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Related Manuals for INIM Electronics SmartLoop
Summary of Contents for INIM Electronics SmartLoop
- Page 1 SmartLoop Analogue Fire Alarm Control Panel Installation manual GameOver...
- Page 2 Installation Manual Copyright The information contained in this document is the sole property of Inim Electronics s.r.l. No part may be copied without written authorization from Inim Electronics s.r.l. All rights reserved. This Control panel has been designed and developed to the highest standards of quality and performance implemented by Inim Electronics.
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Page 3: Table Of Contents
Overview ................5 Application and use 5 In order to validate the IMQ-SISTEMI DI SICUREZZA certification, and in compliance with EN54-2 regulations, 7 About the SmartLoop fire alarm panel series 7 Description of the models 7 Features 8 Chapter 2 General information.............. - Page 4 Connecting Repeater panels to the RS 485 bus 38 7.14 Connecting the SmartLoopNET module 38 7.15 Connecting the SmartLoop/INOUT Board 38 7.16 Connecting to a PC or serial printer 40 7.17 Connecting a SmartLinkLAN board equipped panel to a PC 40 7.18...
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Page 5: Overview
The system status is indicated on the display and on the system status LEDs. The SmartLoop panel supports up to 8 Repeater panels (accessory items) which replicate system data and allow building occupants with Level 2 authorization to silence and reset the system. - Page 6 Installation Manual Caption [A] Loop All the peripheral devices of the system must be connected in parallel to the loop circuit (2 pole STP). The loop is a closed electrical circuit in which a wide variety of alarm devices can be accommodated. Opening or closing the circuit at any point will generate a fault signal.
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Page 7: In Order To Validate The Imq-Sistemi Di Sicurezza Certification, And In Compliance With En54-2 Regulations
About the SmartLoop fire alarm panel series There are 3 expandable models (expandable to 8 loops by means of 3 SmartLoop/2L expansion boards). All have 2 loops and common components housed in the same sized cabinet. Each expandable model has a technically-downsized version (in same-sized cabinet) with 1 loop for reduced complexity applications. -
Page 8: Features
- RS232 and USB connectors for uploading/downloading programming data - 2000 event buffer The motherboard provides locations for: - 3 SmartLoop/2L loop expansion boards with 2 loops per board (for 2080 expandable models only) - 1 SmartLoop/NET network board - 1 SmartLAN board... -
Page 9: General Information
• Programming Manual • User's Manual The manuals are supplied with the device. For further copies of the Installation Manual, please contact INIM ELECTRONICS offices quoting the order number shown in Appendix C . Manual details Title: SmartLoop Installation Manual •... -
Page 10: Intellectual Property Rights
Recommendations INIM Electronics recommends that the entire system be tested on a regular basis (refer to paragraph 2.9 Testing the system). Testing the system This system has been designed to the highest standards of quality and performance. -
Page 11: Manufacturer's Name And Address
The danger warnings indicate that total or partial disregard of the procedure could injure the operator or persons in the vicinity. 2.13 Manufacturer's name and address INIM Electronics s.r.l. Via Ischia Prima, 34 63013 Grottammare (AP) - Italy Tel: +39 0735 730924 Fax: +39 0735 736134 info@inim.biz - www.inim.biz... -
Page 12: Device Identifier
2.15 Warranty INIM Electronics s.r.l. warrants the original purchaser that for a period of 24 months from the date of final acceptance, the product shall be free of defects in materials and workmanship. The warranty applies only to defects in parts and workmanship relating to normal use. It does not cover: •... - Page 13 Installation Manual Do not expose the circuits to damage by removing the modules unnecessarily from their housings. 3. When removing or handling the boards, hold the board edges only. 4. Do not touch the electronic components, the printed circuits or the metal parts of the connectors. 5.
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Page 14: Device Management
Take due care when unpacking the product, and dispose of all waste packaging in accordance with the local method of disposal. The cardboard box contains the SmartLoop control panel (cabinet in metal). Note: All waste packaging must be disposed of in full respect of the local laws in force. - Page 15 Installation Manual Attention: The 2032 lithium battery guarantees data retention. You must insert this battery into its holder (with “+” sign facing you) before connecting the SmartLoopLAN board. The package does not include: Thermal probe, batteries (2 x 12 V), programming software CD. These items must be purchased separately.
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Page 16: Internal Devices
Internal devices The motherboard The SmartLoop motherboard has a 32 bit microprocessor that controls all the control panel functions, and 2 peripheral microprocessors (one per loop) that manage communications with the system peripherals. INIM’s R & D professionals have developed and designed the SmartLoop motherboard using ground-breaking new generation fire technologies that ensure maximum precision and performance. -
Page 17: About Attachment Boards
About attachment boards The motherboards accommodates the following attachment boards: - Up to 3 SmartLoop/2L loop expansion boards (2 loops per board) - for Expandable models only (2080) - 1 SmartLoop/NET Network board - allows to create a control panel network environment (Hornet... -
Page 18: The Smartloop/2L Board
Installation Manual The SmartLoop/2L board All the SmartLoop 2080 series (expandable models) have 2 on-board loops expandable to 8 by means of 3 SmartLoop/2L expansion boards. The models SmartLoop 1010 series (non-expandable) have 1 loop only. Each loop accommodates up to 240 or 126 (depending on the selected protocol) fire detection/ signaling devices (refer to Appendix B). -
Page 19: The Smartloop/Net Board
2. Communication Port A (to be connected to Port-B of the successive control panel) 3. In-ring LED (indicates the In Service/Out of Service status of the SmartLoop/NET board. If this LED is Off, the panel is isolated from the HorNet environment. - Page 20 Installation Manual Figure 10 - The SmartLoop/NET board location on the motherboard Internal devices...
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Page 21: The Smartlan Board
Installation Manual The SmartLAN board The SmartLAN board connects to any Ethernet network and allows remote access (via Internet) to the fire control system (allows connection to all the fire control panels in the token-ring network). This board can send detailed e-mails for each event, and by means of TCP/IP protocols, can send real-time event reports. -
Page 22: The Smartloop/Pstn Board
Installation Manual The SmartLoop/PSTN board The SmartLoop/PSTN board allows the SmartLoop fire control panel to use the land line (PSTN). It manages (and monitors) 2 lines and uses the most widely used reporting protocols (SIA, Contact ID, etc.). It has an 8-slot audio memory for up to eight voice call messages. Completely managed by its on-board microcontroller, it generates emergency calls in the event of CPU fault, and also any alarm calls triggered during the CPU fault. -
Page 23: The Smartloop/Inout Board
Installation Manual The SmartLoop/INOUT board The SmartLoop/INOUT board provides 6 outputs (CH1 - CH6). Each of which can be configured as a: Supervised Output (NAC - 1 A max.), Supervised Input, Conventional detector line or Gas detector line. During the programming phase, you can program the events which will activate the outputs and the actions generated by the inputs. -
Page 24: The Smartloop/Prn Module (For "/P" Models Only)
3. Board anchor holes (6) The SmartLoop/PRN module (for “/P” models only) The SmartLoop/PRN thermal printer module uses 82mm thermal roll paper and can be connected directly to the motherboard (connector cable included). It provides a continuous real-time printout of events and/or date to date enquiry printouts. - Page 25 Installation Manual Figure 19 - The SmartLoop/PRN module Figure 20 - The SmartLoop/PRN (Printer) module location on the motherboard 4.9.1 The SmartLoop/PRN module components 1. Power supply terminals (24V DC) to be connected to the red and black wires of the cable (included) 2.
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Page 26: The Smartletusee/Lcd And Smartletusee/Led Repeater Panels
Each Repeater must be assigned an address by means of the on-board DIP switches. Repeater panels replicate all the SmartLoop fire system data and allow authorized personnel to access and control the system in accordance with access authorization (access requires code entry). Each SmartLetUSee/ LCD module accommodates one SmartLetUSee/LED module that provides 48 status LEDs associated with the zones. -
Page 27: Technical Specifications
Dimensions (HWD) 48cm x 47cm x 13.5cm Weight without battery 8 Kg Attachment board current draw SmartLoop/2L (2 Loop expansion board) stby: 20mA MAX:70mA SmartLoop/INOUT (6 Input/Output expansion board) stby:40mA MAX:300mA SmartLoop/NET (Token-ring network board) stby: 40mA MAX:40mA SmartLoop/PSTN (PSTN dialler board) - Page 28 5A @ 30V max RS485 BUS 1.8 A MAX AUX, AUX-R 1.8 A MAX CURRENT RIPPLE on AUX and AUX-R outputs 1% MAX Normally Open Contact 5A @ 30Vdc MAX SmartLoop/Input/Output on each CH 0.9 A MAX Technical specifications...
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Page 29: Installation
Installation Manual Chapter 6 Installation Danger: Installation of this fire control panel must be carried out in full respect of the local fire codes, laws and bylaws in force, and in accordance with the instructions and guidelines herein. The cable glands must be rated UL94-V1 flame class (or higher) Choosing the mounting location This Fire control panel should be located in a place that is: •... - Page 30 4. Using wall plugs, attach the cabinet securely to the wall. 5. Pull the cables through the cable entry. 6. Connect the SmartLoop/LED module (if used) to the motherboard (see “Connecting the SmartLoop/LED module” on page 31.). 7. Connect ant attachment boards to the motherboard.
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Page 31: Connecting The Smartloop/Led Module
1. Fit the plastic spacers to the soldered screws on the back of the cabinet door. 2. Locate the SmartLoop/LED module in position. 3. Using the nuts (supplied), secure the board to its location. 4. Using the flat cable, connect the SmartLoop/LED module to the Keypad/Display module. Installation... -
Page 32: Connecting The Smartloop/Prn Printer Module
2. Connect the SmartLoop/PRN printer module to the motherboard (Figure 5 - connector 13]. 6. Locate the adhesive wire saddles (included in SmartLoop/PRN kit), above the display board as indicated in the figure. Refer to “Figure 26 -”. Push the cable into the wire saddles (included in SmartLoop/PRN kit). -
Page 33: Connections
• Junction boxes are required at splice points. All Junction boxes must be installed using the local country Fire Code compliant method. • Any wires/cables inside the SmartLoop cabinet must be secured to the cable hooks on the back box by means of plastic cable ties or similar fittings. -
Page 34: Description Of The Motherboard Terminals
Installation Manual 7. Repeater 8. Printer connection 9. Permanent PC connection 10. Battery connection 11. Mains power connection (to the Electrical Switchboard) Description of the motherboard terminals The numbers in square brackets in this section will help you to identify the components on the motherboard (see Figure 27). -
Page 35: Loop Terminals
Installation Manual Note: Each loop output conductor must be fitted with a split ferrite core (included), as shown in the figure below. Figure 28 - Attaching the split ferrite core to loop output cables Loop terminals Loop1 Output (terminal “+” and “-”): connect all loop devices in parallel to these terminals, in accordance with the specific device instructions. -
Page 36: Nac Outputs (Notification Application Circuit)
Installation Manual BLR100 VB100 VB100 FI100 REMOTE Figure 30 - 4 wire connection NAC Outputs (Notification Application Circuit) 7.7.1 Alarm NAC Alarm NAC output (30) protected by 1 A resettable fuse: Supervised, Silenceable output To be connected to: ALARM signaling devices. Operating principles This output will activate when FIRE ALARM conditions are detected. -
Page 37: Terminal (For Shutdown Signaling)
Installation Manual During STANDBY a low supervisory current with reverse polarity (with respect to the silk-screened indications on the motherboard) circulates on the line. The diodes (connected in series to the loads) will direct the current to the EOL resistor which must be connected in parallel to the last device (see Figure 31). -
Page 38: Connecting Repeater Panels To The Rs 485 Bus
7.15 Connecting the SmartLoop/INOUT Board Each of the terminals on the SmartLoop/INOUT board can be configured in one of the following ways: Connections... - Page 39 Installation Manual • Supervised NAC Output VIOLET ORANGE YELLOW GOLD 1N4007 Figure 34 - Supervised NAC Output • Convenzional Zone CONVENTIONAL DETECTOR 1 CONVENTIONAL DETECTOR 2 WHITE ORANGE GOLD 3.9K Figure 35 - Convenzional Zone • Gas Zone Lines configured as Gas Zone 4-20mA will generate “early warning”...
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Page 40: Connecting To A Pc Or Serial Printer
Installation Manual • Supervised Input VIOLET ORANGE GOLD YELLOW GREEN ORANGE BROWN GOLD Figure 37 - Supervised Input 7.16 Connecting to a PC or serial printer The panel can be connected: • permanently to a PC equipped with monitoring software; •... -
Page 41: Connecting The Thermal Probe
Installation Manual 7.19.2 Voltage testing The panel continuously monitors the battery voltage. If the voltage drops below the 22.8 V, the panel will signal the event on the respective Fault LED and on the display. The event will end when the voltage restores to over 24.6 V. -
Page 42: Connecting To The Mains Power Source (Electrical Switchboard)
Figure 39 - Charge Voltage in relation to Battery Temperature 7.21 Connecting to the Mains power source (Electrical Switchboard) The power system of the SmartLoop control panel is EN54-4 compliant. Danger: DO NOT power up the system with a non-compliant voltage (see label). - Page 43 40]. Note: The connection wires (to the electrical mains, and also any other wires inside the SmartLoop cabinet) must be secured to the cable hooks on the back box by means of plastic cable ties or similar fittings. Use cable with double isolation for the connection to the electrical mains. Ensure...
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Page 44: Powering Up The System
Installation Manual Chapter 8 Powering up the system Attention: When you think you have the system completely wired, double check the integrity of the wiring and ensure that the earth connection has been completed properly before powering up. Testing wiring integrity Work carefully through the following steps, use a multimeter or similar tool for the electrical measurements. - Page 45 8. If several panels are connected in a token-ring network, check the integrity of the ring, as follows: • Extract the network terminal boards [figure 9-2,6] from the SmartLoop/NET board of one of the panels, and check the continuity of wiring in the D+ circuit (between D+ poles of ports A and B), and the D- circuit (between D- poles of ports A and B).
- Page 46 Installation Manual 8.1.1 First power up Figure 43 - First power up 1. Insert the “SAVE” jumper [figure 5-7] (data retention is guaranteed by the 2032 lithium battery). 2. Using the battery terminal eyelet wires (one at each end), connect the 17Ah batteries together, the positive of one battery to the negative of the other [figure 38].
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Page 47: Troubleshooting
Installation Manual Chapter 9 Troubleshooting NAC, Alarm and Fault output trouble Using a multimeter or similar tool, check the voltage on the terminals. During normal operating conditions (standby status), the measurement should be around 15 V with reverse polarity with regard the silk-screened indications on the terminal board. -
Page 48: Repeater Fault
Installation Manual - Check that the flashing Loop transmission LED corresponds to the respective loop settings. If the LED does not correspond, check the loop parameters. • Loop return LED -Reception The green LED of each loop will blink each time an interrogated device responds. If this LED is On solid, it means the device response has been interrupted by an anomalous current flow through the conductive path between the two poles of the loop. -
Page 49: Smartloopnet Fault
Installation Manual SmartLoopNET Fault (error in the token ring network configuration) Access to Network Denied Figure 45 - Access Denied message This message appears when: • The SmartLoopNET board is not operating properly. - Check that the board is inserted properly. - Relaunch the auto-configuration phase. -
Page 50: Appendix A Maintenance
Installation Manual Appendix A Maintenance The following operations must be carried out regularly. 1. Using a damp lint-free cloth, remove any dust that may have gathered on the control panel (do not use any kind of cleaning product or solvent!). 2. -
Page 51: Appendix B Argus Devices Supported By The Control Panel
Installation Manual Appendix B Argus devices supported by the control panel Note: The ARGUS devices accepted by this control panel do not have IMQ-SISTEMI DI SICUREZZA certification, refer to the instructions leaflet provided with each device. All Argus Vega devices have built-in loop isolators. Therefore, isolators are not required. A short- circuit on the loop will not provoke loss of any device. - Page 52 Installation Manual VDBS100 Deep Standard Base Deep Standard Base Allows connection to wall-mount cable runs BLR100 Vega Relay Base Relay Base Relay activated by the detector R output attached to the base VBS100 Detector Sounder Base Base with Sounder Activated by the detector R output attached to the base Wireless devices Model...
- Page 53 Every ARGUS device requires an address to identify it in the loop. There are two ways of addressing ARGUS devices, one is to use a VPU (Vega Programming Unit), and the other is to use the Auto- addressing option. B.6.1 Auto-addressing from panel At the SmartLoop panel keypad: 1. Press any key to access the menu. Main 2.
- Page 54 Installation Manual B.6.2 Addressing ARGUS detectors using a VPU Figure 48 - Keypad side of the VPU100 (Vega Programming Unit) Work carefully through the following steps: 1. Remove the detector from its base (twist off). 2. Fit the detector into the VPU (twist on). 3.
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Page 55: Apollo Devices Supported By The Control Panel
Installation Manual 3. Press any button on the VPU to switch On the unit. 4. Using the UP/DOWN scroll buttons, select an address ( ) then press the WRITE button (top left) 1-240 to confirm the selection. Note: Two hundred and forty addresses are available. Address entry errors can be corrected by simply readdressing the device (deletion not required). - Page 56 Installation Manual B.7.3 Detectors: Xplorer series Note: Xplorer series detectors are especially designed to operate with a sensibility of 55 (sensibility at default). Sensibility adjustment should be made only when absolutely essential, as any change may lead to delays in loop response time. Model Name Description...
- Page 57 Installation Manual 55000-940 XP95 I.S. Manual Call Point Intrinsic Security Manual call point 58000-910 Discovery Manual Call Point - Surface mounting Discovery Manual Call Point - Surface mounting 58000-920 Discovery Manual Call Point - Flush mounting Discovery Manual Call Point - Flush mounting 59000-910 Xplorer manual call point Xplorer manual call point...
- Page 58 Installation Manual 55000-821 XP95 DIN RAIL Switch Monitor Plus DIN RAIL Module with 1 Delayed Input and Reset Output for waterflow detectors (waterflow alarm) 55000-822 XP95 DIN RAIL Switch Monitor DIN RAIL Module with 1 Input 55000-812 XP95 DIN RAIL Zone Monitor (with DIN RAIL Interface Module for Conventional Zones (with isolator) Isolator) 55000-826...
- Page 59 Installation Manual B.16.1 Addressing APOLLO detectors You can address APOLLO detectors using the incorporated Xpert cards (see following figure). Figure 50 - Detector/Components side of an APOLLO detector Work carefully through the following steps: 1. Remove the detector from its base (twist off). 2.
- Page 60 Installation Manual B.16.2 Addressing APOLLO modules You can address all modules in the APOLLO range (Input,Output, In/Out, Manual Callpoint/Sounder/ Flasher/Emergency Light, etc.) using the incorporated DIP switches (see following figure). Figure 51 - DIP switches Address Table 1. Using the On/Off position of the incorporated DIP switch (refer to the Address Table in the device instructions), set the module address (from 1 to 126).
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