)

WZ-SP01

N/A

Yes N/A

Yes

N/A

6.2. Connection between EQ100 and Measurement Device

EQ100 and measurement devices can be connected via LAN or RS-485. Shown below are connection types for measurement devices:

Device Type Direct Connection

Wireless Master Unit

Connection (LAN)

Name

Model

Smart Power Monitor KM20-B40-FLK

Pulse/Temperature Input Unit KM1-EMU8A-FLK



Digital Temperature

E5C(*2)

Connection

Yes N/A N/A

N/A

N/A N/A

Connection

Wireless Device

WZ-STH01

WZ-STHL01

Thermo-Humidity Light

Programmable Controller CJ Series (*5)

*1: Communication speed is 9.6k/19.2kbps. *2: RS-485 communications optional function is required. *3: Only one device can be connected to a wireless unit slave (CompoWay/F). *4: If the ZN-CTX21 firmware is Ver1.03.00 or later, electric energy can be measured. *5: A CPU unit with EtherNet/IP port or an EtherNet/IP unit is required.

For the latest information of supported devices, see the latest EQ100 user's manual.

http://www.fa.omron.co.jp/

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6. Measurement Device Setup and Connection

Device

LAN Connection Port

Sub-LAN Connection Port

LAN-Connected

Reference

Precautions for

Correct Use

Measurement Device

Wiring for LAN-Connected Measurement Device 6.2.1.

Connect LAN cables to the following LAN ports for measurement devices.

Measurement Device

Available Available

- Up to 100 measurement devices can be connected.

- Connecting a measurement device to the sub-LAN port of EQ100 as the LAN dedicated to measurement devices enables stable measurement.

- An upper level system such as EQ server, SMTP server, SNTP server, and FTP server must be connected to the LAN port.

■Connection Example

●Connection Example between EQ100 and LAN-Connected Measurement Device

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6. Measurement Device Setup and Connection

Measurement Device

Wireless Master

Wireless Slave

Measurement Device

●Connection Example between EQ100 and Wireless Device 1

●Connection Example between EQ100 and Wireless Device 2

RS-485-Connected Slave WZ-SRS01

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6. Measurement Device Setup and Connection

Reference

Precautions for

Correct Use

Maximum Transmission Distance of 500 m

Up to 31 devices

Wiring of RS-485-Connected Measurement Device 6.2.2.

EQ100 has four RS-485 communications ports for RS-485-connected measurement devices. Up to 31 measurement devices can be connected to one port (31 x 4 ports= Total 124 devices).

- Maximum transmission distance is 500m for RS-485 communications.

- For an RS-485 communications port cable, a shielded twisted-pair cable of AWG24 to 14 (0.205 to 2.081 mm

- To prevent malfunction, a shielded wire must be connected to the ground or FG terminal.

- For a device that is connected to the circuit end opposite to this product, a terminal resister of 120 Ω (1/2W) must be attached (or the built-in terminal resistor, if any, must be enabled).

- The RS-485 communications port terminal has the built-in terminal resistor. The RS-485 communications port cable must be attached so that this product should be on one end of the terminal as shown below.

) must be used.

- The RS-485 cables must be wired through measurement devices in one loop. Branching and/or star wiring is not available.

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6. Measurement Device Setup and Connection

RS-485 Port 1

Up to .31 devices per port

RS-485 Port 2

RS-485 Port 3

RS-485 Port 4

Measurement Devices

Power Meter, Flow Sensor, etc.

Pulse Output

Pulse Input

■Connection Example

●Connection Example between EQ100 and RS-485-Connected Measurement Device

Connection to Pulse Output Measurement Device 6.2.3.

A pulse output electric energy meter or flow rate meter can be connected to the general-purpose input terminal of EQ100.

■Connection Example of EQ100 General-Purpose Input Terminal

●To Clear Pulse Input Count

To clear the count of the pulse input count channel, in the [Update] menu on the Web UI screen select [Clear Previous Integrated Data] and click [Clear].

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7. EQ100 Settings

Precautions for

Correct Use

EQ100 Settings 7.

7.1. Overview of EQ100 Settings

To configure the EQ100 settings, an EQ project is required. An EQ project is a file containing configuration information to operate EQ100. An EQ project is created by EQ-Manager and written to EQ100 to configure EQ100. EQ-Manager is automatically installed upon installation of EQ-Viewer. If there are more than one EQ100, an EQ project must be created for each EQ100.

- EQ-Manager cannot configure measurement device settings (including communications setting)/measurement settings to be connected to EQ100.

- Measurement devices must be configured before connecting to EQ100.

- For how to configure measurement device settings, refer to user's manual of measurement devices or setup software.

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7. EQ100 Settings

7.2. Creating New EQ Project

Before creating a new EQ project, install EQ-Viewer on a computer. For how to install EQ-Viewer, see "EQ-Viewer User's Manual".

■Creation Steps

1) Start up EQ-Manager. Press the Windows Start button, and click [All Programs] - [OMRON] - [EQ-Viewer] [EQ-Manager]. Or, double-click the EQ-Manager icon on the desktop.

EQ-Manager is activated.

2) Create a new EQ project. Click [File] - [Create New File] - [EQ Project].

3) In the [Collecting Device Setting] dialog box, enter an EQ project name.

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7. EQ100 Settings

Setting Menu

4) Click [OK] to view the EQ project setup menu.

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7. EQ100 Settings

Item Name

Details

Project Name

Edit an EQ project name. When a new EQ project is created, a name entered in the

width 20

characters, more or less)

IP Address

Configure an IP address of EQ100 LAN connection

Initial value: 255.255.255.0

Default Gateway

Specify the value based on the network environment.

Reference

7.3. Editing EQ100 IP Address/Device Name

This section describes how to edit an EQ project name, device name, and a LAN connection port IP address.

■Viewing/Editing Setup Screen Clicking [EQ Project] in the setup menu displays the following screen. To edit an item, click the respective [Set] button to display the setup dialog box. Edit the item and click [OK].

[EQ100 Setting] dialog box appears. <Input range> Half-width 63 characters (Full-

characters, more or less)

Collecting Device Network Setting

*1: Be careful not to overlap the sub-LAN segment value when you change the value.

The IP address, subnet mask, and default gateway edited in the screen are synchronized with the LAN connection port configuration in the network setup. Editing either one reflects the settings to the other.

To configure the sub-LAN connection port, see "7.6.4. Configuring EQ100 LAN Connection Port/Sub-LAN Connection Port".

Device Name Set an EQ100 device name.

This name is used for EQ-Viewer to identify EQ100. <Input range> Half-width 63 characters (Full-

port.(*1) Initial value: 192.168.200.200

Subnet Mask Specify the value based on the network environment.

Initial value: None

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7. EQ100 Settings

Item

Description

Connection Device

Device Registration is required for a connection device that relays EQ100 and the measurement device.

Channel

Select a channel to collect data among channels retained by a

and manage the Web UI screen

view by classifying based on areas etc.

Operation Channel

are provided by the

For system-defined data types, see "7.4.6. Creating/Editing Data Type

EQ100

Connection

Device

Measurement

Device

Channel Group

Channel

Electric energy

Group 1

Group 2

Group 3

•

7.4. Collecting Setting

Overview 7.4.1.

The collecting setting registers measurement devices to connect to EQ100, and registers a channel of the measurement device for collecting. If necessary, register a connection device, create an operation channel, and/or configure a data type.

Registration Measurement

Device Registration

Registration

measurement device.

Group Registration Classify channels registered in the Channel Registration.

This registration is used to summarize

Setting

channel. e.g.: Sum of electric energy measured for each facility

Data Type Setting Register and edit a data type. Basic data types

system.

Electric energy Electric energy Power Power Power Pulse Pulse Pulse Electric Current Power Factor Reactive Power Basic Unit Temperature Humidity Pressure Volume Flow Rate etc.

Electric energy Electric energy Power Power

Temperature Humidity Pressure

Volume Flow Rate

•

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7. EQ100 Settings

Wireless Unit Type

Function

Registration

Wireless Unit Master

Wireless Master Unit (No

relaying only)

Wireless Device Unit

Wireless Slave Unit (with

device to be connected to a wireless/RS-485 converter

EQ100

Wireless/RS-485

Wireless/RS-485 Wireless master

Wireless master

Wired device

Connection Device Registration 7.4.2.

■Function This registration is not required if no wireless unit is to be connected. To connect a measurement device through the wireless master unit, first register the wireless master unit and the wireless/RS-485 converter as a connection device. A wireless sensor or a RS-485-connected connection device must be registered as a measurement device connected to the wireless master unit or wireless/RS-485 converter registered as its connection device. Whether a device should be registered as a connection device or a measurement device depends on the measurement function. See below for registration.

WZ-MLAN01

Wireless Unit Slave (CompoWay/F) WZ-SRS01

An RS-485-connected

device.

measurement function, relaying only)

Wireless RS-485 converter (No measurement function,

measurement function) Wireless Device (with

measurement function)

convertor

device with a connection device as its destination

Wireless Slave Unit

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7. EQ100 Settings

Measurement Device

Required Connection

Remarks

Humidity

(Pulse Count)(WZ-SP01)

RS-485-Connected Measurement

Wireless Unit Master

Precautions

Shown below are connection devices that must be registered before registration of measurement devices.

Device

Wireless Device ThermoSensor (WZ-STH01)

Wireless Device Light Intensity Sensor (WZ-SL01)

Wireless Device ThermoLight Intensity Sensor (WZ-STHL01)

Wireless Device CO

Sensor

(WZ-SCD01) Wireless Unit Slave

Wireless Unit Master (WZ-MLAN01)

RS-485 connection of the air particle sensor (ZN-PD-S) is available only through a wireless slave unit (CompoWay/F) (WZ-SRS01). Note that a daisy chain connection with other RS-485-connected measurement device is not available. For details, refer to the user's manual of the air particle sensor.

Device (KM20-B40-FLK) (KM100-T-FLK) (KM50--FLK)

(WZ-MLAN01) Wireless Unit Slave

(CompoWay/F)

(WZ-SRS01) (KM1-PMU1A-FLK) (KM1-PMU2A-FLK) (KM1-EMU8A-FLK)

(KE1-CTD8E-FLK) (ZN-PD-S) (K3GN--FLK) (E5C)

■Setup Steps

1) In the setting menu, click [Connection Device Registration].

- To register a wireless unit slave (CompoWay/F) (WZ-SRS01), first add the wireless master unit as a destination. If a wireless master device is not registered, the wireless master device cannot be configured in a selection of destination to connect even if you try to register a wireless/RS-485 converter (WZ-SRS01).

2) Click [Add].

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7. EQ100 Settings

Item

Description

or less)

Type

A list of connection device types appears. Select a connection device

nit slave (CompoWay/F), select a device name of the

wireless unit master to connect.

Item

Description

Connection

Enter an address of the connection device selected in the connection

3) In the [Add Connection Device] dialog box, enter registration items for the connection device.

Name Enter a name of the connection device. If not entered,

"model"+"#"+"connection device address" is automatically set. <Input range> Half-width63 characters (Full-width 20 characters, more

type.

- For a wireless unit master, select [WZ-MLAN01].

- For a wireless unit slave (CompoWay/F), select [WZ-SRS01].

Host Unit Select an upstream destination for the connection device.

- For a wireless unit master, select [LAN].

- For a wireless u

Device Address

device type. Details depend on a selected connection device type.

- For a wireless unit master, enter an IP address and a port number.

- For a wireless unit slave (CompoWay/F), enter a wireless unit ID.

4) Clicking [OK] adds the connection device to the list.

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7. EQ100 Settings

Precautions for

Correct Use

■Editing Connection Device To change registration details of a connection device:

1) Click the [Edit] button of the connection device you want to change.

2) In the [Edit Connection Device] dialog box, change the registration details.

3) Clicking [OK] changes the registration of the connection device.

■Deleting Connection Device

1) In the [Connection Device Registration] screen, select the [Select] check box.

2) Click [Delete].

- A connection device cannot be deleted if a measurement device or a wireless slave device is being registered downstream of the connection device. First delete the measurement device or the wireless slave device before deleting the connection device.

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7. EQ100 Settings

Measurement Device Registration 7.4.3.

■Function Register a measurement device to connect to EQ100. To use a wireless device, first register a connection device before registering a measurement device. To use the general-purpose input, register pulse input as a measurement device.

■Adding Measurement Device

1) In the setting menu, click [Measurement Device Registration].

2) Click [Add].

3) In the [Add Measurement Device] dialog box, enter the registration details. Details depend on a measurement device type to register.

<LAN-Connected Measurement Device>

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7. EQ100 Settings

Item

Description

Enter a name of the measurement device. If not entered, "model"+"#"+"IP

width 20 characters, more or

less)

Device Type

A list of measurement device types appears. Select a measurement device

Power Sensor

, enter the number of connections of the

for the measurement

[Timeout]: Select a time period to evaluate no communication response

<Selection> 1s/2s/5s/10s/20s/30s

Default

This function saves operations to channel registration and group

] check box

is selected, channel registration and group registration can be done at the

Major channels of the measurement device are automatically registered. Channels that are automatically registered are defined upon factory

registration is not available for PLC. Channel

Note that the channels that are registered simultaneously can be changed

dd] check box is selected, measurement

registration without performing group

Registration

of the same type

Device Name

address" is automatically set. <Input range> Half-width63 characters (Full-

type to add.

Setting Items Details depend on a selected measurement device type.

[Host Device]: Select [LAN]. [IP Address]: Enter an IP address of the measurement device. [Connection count]: For only collecting devices such as Station and Air Flow Station

downstream measurement devices. <Input range> 1 to 31 devices [Measurement Cycle]: Select a collecting interval

device. <Selection> 1min/5min/10min/30min/60min [Port No.]: Enter a port number to use.

from the measurement device.

Channel

registration described later. If the [Default Channel Registration

Registration

same time by measurement device registration. <Default Channel Registration>

shipment. Note that default registration is required later.

later. <Destination Group to Add> If the [Destination Group to A

device channels can be registered to a specified group at the same time. To use this function, first register a group. For registration, see "7.4.7. Group Registration". Note that performing the default

registration registers to a default "group".

Batch

Use this function to register multiple measurement devices together. For how to register, see "■Batch Registration”.

7-11

Omron EQ100-E User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

Introduction

Meanings of Signal Words

Precautions for Safe Use

Precautions for Correct Use

Definition of Terms

Manual Revision History

Related Manual

Table of Contents

1. Overview of EQ100

1.1. Overview

1.2. Features

1.3. Overview of Graph Display Tool

1.4. Functional Overview of EQ100

Energy Data Collecting Function 1.4.1.

LAN Communications Function 1.4.1.1.

RS-485 Communications Function 1.4.1.2.

Pulse Measurement Function 1.4.1.3.

Measured Data Collecting/Storage Function 1.4.1.4.

Monitoring Function 1.4.1.5.

External Interface Function 1.4.2.

Upper Level System Interface Function 1.4.2.1.

Web UI Function 1.4.2.2.

SD Card Output Function 1.4.2.3.

Maintenance Function 1.4.3.

1.5. System Configuration Example

Standalone Configuration 1.5.1.

Network Configuration 1.5.2.

Configuration with FTP 1.5.3.

1.6. EQ100 Input/Output and Internal Configuration

2. Specifications

2.1. Part Name

EQ100 Front End 2.1.1.

EQ100 Top Vie w 2.1.2.

Button 2.1.3.

Indicator

Connector/Terminal Name 2.1.5.

DIP Switch 2.1.6.

SD Card Slot 2.1.7.

Memory Backup Battery 2.1.8.

2.2. Ratings and Performance

Hardware Specifications 2.2.1.

Software Specifications 2.2.2.

2.3. Supported Devices

2.4. Network

2.5. Dimensions

3. Operation Mode and Status

3.1. Operation Mode

3.2. Setup Status and Collecting Status

3.3. Specifications of Operation Mode and Status

4. Basic Operation Steps

4.1. [STEP 1] Standalone Configuration

4.2. [STEP 2] Network Configuration with EQ Server

4.3. [Reference] Taking Out Collected Data Using SD Card

5. Installation and Wiring

5.1. Precautions on Installation

5.2. Battery Connection

5.3. Mounting Inside the Cabinet

5.4. Screw-Mounting

5.5. Wiring Description

Power and Grounding Wires 5.5.1.

RS-485 Communication Port 5.5.2.

General-Purpose Output Terminal 5.5.3.

LAN Connection Port 5.5.4.

SD Card 5.5.5.

6. Measurement Device Setup and Connection

6.1. Measurement Device Main Body Setup and Measurement Setup

Preparation 6.1.1.

Measurement Device Setup 6.1.2.

6.2. Connection between EQ100 and Measurement Device

Wiring for LAN-Connected Measurement Device 6.2.1.

Wiring of RS-485-Connected Measurement Device 6.2.2.

Connection to Pulse Output Measurement Device 6.2.3.

7. EQ100 Settings

7.1. Overview of EQ100 Settings

7.2. Creating New EQ Project

7.3. Editing EQ100 IP Address/Device Name