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VESDA VLC-605 Installation Guide

VESDA by Xtralis

iv

www.xtralis.com

Regional Regulatory Requirements and Notices

UL

For open area protection the fire alarm threshold (signal) that initiates an evacuation procedure via the Fire Alarm
Panel must not be set less sensitive than 0.625%/ft. The detector can send this signal via the Fire Alarm Panel
Output signal or the Pre-alarm output signal.

Through validation testing, Underwriters Laboratories Inc. has verified that VESDA ECO gas detectors, when
installed within the sample pipe network, present no significant effects on the smoke detection performance of
VESDA. The use of the ASPIRE calculation software is required to verify system design performance with all
devices included in the design.

FM

The VESDA VLC smoke detector model VLC-605 has been specifically designed to be used with any
compatible AutoPulse fire alarm control panels that are FM Approved. The interconnection is done via the
IDnet SLC connection found on the VLC-605 head termination board.

The VESDA VLC system components operate on 24 V DC either provided by the AutoPulse Fire Alarm
control panel or the VESDA VPS-100-US / VPS-300-US Power Supply equipped with two, four or six 12 V 12
Ah batteries.

The VLC-605 is FM Approved as an initiating device for Pre-action signaling. VLC-605 units powered by the
VPS-100/-300 are limited to a maximum rated current of 310 mA. For locations with a 24 V DC supply having
at least a 90 hour standby capacity (refineries, power plants, gas processing distribution networks, telephone
exchanges, etc.), the detector may be connected to this supply with permission of the authority having
jurisdiction.

The VESDA VLC detector head is suitable for indoor use only in ambient temperatures of 14° to 120°F (-10° to
49°C). The system is capable of sampling ambient air temperatures in the following refrigerated storage
applications: Coolers: 32° to 65°F (0° to 18°C), Chill rooms: 16° to 35°F (-9° to 2°C), Freezers or holding
rooms: -10° to 5°F (-23° to -15°C), and Sharp freezers: -35° to 0°F (-23° to -15°C). The lowest operating
temperature is -40° C.

The sampling piping network is designed by the latest edition of the ASPIRE computer program. The ASPIRE
computer program for Windows is designed to run on IBM-compatible personal computers (PC's).

European Installations

The product must use a power supply conforming to EN54: Part 4.

Approvals and Standards

The product complies with the following standards.

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UL268

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21 CFR 1010.2

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21 CFR 1010.3

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FCC Class B

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FM

Document: 32445

Revision: 0

Build: A

Part Number: 30771

Summary of Contents for VESDA VLC-605

Page 1: ...VESDA VLC 605 Installation Guide October 2016 Document 32445 Revision 0 Build A Part Number 30771 ...

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Page 3: ...ause equipment damage Xtralis is not responsible and cannot be held accountable for any liability that may arise due to improper use of the equipment and or failure to take proper precautions Only persons trained through an Xtralis accredited training course can install test and maintain the system Liability You agree to install configure and use the products strictly in accordance with the User M...

Page 4: ...escription Caution This icon is used to indicate that there is a danger to equipment The danger could be loss of data physical damage or permanent corruption of configuration details Warning This icon is used to indicate that there is a danger of electric shock This may lead to death or permanent damage Warning This icon is used to indicate that there is a danger of inhaling dangerous substances T...

Page 5: ...o radio or television reception the user is encouraged to try to correct the interference by one or more of the following measures re orientate or relocate the receiving antenna increase the separation between the equipment and receiver connect the equipment to a power outlet which is on a different power circuit to the receiver or consult the dealer or an experienced radio television technician f...

Page 6: ...upply equipped with two four or six 12 V 12 Ah batteries The VLC 605 is FM Approved as an initiating device for Pre action signaling VLC 605 units powered by the VPS 100 300 are limited to a maximum rated current of 310 mA For locations with a 24 V DC supply having at least a 90 hour standby capacity refineries power plants gas processing distribution networks telephone exchanges etc the detector ...

Page 7: ...7 6 10 Terminating IDNet Conductors 17 6 11 Terminating the Power Supply Monitor Conductors 17 6 12 Terminating the Power Conductors 18 6 13 Setting Dip Switches 18 6 14 Closing Up the VLC 605 18 6 15 Pipe Bonding Check 18 7 Power Up 19 7 1 Power Up the Device 19 7 2 LED Behavior Power Up 19 7 3 LED Behavior Operation 19 8 Programming 21 8 1 VSC Configuration Utility 21 8 2 VLC 605 Configuration R...

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Page 9: ... laser detection chamber Smoke present in the detection chamber scatters light that is detected by very sensitive receivers using sophisticated electronics When the smoke density reaches a smoke alarm level the VLC 605 communicates this level to the AutoPulse control panel via the IDNet protocol The sampled air is expelled via an exhaust port located on the bottom of the detector The VLC 605 compo...

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Page 11: ...ng the VLC 605 device make sure you have the appropriate software revisions The following table contains the required software levels for AutoPulse control panel model Z 20 Control Panel Model Component Software Revision Z 20 Master Controller Rev 3 05 or Later Table 2 1 Software requirements for the VLC 605 ...

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Page 13: ... for the detector to determine the required wire sizes The power requirements for the detector to operate are as follows l Operating voltage 24 VDC Nominal 18 VDC to 30 VDC l Current consumption 205mA nominal 3 2 Power Sources The VLC 605 unit shall source its operating power from the AutoPulse control panel Auxiliary 24 VDC output Optionally 24 VDC operating power can be sourced from a battery ba...

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Page 15: ... C to 60 C 4 F to 140 F Humidity 10 95 RH non condensing Sampling Pipe Network Maximum area of coverage 800sq m 8000sq ft Computer Design Tool ASPIRE Pipe Size ID 15 21mm 9 16in 7 8in OD 25mm 1in IP Rating NEMA Rating IP30 NEMA 1 Cable Access 4 x 25mm 1in cable entries Cable Termination Screw terminal blocks 0 2 2 5sq mm 30 12 AWG Sensitivity Range 0 005 to 20 00 obs m 0 0015 to 6 25 obs ft AutoPu...

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Page 17: ...VESDA by Xtralis VESDA VLC 605 Installation Guide www xtralis com 11 5 Product Dimensions E Cable Entry Point on Rear of Enclosure E Figure 5 1 Dimension in mm inches of the VLC 605 rear enclosure ...

Page 18: ...VESDA VLC 605 Installation Guide VESDA by Xtralis 12 www xtralis com Figure 5 2 Dimension in mm inches of VLC 605 ...

Page 19: ... the air inlet pipe and cable entry points to allow for pipe and conduit entry b Verify that the cable entry points and the sampling air pipes are at the correct locations c Determine the type of fasteners required to attach the mounting bracket onto the mounting surface The size of the screw holes on the mounting plate is 8mm approx 5 16 Figure 6 1 VLC 605 orientation normal left inverted right 6...

Page 20: ...propriate fasteners to suit the mounting surface Secure the bracket to the surface Figure 6 2 Hole dimensions and orientation of mounting bracket 6 5 Attaching the Detector onto the Bracket a Determine the required orientation for the VLC 605 b Mount the detector onto the bracket by placing the four rectangular slots located on the rear of the detector onto the four bracket tabs Refer to Figure 6 ...

Page 21: ...cessary into the inlet port ensuring a firm fit DO NOT glue this connection d Pipe the exhaust when necessary Caution DO NOT GLUE THE AIR INLET AND EXHAUST PIPE CONNECTION Glued connections makes disconnecting the sampling air pipe from the VLC 605 for maintenance extremely difficult and will result in damage to the equipment 6 7 Cabling Using Cable Clamps and Conduits 6 7 1 Using Cable Clamps a M...

Page 22: ... termination card Terminal 1 Comm SLC 2 Comm SLC 3 Comm SLC 4 Comm SLC 5 PS Mon Monitor Input 6 PS Mon Monitor Input 7 Ground Input Power 8 24V Input Power 9 Ground Input Power 10 24V Input Power 6 8 1 Procedure to Terminate Conductors to the Termination Card All wiring shall meet all Local and or National wiring requirements The following suggested procedure listed below is a minimum Should confl...

Page 23: ...inal positions provided to allow In Out wiring a Connect the IDNet SLC conductors to the appropriate terminals of termination card Observe correct polarity Terminal Block X1 COMM 1 COMM 2 IDNet SLC to next device IDNet SLC from Control Panel or Previous Device Figure 6 6 SLC conductor connections 6 11 Terminating the Power Supply Monitor Conductors a Refer to Figure 6 4 for the PS Mon and PS MON c...

Page 24: ... Reattach the front cover to the plastic tie and connect the LED CARD connector to the socket on the termination card if you have removed the cover and the connector c Perform the power up as per Section 7 and preliminary checks as per Section 9 d Close up the VLC 605 and secure the cover with the two screws 6 15 Pipe Bonding Check a Check that all plastic pipe joints are fully sealed and bonded w...

Page 25: ... performing power up self test device reset cycle Notes l If LED does not illuminate for 3 seconds during start up as described above b it may be necessary to reset the AutoPulse control panel l If AutoPulse control panel configuration data already contains the VLC 605 the panel will clear the No Answer trouble when the VLC 605 is powered and completes initialization l If the AutoPulse control pan...

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Page 27: ...ring configuration is the same as for a No Answer trouble in normal operation The event is saved in the VLC s event log for future reference When fire flow and fault tests are initiated by VSC a pop up instruction to the operator will describe the behavior of the LED during these tests In particular the instructions state that polling from the fire panel may be observed due to blinking of the LED ...

Page 28: ...e 255 steps increment by 0 016 ft or 0 0524 m obscuration The following formula can be used to determine the necessary count number 1 255 for the desired ft obscuration for each threshold Count Sp Res Where Count is the device count 1 255 Sp is the desired set point ft or m and Res is the device resolution 0 016 ft or 0 0524 m Example 1 ft Thresholds A threshold of 0 3 ft is required for the Stage...

Page 29: ... blockages in the sampling air pipe and check that the exhaust plug has been removed d Once completed successfully disconnect VSC from the VLC 605 and check proper communication exists between VLC 605 and Panel 9 2 Basic Pass Fail Smoke Test Note This test verifies the detector will sense smoke It does not replace any appropriate commissioning test a Ensure that the PC with VSC is disconnected the...

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Page 31: ...ave the IDNet SLC conductors been terminated to the correct terminals on the termination card Refer to chapter 6 10 on page 17 8 Have the Power Supply Trouble Monitoring input conductors been installed correctly Refer to chapter 6 11 on page 17 for details 9 Have the 24 Volt Input Power conductors been connected to the correct terminals on the termination card Refer to chapter 6 12 on page 18 for ...

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Page 33: ...ion No Answer Trouble 14 Default flow sensor calibration No Answer Trouble 15 Power Supply Monitor input active Sensor Trouble 22 Inlet flow sensor trouble Sensor Trouble 23 Preamp trouble No Answer Trouble 29 Default Manufacturer Configuration Sensor Trouble 33 PIN trouble Sensor Trouble 34 Head Configuration trouble Sensor Trouble 36 Event log trouble Sensor Trouble 37 Head Calibration trouble N...

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Page 35: ...ampling Point x Flush Pipe Network2 x Pipe Integrity Smoke Test x Check Pipe Flow x 1 Depends upon Regional Codes and Standards 2 May require more frequent maintenance depending upon the environment Note The frequency of maintenance checks could vary depending upon local codes and standards and the environment of the installation Warning While a VESDA Zone has been isolated no fire warnings will b...

Page 36: ...tralis 30 www xtralis com 12 1 Exploded View of VLC 605 Components A Air Filter Cartridge B Termination Card Screws 4 C Termination Card D Main Enclosure E Aspirator F Sample Air Hose G Front Cover H Aspirator Cable Loom I Manifold Outlet Flange ...

Page 37: ... plastic strap 12 3 Closing the Detector 1 Replace the front cover over detector enclosure ensuring the plastic strap and cable loom is not wedged between cover and enclosure 2 Tighten the two screws A 12 4 Replacing the Air Filter Cartridge Disassembly 1 Locate the air filter cartridge A inside the detector compartment 2 Undo the recessed Philips head filter screw B 3 Lift out the air filter cart...

Page 38: ...spirator Disassembly 1 Remove the four screws A securing the termination card 2 Disconnect the aspirator cable loom from the connector on the aspirator 3 Gently pull out termination card B from interface card connected behind 4 Be careful not to dislodge any wires connected to the termination card 5 Leave the termination card suspended by its wires 6 Pull off the air hose from aspirator pipe D 7 U...

Page 39: ...e card C 7 Secure the termination card with four screws 8 Connect aspirator cable connector to socket on aspirator Connector is polarised and only be inserted one way 9 Check all wires are secured to their connectors or terminals 10 Power ON the detector and check the aspirator is running 11 Close the detector ...

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