CIRCUTOR CIRLAMP User Manual

Management system for street lights

CirLAMP system

INSTRUCTION MANUAL

(M029B01-03-15B)

CirLAMP system

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Instruction Manual

CirLAMP system

SAFETY PRECAUTIONS

Follow the warnings described in this manual with the symbols shown below.

DANGER

Warns of a risk, which could result in personal injury or material damage.

ATTENTION

Indicates that special attention should be paid to a speci c point.

If you must handle the unit for its installation, start-up or maintenance, the following should be taken into consideration:

Incorrect handling or installation of the unit may result in injury to personnel as well as damage to the unit. In particular, handling with voltages applied may result in electric shock, which may cause death or serious injury to personnel. Defective installation or maintenance may also lead to the risk of  re. Read the manual carefully prior to connecting the unit. Follow all installation and maintenance instructions throughout the unit’s working life. Pay special attention to the installation standards of the National Electrical Code.

Refer to the instruction manual before using the unit

In this manual, if the instructions marked with this symbol are not respected or carried out correctly, it can result in injury or damage to the unit and /or installations.

CIRCUTOR, SA reserves the right to modify features or the product manual without prior noti cation.

DISCLAIMER

CIRCUTOR, SA reserves the right to make modi cations to the device or the unit speci ca-

tions set out in this instruction manual without prior notice.

CIRCUTOR, SA on its web site, supplies its customers with the latest versions of the device speci cations and the most updated manuals.

www.circutor.com

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CirLAMP system

REVISION LOG

Date Revision Description

09/14 M029B01-03-14A Initial Version

01/15 M029B01-03-15A Introduction of the CirLAMP Nodo DALI

07/15 M029B01-03-15B Changes in the following sections: 9.2. - 9.3. - 9.4.

CirLAMP system

Table 1: Revision log�

NB: The images of the units are solely for the purpose of illustration and may differ from the

original unit.

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Instruction Manual

CirLAMP system

1�- VERIFICATION UPON RECEPTION

Check the following points upon receiving the unit:

a) The unit meets the specications described in your order. b) The unit has not suffered any damage during transport. c) Perform an external visual inspection of the unit prior to switching it on. d) Check that it has been delivered with the following: CirLAMP Manager unit:

- An installation guide.

- Anchors for DIN rail.

- Six fastening pins.

- Two connectors. CirLAMP Node unit:

- An installation guide. M8I8O unit:

- An installation guide.

- Anchors for DIN rail.

- Six fastening pins.

- Two connectors.

If any problem is noticed upon reception, immediately contact the transport company and/or CIRCUTOR's after-sales service.

2�- PRODUCT DESCRIPTION

The CirLAMP system enables smart management of street lights, increasing efciency by reducing energy consumption and creating tools to help the user with problem diagnosis and light maintenance.

The system comprises:

CirLAMP manager + CirLAMP node

CirLAMP Manager is the system manager; it communicates with the CirLAMP Nodes installed

at each light point of the public lighting system via low voltage cables using the DCSK PLC (Power Line Communication) protocol.

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The unit features:

- A conguration web server, where the user can congure all the programming parameters for each light point.

- PLC (Power Line Communication) with the nodes on CENELEC Band B.

- A database for 1000 nodes, with capacity to store 1 million logs.

- An astronomical clock to switch each light point on and off (compatible with expansion module M8I8O).

- 11 indicator LEDs.

CirLAMP Manager can be expanded with 1 expansion module:

 M8I8O, expansion module with eight inputs and eight outputs.

CirLAMP system

The CirLAMP Nodes are regulating units that are installed at each light point.

They measure the main electrical parameters (voltage, current, active power, reactive power)

independently.

There are two CirLAMP Node models depending on the ballast:

CirLAMP Node DN, a regulating unit for lighting with electronic ballasts or bi-level drivers.

CirLAMP Node 1 �� 10V, a regulating unit for lighting with electronic ballasts or drivers with a regulation range from 1 to 10V.

CirLAMP Node DALI, a regulating unit for lighting with electronic ballasts or drivers with a DALI communications.

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Instruction Manual

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The units include:

- PLC (Power Line Communication) with the CirLAMP Manager on CENELEC Band B.

- Systems to detect a burnt out lamp, an open capacitor and a ashing lamp, and to generate an alarm.

- (CirLAMP Node DN model) Relay output with ON/OFF control.

- (CirLAMP Node DN model) Relay output to control the bi-level ballasts.

- ( CirLAMP Node 1 �� 10V model) 1 to 10V output to control ballasts with a regulation range from 1 to 10V.

- (CirLAMP Node DALI model) DALI communications protocol to control ballasts .

3�- OPERATING PRINCIPLE

With the CirLAMP system it is possible to detect lighting anomalies, for example, burnt out light bulbs, a blinking lamp, open capacitor, or control the useful life of each lamp, to ensure correct maintenance of installations. When the CirLAMP system detects an incident, it sends an email with detailed information.

To control lighting maintenance, the CirLAMP Manager has:

PLC communication on CENELEC Band B with a DCSK system. Light point management through access by location.

(CirLAMP NODE Location application)

Possibility of sending emails when a fault or incident is detected. Management of tasks and conguration orders sent to the CirLAMP Nodes� Regular reading of the status of alarms, voltage and powers. Memory event log. Ability to automatically download event les

 Astronomical clock to switch each light point on and off.

(M8I8O Expansion module) Alarm management and external event control with the input and output module.

(M8I8O Expansion module).

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CirLAMP system

4�- CirLAMP Manager

4.1.- INSTALLATION OF THE UNIT

4�1�1� PRELIMINARY RECOMMENDATIONS

In order to use the unit safely, it is critical that individuals who handle it follow the safety measures set out in the standards of the country where it is being used, use the necessary personal protective equipment, and pay attention to the various warnings indicated in this instruction manual.

The CirLAMP Manager unit must be installed by authorised and qualied staff.

The power supply plug must be disconnected before handling, altering the connections or

replacing the unit. It is dangerous to handle the unit while it is powered.

Also, it is critical to keep the cables in perfect condition in order to avoid accidents, personal

injury and damage to installations.

The manufacturer of the unit is not responsible for any damage resulting from failure by the

user or installer to observe the warnings and/or recommendations set out in this manual, nor

for damage resulting from the use of non-original products or accessories or those made by

other manufacturers.

If an anomaly or malfunction is detected in the unit, do not use it to perform any operation.

The unit must be disconnected from any power supply before carrying out any maintenance or repairs, or handling any of the unit's connections. Please contact the after-sales service if you suspect that there is an operational fault in the unit.

4�1�2� INSTALLATION

The CirLAMP Manager unit must be installed on an electric panel or enclosure, attached to a

DIN rail (IEC 60715).

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Two DIN rail brackets are supplied with the unit and must be installed on the unit before insta-

lling it on the electric panel.

To do so, follow these steps:

Instruction Manual

CirLAMP system

1�- Insert the rst bracket, as shown in Figure 1�

Figure 1: DIN rail brackets installation ( step 1)�

2�- Insert the second bracket in the rst bracket, Figure 2.

Figure 2: DIN rail brackets installation ( step 2)�

3�- Push the brackets into the rail until fully installed,Figure 3.

Figure 3: DIN rail brackets installation ( step 3)�

Terminals, opening covers or removing elements can expose parts that are hazardous to the touch while the unit is powered. Do not use the unit until it is fully installed.

The unit must be connected to a power circuit that is protected with gL fuses (IEC 269) or M fuses, with a rating of 1 to 2 A. It must be tted with a circuit breaker or equivalent device for disconnecting the unit from the power supply mains.

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4�1�3� UNIT TERMINALS

1: L1, PLC connection L1 5: L, Auxiliary power supply

2: L2, PLC connection L2 6: N, Auxiliary power supply

3: L3, PLC connection L3 7: ETHERNET, Ethernet connection

4: N, PLC connection N

CirLAMP system

Table 2:List of CirLAMP Manager terminals�

Unit terminals

PLC POWER

PLC >> CPU

PLC << CPU

TX PLC

RX PLC

ETHERNET

CPU POWER

ACTIVITY

ALARM

PLC.DATA

ETH.LINK

ETH.ACT.

7

1

L1

2

3

4

L2 L3

N

N L

6

5

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Figure 4: CirLAMP Manager terminals�

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CirLAMP system

4�1�4� CONNECTION DIAGRAM

L1

L2

L3

N

PLC POWER

PLC >> CPU

PLC << CPU

TX PLC

RX PLC

CPU POWER

ACTIVITY

ALARM

PLC.DATA

ETH.LINK

ETH.ACT.

ETHERNET

N

L

L1

L2

L3

N

Figure 5: CirLAMP Manager connection diagram�

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4.2.- LEDs

CirLAMP Manager has 11 indicator LEDs.

CirLAMP system

PLC POWER

PLC >> CPU

PLC << CPU

TX PLC

RX PLC

PLC POWER

PLC >> CPU

PLC << CPU

TX PLC

RX PLC

CPU POWER

ACTIVITY

ALARM

PLC.DATA

ETH.LINK

ETH.ACT.

ETHERNET

L1

L2 L3

N

Figure 6: CirLAMP Manager LEDs�

N L

CPU POWER

ACTIVITY

ALARM

PLC DATA

ETH.LINK

ETH.ACT.

Table 3:List of CirLAMP Manager LEDs�

LEDs

PLC POWER Part of the connected PLC. PLC>>CPU Communication from the PLC to the CirLAMP Manager. PLC<<CPU Communication from the CirLAMP Manager to the PLC. TX PLC Sending frames. RX PLC Receiving frames. CPU POWER CirLAMP Manager connected. ACTIVITY The unit is performing a task. ALARM An alarm has been activated. PLC DATA Receiving frames. ETH�LINK The Ethernet port is connected. ETH�ACT Ethernet port activity.

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Instruction Manual

Restaurant

23

bakery

Restaurant

23

bakery

Restaurant

23

bakery

Restaurant

23

bakery

Restaurant

23

bakery

Restaurant

23

bakery

Restaurant

23

bakery23bakery

Restaurant

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bakery

CirLAMP system

4.3.- PLC

The CirLAMP Manager uses PLC technology to communicate with the nodes (CirLAMP Nodes) through the electrical network. PLC (Power Line Communications) transfers data via the electrical network using advanced modulation technology.

The PLC frequency bands are dened by different committees: FCC for North America and Canada, ARIB for Asia and Japan and CENELEC for Europe.

The CirLAMP Manager works on Band B, from 95kHz to 125kHz, dened by CENELEC. (European Committee for Electrotechnical Standardization).

PC

CIRLAMP

Manager

Comunicaciones PLC

Figure 7:Connection of a CirLAMP system via PLC�

Bombilla

Balasto/Driver

CIRLAMP

Nodo

F N

Control

4.4.- ETHERNET

The unit has an Ethernet port (terminal 7 in Figure 4), which can exchange information bidirectionally through the web server and transfer les through FTP, using TCP/IP type communications.

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4.5.- DATABASES

CirLAMP Manager has two databases:

4�5�1� MEASUREMENTS DATABASE

The measurements database comprises the following features:

A database for 1000 light points, with capacity to store 1 million logs.

Hardware: non-volatile memory without battery.

 Non-volatile memory write policy to save maximum write cycles on FLASH memory. Delete policy for oldest information. Automatic node registration. Automatic node withdrawal.

4�5�2� ALARM DATABASE

CirLAMP system

The alarm database comprises the following features:

 Database for each light point with capacity for 50,000 logs.

 Hardware: non-volatile memory without battery.

Non-volatile memory write policy to save maximum write cycles on FLASH memory. Delete policy for oldest information.

4.6.- WEB SERVER

CirLAMP Manager has a conguration web site where the user can fully congure the conguration parameters of each light point. Furthermore, the unit has an XML server, so that it can be integrated into any global control and maintenance platform.

4�6�1� HOME SCREEN

CirLAMP Manager is accessed via an Ethernet connection.

The default IP address of the unit is: 192�168�42�30. It can also be accessed from a local IP on the Ethernet port: 100�0�0�1�

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The web site detects the browser language. If the browser’s language is Spanish, the web site will be shown in Spanish. Otherwise, the language will be English.

You can also select the language using the buttons that appear on the upper left part of the web site (Figure 8).

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CirLAMP system

Figure 8: Homepage�

You must enter the correct username and password to enter the CirLAMP Manager web site.

CirLAMP Manager has two types of users:

1�- User with write access, admin:

With this access the user can read and write the CirLAMP Manager parameters as well as those of the CirLAMP nodes installed.

Table 4: Default username and password for a user with write access�

Default username and password

Username admin

Password admin

2�- User with read access, user: With this access, the user can only access certain read elds in CirLAMP Manager�

Table 5: Default username and password for a user with read access�

Default username and password

Username user

Password user

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CirLAMP system

4�6�2� MAIN SCREEN

Figure 9 shows the web server's main screen, where you can access all the information relating

to the CirLAMP Manager and the CirLAMP Nodes installed.

Figure 9: Main screen�

The screen is divided into three areas of information (Figure 10):

 CirLAMP Manager information area.  Menu for accessing all web screens. Central area.

CirLAMP manager information area

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Menu Central area

Figure 10: Areas on the main screen�

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CirLAMP system

4�6�2�1 CirLAMP Manager information area�

Figure 11: CirLAMP Manager information area�

This area of the main screen shows all the information relating to CirLAMP Manager:

 Identier: The unit identier is displayed (Example: CIR0000000001).  Name: Name given to the CirLAMP Manager. (Example:CirLamp Manager)

 PLC version: PLC modem version.  Connected: Number of units connected/units detected.  Version: Firmware version of the CirLAMP Manager�

4�6�2�2 Menu

The CirLAMP Nodes and CirLAMP Manager screens can be accessed from the menu. The unit status can also be viewed.

4�6�2�2�1� Menu: Nodes

Figure 12: Node selection menu�

The following screens can be accessed via the Nodes menu:

 Equipments table: Accesses the table of nodes logged in the CirLAMP Manager� (“4.6.3. NODES MENU: EQUIPMENTS TABLE”)

 Orders: (“4�6�4� NODES MENU: ORDERS”)

Read access user: Cannot access the Orders screen.

Node map: Access the nodes map with the units connected at that instant. (“4.6.5. NODES MENU: NODE MAP”)

 Node update: Update nodes screen. (“4.6.6. NODES MENU: NODE UPDATE”)

 Intruder list: Allows you to add the nodes that you do not wish to connect to CirLAMP

Manager to a list using the serial number of each node. (“4.6.7. NODES MENU: INTRUDER LIST”)

Read access user: Cannot access the Intrusion list screen.

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4�6�2�2�2� Menu: CIRLAMP Manager

Figure 13:CirLAMP Manager selection menu�

The following screens can be accessed from the CirLAMP Manager:

 Reports: Accesses documents containing information on CirLAMP Manager�

(“4.6.8. CirLAMP MANAGER MENU: REPORTS”)

CirLAMP system

 Inputs and outputs: (If the M8I8O expansion module is not connected, this option

does not appear ). Up to 8 inputs and outputs can be congured.

(“4.6.9. CirLAMP MANAGER MENU: INPUTS AND OUTPUTS”)

Read access user: This option does not appear in the selection menu.

Parameters: Provides access to the conguration of the CirLamp� Manager (“4.6.10. CirLAMP MANAGER MENU: PARAMETERS”)

Read access user: This option does not appear in the selection menu.

 Geolocation: Accesses the unit geolocation screen.

(“4.6.11. CirLAMP MANAGER MENU: GEOLOCATION”).

Read access user: This option does not appear in the selection menu.

 Tasks: Accesses the unit tasks conguration screen.

( “4.6.12. CirLAMP MANAGER MENU: TASKS”)

Read access user: This option does not appear in the selection menu.

Task status: This button accesses the status screen for the

CirLAMP Manager tasks.

(“4.6.13. CirLAMP MANAGER MENU: TASK STATUS”)

Read access user: This option does not appear in the selection menu.

Update: Accesses the unit update screen.

(“4.6.14. CirLAMP MANAGER MENU: UPDATE”)

Read access user: This option does not appear in the selection menu.

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Modem update: Accesses the screen for updating the unit's modem driver.

(“4.6.15. CirLAMP MANAGER MENU: MODEM UPDATE”)

Read access user: This option does not appear in the selection menu.

 Reboot: Accesses the unit restart screen.

(“4.6.16. CirLAMP MANAGER MENU: REBOOT”)

Read access user: This option does not appear in the selection menu.

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CirLAMP system

4�6�2�2�3� Equipment status

Figure 14:Unit status�

This section displays the CirLAMP Manager status or task in progress, as well as the current time on the unit.

4�6�3� NODES MENU: EQUIPMENTS TABLE

Figure 15:Table of units�

This screen shows a table with all the CirLAMP Nodes logged in the CirLAMP Manager� As seen in Figure 15, the table includes the following elds:

#: This column correlatively lists the units logged in the CirLAMP Manager�

Node identier: unit's serial number.

Status: current status of the unit. Two states are possible, see Table 6:

Table 6: Possible node states�

Status

A Active

PF Permanent fault

Reference: reference assigned to a node to help identify it.

Latitude: latitude assigned to the node.

Longitude: longitude assigned to the node.

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CirLAMP system

Alarms: current status of the node. Two states are possible, see Table 7:

Table 7: Alarms�

Status

OK No alarms

FAIL Node fault

NB: There is an application for iOS and Androids for positioning the nodes.(CirLAMP NODE Location)

There are two buttons in the lower part of the table, with the following functions (Table 8):

Table 8: Buttons on the table of units�

Button Function

Update Updates the current content of the table of units.

Removes all nodes that are not active (Status: PF)

Clean the nodes table

from the CirLAMP Manager database. If the nodes reconnect to the network at a later date, they will automatically appear in the table of units.

To access all the information available relating to a node, click on the row for the selected unit. See “4.6.3.1. Node information menu”

4�6�3�1� Node information menu

All the parameters of a CirLAMP Node can be viewed and congured from this screen. The menu varies depending on the type of user used to enter the web site (Figure 16 and

Figure 17).

Figure 16:Node information menu (Write access user)�

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CirLAMP system

Figure 17:Node information menu (Read access user)�

4�6�3�1�1� Database values

On this screen Figure 18 you can view the node data for the last 24 hours. You can select any time on the graph and see instantaneous values for the unit at that time.

Figure 18:Database values screen�

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CirLAMP system

4�6�3�1�2� Instant values

On this screen, Figure 19, you can view the instantaneous consumption values and congure the work time interval and memory work interval for each node.

NB: If the node is stopped the CirLAMP Manager cannot provide the data.

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Figure 19:Instant values screen�

General parameters:

This section displays the identier and rmware version for the node selected.

Electric values:

This section displays the following electrical parameters:

Instruction Manual

CirLAMP system

Table 9: Electrical parameters�

Parameter Units

Voltage: Voltage V Current: Current A

pActive: Active power W

pReactive: Reactive power var

Times:

This section displays:

minOn: Time from the last switch on.  minTotalOn: The total useful life of the node.

Clicking on the Delete time button resets the two parameters.

Current power:

Is the power (in %) of the node at the moment when the instantaneous values are read.

Temporal lamp interval:

In this section you can congure:

 pWork: Value of the power (in %) during the period determined by tWork�

tWork: Time interval in minutes for which we want the power value dened in pWork�

Click on the Send button to send the data to the unit.

NB: The parameters for the work time interval are not saved when the power supply is dis-

connected from the node.

Memory lamp interval:

In this section four different power intervals can be congured. The remaining time starts to count down when the power supply is connected to the node.

 power1: Power value in % during interval 1.

time1: Duration in minutes of interval 1.

 power2: Power value in % during interval 2.

time2: Duration in minutes of interval 2.

 power3: Power value in % during interval 3.

time3: Duration in minutes of interval 3.

 power4: Power value in % during interval 4.

time4: Duration in minutes of interval 4.

Click on the Send button to send the data to the unit.

NB: The parameters for the memory work interval are not saved when the power supply is

disconnected from the node.

Read access user: The Delete time button is not enabled and the work time interval or the

work memory interval cannot be modied.

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CirLAMP system

4�6�3�1�3� Scheduling time intervals in hours

If the CirLAMP Manager has the input and output module (M8I8O Expansion module) the work intervals can be programmed automatically from Sunrise (Sunrise time).

Figure 20:Screen for scheduling time intervals in hours�

The parameters are:

 Cnt: Node identier.

inTime: Interval 1 activation time. This parameter cannot be modied; it coincides

with the Sunrise value (Sunrise time).  power1: Power value in % during interval 1.

rstTime: Interval 2 activation time.  power2: Power value in % during interval 2. secondTime: Interval 3 activation time.  power3: Power value in % during interval 3.

 thirdTime: Interval 4 activation time.

 power4: Power value in % during interval 4. Interval 4 will last until the node has

no power supply.

Click on the Send button to send the data to the unit.

Read access user: The programming of intervals in hours cannot be modied.

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4�6�3�1�4� Alarms

Read access user: Cannot access the Alarms screen.

On this screen, Figure 21, you can view and congure the node alarms.

Figure 21:Alarm screen�

Status alarms: Each CirLAMP node has the following alarms:

Detection of burnt out lamp (alBroken)

Each CirLAMP node detects the anomalous operation of each light. If the lamp is burnt out the node detects this and generates an alarm.

Open capacitor detection and alert (alCapacity)

A malfunction or anomalous operation may be due to a deteriorated PFC capacitor. This causes high consumption of inductive reactive power, which is detected after it has remained active for 1 hour.

Blinking lamp detection and alert (alIntermi)

Depending on the type of lamp, once it has reached the end of its useful life, it does not switch off but starts to switch on intermittently, the CirLAMP detects this anomalous situation and activates the alIntermi alarm if the lamp switches off more than a program- mable number of times over a period of 2 hours.

Value 1 in the alarm status column indicates that the alarm is activated.

Conguration alarms:

The conguration parameters for the alarm are:

powerLamp, lamp power in W. timeAlarm, alarm detection time.

percentageAlarm, value of the percentage of power under which the alarm will be

activated.

factorPower, node power factor value. blinkTime, bulb blinking time to activate the alIntermi alarm. blinkTimes, number of bulb blinks to activate the alIntermi alarm.

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CirLAMP system

4�6�3�1�5� Reference node

Read access user: Cannot access the Reference node screen.

On this screen, Figure 22, you can view and modify the node reference, i.e, the identifying text to differentiate it from the other nodes in the installation.

Figure 22:Reference node

4�6�3�1�6� Remove node from the table

Read access user: Cannot access the Remove node from the table screen.

Clicking on this button deletes the node from the table of units and the database. If the node reconnects to the network at a later date, it will automatically appear in the table of units.

Figure 23:Remove node from the table�

4�6�3�1�7� Add node from blackList

Read access user: Cannot access the Add node from blackList screen.

Clicking on this button deletes the node from the table of units and database and adds it to the intrusion list. Units which are included in the intrusion list will not be registered in the nodes table again until they are deleted from the intrusion list.

Figure 24:Add node from blackList�

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4�6�4� NODES MENU: ORDERS

On this screen, Figure 25, you can select the orders le that you want to send to the unit.

Figure 25:Orders screen�

The orders les are in .xml format.

The orders les that can be created in CirLAMP Manager are detailed in Table 10.

Table 10: Orders available for CirLAMP Manager�

Code

Write le

E01 L01 Conguration of parameters E02

E03 - Update rmware. E04 L04 Nodes references. E05 L05 Work time interval. E06 L06 Memory interval. E07 L07 Alarm adjustment. E08 L08 Delete nodes from list. E09 - Manage the nodes black list. E11 L11 Set the total useful life for node lamps to 0. E12 L12 Delete all nodes from the network. E13 L13 Manage the inputs/outputs module.

- L14 List of spontaneous events. E17 L17 Memory time interval, via time conguration. C06 - Modication of date in CirLAMP Manager.

Code

Read le

L02

Description

Conguration of tasks.

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CirLAMP system

4.6.4.1. E01-L01, Conguration of parameters

Format of le E01 (Figure 26):

Figure 26: File E01�

Format of le L01 (Figure 27):

Figure 27: File L01�

Where:

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Root element: <Report/Order> <Report/Order> is the root element of the le. Its attributes indicate the data necessary to

process the le:

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CirLAMP system

Table 11:File E01-L01, <Report/Order> element

Attribute Description

IdRpt/IdReq Report/order identier. IdPet Single identier for the order. Version Version identier.

Container element: <CirLamp> < CirLamp> is the container element for the report order:

Table 12:File E01-L01, <CirLamp> element

Attribute Description

Id CirLamp Manager identier.

Container element: < L01/E01> < L01/E01> is the container element for all CirLAMP Manager parameters:

Table 13:File E01-L01, <Report/Order> element

Attribute Description

name Name assigned to the CirLAMP Manager� Fh Date (Y/M/D H:M:S). (read parameter) netId Network identier. Mod Unit model. (read parameter) AF Year of manufacture. (read parameter) DCPwdAdm Administrator user password. DCPwdRead Read user password. Vf Firmware version. (read parameter) VfComm PLC version. (read parameter) ipCom CirLamp Manager IP. PortWS Communications port used when communicating through the Web

Server (Example: 8080).

ipMask Subnet mask IP. (Used if the DHCP is disabled) ipGtw Gateway IP. (Used if the DHCP is disabled) ipDhcp Indicates whether the DHCP is enabled (Y) or disabled (N). ipLoc Additional internal IP to the one previously named. ipMaskLoc Local subnet mask. Pse Serial port speed. (Read parameter) Priority Priority is enabled (Y) or disabled (N). IPNTP IP address for synchronisation with the NTP server.

IPftp

IP address of the FTP server where you can download and upload reports.

FTPUser Username for accessing the FTP. FTPPwd Password for accessing the FTP. RetryFyp Number of retries to access the FTP servers.

TimeBetwFtp Time between retries when accessing the FTP server.

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Attribute Description

Maximum time for sending a report. If the report read time is higher

TimeSendReq

TimeDisconMeter

RetryDisconMeter

TimeRetryInterval Time between reattempts to communicate with the units.

ReportFormat Indicates the format of the reports: compressed (1), normal (0).

ValuesCheckDelay Number of seconds delay to execute an order.

MaxOrderOutdate

TimeDelayRestart

NTPMaxDeviation

AccInacTimeout Period of inactivity before the WEB session ends. (minutes)

AccSimulMax Maximum number of simultaneous users on the WEB.

PrimaryDns Primary DNS IP address.

SecondaryDns Secondary DNS IP address.

PathReports Directory for uploading the le to the FTP.

TimeZone

mailHost Mail server.

mailUser Mail user.

mailPassword Mail password.

mainMail Address from which mail is sent.

destinationMail Address to which mail is sent.

hourIni Start time for communication with the tasks.

hourEnd End time for communication with the tasks.

activeFilterTime

latitude CirLAMP Manager latitude.

longitude CirLAMP Manager longitude.

viewNodes

than indicated, a report containing the information collected to date will be sent and it will continue to read the information until it is complete. (seconds)

If the time of the last communication exceeds the time indicated by this variable, the unit will change from active to inactive. (seconds)

Number of retries to communicate with the nodes connected to the CirLAMP Manager network.

Maximum time to initiate an order, i.e., if an order is programmed with an initiate execution time higher than this value, the order will be aborted. (seconds)

Wait time before continuing with tasks after starting the unit. (seconds)

The unit will generate an event when the deviation in seconds, between the NTP and the unit, is greater than that indicated.

Time zone: 0 : Barcelona, 1: London, 2: Athens, 3: Argentina, 4: Brazil 5 : Colombia, 6: Central America.

The lter for the tasks communication time is enabled (Y) or disabled (N).

Indicates whether you want to view the CirLAMP Nodes on the map or not.

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4.6.4.2. E02-L02, Conguration of tasks

Format of le E02 (Figure 28):

Figure 28: File E02�

Format of le L02 (Figure 29):

Figure 29: File L02�

Where:

Root element: <Report/Order> <Report/Order> is the root element of the le. Its attributes indicate the data necessary to

process the le:

Table 14:File E02-L02, element <Report/Order>

Attribute Description

IdRpt/IdReq Report/order identier. IdPet Single identier for the order. Version Version identier.

Container element: <CirLamp> < CirLamp> is the container element for the report order:

Table 15:File E02-L02, element <CirLamp>

Attribute Description

Id CirLamp Manager identier.

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Container element: < L02/E02> < L02/E02> is the container element for information relating to the conguration of the tasks.

Container element: < TP> < TP> is the container element for information relating to a task:

Table 16:File E02-L02, element <TP>

Attribute Description

TpTar Task identication number.

Task start time. Format: YYYYMMDDHHmmssX

TpHi

TpPer Frequency, time between queries. Format: YYYYMMDDHHmmss.

TpPrio

A : year, M: month, D: day, H: hour, m: minute, s: second X: summer (S) or winter (W).

Task priority. 1 : Maximum priority. 2: Normal priority. 3: Low priority.

Container element: < TPPro> < TPPro> is the container element for information relating to a report:

Table 17:File E02-L02, element <TPPro>

Attribute Description

TpReq Report created in this task.

TpSend

TpStore Frequency, time between queries. Format: YYYYMMDDHHmmss.

Indicates whether the report obtained is sent to the FTP server or not. Y: The le is sent. N: The le is not sent.

4.6.4.3. E03, Update rmware

Format of le E03 (Figure 30):

Figure 30: File E03�

Where:

34

Root element: <Order> Order> is the root element of the le. Its attributes indicate the data necessary to process the

le:

Table 18:File E03, element <Order>

Attribute Description

IdRpt/IdReq Report/order identier. IdPet Single identier for the order. Version Version identier.

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Container element: <CirLamp> < CirLamp> is the container element for the report order:

Table 19:File E03, element <CirLamp>

Attribute Description

Id CirLamp Manager identier.

Container element: < E03> < E03> is the container element for information relating to the updating of the unit:

Table 20:File E03, element <E03>

Attribute Description

ActDate Activation date for the update rmware order. Firmware File download path required to update the CirLAMP Manager�

4�6�4�4� E04-L04, Nodes reference

Format of le E04 (Figure 31):

Figure 31: File E04�

Format of le L04 (Figure 32):

Figure 32: File L04�

Where:

Root element: <Report/Order> <Report/Order> is the root element of the le. Its attributes indicate the data necessary to

process the le:

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CirLAMP system

Table 21:File E04-L04, element <Report/Order>

Attribute Description

IdRpt/IdReq Report/order identier. IdPet Single identier for the order. Version Version identier.

Container element: <CirLamp> < CirLamp> is the container element for the report order:

Table 22:File E04-L04, element <CirLamp>

Attribute Description

Id CirLamp Manager identier.

Container element: < L04/E04> < L04/E04> is the container element for information relating to the reference for the network

nodes.

Container element: < Node> < Node> is the container element for information relating to a node:

Table 23:File E04-L04, element <Node>

Attribute Description

nodeId Node identier. Reference Node reference for better physical localisation of the node. latitude CirLAMP Node latitude. longitude CirLAMP Node longitude.

4�6�4�5� E05-L05, Work time interval

Format of le E05 (Figure 33):

Figure 33: File E05�

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Format of le L05 (Figure 34):

Figure 34: File L05�

Where:

Root element: <Report/Order> <Report/Order> is the root element of the le. Its attributes indicate the data necessary to

process the le:

Table 24:File E05-L05, element <Report/Order>

Attribute Description

IdRpt/IdReq Report/order identier. IdPet Single identier for the order. Version Version identier.

Container element: <CirLamp> < CirLamp> is the container element for the report order:

Table 25:File E05-L05, element <CirLamp>

Attribute Description

Id CirLamp Manager identier.

Container element: < L05/E05> < L05/E05> is the container element for information relating to the work time interval:

Table 26:File E05-L05, element <L05/E05>

Attribute Description

ActDate Order activation date.

Container element: < Node> < Node> is the container element for information relating to a node:

Table 27:File E05-L05, element <Node>

Attribute Description

nodeId Node identier.

Container element: < Interval> < Interval> is the container element for information relating to the work time interval:

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Table 28:File E05-L05, element <Interval>

Attribute Description

time Duration in minutes for the work time interval. power % of power in the work time interval.

4�6�4�6� E06-L06, Memory work interval

Format of le E06 (Figure 35):

Figure 35: File E06�

Format of le L06 (Figure 36):

Figure 36: File L06�

Where:

Root element: <Report/Order> <Report/Order> is the root element of the le. Its attributes indicate the data necessary to

process the le:

Table 29:File E06-L06, element <Report/Order>

Attribute Description

IdRpt/IdReq Report/order identier. IdPet Single identier for the order. Version Version identier.

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Container element: <CirLamp> < CirLamp> is the container element for the report order:

Table 30:File E06-L06, element <CirLamp>

Attribute Description

Id CirLamp Manager identier.

Container element: < L06/E06> < L06/E06> is the container element for information relating to the memory work interval:

Table 31:File E06-L06, element <L06/E06>

Attribute Description

ActDate Order activation date.

Container element: < Node> < Node> is the container element for information relating to a node:

Table 32:File E06-L06, element <Node>

Attribute Description

nodeId Node identier.

Container element: < Interval> < Interval> is the container element for information relating to the memory work interval:

Table 33:File E06-L06, element <Interval>

Attribute Description

time1 Duration in minutes of memory work interval number one.

power1

time2

power2

time3

power3

time4

power4

% of power in the memory work interval number one.

Duration in minutes of memory work interval number two.

% of power in memory work interval number two.

Duration in minutes of memory work interval number three.

% of power in memory work interval number three.

Duration in minutes of memory work interval number four.

% of power in memory work interval number four.

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4�6�4�7� E07-L07, Alarm adjustment

Format of le E07 (Figure 37):

Figure 37: File E07�

Format of le L07 (Figure 38):

Figure 38: File L07�

Where:

Root element: <Report/Order> <Report/Order> is the root element of the le. Its attributes indicate the data necessary to

process the le:

Table 34:File E07-L07, element <Report/Order>

Attribute Description

IdRpt/IdReq Report/order identier. IdPet Single identier for the order. Version Version identier.

40

Container element: <CirLamp> < CirLamp> is the container element for the report order:

Table 35:File E07-L07, element <CirLamp>

Attribute Description

Id CirLamp Manager identier.

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Container element: < L07/E07> < L07/E07> is the container element for information relating to alarm adjustment:

Table 36:File E07-L07, element <L07/E07>

Attribute Description

ActDate Order activation date.

Container element: < Node> < Node> is the container element for information relating to a node:

Table 37:File E07-L07, element <Node>

Attribute Description

nodeId Node identier.

Container element: < Alarms> <Alarms> is the container element for information relating to the adjustment of a node's

alarms:

Table 38:File E07-L07, element <Interval>

Attribute Description

blinkActive Threshold of active power for the intermittent bulb alarm.

blinkTime

blinkTimes

blinkTotalTime

brokenActive

brokenTime

capacitorReactive

capacitorTime

powerLamp

timeAlarm

percentageAlarm

factorPower

Blinking time for the intermittent bulb alarm (seconds).

Number of blinks for the intermittent bulb alarm.

Total blinking time for the intermittent bulb alarm (seconds).

Threshold of active power for the burnt out lamp alarm.

Alarm time for the burnt out lamp (seconds).

Threshold of reactive power for the broken capacitor alarm.

Broken capacitor alarm time (seconds).

Lamp power

Alarm detection time (seconds).

Minimum percentage to detect the alarm.

Minimum power factor to detect the alarm.

4�6�4�8� E08-L08, Delete nodes from the network

Format of le E08 (Figure 39):

Figure 39: File E08�

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Format of le L08 (Figure 40):

Figure 40: File L08�

Where:

Root element: <Report/Order> <Report/Order> is the root element of the le. Its attributes indicate the data necessary to pro-

cess the le:

Table 39:File E08-L08, element <Report/Order>

Attribute Description

IdRpt/IdReq Report/order identier. IdPet Single identier for the order. Version Version identier.

Container element: <CirLamp> < CirLamp> is the container element for the report order:

Table 40:File E08-L08, element <CirLamp>

Attribute Description

Id CirLamp Manager identier.

Container element: < L08/E08> < L08/E08> is the container element for information relating to the deletion of nodes from the

network:

Table 41:File E08-L08, element <L08/E08>

Attribute Description

ActDate Order activation date.

Container element: < Node> < Node> is the container element for information relating to a node:

Table 42:File E08-L08, element <Node>

Attribute Description

nodeId Node identier.

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4�6�4�9� E09, Manage the nodes black list

Format of le E09 (Figure 41):

Figure 41: File E09�

Where:

Root element: <Report/Order> <Report/Order> is the root element of the le. Its attributes indicate the data necessary to pro-

cess the le:

Table 43:File E09, element <Report/Order>

Attribute Description

IdRpt/IdReq Report/order identier. IdPet Single identier for the order. Version Version identier.

Container element: <CirLamp> < CirLamp> is the container element for the report order:

Table 44:File E09, element <CirLamp>

Attribute Description

Id CirLamp Manager identier.

Container element: < E09> < /E09> is the container element for information relating to the modication of the network

nodes black list.

Table 45:File E09, element <E09>

Attribute Description

ActDate Order activation date.

Container element: < Node> < Node> is the container element for information relating to a node:

Table 46:File E09, element <Node>

Attribute Description

nodeId Node identier.

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CirLAMP system

4�6�4�10� E11-L11, Set the total useful time for node lamps to 0�

Format of le E11 for resetting the total useful life of the lamps (Figure 42):

Figure 42: File E11�

Format of le L11 conrming that the total useful life of the lamps has been reset (Figure 43):

Figure 43: File L11�

Where:

Root element: <Report/Order> <Report/Order> is the root element of the le. Its attributes indicate the data necessary to

process the le:

Table 47:File E11-L11, element <Report/Order>

Attribute Description

IdRpt/IdReq Report/order identier. IdPet Single identier for the order. Version Version identier.

Container element: <CirLamp> < CirLamp> is the container element for the report order:

Table 48:File E11-L11, element <CirLamp>

Attribute Description

Id CirLamp Manager identier.

Container element: < E11/L11> < E11> is the container element for information relating to setting the total useful life of the node

lamps to 0:

44

Table 49:File E11-L11, element <E11>

Attribute Description

ActDate Order activation date.

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Container element: < Node> < Node> is the container element for information relating to a node:

Table 50:File E09, element <Node>

Attribute Description

nodeId Node identier.

4�6�4�11� E12-L12, Delete all nodes from the network�

Format of le E12 for deleting all nodes from the network (Figure 44):

Figure 44: File E12�

Format of conrmation le L12 (Figure 45):

Figure 45: File L12�

Where:

Root element: <Report/Order> <Report/Order> is the root element of the le. Its attributes indicate the data necessary to pro-

cess the le:

Table 51:File E12-L12, element <Report/Order>

Attribute Description

IdRpt/IdReq Report/order identier. IdPet Single identier for the order. Version Version identier.

Container element: <CirLamp> < CirLamp> is the container element for the report order:

Table 52:File E12-L12, element <CirLamp>

Attribute Description

Id CirLamp Manager identier.

Container element: < E12/L12> < E12> is the container element for information relating to the deletion of all nodes from the

network:

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CirLAMP system

Table 53:File E12-L12, element <E12>

Attribute Description

ActDate Order activation date.

4�6�4�12� E13-L13, Management of the Inputs/Outputs module

(M8I8O Expansion module).

Format of conguration le E13 (Figure 46):

Figure 46: File E13�

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Instruction Manual

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Format of le L13 for reading the status of the Inputs/Outputs (Figure 47):

Figure 47: File L13�

Where:

Root element: <Report/Order> <Report/Order> is the root element of the le. Its attributes indicate the data necessary to

process the le:

Table 54:File E13-L13, element <Report/Order>

Attribute Description

IdRpt/IdReq Report/order identier. IdPet Single identier for the order. Version Version identier.

Container element: <CirLamp> < CirLamp> is the container element for the report order:

Table 55:File E13-L13, element <CirLamp>

Attribute Description

Id CirLamp Manager identier.

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Container element: < E13/L13> < E13/L13> is the container element for information relating to the conguration of the unit's

inputs/outputs:

Table 56:File E13-L13, element <E13/L13>

Attribute Description

ActDate Order activation date.(E13)

Fh Report date. (read L13)

OffsetSunRise Length of deviation in minutes before activating

the output congured for sunrise.

OffsetSunSet Length of deviation in minutes before activating

the output congured for sunset.

Container element: < Input> < Input> is the container element for information relating to the conguration of an input for the

unit:

Table 57:File E13-L13, element <Input>

Attribute Description

Dir Input direction. Value Indicates whether the input is active (1: active, 0: inactive) (only in le

L13).

SponEnable Activates or deactivates the spontaneous event in the inputs.

Container element: < Output> < Output> is the container element for information relating to the conguration of an output for

the unit:

Table 58:File E13-L13, element <Output>

Attribute Description

Dir Output direction

Sunset

Sunrise

In1

In2

In3

In4

In5

In6

In7

In8

Enables or disables the activation of the output during sunset. (1: enabled, 0: disabled)

Enables or disables the activation of the output during sunrise. (1: enabled, 0: disabled)

Enables or disables the activation of the output via input 1. (1: enabled, 0: disabled)

Enables or disables the activation of the output via input 2. (1: enabled, 0: disabled)

Enables or disables the activation of the output via input 3. (1: enabled, 0: disabled)

Enables or disables the activation of the output via input 4. (1: enabled, 0: disabled)

Enables or disables the activation of the output via input 5. (1: enabled, 0: disabled)

Enables or disables the activation of the output via input 6. (1: enabled, 0: disabled)

Enables or disables the activation of the output via input 7. (1: enabled, 0: disabled)

Enables or disables the activation of the output via input 8. (1: enabled, 0: disabled)

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Attribute Description

Value

SincNode

Indicates whether the input is active or not (1: active, 0: inactive) (only in le L13).

Activates or deactivates synchronisation with the nodes when the output is activated.

4�6�4�13� L14, List of spontaneous events

Format of conguration le L14 (Figure 48):

Figure 48: File L14�

Where:

Root element: <Report/Order> <Report/Order> is the root element of the le. Its attributes indicate the data necessary to pro-

cess the le:

Table 59:File L14, element <Report/Order>

Attribute Description

IdRpt/IdReq Report/order identier. IdPet Single identier for the order. Version Version identier.

Container element: <CirLamp> < CirLamp> is the container element for the report order:

Table 60:File L14, element <CirLamp>

Attribute Description

Id CirLamp Manager identier.

Container element: < L14> < L14> is the container element for information relating to events in the CirLAMP Manager:

Table 61:File L14, element <L14>

Attribute Description

Fh Date.

Et Event group.

C Event code.

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CirLAMP system

Container element: <D1> < D1> is the container element for information relating to the event:

It contains data relating to the event, if necessary.

Container element: <D2> < D3> is the container element for information relating to the event:

It contains data relating to the event, if necessary.

4�6�4�14� L17-E17, Memory work interval, via time conguration.

Format of conguration le E17 (Figure 49):

Figure 49: File E17�

Format of conguration le L17 (Figure 50):

Figure 50: File L17�

Where:

Root element: <Report/Order> <Report/Order> is the root element of the le. Its attributes indicate the data necessary to

process the le:

Table 62:File L17-E17, element <Report/Order>

Attribute Description

IdRpt/IdReq Report/order identier. IdPet Single identier for the order. Version Version identier.

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Container element: <CirLamp> < CirLamp> is the container element for the report order:

Table 63:File L17-E17, element <CirLamp>

Attribute Description

Id CirLamp Manager identier.

Container element: < E17> < E17> is the container element for information relating to the memory work time interval.

Container element: <Node> < Node> is the container element for information relating to the node:

Table 64:File L17-E17, element <Node>

Attribute Description

nodeId Node identier.

Container element: < Interval> < Interval> is the container element for information relating to the memory work interval:

Table 65:File L17-E17, element <Interval>

Attribute Description

hour1

min1

power1

hour2

min2

power2

hour3

min3

power3

hour4

min4

power4

Power 1 start time (only appears in the L17 read le).

Power 1 start time in minutes (only appears in the L17 read le).

% of power in memory work interval number one.

Power 2 start time (only appears in the L17 read le).

Power 2 start time in minutes (only appears in the L17 read le).

% of power in memory work interval number two.

Power 3 start time (only appears in the L17 read le).

Power 3 start time in minutes (only appears in the L17 read le).

% of power in memory work interval number three.

Power 4 start time (only appears in the L17 read le).

Power 4 start time in minutes (only appears in the L17 read le).

% of power in memory work interval number four.

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CirLAMP system

4�6�4�15� C06, Modication of the date in CirLAMP Manager.

Format of conguration le C06 (Figure 51):

Figure 51: File C06�

Where:

Root element: <Order> <Order> is the root element of the le. Its attributes indicate the data necessary to process

the le:

Table 66:File C06, element <Order>

Attribute Description

IdRpt/IdReq Report/order identier. IdPet Single identier for the order. Version Version identier.

Container element: <CirLamp> < CirLamp> is the container element for the report order:

Table 67:File C06, element <CirLamp>

Attribute Description

Id CirLamp Manager identier.

Container element: <C06> < C06> is the container element for information relating to the modication of the unit date:

Table 68:File C06, element <C06>

Attribute Description

Date. Format: YYYYMMDDHHmmssX

date

A : year, M: month, D: day, H: hour, m: minute, s: second X: summer (S) or winter (W).

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4�6�5� NODES MENU: NODE MAP

NB: task L15 must have been completed previously (See “4�6�12� CirLAMP MANAGER MENU:

TASKS”)

This screen, Figure 52, displays the network typology.

Figure 52:Node map�

The identier within the network (netId) and the nodes connected to it (where applicable) are indicated after the serial number of each node. It also displays the list of nodes that do not communicate.

4�6�6� NODES MENU: NODE UPDATE

From this screen, Figure 53, you can update the node rmware. At the bottom is the status of the last upgrade performed.

Figure 53:Node update�

Method:

The update method must be selected to perform the update. The different update methods include:

Unicast: With this method, the nodes are updated individually and the binary blocks sent with unicast frames. This method is signicantly slower than the other, but is also more robust.

  Multicast: With this method the nodes are updated collectively and the binary blocks are sent with multicast frames. This method is usually the quickest of all methods but it can be problematic in very large networks with many repeaters.  Mixed (Multicast and unicast): This method combines the two previous methods; it starts the update by sending all the binary with multicast frames and then resends the blocks that each node has not received using unicast frames.

Node list:

In this section the le with the list of nodes must be selected. This is a plain text le (normally with extension “.txt”) indicating the nodes to be updated. This le species the nodes to be updated individually, all the identiers are written out and separated by a comma.

Example:

1301316033,1301316034,1301316035,1301316036,1301316037,1301316038

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CirLAMP system

File:

In this section, the le with the binary for the rmware to be updated is selected; le with extension “.tsk”.

Once the Send button is clicked, the update starts, Figure 54.

Figure 54:Update in progress screen�

The update can be cancelled at any time by clicking on the Cancel button. If the cancellation is successful, the following screen is displayed, Figure 55:

Figure 55:Cancellation successful screen�

4�6�7� NODES MENU: INTRUDER LIST

It is possible that the CirLAMP Manager may detect nodes that are not electrically connected to the same distribution lines as the CirLAMP Manager.

Figure 56:Intruder list�

To dene which nodes should not be connected to the unit, you can create a list of nodes which should not be connected to the CirLAMP Manager on the Intruder list screen, using the serial number of each node.

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4�6�8� CirLAMP MANAGER MENU: REPORTS

The following reports can be downloaded on the Reports screen, Figure 57:

Figure 57:Reports�

 CirLamp Manager Parameters (L01): Report displaying the full static and dynamic cong- uration of the unit.

 List of CirLamp Manager nodes (L03): Report with all the information relating to the nodes connected to the unit.

 Status of the digital I/Os (L13): Report with the conguration and status of the unit's inputs and outputs. This will only be available if the CirLAMP Manager has the inputs and outputs module (M8I8O Expansion module).

 CirLamp Manager events (L16): Report detailing the events logged by the unit.

 CirLamp Manager log: Report containing a log of the unit's activity.

Click on the Download button to download the report selected on the computer.

NB: The structure of the reports can be seen in section “4�6�4� NODES MENU: ORDERS”

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55

CirLAMP system

4�6�9� CirLAMP MANAGER MENU: INPUTS AND OUTPUTS

This screen, Figure 58, will only be available if CirLAMP Manager has the inputs and outputs module (M8I8O Expansion module).

56

Figure 58: Inputs and outputs�

Inputs:

This section shows the status of the eight inputs and the option to congure the function to send a spontaneous event each time an input is connected. Spontaneous events are sent via SOAP messages.

Outputs: The operating mode for each of the outputs can be selected in the Mod� Work column:

ON: Output is always activated. OFF: Output is always deactivated.

AUTO: The output will be activated or deactivated depending on the conguration op-

tions assigned.

Instruction Manual

CirLAMP system

Each of the eight outputs of a module can be assigned to:

Sunset: when the sun goes down. Sunrise: when the sun comes up.  In1 �� In8: the status of the selected input.

NB: An output may have more than one option assigned; in this case the output will switch to

ON status when any of the options are fullled.

The Sinc� Node column is used to indicate whether we want the units congured with time slots to synchronise when the selected input is activated.

Offset conguration:

If an output has been assigned to Sunset or Sunrise, in this section you can program:

 OffsetOrto: Time in minutes between sunrise and the activation of the assigned out- put.

 OffsetOcaso: Time in minutes between sunset and the activation of the assigned out- put.

4�6�10� CirLAMP MANAGER MENU: PARAMETERS

From this screen you can display and congure all of the unit's parameters.

4�6�10�1� General parameters

The general parameters of the CirLAMP Manager are factory-set and cannot be modied from the web site.

Figure 59:General parameters�

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57

4.6.10.2. Communications conguration

CirLAMP system

Figure 60: Communications conguration.

On this screen you can congure the following communications conguration parameters:

 dcPwdAdm: Web site access password for a user with write access.

 dcPwdRead: Web site access password for a user with read access. ipCom: IP address. ipMask: Subnet mask. ipGtw: Gateway. ipDhct: Option to congure or not congure the network automatically (DHCP). DhcpIdentier: DHCP client identier. primaryDns: primary DNS IP. secondaryDns: secondary DNS IP. ipLoc: IP address for local communications. ipMaskLoc: Subnet mask for local communications. portWS: Receiver port for communications from the WS. pse: Serial port speed. accinacTimeout: Duration of inactivity, in minutes, before a session is closed. accSimulMax: Maximum number of sessions allowed simultaneously.

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4.6.10.3. NTP conguration

Figure 61:NTP conguration.

On this screen you can congure the following conguration parameters for the NTP:

ipNtp: IP address for NTP synchronisation. ntpMaxDeviation: Time deviation to create an event, in seconds.

4.6.10.4. FTP conguration

Figure 62:FTP conguration.

On this screen you can set up the following conguration parameters for the FTP:

ipFtp: IP address for the server to which the reports will be sent. ftpUser: Username for the server to which the reports will be sent. ftpPwd: Password for the server to which the reports will be sent. pathReports: Server path to where the reports are sent. retryFtp: Number of retries for accessing the FTP server. timeBetwFtp: Time between retries for accessing the FTP server, in seconds. FtpServer: FTP server. FtpsServer: FTP server on TLS.

4.6.10.5. Mail conguration

The unit can send a report via email when a node alarm is activated.

Instruction Manual

Figure 63:Mail conguration.

59

CirLAMP system

On this screen, Figure 63, you can congure all of the parameters required to send the email:

mailHost: IP address of the server where the reports will be sent. mailUser: Username for the server to which the reports will be sent. mailPassword: Password for the server to which the reports will be sent. mainMail: IP address of the server where the reports will be sent.

destinationMail: Email address where the reports will be sent.

Figure 64 shows an example of the report sent via email when burnt-out lamps are detected.

*****************************

CirLamp Manager

*****************************

Installation status: NodeId: 1000000 -> broken NodeId: 5000005 -> broken NodeId: 1300000001 -> broken NodeId: 1301250006 -> broken NodeId: 1301316033 -> broken NodeId: 1301316039 -> broken NodeId: 1301316043 -> broken NodeId: 1301316044 -> broken NodeId: 1301316045 -> broken NodeId: 1301316047 -> broken

*****************************

Figure 64: Report via email�

4.6.10.6. Node communications conguration

Figure 65:Node communications conguration

On this screen, Figure 62, you can congure all of the parameters required to adjust the communications with the nodes:

priority: You can select to enable or disable the priorities assigned to the tasks in the

case of a collision..

 timeSendReq: Maximum time to send a report.

 timeDisconNode: Time in which the unit changes from status A (Active) to PF (per-

manent fault).

retryDisconNode: Retries at communications with a node.

timeRetryinterval: Time between retries at communications with a node, in seconds. valuesCheckDelay: Minimum time between an order and a reading, in seconds.

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 maxOrderOutdate: Window of time for the validation of orders, in seconds.

timeDelayRestart: Waiting time to continue the tasks, in seconds.

4.6.10.7. CirLamp remote management system conguration

Figure 66:CirLamp remote management system conguration.

On this screen, Figure 66, you can congure all the parameters for the CIRLamp telemanagement system.

ipStg: IP address. stgPwd: Password.

 stgPath: Path.

4�6�10�8� Communications interval

Figure 67:Conguration of the communications interval.

The nodes may not be on all day; for this reason, on this screen, Figure 67, the intervals for communication between the nodes and the CirLAMP can be congured:

activeFilterTime, This parameter selects the communications interval; the three possible options are:

Enable: A xed period of time is enabled to perform the communications. In this case, the communications activation time is entered in hourini, and the end time in hourEnd.

Disable: There is no xed communications interval, the CirLAMP will try to communi- cate with the nodes at any time, even if these are not connected.

NB: This option is not recommended if the nodes are stopped during the day.

Automatic: The CirLAMP will calculate sunrise and sunset using geolocation. The parameters hourini and hourEnd are calculated automatically.

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4�6�10�9� Other parameters

Figure 68:Conguration of other parameters.

On this screen you can congure the following parameters:

name: Identication name of the CirLAMP. reportFormat: Format of the les: Normal or Compressed.

 viewNode: Enables the display of the nodes on the web site map. If the display is

activated the Reference, Latitude and Longitude elds are displayed in the table of

units.

4.6.10.10. Send parameters le (E01)

CirLAMP system

Figure 69:Send the parameters le (E01).

All of the CirLAMP parameters can also be modied by sending the parameters le (E01). The parameters le E01 is in “.xml” format ( “4.6.4.1. E01-L01, Conguration of parameters”).

4.6.10.11. Time conguration

Figure 70: Time conguration.

On this screen you can congure the following parameters:

Fh: Date and time. timeZone: Time zone.

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4�6�11� CirLAMP MANAGER MENU: GEOLOCATION

From this screen you can geolocate the CirLAMP Manager, Figure 71:

Figure 71:Geolocation�

To do this, the latitude and longitude coordinates must be entered manually. Next, click on the Send manual geolocation manual button.

Once geolocation has been completed, daylight hours will be calculated:

Sunrise: time at which the sun comes up. Sunset: time at which the sun goes down.

To calculate sunrise and sunset, the time zone corresponding to the coordinates selected must be previously congured. (“4.6.10.11. Time conguration”) The values for daylight hours are those used on the Inputs and Outputs screen (“4.6.9. CirLAMP

MANAGER MENU: INPUTS AND OUTPUTS”).

Figure 71 also shows the CirLAMP positioning map. If the nodes have been positioned, these

will also be displayed.

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63

4�6�12� CirLAMP MANAGER MENU: TASKS

CirLAMP system

Figure 72:Tasks�

The tasks are actions that the CirLAMP will complete on a certain date and time or periodically. You can congure all of the CirLAMP tasks on the screen shown in Figure 72.

The upper section of the screen, Tasks, shows a list of all the CirLAMP tasks. The Task settings table appears when you click on one of the tasks, with the conguration of the selected task. The parameters for this table are:

Identier: Task identication number.

Start-up time: Task start date. Priority in report performing: Indicates the priority assigned to the task in the event of a col-

lision:

1: Maximum priority 2: Normal priority 3: Low priority

Fill in gaps: (Field provided for future use)

TpMet: If you only want a certain number of units to perform the tasks, the serial number of the

units that will perform the tasks is entered in this section, separated by a comma.

64

Interval: In this section you program the repetition period for the task.

Instruction Manual

CirLAMP system

In the Task processes list section you can program: The task that will be executed is selected in the Request column: L03, L09 or L15.

Table 69: Tasks available for the CirLAMP Manager�

Code Description

L03 List of units in the PLC network.

L09

L15 Update rmware.

Conguration of tasks.

(See “4�6�12�1� L03, List of units in the PLC network”, and “4�6�12�3� L15, Network topology”) .

Send: Select whether the le will be sent to the FTP server (Yes) or (No). Storing: Indicate whether the data will or will not be stored in the internal CirLAMP database

after the reports are consulted. Attributes: (Field provided for future use). The buttons:

X, deletes the selected task. Add, adds a new task or process. Accept, stores the modied task temporarily.

Once all the tasks are congured, click on the “Send” button to save the tasks in the CirLAMP Manager.

4�6�12�1� L03, List of units in the PLC network

Format of task le L03 (Figure 73):

Figure 73: File L03�

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65

CirLAMP system

Where:

Root element: <Report> <Report> is the root element of the le. Its attributes indicate the data necessary to process

the le:

Table 70:File L03, element <Report/Order>

Attribute Description

IdRpt/IdReq Report/order identier. IdPet Single identier for the order. Version Version identier.

Container element: <CirLamp> < CirLamp> is the container element for the report order:

Table 71:File L03, element <CirLamp>

Attribute Description

Id CirLAMP Manager identier.

Container element: < L03> <L03> is the container element for information relating to the installation nodes.

Table 72:File L03, element <L03>

Attribute Description

Fh

Activation date for the update rmware order.

Container element: <Node> < Node> is the container element for information relating to a node:

Table 73:File L03, element <Node>

Attribute Description

nodeId

Vf

Positioning

latitude

longitude

Reference

ComStatus

LastCommunication

CommFirstOk

CommOkWithRetries

CommKo

Node identier.

Firmware version

Node reference for better physical localisation of the node.

CirLAMP Node latitude

CirLAMP Node longitude.

Node reference, alternative identication.

Status of the meter connection.

Date of the unit's last communication Format: YYYYMMDDHHmmssX A : year, M: month, D: day, H: hour, m: minute, s: second X: summer (S) or winter (W).

Number of correct communications during the rst attempt.

Number of correct communications with retries.

Number of incorrect communications.

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Container element: <IntervalMemory> < IntervalMemory> is the container element for information relating to the memory work inter-

val:

Table 74:File L03, element <IntervalMemory>

Attribute Description

time1 Duration in minutes of memory work interval number one.

power1

time2

power2

time3

power3

time4

power4

% of power in the memory work interval number one.

Duration in minutes of memory work interval number two.

% of power in memory work interval number two.

Duration in minutes of memory work interval number three.

% of power in memory work interval number three.

Duration in minutes of memory work interval number four.

% of power in memory work interval number four.

Container element: <TemporalInterval> <TemporalInterval> is the container element for information relating to the work time interval:

Table 75:File L03, element <TemporalInterval>

Attribute Description

time Duration in minutes for the work time interval.

power

% of power in the work time interval.

Container element: <Measurement> <Measurement> is the container element for information relating to the unit measurements:

File L03, element <Measurement>

Attribute Description

Voltage Voltage

Current

activePower

reactivePower

apparentPower

powerFactor

Current

Active power.

Reactive power.

Apparent power.

Power factor

Container element: <Alarms> <Alarms> is the container element for information relating to alarm adjustment:

Attribute Description

broken Blown alarm status.

blink

capacitor

Instruction Manual

File L03, element <Alarms>

Intermittent alarm status.

Open capacitor alarm status.

67

CirLAMP system

4�6�12�2� L09, Current status of the installation

Format of task le L09 (Figure 74):

Figure 74: File L09�

Where:

Root element: <Report> <Report> is the root element of the le. Its attributes indicate the data necessary to process

the le:

Table 76:File L09, element <Report/Order>

Attribute Description

IdRpt/IdReq Report/order identier. IdPet Single identier for the order. Version Version identier.

Container element: <CirLamp> < CirLamp> is the container element for the report order:

Table 77:File L09, element <CirLamp>

Attribute Description

Id CirLamp Manager identier.

Container element: < L09> < L09> is the container element for information relating to the current status of the installation.

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Table 78:File L09, element <L09>

Attribute Description

Fh

Activation date for the update rmware order.

Container element: <Node> < Node> is the container element for information relating to a node:

Table 79:File L09, element <Node>

Attribute Description

nodeId

broken

blinking

capacitor

totalActiveTime

LastCommunication

Reference

Node identier.

Blown lamp alarm status.

Yes: burnt out lamp alarm active. No: burnt out lamp alarm not active.

Intermittent lamp alarm status.

Yes: Intermittent lamp alarm active. No: Intermittent lamp alarm not active.

Status of the open capacitor alarm.

Yes: open capacitor alarm active. No: open capacitor alarm not active.

Lamp useful life

Date of the unit's last communication Format: YYYYMMDDHHmmssX A : year, M: month, D: day, H: hour, m: minute, s: second X: summer (S) or winter (W).

Node reference for better physical localisation of the node.

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CirLAMP system

4�6�12�3� L15, Network topology

Format of task le L15 (Figure 75):

<Report IdRpt=”L15” IdPet=”3” Version=”3�1”> <CirLamp Id=”CIR1311306013”> <L15 Fh=”20130310200846W” NodesLive=”20”> <Node nodeId=”1301250007” NetworkID=”3E8” ParentID=”1” OwnID=”101”

PredenedNetworkID=”FFFF”>

</Node> <Node nodeId=”1301250013” NetworkID=”3E8” ParentID=”1” OwnID=”103”

PredenedNetworkID=”FFFF”>

</Node> <Node nodeId=”1301250016” NetworkID=”3E8” ParentID=”103” Own-

ID=”201” PredenedNetworkID=”FFFF”>

</Node> </Node> <Node nodeId=”1301250020” NetworkID=”3E8” ParentID=”1” OwnID=”107”

PredenedNetworkID=”FFFF”>

</Node> <Node nodeId=”1301250021” NetworkID=”3E8” ParentID=”1” OwnID=”102”

PredenedNetworkID=”FFFF”>

</Node> <Node nodeId=”1301250023” NetworkID=”3E8” ParentID=”1” Own-

ID=”10B” PredenedNetworkID=”FFFF”>

</Node> <Node nodeId=”1301250024” NetworkID=”3E8” ParentID=”1” OwnID=”109”

PredenedNetworkID=”FFFF”>

</Node> <Node nodeId=”1301250025” NetworkID=”3E8” ParentID=”1” Own-

ID=”10A” PredenedNetworkID=”FFFF”>

</Node> </L15> </CirLamp> </Report>

Figure 75: File L15�

Where:

Root element: <Report> <Report> is the root element of the le. Its attributes indicate the data necessary to process

the le:

Table 80:File L15, element <Report>

Attribute Description

IdRpt/IdReq Report/order identier. IdPet Single identier for the order. Version Version identier.

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Container element: <CirLamp> < CirLamp> is the container element for the report order:

Table 81:File L15, element <CirLamp>

Attribute Description

Id CirLamp Manager identier.

Container element: < L15> < L15> is the container element for information relating to the network topology:

Table 82:File L15, element <L15>

Attribute Description

Fh

NodesLive

Present date.

Units registered in the network.

Container element: <Node> < Node> is the container element for information relating to a node:

Table 83:File L15, element <Node>

Attribute Description

nodeId

NetworkID

ParentID

OwnID

PredenedNetworkID

Serial number

Network identier.

Parent ID.

Identication of the unit itself in the network.

Predened network ID (must always be FFFF).

4�6�13� CirLAMP MANAGER MENU: TASK STATUS

This screen,Figure 76, is used to view and cancel requests, tasks or orders that are currently being executed in the CirLAMP.

Instruction Manual

Figure 76:Tasks status�

71

4�6�14� CirLAMP MANAGER MENU: UPDATE

This screen, Figure 77, is used to update the CirLAMP rmware.

Figure 77:Update�

The system must be restarted before updating. To perform the update, select the le and click on the Send button. To complete the update the CirLAMP will restart.

The update le has the extension “.tar”.

NB: Do not decompress the le.

CirLAMP system

4�6�15� CirLAMP MANAGER MENU: MODEM UPDATE

This screen, Figure 78, is used to update the rmware for the PLC module.

Figure 78:Modem Update�

The system must be restarted before updating. To perform the update, select the le and click on the Send button. To complete the update the CirLAMP will restart.

The update le has the extension “.tar”.

NB: Do not decompress the le.

4�6�16� CirLAMP MANAGER MENU: REBOOT

This screen, Figure 79, allows you to restart the CirLAMP via the web site.

72

Figure 79:reboot

Do not disconnect the unit from the auxiliary power supply while it is restarting.

Instruction Manual

CirLAMP system

5�- CirLAMP Node DN

5.1.- INSTALLATION OF THE UNIT

5�1�1� PRELIMINARY RECOMMENDATIONS

See section “4.1.1. PRELIMINARY RECOMMENDATIONS”.

5�1�2� INSTALLATION

Terminals, opening covers or removing elements can expose parts that are hazardous to the touch while the unit is powered. Do not use the unit until it is fully installed.

The unit has two cable seal/gland terminals (Figure 80):

 Input for the power supply cables. Output towards the lamp and output for the bi-level ballast.

The unit must be opened to complete the installation; to do this unscrew the four front screws.

Entrada alimentación Input for power supply cables

Salida hacia la lámpara Output towards the light

Tornillo Screw

Figure 80:Position of the CirLAMP Node cable seal terminals and screws�

Connect the unit with 5 x 2.5 mm2 hoses.

To pass the hoses through the cable seal terminals, which guarantees the IP65 protection degree of the unit, you need to pierce the cable seal from outside of the box with a 3 mm2 punch ( Figure 81)

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Do not power the unit on until it has been completely closed.

5�1�3� UNIT TERMINALS

CirLAMP system

Figure 81:gland terminals�

Table 84:List of terminals in the CirLAMP Node DN�

Unit terminals

1: L, Phase input 5: N, Control relay output ON/OFF

2: N, Neutral input 6: L, Control relay output ON/OFF

3: Earthing, Earthing input 7: Bi-level control relay output

4: Earthing ,Earthing output

1

J3

8: Bi-level control relay output

2

3

4

J4

J5

5

6

7

J6

8

74

Figure 82:Terminals for the CirLAMP Node DN�

Instruction Manual

T1 T2 T3

100%

50%

0%

CirLAMP system

5�1�4� CONNECTION DIAGRAM

Alimentación

Power supply

L

N

5.2.- CONNECTION WITH CirLAMP MANAGER

J3

J4

Figure 83:CirLAMP Node DN connection diagram�

J5

J6

*

Conectado internamente

*

Internally connected

N

L

Balasto

Ballast

N

L

Control

Doble nivel

2-level

control

The connection with the CirLAMP Manager is performed via the electrical network using PLC technology. (see “4.3.- PLC”)

5.3.- OPERATION

5�3�1� WORK INTERVALS

The CirLAMP Node DN connects to a bi-level ballast or driver, where two different work intervals can be dened. Each work interval is dened by the value of the outlet power and the interval time period.

Figure 84:Operation of a bi-level ballast�

Figure 84 shows an example of operation with a bi-level ballast or driver:

On powering, the unit begins to work delivering 100% of the power to the lamp during the dened time T1. After this time, it enters interval T2, where 50% of the power is sent to the lamp. After T2, the output once again feeds 100% of the power, during a dened time, T3. After time T3 has elapsed, the primary cutoff relay opens and the lamp is switched off.

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The CirLAMP system works with two types of work intervals:

 Memory work interval, with this system up to four different work intervals can be con-

gured through the CirLAMP Manager. The CirLAMP Node saves the work intervals in

the memory and operates autonomously so there is no need to send PLC commands for

each of the intervals.

The different light points are activated simultaneously since a general synchronisation is

completed on each start-up (every day).

Only two regulations can be programmed in the CirLAMP Node DN (For example: 100%

and 50%).

 Work time interval, a PLC command can be sent at any time to modify the % of pow-

er sent to the load, as well as the time period for this new power, in the work period which

is being executed at that moment.

When the period is changed the CirLAMP Node continues to work with the memory intervals.

See “4.6.3.1.2. Instantaneous values” to program the work intervals.

CirLAMP system

5�3�2� ALARMS

The CirLAMP Nodes can detect a burnt out lamp, an open capacitor and a blinking light, and generate an alarm.

5�3�2�1� Detection of burnt out lamp (alBroken)

Each CirLAMP node measures (every second) the active and apparent power consumed by the lamp. When the lamp blows, the value of active power reduces considerably. The node detects this anomalous operation and generates an alarm.

See“4.6.3.1.4. Alarmas” to program the alarm parameters.

5�3�2�2� Detection of open capacitor (alCapacity)

The PFC capacitor can be damaged over time, resulting in a very high value of inductive reactive power. The unit will activate the capacitor open alarm when it detects that this value has been high for 1 hour.

See“4.6.3.1.4. Alarmas” to program the alarm parameters.

76

5�3�2�3� Detection of a blinking lamp (alIntermi)

Depending on the type of lamp, once it has reached the end of its useful life, it does not switch off but starts to switch on intermittently, the CirLAMP Node detects this anomalous situation and activates the alIntermi alarm if the lamp switches off more than a programmable number of times over a period of 2 hours.

See“4.6.3.1.4. Alarmas” to program the alarm parameters.

Instruction Manual

CirLAMP system

5�3�3� MEASUREMENT PARAMETERS

The CirLAMP Node DN measures the following parameters, Table 85:

Table 85: CirLAMP Node DN measurement parameters�

Parameter Units

Voltage V Current A

Active power W

Reactive power var

Hours in operation hours

The CirLAMP Manager reads all the parameters via PLC communications, see “4.6.3.1.2. Instantaneous values”.

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6�- CirLAMP Node 1 �� 10V

Output towards the light

6.1.- INSTALLATION OF THE UNIT

6�1�1� PRELIMINARY RECOMMENDATIONS

See section “4�1�1� PRELIMINARY RECOMMENDATIONS”�

6�1�2� INSTALLATION

Terminals, opening covers or removing elements can expose parts that are hazardous to the touch while the unit is powered. Do not use the unit until it is fully installed.

The unit has two cable seal/gland terminals (Figure 85):

CirLAMP system

 Input for the power supply cables.  Output towards the lamp and 1 to 10V output to control the ballasts.

The unit must be opened to complete the installation; to do this unscrew the four front screws.

Entrada alimentación Input for power supply cables

Salida hacia la lámpara

Tornillo Screw

78

Figure 85:Position of the CirLAMP 1 to 10V cable seal terminals and screws�

Connect the unit with 5 x 2.5 mm2 hoses.

To pass the hoses through the cable seal terminals, which guarantees the IP65 protection degree of the unit, you need to pierce the cable seal from outside of the box with a 3 mm2 punch ( Figure 86)

Instruction Manual

CirLAMP system

Do not power the unit on until it has been completely closed.

6�1�3� UNIT TERMINALS

Figure 86:gland terminals�

Table 86:List of terminals for the CirLAMP Node 1��10V�

Unit terminals

1: L, Phase input 5: L, Ballast phase

2: N, Neutral input 6: N, Ballast neutral

3: Earthing, Earthing input 7:-, 1 to 10V output

4: Earthing, Earthing output

5

8:+, 1 to 10V output

6

1

2

J3

J5

7

J6

3

4

8

J4

Instruction Manual

Figure 87:Terminals for CirLAMP Node 1 �� 10V�

79

6�1�4� CONNECTION DIAGRAM

T1 T2 T3 T4

100%

75%

50%

0%

CirLAMP system

Alimentación

Power supply

L

N

6.2.- CONNECTION WITH CirLAMP MANAGER

J3

J5

J4

Figure 88:Connection diagram CirLAMP Node 1 �� 10V�

Balasto

Ballast

L

N

J6

-

+

L

N

-

Control

1...10V

+

The connection with the CirLAMP Manager is performed via the electrical network using PLC technology. (see “4.3.- PLC”)

6.3.- OPERATION

6�3�1� WORK INTERVALS

The CirLAMP Node 1 �� 10V connects to a 1 to 10 V control ballast, where four different work intervals can be dened. Each work interval is dened by the value of the outlet power and the interval time period.

Figure 89:Operation of a 1 to 10V ballast�

80

Figure 89 shows an example of operation with a 1 to 10V ballast or driver:

On powering, the unit begins to work delivering 100% of the power to the lamp during the dened time T1. Once this time has elapsed, interval T2 begins, where the power fed to the lamp is reduced to 75%, applying the corresponding control voltage to the 1 to 10V ballast.

Instruction Manual

CirLAMP system

After T2, the output drops to 50% of the power, during a period of time T3. After the time period T3 has elapsed, the output returns to 100% until the end of time period T4.

The CirLAMP system works with two types of work intervals:

 Memory work interval, with this system up to four different work intervals can be con- gured through the CirLAMP Manager. The CirLAMP Node saves the work intervals in the memory and operates autonomously so there is no need to send PLC commands for each of the intervals. The different light points are activated simultaneously since a general synchronisation is completed on each start-up (every day).

 Work time interval, a PLC command can be sent at any time to modify the % of pow- er sent to the load, as well as the time period for this new power, in the work period which is being executed at that moment. When the period is changed the CirLAMP Node continues to work with the memory intervals.

See “4.6.3.1.2. Instantaneous values” to program the work intervals.

6�3�2� ALARMS

The CirLAMP Nodes can detect a burnt out lamp, an open capacitor and a blinking light, and generate an alarm.

See “5.3.2. ALARMS”.

6�3�3� MEASUREMENT PARAMETERS

See “5.3.3. MEASUREMENT PARAMETERS”.

Instruction Manual

81

7�- CirLAMP Node DALI

Output towards the light

7.1.- INSTALLATION OF THE UNIT

7�1�1� PRELIMINARY RECOMMENDATIONS

See section “4�1�1� PRELIMINARY RECOMMENDATIONS”�

7�1�2� INSTALLATION

Terminals, opening covers or removing elements can expose parts that are hazardous to the touch while the unit is powered. Do not use the unit until it is fully installed.

The unit has two cable seal/gland terminals (Figure 90):

CirLAMP system

 Input for the power supply cables.  Output towards the lamp and the ballasts.

The unit must be opened to complete the installation; to do this unscrew the four front screws.

Entrada alimentación Input for power supply cables

Salida hacia la lámpara

Tornillo Screw

82

Figure 90:Position of the CirLAMP DALI cable seal terminals and screws�

Connect the unit with 5 x 2.5 mm2 hoses.

To pass the hoses through the cable seal terminals, which guarantees the IP65 protection degree of the unit, you need to pierce the cable seal from outside of the box with a 3 mm2 punch ( Figure 91)

Instruction Manual

CirLAMP system

Do not power the unit on until it has been completely closed.

7�1�3� UNIT TERMINALS

Figure 91:gland terminals�

Table 87:List of terminals for the CirLAMP DALI

Unit terminals

1: L, Phase input 5: L, Output relay : ON/OFF control relay

2: N, Neutral input 6: N, Output relay : ON/OFF control relay

3: Earthing, Earthing input 7:-, DALI communications

4: Earthing, Earthing output

8:+, DALI communications

5

6

7

8

1

2

J3

J5

J6

3

4

J4

Instruction Manual

Figure 92:Terminals for CirLAMP Node DALI�

83

7�1�4� CONNECTION DIAGRAM

T1 T2 T3 T4

100%

75%

50%

0%

CirLAMP system

Alimentación

Power supply

L

N

7.2.- CONNECTION WITH CirLAMP MANAGER

J3

J5

J4

Figure 93:Connection diagram CirLAMP Node DALI

L

N

J6

- DA

+ DA

Balasto

Ballast

L

N

- DA + DA

Control

DALI

control

The connection with the CirLAMP Manager is performed via the electrical network using PLC technology. (see “4.3.- PLC”)

7.3.- OPERATION

7�3�1� WORK INTERVALS

The CirLAMP Node DALI connects to a ballast with input control DALI, where four different work intervals can be dened. Each work interval is dened by a command of DALI control.

Figure 94:Operation of a DALI ballast�

84

Figure 94 shows an example of operation with a DALI ballast:

On powering, the unit begins to work delivering 100% of the power to the lamp during the dened time T1. Once this time has elapsed, interval T2 begins, where the power fed to the lamp is reduced to 75%, applying the corresponding command to the DALI ballast.

Instruction Manual

CirLAMP system

After T2, the output drops to 50% of the power, during a period of time T3. After the time period T3 has elapsed, the output returns to 100% until the end of time period T4.

The CirLAMP system works with two types of work intervals:

 Memory work interval, with this system up to four different work intervals can be con- gured through the CirLAMP Manager. The CirLAMP Node saves the work intervals in the memory and operates autonomously so there is no need to send PLC commands for each of the intervals. The different light points are activated simultaneously since a general synchronisation is completed on each start-up (every day).

 Work time interval, a PLC command can be sent at any time to modify the % of pow- er sent to the load, as well as the time period for this new power, in the work period which is being executed at that moment. When the period is changed the CirLAMP Node continues to work with the memory intervals.

See “4.6.3.1.2. Instantaneous values” to program the work intervals.

7�3�2� ALARMS

The CirLAMP Nodes can detect a burnt out lamp, an open capacitor and a blinking light, and generate an alarm.

See “5.3.2. ALARMS”.

7�3�3� MEASUREMENT PARAMETERS

See “5.3.3. MEASUREMENT PARAMETERS”.

Instruction Manual

85

8�- EXPANSION MODULE: M8I8O

8.1.- INSTALLATION OF THE UNIT

8�1�1� PRELIMINARY RECOMMENDATIONS

See section “4�1�1� PRELIMINARY RECOMMENDATIONS”�

8�1�2� INSTALLATION

Terminals, opening covers or removing elements can expose parts that are hazardous to the touch while the unit is powered. Do not use the unit until it is fully installed.

Disconnect the CirLAMP Manager from all power supply sources before connecting the M8I8O module.

CirLAMP system

The first step in installing the M8I8O module is to remove the protective cover from the expansion connector on the right-hand side of the CirLAMP Manager, Figure 95�

Figure 95: Remove the protective cover from the CirLAMP Manager expansion connector�

Connect the M8I8O expansion module, Figure 96�

86

Figure 96: Connect the M8I8O expansion module�

Instruction Manual

CirLAMP system

And nally, secure the module by inserting the six fastening pins into the corresponding slots ( Figure 97).

Figure 97: Insert the six fastening pins�

Instruction Manual

87

8�1�3� UNIT TERMINALS

1: C�IN, Common to the digital inputs 10: C�OUT, Common to the outputs

2: IN1, Digital input 1 11: OUT1, Relay output 1

3: IN2, Digital input 2 12: OUT2, Relay output 2

4: IN3, Digital input 3 13: OUT3, Relay output 3

5: IN4, Digital input 4 14: OUT4, Relay output 4

6: IN5, Digital input 5 15: OUT5, Relay output 5

7: IN6, Digital input 6 16: OUT6, Relay output 6

8: IN7, Digital input 7 17: OUT7, Relay output 7

9: IN8, Digital input 8 18: OUT8, Relay output 8

10 11 12

13

14 15

16 17

18

CirLAMP system

Table 88:List M8I8O terminals

Unit terminals

1

2 3 4

5 6

7 8

C.IN IN1 IN2

IN3 IN4 IN5 IN6 IN7 IN8

9

C.OUT OUT1 OUT2

OUT3 OUT4 OUT5 OUT6 OUT7 OUT8

PWR

IN1 IN2 IN3 IN4 IN5 IN6 IN7 IN8

OUT1 OUT2 OUT3 OUT4 OUT5 OUT6 OUT7 OUT8

88

Figure 98: M8I8O terminals�

Instruction Manual

CirLAMP system

8.2.- OPERATION

The M8I8O is an expansion module for the CirLAMP Manager; it can detect eight digital inputs and manage eight relay outputs.

See”4�6�9� CirLAMP MANAGER MENU: INPUTS AND OUTPUTS” to congure the module inputs and outputs.

8�2�1� LEDs

M8I8O has 17 indicator LEDS.

PWR IN1 IN2 IN3 IN4 IN5 IN6 IN7 IN8

C.IN IN1 IN2

IN3 IN4 IN5 IN6 IN7 IN8

PWR

IN1 IN2 IN3 IN4 IN5 IN6 IN7 IN8

C.OUT OUT1

OUT2 OUT3 OUT4 OUT5 OUT6 OUT7 OUT8

OUT1 OUT2 OUT3 OUT4 OUT5 OUT6 OUT7 OUT8

Figure 99: M8I8O LEDs�

Table 89:List of M8I8O LEDs�

LEDs

PWR Unit powered up INx Indicates that input x is activated OUTx Indicates that output x is activated

OUT1 OUT2 OUT3 OUT4 OUT5 OUT6 OUT7 OUT8

Instruction Manual

89

CirLAMP system

9�- TECHNICAL FEATURES

9.1.- CIRLAMP Manager

AC power supply

Rated voltage 184 ... 276 V ~

Frequency 50/60Hz

Consumption < 6 W 16 VA

Installation category CAT III 300 V

PLC (Power Line Communications)

Hardware CENELEC B DCSK

Baud rate 2400 bauds with repeater management

Protocol CirPLC (DCSK)

Ethernet communications

Type Ethernet 10/100

Connector RJ45

Insulation

AC voltage 4 kV RMS 50 Hz for 1 minute

Overimpulse

1.2/50 μs 0R source impedance 4 kV at 60º and 240º, with positive and negative polarization

Environmental features

Operating temperature -25ºC... +70ºC

Storage temperature -35ºC... +80ºC

Relative humidity (non-condensing) 5 ... 95%

Maximum altitude 2,000 m

Protection degree

IP41

Mechanical features

Dimensions (mm) Figure 100

Weight 506 gr

Enclosure Polycarbonate

90

125

64

35.744.55

5

155

Figure 100: CIRLAMP Manager dimensions�

Instruction Manual

CirLAMP system

Standards

Electromagnetic compatibility (CEM)� Part 4-2: Testing and measurement techniques� Electrostatic discharge immunity test�

Electromagnetic compatibility (CEM)� Part 4-3: Testing and measurement

techniques. Radiated, radio frequency, electromagnetic eld immunity

test� (IEC 61000-4-3:2006)

Electromagnetic compatibility (CEM)� Part 4-4: Testing and measurement techniques� Rapid electrical fast transient/burst immunity test�

Electromagnetic compatibility (CEM)� Part 4:-5: Testing and measurement techniques� Shock wave immunity testing� (IEC 61000-4-5:2005)�

Electrical energy metering equipment (AC)� General requirements, tests and test conditions� Part 11: Measuring units

UNE-EN 61000-4-2:2010

UNE-EN 61000-4-3:2007

UNE-EN 61000-4-4:2013

UNE-EN 61000-4-5:2007

UNE-EN 62052-11:2004

Instruction Manual

91

CirLAMP system

9.2.- CirLAMP Mode DN

AC power supply

Mode Self-powered

Rated voltage 184 ... 276 V ~

Frequency 50/60Hz

Consumption 2W 16VA

Installation category CAT III 300 V

Voltage measurement circuit

Voltage measurement margin 184 to .276 V ~

Input impedance 600 MΩ

Installation category CAT III 300 V

Current measurement circuit

Current measurement margin 0.1 ... 3A

Minimum measurement current (Istart) 0.08 A

Installation category CAT III 300 V

Measurement accuracy

Voltage measurement < 5% of full-scale

Current measurement < 5% of full-scale

Active and reactive power measurement < 5% of full-scale

Relay output: Control relay ON/OFF

Maximum voltage, open contacts 250 V ~

Maximum current 10 A

Maximum switching power 2500 W (AC1)

Electrical life (at full load) 100x103 cycles

Mechanical life 10x106 cycles

Relay outputs: Bi-level control relay

Maximum voltage, open contacts 250 V ~

Maximum current 5 A

Maximum switching power 1250 VA - 150 W

Electrical life (at full load) 1x105 cycles

Mechanical life 2x107 cycles

PLC (Power Line Communications)

Hardware CENELEC B DCSK

Baud rate 2400 bauds with repeater management

Protocol CirPLC (DCSK)

92

Insulation

AlC voltage 4 kV RMS 50 Hz for 1 minute

Overimpulse

1.2/50 μs 0R source impedance 2 kV UNE-EN 61000-4-5:2007 + CORR:2010

Instruction Manual

CirLAMP system

Environmental features

Operating temperature -25ºC... +70ºC

Storage temperature -35ºC... +80ºC

Relative humidity (non-condensing) 5 ... 95%

Maximum altitude 2,000 m

Protection degree

Mechanical features

Dimensions (mm) Figure 101

Weight 250 gr

Enclosure Polycarbonate

115

16.5

IP65

65

7.8

Figure 101: CIRLAMP Node dimensions�

Standards

Lamp control gears� Part 1: General and safety requirements�

Lamp control gear� Part 2-12: Particular requirements for DC or AC supplied electronic ballasts for discharge lamps

(excluding uorescent lamps).

DC and/or AC supplied electronic ballasts for tubular uo-

rescent lamps� Performance requirements�

Safety requirements for electrical units for measurement, control and laboratory use� Part 1: General requirements�

Electromagnetic compatibility (EMC) - Part 6-3: Generic standards - Emission standard for residential, commercial and light-industrial environments

Electromagnetic compatibility (EMC) -- Part 6-2: Generic standards - Immunity for industrial environments

55

UNE-EN 61347-1: 2009

UNE-EN 61347-1:2009/A1:2011

UNE-EN 61347-2-12:2006/A1: 2011

UNE-EN 60929:2011

UNE-EN 61010-1:2011.

UNE-EN 61000-6-3:2007/ A1:2012

UNE-EN 61000-6-2:2006

Instruction Manual

93

CirLAMP system

9.3.- CirLAMP Node 1 ... 10 V

AC power supply

Mode Self-powered

Rated voltage 184 ... 276 V ~

Frequency 50/60Hz

Consumption 2W 16VA

Installation category CAT III 300 V

Voltage measurement circuit

Voltage measurement margin 184 ...276 V ~

Input impedance 600 MΩ

Installation category CAT III 300 V

Current measurement circuit

Current measurement margin 0.1 ... 3A

Minimum measurement current (Istart) 0.08 A

Installation category CAT III 300 V

Measurement accuracy

Voltage measurement < 5% of full-scale

Current measurement < 5% of full-scale

Active and reactive power measurement < 5% of full-scale

Outputs 1 �� 10V (In accordance with EN60929:2011)

Output voltage 1 ... 10V

Current 10μ ... 2 mA

PLC (Power Line Communications)

Hardware CENELEC B DCSK

Baud rate 2400 bauds with repeater management

Protocol CirPLC (DCSK)

Insulation

Alternating voltage 4 kV RMS 50 Hz for 1 minute

Overimpulse

1.2/50 μs 0R source impedance 2 kV UNE-EN 61000-4-5:2007 + CORR:2010

Environmental features

Operating temperature -25ºC... +70ºC

Storage temperature -35ºC... +80ºC

Relative humidity (non-condensing) 5 ... 95%

Maximum altitude 2000 m

Protection degree

IP65

94

Mechanical features

Dimensions (mm) Figure 101

Weight 250 gr

Enclosure Polycarbonate

Instruction Manual

CirLAMP system

Standards

Lamp control gears� Part 1: General and safety requirements�

Lamp control gear� Part 2-12: Particular requirements for DC or AC supplied electronic ballasts for discharge lamps

(excluding uorescent lamps).

DC and/or AC supplied electronic ballasts for tubular uo-

rescent lamps� Performance requirements�

Safety requirements for electrical units for measurement, control and laboratory use� Part 1: General requirements�

Electromagnetic compatibility (EMC) - Part 6-3: Generic standards - Emission standard for residential, commercial and light-industrial environments

Electromagnetic compatibility (EMC) -- Part 6-2: Generic standards - Immunity for industrial environments

UNE-EN 61347-1: 2009

UNE-EN 61347-1:2009/ A1:2011

UNE-EN 61347-2-12:2006/A1: 2011

UNE-EN 60929:2011

UNE-EN 61010-1:2011

UNE-EN 61000-6-3:2007/ A1:2012

UNE-EN 61000-6-2:2006

Instruction Manual

95

CirLAMP system

9.4.- CirLAMP Node DALI

AC power supply

Mode Self-powered

Rated voltage 184 ... 276 V ~

Frequency 50/60Hz

Consumption 2W 16VA

Installation category CAT III 300 V

Voltage measurement circuit

Voltage measurement margin 184 ...276 V ~

Input impedance 600 MΩ

Installation category CAT III 300 V

Current measurement circuit

Current measurement margin 0.1 ... 3 A

Minimum measurement current (Istart) 0.08 A

Installation category CAT III 300 V

Measurement accuracy

Voltage measurement < 5% of full-scale

Current measurement < 5% of full-scale

Active and reactive power measurement < 5% of full-scale

Relay output: Control relay ON/OFF

Maximum voltage, open contacts 250 V ~

Maximum current 10 A

Maximum switching power 2500 W (AC1)

Electrical life (at full load) 100x103 cycles

Mechanical life 10x106 cycles

Communications Protocol DALI

Output voltage 15 V

Current 12 mA

Peripheral admitted No� 1

Standard EN-62386-101:2009, EN-62386-102:2009

PLC (Power Line Communications)

Hardware CENELEC B DCSK

Baud rate 2400 bauds with repeater management

Protocol CirPLC (DCSK)

96

Insulation

Alternating voltage 4 kV RMS 50 Hz for 1 minute

Overimpulse

1.2/50 μs 0R source impedance 2 kV UNE-EN 61000-4-5:2007 + CORR:2010

Instruction Manual

CirLAMP system

Environmental features

Operating temperature -25ºC... +70ºC

Storage temperature -35ºC... +80ºC

Relative humidity (non-condensing) 5 ... 95%

Maximum altitude 2000 m

Protection degree

Mechanical features

Dimensions (mm) Figure 101

Weight 250 gr

Enclosure Polycarbonate

Standards

Lamp control gears� Part 1: General and safety requirements� UNE-EN 61347-1: 2009

Lamp control gears� Part 1: General and safety requirements� UNE-EN 61347-1:2009/ A1:2011

Lamp control gear� Part 2-12: Particular requirements for DC or AC supplied electronic ballasts for discharge lamps

(excluding uorescent lamps).

DC and/or AC supplied electronic ballasts for tubular uo-

rescent lamps� Performance requirements�

Safety requirements for electrical units for measurement, control and laboratory use� Part 1: General requirements�

Electromagnetic compatibility (EMC) - Part 6-3: Generic standards - Emission standard for residential, commercial and light-industrial environments

Electromagnetic compatibility (EMC) -- Part 6-2: Generic standards - Immunity for industrial environments

IP65

UNE-EN 61347-2-12:2006/A1: 2011

UNE-EN 60929:2011

UNE-EN 61010-1:2011

UNE-EN 61000-6-3:2007/ A1:2012

UNE-EN 61000-6-2:2006

Instruction Manual

97

CirLAMP system

9.5.- Expansion module: M8I8O

Power supply

Consumption < 3 W

Digital inputs

Quantity 8

Type Digital inputs activated by short-circuit

Insulation ~ 4kV RMS 50 Hz for 1 minute

Voltage / Current

12 V / 4 mA

Relay outputs

Quantity 8

Maximum voltage, open contacts 250 V ~

Maximum current 6 A

Maximum switching power 1500 VA -180 W

Electrical life (at full load) 6 x 104 cycles

Mechanical life 1 x107 cycles

Environmental features

Operating temperature -25ºC... +70ºC

Storage temperature -35ºC... +80ºC

Relative humidity (non-condensing) 5 ... 95%

Maximum altitude 2000 m

Protection degree

IP41

Mechanical features

Dimensions (mm) Figure 102

Weight 410 gr

Enclosure Polycarbonate

Standards

Safety requirements for electrical units for measurement, control and laboratory use� Part 1: General requirements�

Electromagnetic compatibility (CEM)� Part 6-4: Generic standards� Emissions standard for industrial environments�

Electromagnetic compatibility (CEM)� Part 6-2: Generic standards� Immunity for industrial environments�

PWR

IN1 IN2 IN3 IN4 IN5 IN6 IN7 IN8

35.7

5

OUT1 OUT2 OUT3 OUT4 OUT5 OUT6 OUT7 OUT8

64

44.55

125

C.IN IN1 IN2 IN3 IN4 IN5 IN6 IN7 IN8

C.OUT OUT1 OUT2 OUT3 OUT4 OUT5 OUT6 OUT7 OUT8

UNE-EN 61010-1:2011

UNE-EN 61000-6-4:2007

UNE-EN 61000-6-2:2006

155

98

Figure 102: M8I8O dimensions�

Instruction Manual

CirLAMP system

10�- MAINTENANCE AND TECHNICAL SERVICE

In the case of any query in relation to unit operation or malfunction, please contact the

CIRCUTOR, SA Technical Support Service.

Technical Assistance Service

Vial Sant Jordi, s/n, 08232 - Viladecavalls (Barcelona) Tel: 902 449 459 ( España) / +34 937 452 919 (outside of Spain) email: sat@circutor.es

11�- GUARANTEE

CIRCUTOR guarantees its products against any manufacturing defect for two years after the

delivery of the units.

CIRCUTOR will repair or replace any defective factory product returned during the guarantee period.

• No returns will be accepted and no unit will be repaired or replaced if it is not accompanied by a report indicating the defect detected or the reason for the return.

•The guarantee will be void if the units has been improperly used or the storage, installation and maintenance instructions listed in this manual have not been followed. “Improper usage” is de ned as any operating or storage condition contrary to the national electrical code or that surpasses the limits indicated in the technical and environmental features of this manual.

• CIRCUTOR accepts no liability due to the possible damage to the unit or other parts of the installation, nor will it cover any possible sanctions derived from a possible failure, improper installation or “improper usage” of the unit. Consequently, this guarantee does not apply to failures occurring in the following cases:

- Overvoltages and/or electrical disturbances in the supply;

- Water, if the product does not have the appropriate IP classi cation;

- Poor ventilation and/or excessive temperatures;

- Improper installation and/or lack of maintenance;

- Buyer repairs or modi cations without the manufacturer’s authorisation.

Instruction Manual

99

12�- CE CERTIFICATE

CirLAMP system

100

Instruction Manual

CIRCUTOR CIRLAMP User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

SAFETY PRECAUTIONS

DISCLAIMER

CONTENTS

REVISION LOG