GRUP ARGE HT E11 User manual

1
HT E11 / E12 Ethernet Terminal
Instruction Manual
GRUP ARGE ENERJİ VE KONTROL
SİSTEMLERİ SAN. ve TİC. LTD. ŞTİ.
İkitelli OSB Mah. YTÜ İkitelli Teknopark Sok.
No: 1/2B1-2B7-2B8-2B9 Başakşehir / İstanbul
Phone: [phone]
Fax: [phone]
Technical Support:
Phone: [phone]
Mobile Phone: [phone]
[email protected]
www.gruparge.com
www.enerjitakibi.com
Version 19-2

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CONTENTS
PROPER USE AND SAFETY REQUIREMENTS .............................................3
1.INTRODUCTION..............................................................................................4
1.1 General Features...........................................................................................4
1.2 Technical Features.......................................................................................5
1.3 Terminal Connections..................................................................................5
2.INSTALLATION INFORMATION..................................................................6
2.1 Installation Information ...............................................................................6
2.2 How to Use Authorization Code?................................................................7
3.METER COMMUNICATION CONNECTIONS.............................................7
3.1 Optical Port Connection...............................................................................7
3.2 Makel RS-232 Communication Connection................................................8
3.3 Makel & Köhler & Viko RS-485 Communication Connection..................9
3.4 Elektromed & Luna RS-485 Communication Connection..........................9
3.5 Elster RS-485 Communication Connection...............................................10
3.6 EMH RS-485 Communication Connection...............................................11
3.7 Landis RS-485 Communication Connection.............................................11
4.RELAY TERMINAL CONNECTIONS..........................................................12
5.SELECTION TABLE ......................................................................................13

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PROPER USE AND SAFETY REQUIREMENTS
Cut all the power when connecting and disconnecting the device
to a panel.
Do not clean the device with a solvent or similar material. Only
use a dry cloth.
Please do not intervene to the device when a technical problem is
encountered and get in contact with a technical service within the
shortest time.
If the warnings are not taken into account, our company or the
authorized dealer shall not be held responsible for the negative
consequences.
Do not dispose in the trash, the device must be delivered to the
collection centers (electronic device recycling centers). It should
be recycled or disposed of without harming human health and
environment.
The installation, assembly, activation and operation of the device
should be done and used by only expert professionals and in
accordance with safety regulations and instructions.
The device operates with current transformers. Do not strictly
leave current transformer tips unattached. Dangerous high voltage
can occur.

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1. INTRODUCTION
1.1 General Features
HT E11 Ethernet communication terminal is developed to monitor the electronic
electric meters remotely. It provides communication with the electric meters via
optical, RS-232 (3-wired) or RS-485 (2-wired) communication ports.
HT E12 Ethernet communication terminal is developed to monitor remotely
devices such as compensation relays and energy analyzers that support Modbus
protocol. The communication with these devices is generally provided via RS-
485.
In order for the communication terminal to establish an internet connection, it
must be connected to the network of the enterprise with an Ethernet cable. If
cable distance gets over 70 meters, a CAT-6 cable must be preferred.
If the network distributes dynamic IP with DHCP, the device will automatically
try to access the internet by receiving IP. If the DHCP is not available, the
device must be connected to a computer via USB port and the suitable static IP
settings must be applied.
The necessary configuration program can be downloaded from the software
section in our website at www.gruparge.com. HT E11/E12 communication
terminals query the data of the device which they are connected and send the
data to Grup Arge servers via the network of the enterprise.
You can access to the data of all your devices by visiting our website located at
www.enerjitakibi.com with the user account that is provided to you.
The main reports on the web interface are as follows:
• Active consumption reports
• Reactive ratio reports
• Instant electrical parameters such as current, voltage
• Step values (for only compensation relays)
Moreover, in the case of specific alerts, the system notifies the situation to
related persons via e-mail and SMS alerts.

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1.2 Technical Features
Microprocessor based.
It operates with 220 V AC supply.
It has RS-485, RS-232 and optical port communication channels.
It can communicate with all the meters supporting TS EN 62056-21
protocol.
It can read 32 meters or 247 Modbus devices via RS-485.
It has LEDs that indicate Power, RS-485/Optical (Communication), IP and
internet status.
The data transmission period can be set between 1-240 minutes.
It has a system architecture which does not require Static IP. In cases
which Static IP is required, the necessary settings can be made via USB
interface of the device.
The operating ambient temperature of the device is between -10 °C and
+55 °C.
The power consumption is less than 1 VA.
It has IP40 protection class.
The dimensions of the device are (width-length-depth) 36 x 109 x 70,75
mm.
1.3 Terminal Connections
ETHERNET (RJ-45)
Ethernet Cable Input
USB
Type-B USB Input (for
configuration)
POWER 220 V AC
220 V AC Supply Input
VDD
Optical Reader Supply
(6.2 V DC)
RS-232
TX
Optical/RS-232 Data
Transmit
RX
Optical/RS-232 Data
Receive
GND
Optical/RS-232 Ground
RS-485
A
RS-485 Data +
B
RS-485 Data-
Chart 1.1
Figure 1.1

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2. INSTALLATION INFORMATION
2.1 Installation Information
1. Secure the device to a suitable place in the panel. (Suitable for rail
mounting.)
2. Make a supply connection to the terminal named “POWER 220 V AC”.
Make sure there is no power in the cables in the meanwhile.
3. The connection with the device to be communicated:
a. Electric Meter / Optical Port: See. Figure 3.1; 3.2
b. Electric Meter /RS-232: See. Figure 3.3
c. Electric Meter / RS-485: See. Figure 3.4; 3.5; 3.6; 3.7; 3.8; 3.9
d. Modbus Device (Relay, analyzer, etc.) / RS-485: See. Figure 4.1;
4.2
4. Connect the Ethernet cable to the Ethernet input.
5. Operate the device by energizing after checking all the connections for the
last time.
6. After a while, by entering SmartPower Energy Monitoring System, you
can check whether your device is sending data or not. If you have no
internet access in the field, you can get help from our technical support
line.
NOTE:
1. If the link LED on the Ethernet socket is not on or the IP LED is steadily
on red, make sure there is a healthy internet connection on the Ethernet
cable.
2. If more than one meter is to be connected via RS-485, the technical
support line must be called, and the serial numbers of the meters must be
defined to the system.
3. Modbus devices to be read via RS-485 must be defined to the system. The
Modbus addresses of all the devices on the same line must be different.
For this purpose, you may need to enter the menu of the related device
and change the Modbus address.

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2.2 How to Use Authorization Code?
1. Login to SmartPower Energy
Monitoring System and go to
“Modem” page.
2. Click “Add Modem Authorization”
button and enter the information of
“Authorization Code” paper which
comes out of the product box.
3. If the information is entered
correctly, the device will be automatically transferred to your account.
4. Dispose of the authorization code paper after the process is done.
3. METER COMMUNICATION CONNECTIONS
3.1 Optical Port Connection
Figure 2.1
Figure 3.1

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NOTE: When placing the optical reader on the meter,
make sure the arrow mark on the label points to
upward direction.
3.2 Makel RS-232 Communication Connection
Cable Color
Brown
Green
Yellow
White
Terminal
VDD
TX
RX
GND
Figure 3.2
Chart 3.1
Figure 3.3

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3.3 Makel & Köhler & Viko RS-485 Communication Connection
3.4 Elektromed & Luna RS-485 Communication Connection
Figure 3.4
Figure 3.5

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3.5 Elster RS-485 Communication Connection
There are two RS-485 terminals in some models of Elster meters.
Figure 3.6
Figure 3.7

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3.6 EMH RS-485 Communication Connection
3.7 Landis RS-485 Communication Connection
NOTE: In order to read Landis Meters via RS-485, the technical support
line must be called, and serial number of the meter must be introduced on
the system.
Figure 3.8
Figure 3.9

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4. RELAY TERMINAL CONNECTIONS
If the compensation relay or the analyzer to be connected to communication
terminals are named as A and B, A must be connected to A; and B must be
connected to B. The connection of the different named devices is showed below.
NOTE: The Modbus addresses and the types of the devices that connected to
the modem must be defined by entering the setting page of the relevant modem
via web interface.
NOTE: Modbus addresses of Grup Arge products without screen are found by
adding 100 to the last 2 digits of the serial number of the device.
4.1 All Relays Terminal Connections
Figure 4.1

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4.2 Klemsan Relay REMO-Q and RAPIDUS Terminal
Connection
5.SELECTION TABLE
Table 5.1
Figure 4.2