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Leunig ePowerSwitch 8XM R2 User Manual

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R2
ePowerSwitch
8XM
User guide
Version 09/2009

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Summary of Contents for Leunig ePowerSwitch 8XM R2

  • Page 1 ePowerSwitch User guide Version 09/2009...
  • Page 2 LEUNIG GmbH assumes no responsibility for errors within the documentation, the hardware or the software. LEUNIG GmbH reserves the right to change programs or the documentation from time to time without informing the user, errors and omissions excepted.

  • Page 3: Table Of Contents

    CONTENTS   SAFETY INSTRUCTIONS: To be read before use! ..................3   1. DESCRIPTION ............................4   1.1 Diagram ............................... 4   1.2 Package list ............................7   2. INSTALLATION ............................8   3. CONFIGURATION ............................ 9   3.1. Configuration through the LAN using the Finder program ..............9  ...

  • Page 4: Safety Instructions: To Be Read Before Use

    SAFETY INSTRUCTIONS: To be read before use! NOTE • The ePowerSwitch devices can only be installed by qualified people with the following installation and use instructions. The manufacturer disclaims all responsibility in case of a bad utilization of the ePowerSwitch devices and particularly any use with equipments that may cause personal injury or material damage.

  • Page 5: Description

    1. DESCRIPTION ePowerSwitch*8XM is a power control unit with a built-in Web server, an Ethernet and a RS232 connection. It enables to control the power supply of 8 power outlets through an Ethernet connection. The number of controlled power outlets can be extended up to 136 by cascading up to 16 ePowerSwitch 8XS to the Master.
  • Page 6 100 (LED) Off = 10 Mbits/sec connection On = 100 Mbits/sec connection RS232 (SUB-D 9F Connector) Serial port RS232 with DB-9 female connector Pinout 2 = TxD 3 = RxD 5 = Gnd xBus The RJ45 connector is used for cascading ePowerSwitch devices and xBus peripherals Maximal TOTAL line length: 200 meters Term (RS485 Termination DIP Switch) The xBus interface (RS485) has built-in termination resistors.
  • Page 7 The back panel of the ePowerSwitch 8XM Power outlets (Group A) Power outlets (Group B) Power outlets 1 – 4 Power outlets 5 – 8 230 VAC max 10 Amp 230 VAC max 10 Amp Power input B Power input A 230 VAC –...

  • Page 8: Package List

    1.2 Package list The following items are included: 1 ePowerSwitch 8XM 19" 1 power adapter 12 VDC 2 power cables, 230 V / 10 Amp, length 1.80 Meters 1 RJ45 M/M cable, 2 Meters 1 serial cable SUB-D 9 points M/F, 1.80 Meters 1 quick installation guide 1 CD with User Guide, Quick Start Guide and Windows configuration program...

  • Page 9: Installation

    2. INSTALLATION Remark: Make sure that the ePowerSwitch 8XM is powered off. Connection instructions 1. Use a shielded RJ45 network cable to connect your ePowerSwitch 8XM to the network. 2. Use appropriated three-wire power cords (two poles plus ground) to connect your electrical devices to the ePowerSwitch 8XM unit.

  • Page 10: Configuration

    3. CONFIGURATION To use the ePowerSwitch 8XM on your network, you must first configure its network parameters. Ask your network administrator for the parameters to use. There are three methods to configure the network parameters of the ePowerSwitch 8XM: 3.1. Configuration through the LAN using the Finder program It is the simplest and fastest configuration method if you use Windows as operating system.
  • Page 11 DHCP: Check this box is you want to obtain the IP address, the subnet mask and the default gateway for your ePowerSwitch 8XM via DHCP. Use of DHCP (Dynamic Host Configuration Protocol) requires a DHCP host to be set up on the network.

  • Page 12: Configuration Through An Rs232 Terminal Connection

    3.2. Configuration through an RS232 Terminal connection 1. Use the provided RS232 cable to connect the ePowerSwitch 8XM to an available serial port of your 2. Run a Terminal program such as Windows HyperTerminal. 3. Configure the appropriate serial port @ 9.600, n, 8, 1 and no flow control. 4.

  • Page 13: General / Ip Configuration

    3.3.1. General / IP configuration This page enables you to define all the IP parameters of the ePowerSwitch 8XM. DHCP Client enabled: Check this box is you want to obtain the IP address, the subnet mask and the default gateway for your ePowerSwitch 8XM via DHCP.
  • Page 14 HTTP Port: Port number: default is 80 (HTTP). Standard HTTP port is 80. Standard HTTPS port is 443. LOGOUT: Click "Logout" at the bottom of the page to exit the session without saving changes. DISCARD CHANGES: Click "Discard Changes" at the bottom of the page to discard all the changes you have made on this page. APPLY CHANGES: Click "Apply Changes"...

  • Page 15: General / System Time

    3.3.2. General / System time The system time of the ePowerSwitch 8XM is used for synchronizing scheduling actions and to timestamp SNMP traps, Syslog information, e-mails and internal logs. The system time can be set manually with the browser time of the connected computer or can be automatically synchronized with one or two NTP timeservers.

  • Page 16: General / Smtp

    3.3.3. General / SMTP You can setup the ePowerSwitch*8XM to send the logs to an email account and report all activities triggered by the rules defined by the administrator. To send e-mails, you will need a SMTP server on the network and you will have to configure the following parameters: SMTP enabled: Check this box if you want the ePowerSwitch 8XM to be able to send e-mails.

  • Page 17: General / Snmp

    3.3.4. General / SNMP The ePowerSwitch 8XM provides a built-in SNMP (Simple Network Management Protocol) agent, which enables you to manage the ePowerSwitch 8XM through SNMP-based network management systems. The ePowerSwitch 8XM MIB file enables to remotely read out the status of all power outlets and the values of all sensors (temperature, humidity, ambient light).

  • Page 18: General / Tools

    3.3.5. General / Tools This page enables you to: - download and save the current settings of your ePowerSwitch 8XM on your PC, - upload an existing configuration file to your ePowerSwitch 8XM, - restore the factory settings, - download the ePowerSwitch 8XM MIB file on your PC. Save: Click this button to save the current system settings onto your local hard drive.

  • Page 19: Settings / Accounts

    3.3.6. Settings / Accounts This page is used to create, activate, deactivate, modify and delete up to 255 accounts. - To activate or deactivate an account, check or uncheck the corresponding checkbox. - To modify an account, click on "Edit" next to the corresponding account. - To delete an existing account, click on "Delete"...
  • Page 20 Groups: This field is used to add or remove groups to the current account. To add Groups to the current account, press the Ctrl key and click on the displayed Groups. The selected Groups are marked dark blue and their IDs are listed at the right side of the Groups field. This field appears only if you have already created at least one group (Settings/Groups Tab).

  • Page 21: Settings / Groups

    3.3.7. Settings / Groups This page is used to create, modify and delete groups of power outlets which can be controlled by the ePowerSwitch 8XM. This functionality is particularly useful if you have to control the power supply of devices using redundant power supplies. You can create groups including several power outlets distributed on several ePowerSwitch 8XS devices.
  • Page 22 LOGOUT: Click "Logout" at the bottom of the page to exit the session without saving changes. DISCARD CHANGES: Click "Discard Changes" at the bottom of the page to discard all the changes you have made on this page. APPLY CHANGES: Click "Apply Changes"...

  • Page 23: Settings / Peripherals

    3.3.8. Settings / Peripherals The Peripherals page is used to enable and configure the xBus peripherals which have been connected to the ePowerSwitch 8XM. This page is also very useful to give an overview of all the peripherals which are or have been connected to the ePowerSwitch 8XM.
  • Page 24 Problem / Troubleshooting If you choose any setting that is already in use by another xBus peripheral connected to the ePowerSwitch 8XM, an address conflict occurs and the corresponding Edit and Info symbol of the previous connected peripheral will be replaced by a yellow warning triangle. In that case, disconnect your last connected peripheral, remove its power cable if need be, change the DIP switch settings to solve the address conflict and reconnect the peripheral.

  • Page 25: Settings / Peripherals - Epowerswitch 8Xm

    3.3.8.1. Settings / Peripherals - ePowerSwitch 8XM This page enables to label the device power supply inputs, the 8 digital inputs and 4 outputs located on the I/O Extension Module (option) and the 8 power outlets of the ePowerSwitch 8XM. Names of up to 32 alphanumeric characters in length are supported and appear in log files, Syslog messages, SNMP traps and Emails to avoid confusions.
  • Page 26 The ePowerSwitch 8XM automatically creates an ID Code to clearly identify each device and each input. • identifies the ePowerSwitch 8XM device, • followed by "A", "B" or "X" identifies power supply input A, B and auxiliary power input, • followed by 1 to 8 identifies the Digital Inputs of the I/O Extension Module (option), •...

  • Page 27: Settings / Peripherals - Epowerswitch Satellite

    3.3.8.2. Settings / Peripherals - ePowerSwitch Satellite Up to 16 ePowerSwitch*8-port or 1-port can be attached to the ePowerSwitch*8XM to remotely turn electrical devices on/off or reboot them. You can connect an ePowerSwitch 1XS, 8XS or 8XS /32 to the RJ45 connector on the ePowerSwitch 8XM or behind an xBus peripheral already connected to the ePowerSwitch 8XM (Daisy Chain Connection).
  • Page 28 If the ePowerSwitch is properly connected to the ePowerSwitch 8XM it will be automatically recognized and displayed on this page after a delay of up to 60 seconds. In this case, the colour of the corresponding Edit and Info symbol is red. The Peripheral page is not automatically refreshed, so you need to refresh it by clicking the peripheral TAB again (or push [F5] or press <CTRL-R>...
  • Page 29 The ePowerSwitch*8XM automatically creates an ID Code to clearly identify each connected ePowerSwitch Satellite, its power input(s) and its power outlet(s). followed by a number between 1 and 16 identifies the ePowerSwitch Satellite unit, followed by "A" or "B" identifies the current input A and B of the ePowerSwitch 8XS /32, PW followed by "A"...
  • Page 30 Name: In this field, enter the name you want to give to the selected ePowerSwitch. The name can be from 1 to 32 characters long and can contain alphanumeric characters. Analog Inputs: Only for Satellite 8XS /32 Name: In this field, enter the name you want to give to the two current inputs A and B. The name can be from 1 to 32 characters long and can contain alphanumeric characters.

  • Page 31: Settings / Peripherals - Analog Inputs

    3.3.8.3. Settings / Peripherals - Analog inputs Up to 32 temperature, temperature and humidity, temperature and ambient light sensors can be attached to the ePowerSwitch 8XM to monitor environmental conditions. Only 16 temperature and IR proximity sensors can be attached to the ePowerSwitch 8XM to monitor temperature change and detect presence of a target.
  • Page 32 If the sensor is properly connected to the ePowerSwitch 8XM it will be automatically recognized and displayed on this page after a delay of up to 60 seconds. In this case, the colour of the corresponding Edit and Info symbol is red. The Peripheral page is not automatically refreshed, so you need to refresh it by clicking the peripheral TAB again (or push [F5] or press <CTRL-R>...
  • Page 33 Sensor ID: The ePowerSwitch 8XM automatically creates an ID Code to clearly identify each connected sensor. • followed by a number between 1 and 32 identifies each temperature sensor, • followed by a number between 1 and 32 identifies each humidity sensor, •...

  • Page 34: Settings / Peripherals - Digital Inputs

    3.3.8.4. Settings / Peripherals - Digital Inputs Up to 16 x Digital Input Modules, Push Buttons or Temperature and Proximity sensors can be attached to the ePowerSwitch 8XM to monitor environmental conditions. You can connect them the RJ45 connector on the ePowerSwitch 8XM or behind an xBus peripheral already connected to the ePowerSwitch 8XM (Daisy Chain Connection).
  • Page 35 Problem / Troubleshooting If you choose any setting that is already in use by another Digital Input Module connected to the ePowerSwitch 8XM, a conflict occurs and the corresponding Edit and Info symbol of the previous connected Digital Input Module will be changed to black. In that case, disconnect your last connected Digital Input Module, remove its power adapter(s), change the DIP switch settings to solve the address conflict and reconnect it again.
  • Page 36 Name: In this field, enter the name you want to give to the Digital Input Module. The name can be from 1 to 32 characters long, and can contain alphanumeric characters. Power Supplies: In this field, enter the name you want to give to the two power supplies “PWA” and “PWB”. The name can be from 1 to 32 characters long, and can contain alphanumeric characters.

  • Page 37: Temperature And Proximity Sensors

    3.3.8.4.2. Temperature and proximity sensors Up to 16 temperature and proximity sensors can be attached to the ePowerSwitch*8XM to monitor temperature change and detect presence of a target The IR proximity sensor acts as a digital input like the Digital Input Module or the Push Button. You can connect a sensor to the RJ45 connector on the ePowerSwitch 8XM or behind an xBus peripheral already connected to the ePowerSwitch 8XM (Daisy Chain Connection).
  • Page 38 To configure or modify the settings of a sensor, click on the corresponding "Edit" button in the Peripherals page. A new page appears, allowing you to set all the parameters of the temperature & proximity (TP) sensors. Sensor ID: The ePowerSwitch 8XM automatically creates an ID Code to clearly identify each connected sensor. •...

  • Page 39: Push Button

    3.3.8.4.3. Push Button Up to 16 Push buttons can be attached to the ePowerSwitch 8XM to trigger manually pre-programmed actions. You can connect a Push Button to the RJ45 connector on the ePowerSwitch*8XM or behind an xBus peripheral already connected to the ePowerSwitch 8XM (Daisy Chain Connection). To connect a Push button to the ePowerSwitch 8XM, use following procedure: 1.
  • Page 40 To configure or modify the settings of the Push Button, click on the corresponding "Edit" button in the Peripherals page. A new page appears, allowing you to set all the parameters of the connected Push Buttons. The ePowerSwitch 8XM automatically creates an ID Code to clearly identify each Push button. •...

  • Page 41: Settings / Peripherals - Ac Current Probe

    3.3.8.5. Settings / Peripherals - AC Current Probe Up to 16 AC Current probes can be attached to the ePowerSwitch*8XM to monitor the current consumption of an electrical device (PC, server, light, printer…) and trigger actions if predefined limits are exceeded.
  • Page 42 4. To configure or modify the settings of an AC Current Probe, click on the corresponding "Edit" button in the Peripherals page. A new page appears, allowing you to set all the parameters of the connected AC Current Probe. The ePowerSwitch 8XM automatically creates an ID Code to clearly identify each Current Probe. •...

  • Page 43: Settings / Peripherals - Energy Meter

    3.3.8.6. Settings / Peripherals - Energy Meter Up to 16 EnergyMeters can be attached to the ePowerSwitch 8XM to monitor the energy consumption (kWh) and the current consumption (Amp RMS) of eight electrical devices (PC, server, light, printer…) and trigger actions if predefined limits are exceeded. The EnergyMeter is also able to monitor the Input voltage of both 16 Amps power inputs.
  • Page 44 4. To configure or modify the settings of the EnergyMeter, click on the corresponding "Edit" button in the Peripherals page. A new page appears, allowing you to set all the parameters of the Analog Inputs. This page is used to configure the connected EnergyMeter. The ePowerSwitch 8XM automatically creates an ID Code to clearly identify each Energy Meter.

  • Page 45: Settings / Rules

    3.3.9. Settings / Rules Rules are used to control actions according to a specific event. For example, you can define a rule to switch a power outlet OFF and send an alert message using different methods like email, SNMP or Syslog when a temperature, humidity, ambient light or current exceeds a predefined value or when a contact is open.
  • Page 46 A total of 255 rules can be created and there are 6 different types of rules: 1. Schedule Rule: This rule can be used to trigger user-specified actions according to a defined time table. 2. Ping Monitoring Rule: This rule is used to control actions according to the response to a Ping command. 3.

  • Page 47: Settings / Rules - Schedule Rule

    3.3.9.1. Settings / Rules - Schedule Rule This rule can be used to trigger user-specified actions according to a defined time table. The schedule rule is weekday based and the administrator can declare, for each weekday, a start time, an end time and after what time the rule should be repeated.
  • Page 48 Stop Time Defines what time the rule ends. - End Time must be greater than or equal to Start Time. - If the rule has to be executed only once at the selected weekday, enter the same value for Start Time and End Time.
  • Page 49 Syslog / Trap / Mail Message: This field appears only if you have already specified at least one destination Syslog Server (Misc/Log Settings Page), one destination SNMP Server (General/SNMP Page) or a destination SMTP Server (General/SMTP Page). Up to 255 characters may be entered in this free text field. The text will appear in the Syslog, the Trap and the e-mails.

  • Page 50: Settings / Rules - Ping Monitoring Rule

    3.3.9.2. Settings / Rules - Ping Monitoring Rule This rule can be used to check if a computer or any IP device is connected to the network. It sends ping packets and listens for replies from the specific host. If the host doesn't reply, the ePowerSwitch 8XM can automatically switch the powered device off and after a specified delay, switch it again on (for details see Ping &...
  • Page 51 Number of unsuccessful Requests before Action: In this field, define the number of Ping commands to be sent to the IP device before executing the actions. The number can be set between 1 and 65535 seconds. Delay before First Request after Power up: In this field, define the time in seconds before restarting the monitoring after the reboot action.
  • Page 52 LOGOUT: Click "Logout" at the bottom of the page to exit the session without saving changes. DISCARD CHANGES: Click "Discard Changes" at the bottom of the page to discard all the changes you have made on this page. APPLY CHANGES: Click "Apply Changes"...

  • Page 53: Settings / Rules - Scan Monitoring Rule

    3.3.9.3. Settings / Rules - Scan Monitoring Rule This rule can be used to check if a specific protocol is available on a server (for example HTTP, FTP, Telnet, SMTP, POP...). If the connection is possible, ePowerSwitch 8XM knows that a server program is running there.
  • Page 54 Interval between Requests: In this field, define the delay between the scan commands sent to the IP device. The delay can be set between 30 and 65535 seconds. Number of unsuccessful Scan Commands before Action: In this field, define the number of Port scanning commands to be sent to the IP device before executing the actions.
  • Page 55 Syslog / Trap / Mail Message: This field appears only if you have already specified at least one destination Syslog Server (Misc/Log Settings Page), one destination SNMP Server (General/SNMP Page) or a destination SMTP Server (General/SMTP Page). Up to 255 characters may be entered in this free text field. The text will appear in the Syslog, the Trap and the e-mails.

  • Page 56: Settings / Rules - Power Supply Monitoring Rule

    3.3.9.4. Settings / Rules - Power Supply Monitoring Rule This rule can be used to monitor the status of the 2 power supplies of the ePowerSwitch 8XM and the power supplies of connected peripherals like ePowerSwitch 8XS and Digital Input Modules. Rule ID: The ePowerSwitch 8XM automatically creates an ID Code to clearly identify each rule.
  • Page 57 A character between brackets can follow this ID Code: - The "X" character means that the corresponding peripheral is physically not connected. - The "!" character means that the corresponding peripheral is physically connected but not activated. If you want to activate it, go to the "Settings/Power Outlets" tab. - The "...
  • Page 58 Syslog / Trap / Mail Message: This field appears only if you have already specified at least one destination Syslog Server (Misc/Log Settings Page), one destination SNMP Server (General/SNMP Page) or a destination SMTP Server (General/SMTP Page). Up to 255 characters may be entered in this free text field. The text will appear in the Syslog, the Trap and the e-mails.

  • Page 59: Settings / Rules - Digital Input Monitoring Rule

    3.3.9.5. Settings / Rules - Digital Input Monitoring Rule This rule can be used to monitor the status of an electrical contact (a door contact, a smoke contact, a proximity sensor, a push button) and to initiate different actions if the contact status has changed. Rule ID: The ePowerSwitch 8XM automatically creates an ID Code to clearly identify each rule.
  • Page 60 In the second drop-down list, choose the Input you want to monitor. The ePowerSwitch 8XM uses ID Codes to clearly identify each Input: • DI1 to DI4 for the digital inputs of the ePowerSwitch 8XM, • PS followed by a number for the IR proximity sensor inputs, •...
  • Page 61 Syslog / Trap / Mail Message: This field appears only if you have already specified at least one destination Syslog Server (Misc/Log Settings Page), one destination SNMP Server (General/SNMP Page) or a destination SMTP Server (General/SMTP Page). Up to 255 characters may be entered in this free text field. The text will appear in the Syslog, the Trap and the e-mails.

  • Page 62: Settings / Rules - Analog Input Monitoring Rule

    3.3.9.6. Settings / Rules - Analog Input Monitoring Rule This rule can be used to monitor an Analog Input value (temperature, humidity, ambient light, current..) and perform actions when the predefined value is exceeded. Rule ID: The ePowerSwitch 8XM automatically creates an ID Code to clearly identify each rule. All the ID Codes used to identify rules start with the letter "R"...
  • Page 63 - The "X" character means that the corresponding sensor is physically not connected. - The "!" character means that the corresponding sensor is physically connected but not activated. If you want to activate it, go to the "Settings/Power Outlets" tab. - The "...
  • Page 64 Send Syslog Messages: This type of action appears and can be configured only if you have already created at least one destination Syslog Server (Misc/Log Settings Tab). Check this box if you want to send a message to a Syslog server. In the following drop-down lists choose the facility and the severity of the message to send.

  • Page 65: Misc / Control Panel

    3.3.10. Misc / Control Panel This page is very helpful for the administrator because it gives a complete overview of all the peripherals which are currently connected or have been connected to the ePowerSwitch 8XM. At a glance, the administrator can check the status of the power supplies of the ePowerSwitch 8XM and the connected Peripherals.

  • Page 66: Misc / Rule Panel

    3.3.11. Misc / Rule Panel This page shows all the rules the administrator has created and activated. The rules which have been executed can also be highlighted in different colours according to the emergency of the action. The highlight colours can be customized during the creation of the rule (Settings/Rules Page). For supervision purpose, the administrator can create special accounts which display only some specific rules.

  • Page 67: Misc / Log

    3.3.12. Misc / Log The log file keeps a running log of events and activities occurring on the device. The logs are automatically cleared when the device is rebooted. The file will display up to 2048 recent logs.

  • Page 68: Misc / Log Settings

    3.3.13. Misc / Log Settings This page allows you to configure the logs. The Log file is used by the system to record actions, warnings, errors and problems. It is often quite useful to discover the causes of tricky problems. The messages recorded in the log file and sent as copy to a Syslog server are classified into 8 severity levels (Emergency, Alert, Critical, Error, Warning, Notice, Informational and Debug).

  • Page 69: Power Outlet Control And Peripherals Status

    4. POWER OUTLET CONTROL AND PERIPHERALS STATUS 1. Start your Web browser and type the IP address of your ePowerSwitch 8XM. The browser displays the authentication dialog box. 2. Enter a user name and its corresponding password. The status of the ePowerSwitch 8XM is displayed.
  • Page 70 3. In the drop-down list, choose the power control unit you want to control or the peripheral for which you want to know the status. If you log in as system administrator, you will be able to: - control all the power outlets and all the power outlet groups of the connected ePowerSwitch devices, - display the instant values of all the connected sensors (temperature, humidity, ambient light), - display the status of all digital inputs.

  • Page 71: Appendix

    5. APPENDIX 5.1. Sending status information and sensor values using rules The administrator can create rules (see Settings/Rules) to trigger actions and send personalized messages in form of Syslog messages, SNMP traps or emails when an event occurs. Moreover, the administrator also has the possibility to complete his messages with status information of an input (a power supply or a door contact for example) or the value of a sensor (a temperature sensor for example).

  • Page 72: Ping And Scan Methods

    5.2. Ping and Scan Methods ePowerSwitch 8XM has two methods to check whether an IP equipment (PC, server, router, Webcam...) is still alive: Address Pinging: The first method uses the well-known Ping command whereby a request is sent to a specific IP address. The Ping command, which is an echo request, enables you to determine through an ICMP protocol (Internet Control Message Protocol) if an IP device is available on the network.

  • Page 73: Technical Data

    5.3. Technical Data Network standards: IEEE 802.3, 10 / 100 BASE-T Network protocols: TCP/IP, HTTP/HTTPS Network connection: RJ-45 connector for STP CAT5 Max. network cable length 100 meters Serial connection: RS232, SUB-D 9 female SSL Technology: Version 2 and 3 Operating temperature: 0°C to +40°C Operating humidity:...

  • Page 74: Syslog Messages: Severity Level Definitions

    5.5. Syslog Messages: Severity Level Definitions The Emergency level is the most severe type of message generated by ePowerSwitch 8XM and the Debug severity level is the least severe one. Severity Level 0, Emergency: The following messages appear at severity 0: - Continuous error! - An SMTP Client could not be created Severity Level 1, Alert:...
  • Page 75 Severity Level 6, Informational: The following messages appear at severity 6: - System has been started - Date & Time have been synchronized to a Network Time Server - User "name" : Outlet (number) of Master M0 has been switched ON - User "name"...

  • Page 76: Statement Of Conformity

    EN 55022 Class B (1998) + A1, A2 EN 55024 (1998) + A1, A2 EN 61000-3-2 (2000) +A2 EN 61000-3-3 (1995) + A1 Electrical safety EN 60950-1 (2001) This Declaration is issued by: LEUNIG GMBH D-53721 Siegburg Siegburg, 04.01.2011 Hermann-J. Vester General Manager All modifications reserved...

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