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ABB Arc Guard System TVOC-2 Installation And Maintenance Manual

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Arc Guard System™ – TVOC-2
Installation and maintenance guide

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Summary of Contents for ABB Arc Guard System TVOC-2

  • Page 1 Arc Guard System™ – TVOC-2 Installation and maintenance guide...

  • Page 3: Table Of Contents

    Table of content, Installation and maintenance guide, Arc Guard System, TVOC-2 Chapter 1: About Arc Guard System Introduction Chapter 2: Safety Introduction Applicable safety standards Safety standards Safety signs General Warning! Note! Work in safety manner Safety manner Handling the Arc Monitor Storage Limitation of liability Chapter 3: Arc Monitor functions...
  • Page 4 Getting started Introduction Receiving and checking List of contents Intermediate storage Mounting Introduction Placing Arc Monitor Mounting Arc Monitor Mounting on wall Mounting on a DIN rail Mounting the HMI Mounting the HMI on door Mounting the Optical detector Example 1, positioning Optical detector in a switch gear Example 2, Mounting Optical detector in an apertures cubicle Example 3, Mounting in a cir- cuit breaker cubicle Connecting optical detectors...
  • Page 5 Testing the installation Chapter 5: Maintenance Introduction Maintenance Chapter 6: Trouble shooting Introduction Requirements Troubleshooting Handling Error log Diagnostics Error event Error Log Error indication Attending errors Viewing error log List of error codes ABB support Introduction Contact information Providing information...
  • Page 6 Chapter 7: Human Machine Interface, functions Introduction Prerequisites Overview HMI module 1: LED signals 2: HMI Display 3: Soft keys HMI menu structure Menu and languages HMI start menu 1 Trip Log Trip notification window Checking the trip log 2 Diagnostics 2.1 System Status 2.2 Perform Diagnostics 2.3 Error Log...
  • Page 7 As a result, there may be some differences between the Arc Monitor and the information in this manual. Author’s adress ABB AB, Cewe-Control S-721 61 Västerås Sweden Tel:+ 46 (0) 21 32 07 00 Fax: + 46 (0) 21 12 60 01 http://wwww.abb.com/lowvoltage © ABB AB, Division Low Voltage Products, Cewe control...

  • Page 9: Chapter 1: About Arc Guard System

    About Arc Guard System Chapter 1: About Arc Guard System Introduction Arc Guard System™ TVOC-2 quickly detects an arc and trips the incoming circuit-breaker. Using light as the main condition, Arc Guard System™ trips instantaneously. Thanks to this key functional advantage, it overrides all other protections and delays, which is crucial when reaction times need to be mesured in milliseconds.
  • Page 10 About Arc Guard System...

  • Page 11: Chapter 2: Safety

    Safety Chapter 2: Safety Introduction This chapter describes the safety principles and procedures to be used when working with the Arc Guard System or the Arc Monitor. It does not cover how to design for safety nor how to install safety related equipment.

  • Page 12: Applicable Safety Standards

    Safety Applicable safety standards Safety standards This product was developed, designed and certified with regard to improved reliability and integrity by using safety principles and structures according to IEC 61508, SIL2. The Arc Monitor has improved safety to fulfill the safety standards specified in the following directives: Directive: Description:...
  • Page 13 Safety To ensure safety and quality the Arc Monitor has been tested according to the following standards: Standard: Description: IEC/61508 SIL 2 Functional safety of electrical programmable electronic safety-related systems IEC/EN 60947-1 Low voltage switchgear and contractor - General IEC/EN 60947-5-1 Low voltage switchgear and contractor - Control circuit devices and switching elements IEC/EN 61010-1...

  • Page 14: Safety Signs

    Safety Safety signs General This section specifies all dangers that may arise from performing the work detailed in the manual. Warning! The Warning symbol warns that an accident will or may occur if the instruc- tions are not followed. Warning! Make sure that the supply voltage has been switched off before connecting! Working with high voltage is potentially lethal.

  • Page 15: Work In Safety Manner

    Safety Work in safety manner Safety manner Safe working methods must be used to prevent injuries. The safety equip- ment must not be disengaged, bypassed or in any other way modified so that the safety effect ceases. Handling the Arc The Arc Monitor may only be used for the purposes mentioned in this man- Monitor ual.

  • Page 16: Storage

    (-13F to + 158F) and a humidity maximum 95%. Limitation of The safety information in this manual must not be considered as a guarantee liability from ABB that the equipment cannot cause accidents or injury, even if all the safety instructions have been observed.

  • Page 17: Chapter 3: Arc Monitor Functions

    Arc Monitor functions Chapter 3: Arc Monitor functions Introduction This chapter describes the functions available in the Arc Monitor. The chapter is divided in two parts: • Overview of the Arc Monitor. • Functions of the Arc Monitor.

  • Page 18: Overview Of Arc Monitor

    Arc Monitor functions Overview of Arc The Arc Monitor consists of: Monitor...

  • Page 19: 1: Arc Monitor

    Arc Monitor functions Arc Monitor HMI external connection Human Machine Interface, HMI 9 Power supply Extension module plug in area Solid state tripping contacts DIP switch Signal relays Detector inputs Detector (not included with the Arc Monitor) Current Sensing Unit, CSU, Extension (option) inputs Current Sensing Unit, CSU,...

  • Page 20: 4: Dip Switch

    Arc Monitor functions 4: DIP switch The DIP switch is a physical switch on the Arc Monitors front. DIP switches are used to activate the CSU, auto reset and assigning trip contacts. 5: Detector Inputs Detector inputs are used to connect the detectors to the Arc Monitor. 6: Current Sensing The Current Sensing Unit (CSU) is an accessory needed only in those few Unit input...

  • Page 21: 10: Solid State Tripping Contacts

    Arc Monitor functions 10: Solid state The three solid state trip contacts, K4, K5 and K6 are used to trip the circuit tripping contacts breakers.This will stop the energy from feeding the arc. At normal condition: • K4 Open, no arc detected •...

  • Page 22: 13: Extension

    Arc Monitor functions 13: Extension The extension module is used to expand the system from the original 10 sensors with additional sensors. One extension can hold up to 10 sensors. The Arc Monitor can hold up to 2 extensions making it possible to mount up to 30 detectors.The standard extension is used for detector up to 30 meter length.

  • Page 23: Chapter 4: Installation

    Installation Chapter 4: Installation Introduction This chapter describes how to install the Arc Monitor and set up the system. Also in this chapter are examples in placing detectors and general informa- tion concerning the products. Installation of Arc Monitor is performed in steps. After finishing one step you proceed to the next one.

  • Page 24: Tools Required

    Installation Tools required To mount the Arc Monitor the following tools are required: • Screwdriver, 2.5 x 0.6 mm (0.98 x 0.23 inch) • Phillips screwdriver 4.3/2 • Drill 5 mm (0.196 inch), in case of wall mounting. Mounting and This is a summarize of the complete procedure in mounting and connecting connecting the the Arc Monitor.

  • Page 25: Getting Started

    Installation Getting started Introduction This chapter describes instructions how to receive and check the Arc Moni- tor. Do the following steps: Receiving and 1. Turn the package with the correct side up. checking 2. Remove the transport casing. 3. Visually inspect the Arc Monitor. 4.

  • Page 26: Mounting

    Installation Mounting Introduction This chapter describes the procedure to mount and connect the Arc Monitor. The procedure is divided into following components: • Arc Monitor • Human Machine Interface, HMI • Detectors • Extension • Current Sensing Unit, CSU Placing Arc Moni- The Arc Monitor can be mounted anywhere in the switchgear, for example in the breaker cubicle or in a separate control cabinet.

  • Page 27: Mounting On Wall

    Installation Mounting on wall Follow the steps below to mount the Arc Monitor on the wall: 0,9 Nm 1. Predrill holes in wall to fit screws 5M. See figure above for dimensions. 2. Place the Arc Monitor on the wall. 3.

  • Page 28: Mounting The Hmi

    Installation Mounting the HMI The HMI can be mounted separately from the Arc Monitor or an extra HMI can be added to the Arc Monitor and mounted sparately. Mounting the HMI Follow this procedure to mount the HMI module, separately on the door. on door Warning! Make sure that supply voltage is switched off!

  • Page 29: Mounting The Optical Detector

    Installation Mounting the This section is about optical detectors and the mounting is described using Optical detector examples: • Where to positioning the detectors. • How the detectors are mounted on busbars system. This section also describes how to connect the detectors to the Arc Monitor. Decide where to position the detectors on the basis of knowledge of your own system.

  • Page 30: Example 1, Positioning Optical Detector In A Switch Gear

    Installation Example 1, posi- The most common positioning of the detector involves the horizontal and tioning Optical vertical bus bar system and the breaker cubicle. If possible, supervise each detector in a cubicle. Avoid placing the detector so that it sees normal light from the switch gear breaker.

  • Page 31: Example 2, Mounting Optical Detector In An Apertures Cubicle

    Installation Example 2, A single detector is able to monitor the busbars in both the apparatus cubicle Mounting Optical and the respective cable. detector in an This is an example about how to mount optical detectors with the mounting apertures cubicle kit.

  • Page 32: Example 3, Mounting In A Cir- Cuit Breaker Cubicle

    Installation Example 3, In a circuit-breaker cubicle there is a risk of detecting breaking arcs uninten- Mounting in a cir- tionally, if the detector is placed above the busbars. In such a cubicle it is cuit breaker cubi- better to place the detector at the bottom, see the figure below. •...
  • Page 33 Installation If many cables are connected to the terminals on the lower side of the circuit- breaker, the arc monitoring should have with an additional detector located just behind the front protective sheet, see the figure below. • Attach the detector directly to the bottom side of the bracket of the protective cover with a cable strap.

  • Page 34: Connecting Optical Detectors

    Installation Connecting opti- Follow this steps below to connect the optical detectors to the Arc Monitor. cal detectors Warning! Make sure that supply voltage is switched off! 1. Remove the protection plug. Note! Only remove protection plug from connection to use. Protection plugs are needed to protect the detector inputs from dust and light.

  • Page 35: Connecting Extension Module (Option)

    Installation Connecting exten- Follow this steps to connect extension module to the Arc Monitor: sion module (option) Warning! Make sure that supply voltage is switched off! 0.6 Nm 1. Remove the protection part. 2. Mount the extension module into the contact of the Arc Monitor. 3.

  • Page 36: Connecting Csu Cable

    Installation Connecting CSU Follow this steps to connect CSU cable to the Arc Monitor: cable Warning! Make sure that supply voltage is switched off! Follow this steps to connect CSU cable: 1. Remove the protection plug. 2. Connect current sensing cable to lower side right side of Arc Monitor by pressing.

  • Page 37: Electrical Connections

    Installation Electrical connections Introduction This chapter describes how to connect the electrical connections to the Arc Monitor and to the Arc Guard System. Warning! Make sure that supply voltage is switched off! Connecting HMI To read about connecting HMI; See the chapter “Mounting the HMI on door” on page - 26.

  • Page 38: Electrical Connections

    Installation Electrical connec- Electrical connections are: tions 1. Internal Relay Fault, ( IRF, K1) 2 Trip Signal relays, ( K2, K3) 3 Trip contact, (K4, K5, K6) 4 Power supply They are situated on top of the Arc Monitor. See the figure below.

  • Page 39: Connecting The Arc Monitor

    Installation Connecting the Arc Monitor Warning! Make sure that supply voltage has been switched off! First connect the trip signal relays and trip contacts. Follow the steps below: 1. Connect wires for Internal Relay Fault, IRF, trip signal relays (K2, K3) and trip contacts (K4, K5, K6).
  • Page 40 Installation 14 12 11 24 22 21 34 32 31 43 44 53 54 63 64 1. Connect cable for IRF, K1 to terminal number, 14,12,11. 2. Connect cable for K2 to terminal number 24, 22, 21. 3. Connect cable for K3 to terminal number 34, 32, 31. 4.

  • Page 41: Configurations

    Installation Configurations Introduction Arc Monitor can be configured to trip selected breakers depending on which optical detector or CSU is connected. This configuration is done with a DIP switch. Warning! Make sure that supply voltage is switched off! DIP switches The DIP switches are located on the front left hand on the Arc Monitor.

  • Page 42: Breaker Trip

    Installation Breaker trip The trip contacts are located on top of the Arc Monitor. Se figure below. DIP switches 3 and 4 configure trip contacts, K4, K5 and K6. All detectors , X1, X2 and X3, operate the trip signal relays K2 and K3. Adjust the DIP switches to achive the desired breaker configuration K4, K5, DIP switches 3 DIP switches 3 and 4 in position 0 is the default state (factory settings).

  • Page 43: Dip Switch 3 To Position On And Dip Switch 4 To Position

    Installation DIP switch 3 to Set DIP switch 3 to position ON and DIP switch 4 to position 0. position ON and DIP switch 4 to position 0. 5 6 7 8 Trip Trip Trip Trip Trip Trip Trip Trip Trip •...

  • Page 44: Manual/Auto Reset Configuration

    Installation Manual/Auto reset The signal relays K2 and K3 can be configurated to react as trip contacts configuration (auto reset) or to be de-energized by manual reset on the HMI. Configuration Auto reset, set DIP switch 6 to position ON. Detector 1 2 3 4 5 250 ms...

  • Page 45: Current Sensing Unit(Option)

    Installation Current Sensing DIP switch (A) 1 and 2 configure the CSU input (B) 21, 22 to the Arc Monitor. Unit(option) No CSU con- When there is no CSU connected to the Arc Monitor then set the DIP switch nected 1 and 2 to position 0.

  • Page 46: One (1) Csu Connected

    Installation One (1) CSU con- If there is one (1) CSU connected to the CSU input X1, 21 then set the DIP nected switch 1 to position ON. 3 4 5 6 7 8 Two (2) CSU con- If there are two (2) CSUs connected to the CSU input 21 and 22 then set the nected DIP switch 1 and 2 to position ON.

  • Page 47: Power On To The Arc Monitor

    Installation Power on to the Arc Monitor Warning! Working with high voltage is potentially lethal. Before switching the power supply on follow the steps below: 1. Check your installation. 2. Check that electrical connections are orderly connected. 3. Check that the configuration is set for your system. 4.

  • Page 48: Add/Remove Module From The Arc Monitor Or Changing Configuration

    Installation Add/Remove module from the Arc Monitor or changing configu- ration Warning! Make sure that supply voltage is switched off! To add/remove a module to the system do the steps below: 1. Remove power to the Arc Monitor. 2. Physically add/remove a module to the Arc Monitor. 3.

  • Page 49: Settings

    Installation Settings Introduction This chapter describes the five mandatory steps to succeed in setting the system. All settings are done in the Human Machine Interface, HMI. Settings are made only with the power on. Start-Up Installation of the Arc Monitor requires configuration of the system and its Sequence modules to work.

  • Page 50: Available Languages

    Installation Available Languages available in the system are: languages • english (us/uk) Step 2: Setting This is the second step to make the system work after installing the Arc time Monitor. Use this procedure to set the time and date in the system. In window, 3.4 Set Time do the following: 1.

  • Page 51: Step 4: Checking Dip Switches

    Installation Step 4: Checking This is the fourth step to make the system work after installing the Arc Mon- DIP Switches itor. Use this procedure to check the DIP switches. In window, 3.2 View DIP Switch do the steps below: 1.

  • Page 52: Step 5: Final Confirmation

    Installation Step 5: Final con- This is the fifth step to make the system work after installing the Arc monitor. firmation Use this procedure to confirm that all Start-Up settings are done. In the Start-up menu do the steps below: 1.

  • Page 53: Controlling

    Installation Controlling Introduction Note! Do the test after installation and before the Arc Monitor is used! This test is done for each installed detector and the Arc Monitor.The test will check that the detectors react to a simulated arc and the HMI will display a notification window showing which detector and which circuit breaker is tripped.
  • Page 54 Installation...

  • Page 55: Chapter 5: Maintenance

    Maintenance Chapter 5: Maintenance Introduction The Arc Guard System requires maintenance once every year. The yearly maintenance includes checking detectors, The Arc Monitor and the light from CSU (option). Maintenance To check the detectors and the Arc Monitor repeat the following steps: 1.
  • Page 56 Maintenance Note! In order to prevent a shut-down of the whole switchgear during the mainte- nance process, replace the breakers which are connected to the Arc Monitor with test breakers. This can be done by replacing the terminal to K4, K5, K6 with the test breakers.

  • Page 57: Chapter 6: Trouble Shooting

    This chapter describes how to handle errors in the system and what mea- sures to take. That includes the handling error log, list of error codes and how to contact ABB. Requirements Trouble shooting should be done by authorized personnel who are familiar with the Arc Guard System, the setup as well as the environment where it is located.

  • Page 58: Error Log

    Trouble shooting • HMI display has lost contact and can not communicate with Arc Monitor. Error Log During diagnostics the error events are logged in the Error Log. In the Error Log the error events are represented by error messages. Each message includes a code that gives information about the specific occurred event and the time stamp it occurred.

  • Page 59: Viewing Error Log

    Trouble shooting Viewing error log To view the Error Log do the steps below: 1. From the Start window, press Menu. 2. In the Menu, select 2. Diagnostics and press OK. 3. Select 2.3 Error Log and press OK. 4. The Error Log window displays Error code, Time, and Date. 2.3 Error Log 1 (3) 134 0 0 0 0 0 14:02 3-feb-2009...
  • Page 60 Trouble shooting Error code Description Recommended actions 0 72 0 0 0 0 CSU21: Check that optional cable from CSU is not damaged or 1)Optional cable is damaged. crushed. 2)Overcurrent longer than 10s. Check current level setting if 3) Detector input damage at Arc setting is too low, then CSU is Monitor.
  • Page 61 Trouble shooting Error code Description Recommended actions 0 1 0 0 0 0 X3 present, is not the correct Check if the Extension module module. can have switched places. Extension module can have been switched. Wrong ID of Extension module, X2 and X3 can have been switched.

  • Page 62: Abb Support

    Telephone +46 21 32 07 00 Telefax +46 21 12 60 00 www. abb.com/lowvoltage Providing informa- To get faster support when contacting ABB support it is beneficial to be pre- tion pared to answer the following questions: • Description of how the error occured.

  • Page 63: Chapter 7: Human Machine Interface, Functions

    Human Machine Interface, functions Chapter 7: Human Machine Interface, functions Introduction The Human Machine Interface, HMI is used for all communication with the user and also to confirm any changes. If power is lost (max 48 hours) the Time and Date will be restored. After very long power interruptions the Time and Date are set to a default value and needed to be set by the user.

  • Page 64: Overview Hmi Module

    Human Machine Interface, functions Overview HMI The HMI module consists of: module Arc Guard System TVOC-2 Power Trip Error 1 LED signals. 2 HMI display. 3 Four soft keys. 1: LED signals The three LED signals are used for visual signalling and they are: •...

  • Page 65: 2: Hmi Display

    Human Machine Interface, functions 2: HMI Display HMI display Start window, Name of Arc Guard System, Time and Date. ABB TVOC-2 15:09 27-Feb-2009 Menu The bottom of display shows the tasks assigned to the four soft keys. 3: Soft keys The four soft keys are used to navigate in the menu.

  • Page 66: Trip Log

    Human Machine Interface, functions 1 Trip Log When the optical detectors detect arcs, the Arc Monitor reacts. The system will trip the trip contacts according to the configuration on the DIP switches. Arc Monitor is designed to save information about an arc in the Trip Log. The Trip Log can store seven trips in a circular buffer, the oldest will be over- written.

  • Page 67: Checking The Trip Log

    Human Machine Interface, functions Checking the trip To check the Trip Log from the Start Menu do the following steps: 1 Select 1. Trip Log 2 Press OK 3 The Trip Log window displays: • Trip Log 1 (3), one of three in the trip log list •...

  • Page 68: 2.1 System Status

    Human Machine Interface, functions 2.1 System Status The system status displays the status of the system after a diagnos is made. The window displays the following: • System OK • Diagnostics performed • Time and Date 2.1 System status System OK Diagnostics performed 15:09 28-Feb-2009 2.2 Perform Diag-...

  • Page 69: Error Log

    Human Machine Interface, functions If the system is OK, the window will display: • 2.1 System status. • System OK. • Diagnostics performed. • Time and Date. 2.1 System status System OK Diagnostics performed 15:09 28-Feb-2009 6 Press OK to return to Start window. If the system is not OK, a notification window appears displaying following: •...

  • Page 70: Configuration

    Human Machine Interface, functions 2.3 Error Log In the Error Log are the nine latest system error events stored, the oldest will be overwritten. Note! See chapter Troubleshooting“Error Log” on page - 56 for more information about system errors. 3 Configuration Configuration consists of three subcategories as follows: 3.1 View Modules.

  • Page 71: View Dip Switches

    Human Machine Interface, functions 3.2 View DIP 3.2 View DIP switches display information how the configuration are made to switches the DIP switches. To see the View DIP switches do the following steps: 1 From Start window, press Menu. 2 Select 3. Configuration, press OK. 3 Select 3.2 View DIP Switch, press OK.

  • Page 72: Revision Information

    This includes, software, hardware, and ID number. This information is required when contacting ABB for support. To view revision information about the module follow the steps below: 1 From Start window, press Menu.

  • Page 73: Language

    5 Scroll to correct year, press OK to return to Start window. Factory reset Making the factory reset will force the HMI to start the Start-Up sequence. Press and hold the 2 soft keys in the middle for more then 10 s. Arc Guard System TVOC-2 Power Trip Error...
  • Page 74 Human Machine Interface, functions...

  • Page 75: Chapter 8: Technical Data

    Technical data Chapter 8: Technical data Common technical data Overvoltage category pollution degreee Power supply Rated operation voltage Ue 100 -250 V DC 100-240 V AC 50-60 HZ Rared insulation voltage Ui 250 V with reinforced insulation Rated impulse withstand voltage Uimp 4 kV Output contacts Contact rated voltage with reinforced insulation between different contacts...
  • Page 76 Technical data Optical inputs and outputs Optical detectors 10 inputs (without extensions) Current signal from CSU 2 inputs X21, X22 (optical) Forward current signal to another Arc Monitor 1 output: X1.23 (optical) Trip contacts (K4, K5, K6) Solid state contacts 3 NO solid state type IGBT Rated voltage 250 V AC/DC 250 V AC/DC...
  • Page 77 Technical data Settings and indications Connections for HMI on Arc Monitor 1 output RJ45 male at front side 1 output RJ14 female at the right side) Display on HMI 52 x 26 mm graphic LCD with LED backlight Keyboard on HMI Membrane buttons, 4 soft key LED signal on HMI Power, Trip, Error...

  • Page 78: Dimensions

    Technical data Dimensions Arc Monitor 38,5 Ø5,5 14,7 49,5 12 x 13,9 Drilling plan For M5 187,5 16,5 Drilling plan Ø25,5 Detector with optical cable Ø2,2 Ø10 Ø8 30,5 Ø3...

  • Page 79: Applications, Diagrams

    Technical data Applications, Diagrams Example 1: Arc Guard System™ configured to trip all contacts in case of an arc. SA...SA3 Switchgear K4, K5 Solid state tripping contacts Q1, Q2, Q3 Circuit-breaker D1...D4 Detectors 5 6 7 8 SA.1 SA.2 SA.3 400/400 A 400/400 A 250/250 A...
  • Page 80 Technical data Example 2: Arc Guard system™ configuredto trip different trip contacts depending on where the arc occurs. SA...SA4 Switchgear K4, K5, K6 Solid state tripping contacts Q1, Q2 Circuit breaker Bus couplar 5 6 7 8 D1...D9 Detectors SA.1 SA.2 SA.3 SA.4...

  • Page 81: Circuit Diagrams

    Technical data Circuit diagrams Arc Monitor Terminals I > X1 1-10 Detector input IGBT K6 Trip X2 1-10 Extra extension module detector input (option) IGBT K5 Trip X3 1-10 Extra extension module Trip & IGBT K4 Trip detector input (option) Relay K3 Trip A1, A2 Power supply...
  • Page 82 Technical data...

  • Page 83: Chapter 9: Ordering List

    Ordering list Chapter 9: Ordering list Description Type Order code Arc Monitor Arc Monitor TVOC-2-240 1SFA664001R1001 Including one HMI and door mounting accessories Extension TVOC- 2-E1 1SFA664002R1001 10 optical inputs Extension TVOC- 2- E3 1SFA664002R3001 10 optical inputs for 60 meter detector cable HMI (Human Machine Interface) TVOC-2-H1...
  • Page 84 Ordering list Optical cable between TVOC-2 Arc Monitor and current sensing unit Cable length 0.5 m TVOC-1TO2-OP05 1SFA664004R2005 Optical cable Cable length TVOC-1TO2-OP1 1SFA664004R2010 Cable length TVOC-1TO2-OP2 1SFA664004R2020 Cable length TVOC-1TO2-OP4 1SFA664004R2040 Cable length TVOC-1TO2-OP6 1SFA664004R2060 Cable length TVOC-1TO2-OP8 1SFA664004R2080 Cable length 10 m TVOC-1TO2-OP10...
  • Page 85 Index Add/Remove module from the Arc Monitor 46 Applicable safety standards 10 Arc Monitor 17 Arc Monitor functions 15 Available languages 48 Breaker trip 40 Checking DIP Switches 49 Checking power on Arc Monitor 45 Checking the trip log 65 Circuit diagrams 79 Configuration 68 Configurations 39...
  • Page 86 Extension 20 Extension (option) 17 Extension unit plug in area 17 External HMI connection 18 Factory reset 71 Final confirmation 50 Getting started 23 Handling Error log 55 Handling the Arc Monitor 13 HMI Display 63 HMI external connection 17 HMI menu structure 63 HMI start menu 63 Human Machine Interface, HMI 17...
  • Page 87 Maintenance 53 Manual/Auto reset configuration 42 Menu and languages 65 Mount the Arc Monitor on a DIN rail 25 Mount the Arc Monitor on the wall 25 Mounting 24 Mounting and connecting the Arc Monitor to the system 22 Mounting Arc Monitor 24 Mounting on a DIN rail 25 Mounting on wall 25 Mounting the HMI 26...
  • Page 88 Testing the installation 51 Tools required 22 Trip Log 64 Trip notification window 64 Trouble shooting 55 Troubleshooting 55 Two (2) CSU connected 44 View DIP switches 69 View Modules 68 Work in safety manner 13...
  • Page 90 Contact us ABB Inc. ABB Inc. Low Voltage Products Low Voltage Control Products 16250 W. Glendale Drive 2117, 32 Avenue New Berlin, WI 53151 Lachine, Quebec H8T 3J1 Technical Support & Customer Service Phone: 800-567-0283 Phone: 888-385-1221, Option 4 Fax: 514 420 3137 Email: lvps.support@us.abb.com...

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