Simplex 4100ESi Installation Manual
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Simplex 4100ESi Installation Manual

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4100ESi
Installation guide
LT0618
Issue 1.1

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  • Page 1 4100ESi Installation guide LT0618 Issue 1.1...

  • Page 3: Table Of Contents

    PDI backplane features ..........................14 Legacy card and features ..........................15 System features ..............................15 Chapter 2. 4100ESi Compact Panel ....................16 Mounting the cabinet ............................16 Mains wiring ................................17 Batteries ..................................17 Adding a MX Loop card ..........................18 Flat mounting ...............................
  • Page 4 Flat mounting ..................................34 Bracket mounting ................................35 Adding other PDI cards ..........................35 Adding legacy cards ............................. 36 Adding a T-GEN 60 in an Expansion Cabinet ................40 Mounting in 15U expansion cabinet ........................40 Mounting in 8U expansion cabinet........................40 Wiring ......................................
  • Page 5 On the CPU motherboard ............................63 On the NIC ....................................63 Wired Media card settings ......................... 64 Fibre optic media card settings ......................64 Mounting media cards ............................ 65 Chapter 7. Remote Fire Brigade Panel ..................66 Mounting the cabinet ............................66 Cabinet connections ............................
  • Page 6 Checking system wiring ....................89 Using the Volt/Ohm Meter ......................... 89 Appendix H 4100ESi functions ....................... 91 Optional functions in AS7240.2 ..........................91 Functions in other parts of AS 7240 ........................92 Ancillary functions not required by AS 7240.2 ..................... 92...
  • Page 7 The 4100ESi Fire Alarm System provides a configuration programming facility, which may be accessed via a programming computer using a “dongle”. Because this programming facility allows the user to define in detail the operation of the 4100ESi System being customised, changes may be made by the user that prevent this installation from meeting statutory requirements.
  • Page 8 SAFETY HAZARD The 4100ESi CPU Card includes a lithium battery. There is a very low danger of explosion if the battery is incorrectly replaced. Replace only with the same or equivalent type recommended by the manufacturer. Dispose of used batteries according to the manufacturer’s instructions.
  • Page 9 50 devices, should also be tested and proper system operation verified. SOFTWARE VERSION COMPATIBILITY Verify 4100ESi System Programmer, Executive, and Slave Software compatibility when installing or replacing system components. Refer to the Solutions Bulletin SB11002 for more information.
  • Page 10 All specifications and other information shown were current as of document revision date, and are subject to change without notice. Johnson Controls, Simplex, the Simplex logo, MAPNET II, IDNet, TrueAlarm, SmartSync, WALKTEST, MINIPLEX, and TrueAlert are trademarks of Johnson Controls International Services or its affiliates in the U.S. and/or other countries.
  • Page 11 Other references More information about the setup, operation, and maintenance of the 4100ESi Fire Alarm panel can be found in the following documents: ⋅ LT0619 4100ESi Programming Manual - for configuring the system software and site specific data files. ⋅...

  • Page 12: Chapter 1. Introduction

    Cabinets overview The 4100ESi Fire Alarm panel is available in a range of cabinets that are compatible with the 19 inch rack mounting system. The cabinets are referred to using their respective vertical sizes expressed in the units of this rack mounting system (1U = 1.752 inches or 44.5mm), see Table 1.

  • Page 13: Cpu And Motherboard Features

    CPU and motherboard features The core of the 4100ESi system is the CPU card, also known as the master card. This is connected by an internal communications bus to one or more slave cards. The slave cards provide specific functions controlling the overall system operation such as power supply, user interface, detector circuits, output relays, notification circuits, and so on.

  • Page 14: Pdi Backplane Features

    PDI backplane features The Power Distribution Interface (PDI) is a backplane running across the width of each bay. The PDI supports the slave cards that use the PDI format. These cards mount flat and connect to the sockets on the PDI backplane for power and communications.

  • Page 15: Legacy Card And Features

    Legacy card and features There are four other legacy cards formally listed for use with new 4100ESi systems, as well as a larger number of older legacy cards which are compatible with 4100ESi but are not formally listed for new installations.

  • Page 16: Chapter 2. 4100Esi Compact Panel

    Chapter 2. 4100ESi Compact Panel Mounting the cabinet Mount the 15U cabinet vertically on four M8 studs or screws. Space the screws or studs 415 millimeters horizontally and 450 millimeters vertically. Figure 3. 15U compact cabinet mounting and mains wiring AS1670.1 requires a clear space of 1 meter in front, and 0.5 meters on each side of all cabinets that are to be...

  • Page 17: Mains Wiring

    Batteries Up to 33Ah batteries fit in the 4100ESi Compact panel, without restricting the option to fit additional displays or other hardware on the lower display door.

  • Page 18: Adding A Mx Loop Card

    Figure 5. LIM assembly mounted on PDI backplane in the 15U cabinet Bracket mounting To fit up to four 4100-6077AU MX loop cards in the 4100ESi Compact panel mount a pair of cards on an ME0516 Dual PDI bracket, refer to Chapter 4, Using the Dual PDI bracket.
  • Page 19 CPU and motherboard features on page 13. For information about wiring the cards refer to the appropriate wiring diagrams in LT0432 4100ESi Field Wiring Diagrams. Figure 6. PDI card mounted on backplane in the 15U cabinet...

  • Page 20: Adding A Network Interface Card

    Adding a Network Interface Card A Network Interface Card (NIC) is required to add the 4100ESi Compact panel to a networked fire alarm system. Install the NIC card in the unused, left hand edge connector position on the CPU motherboard.

  • Page 21: Adding A T-Gen 60

    Adding a T-GEN 60 Mounting The gearplate in the 4100ESi compact panel has a position beside the CPU card for mounting one FP1115 T- GEN 60 and a position in the bottom right hand corner beside the LPS for mounting one FP1117 100V Switching Module or FP1118 100V Splitter Module.

  • Page 22: Wiring

    Figure 9 4100-ME0513K Brigade Kit with ME0490 Microphone Wiring The T-GEN 60 must be powered from the LPS VAUX+ outputs. All three VAUX+ outputs must be paralleled up to provide the peak current needed by the T-GEN 60 at full load. If the T-GEN 60 load (including strobes) is less than 20W, one VAUX output is sufficient, if it is between 20W and 40W (including strobes) two VAUX outputs in parallel will be sufficient.

  • Page 23: Configuration

    Wiring for the FP1118 100V Splitter Module is covered in its supplied Installation Instructions (LT0671). Configuration The T-GEN 60 must be configured with the 4100ESi default configuration using the SmartConfig tool, to select the appropriate alarm input for connection to the 4100ESi LPS. The T-GEN 60 Installation Instructions (LT0667) describe how to change the default configuration in the T-GEN 60.

  • Page 24: Adding A T-Gen 50

    Adding a T-GEN 50 Mounting The gearplate in the 4100ESi Compact panel has a position beside the CPU card for mounting a PA0766 T-GEN 50 tone generator. Mount the T-GEN 50 as shown in Figure 11, using the M3 screw supplied to earth the module to the metal standoff in the gearplate.
  • Page 25 Note: Wire the T-GEN 50 to the NAC3 output, unless another NAC output is programmed for Alarm Devices operation. Figure 12. T-GEN 50 wiring to the NAC...

  • Page 26: Configuration

    More Power If additional audio power is required, connect additional T-GEN 50 units to the 4100ESi power supply. The two other AUX POWER terminals on the power supply can be used to power additional T GEN 50 units, if the outputs are not being used to power other equipment, see Figure13.

  • Page 27: Adding Fan Controls Or Displays

    Adding fan controls or displays General The 4100ESi 15U Compact panel is supplied with one 7U display door, in addition to the touchscreen interface. The door is supplied fitted with 8 blank plates which completely fill the opening in the display door.
  • Page 28 The Switch/LED indicator modules and the AS1668 fan control modules require a 4100-1288 64/64 LED/Switch Controller Card to be fitted, which mounts behind the left-most two display modules, viewed from the panel front, see Figure 14. Figure 14. LED/switch module and controller on a 7U door The AS1668 fan control module (4100-ME0456) uses the same amount of space, in the front panel, as the LED/switch module shown in Figure 14.
  • Page 29 Figure15. Fan control module and controller on a 7U door in a small cabinet Complete the following steps to fit new modules to a 7U door: Remove the two fastening screws and open the door. Loosen the two M4 barrel nuts at the top and bottom near the door hinge, and remove the corresponding M4 barrel nuts at the free end of the door.

  • Page 30: Adding An Ase Brigade Transmission Unit

    6U door to be fitted to an expansion cabinet, see Chapter 3, 8U and 15U Expansion Cabinets. For information about installing and wiring, refer to the LT0624 NTFAST Installation Instructions supplied with the 6U door, and diagram number 610 in the LT0432 4100ESi Australian Wiring Diagrams.

  • Page 31: Chapter 3. 8U And 15U Expansion Cabinets

    Chapter 3. 8U and 15U Expansion Cabinets The following 8U/15U expansion cabinets are available for expanding systems using the 15U compact panel, see Table 5. Table 5. 8U/15U expansion cabinet types Sample Text Door type Description 8U battery box (FP1029). Blank door.
  • Page 32 Figure 17. Mounting expansion cabinets; internal cabinet view...

  • Page 33: Connecting To The Main Panel

    Figure 18. Mounting cabinets side by side Connecting to the main panel Two power interconnection looms, LM0317 and LM0592, are supplied with each expansion cabinet. LM0317 transfers 24V signal power to the expansion cabinets, and LM0592 transfers 24V card power and communication to the expansion cabinet.

  • Page 34: Adding A Mx Loop Card

    Figure 19. Installing the looms Use LM0596K battery leads to connect the APS Battery Terminals to the batteries in a battery box. Pass the leads through matching knockouts in the battery box and 15U cabinet. Use the fused battery lead to connect the batteries together.

  • Page 35: Bracket Mounting

    20. Mounting a 4100-6077AU assembly on the PDI backplane in the 8U cabinet Bracket mounting It is possible to fit up to four 4100-6077AU MX Digital Loop Cards in the expansion cabinet using an ME0516 Dual PDI bracket, see Figure 27. Suitable interconnecting wiring between the brackets is necessary. When the ME0516 Dual PDI bracket is installed with two 4100-6077AU cards fitted to each, LIM modules required for loop isolation must be mounted in the cabinet, or directly adjacent to the cabinet.

  • Page 36: Adding Legacy Cards

    Figure 21. Mounting a PDI card on the PDI backplane in the 8U cabinet Plug the card into the socket on the backplane, and secure it with the two screws supplied with the card. The card draws power and communications from the PDI backplane. For information about field wiring, see LT0432 Field Wiring Diagrams.
  • Page 37 Figure 22. Mounting a legacy card and motherboard in the 8U cabinet Legacy cards require a retaining bar to hold them in place. Use the 1U retaining bar, supplied with the blank door cabinets, for the 8U and 15U cabinets, as shown in Figure 23 and Figure 24. Legacy motherboards in a bay share power and communications through the interconnecting pins, but are not connected directly to the PDI backplane.
  • Page 38 Figure 23. Legacy card retaining bar in the 8U cabinet...
  • Page 39 Figure 24. Legacy card retaining bar in the 15U cabinet Note: Ensure you fit the bar correctly, it has a deeper side for the 15U cabinet and a shallower side for the 8U cabinet.

  • Page 40: Adding A T-Gen 60 In An Expansion Cabinet

    Figure 25 T-GEN 60 and 100V Switching Modules in 8U cabinet with APS If more than one T-GEN 2 module is required for a small 4100ESi panel, it is usually more practical to use a BOWS cabinet with its own PSU (FP1136 or FP1137).

  • Page 41: Wiring

    Wiring In the 8U cabinet, the PDI backplane cannot be used to provide 24V signal power to the T-GEN 60. Power the T-GEN 60 and 100V modules from the APS VAUX outputs paralleled together as detailed in the Installation Instructions LT0667, LT0668 and LT0671. Adding a T-GEN 50 on a legacy bracket Use the 4100-0766K module to mount a T-GEN 50 tone generator in the 8U or 15U expansion cabinets.

  • Page 42: Chapter 4. Using The Dual Pdi Bracket

    Using the Dual PDI bracket Use the ME0516 Dual PDI Card Bracket to mount a pair of PDI format cards in a 4100ESi cabinet. The two PDI cards do not need to be of the same type or size. The Dual PDI Card Bracket uses 2 PDI spaces.
  • Page 43 Figure 27. Mounting two 4100-6077 AU MX Loop cards The card on the left has the loop terminals at the top and the card on the right has the loop terminals at the bottom. Figure 28. Mounting two 4100-6072/6073 SM fibre modems Mount both cards with the fibre connectors pointing downward.
  • Page 44 Figure 29. Mounting two 4100-6047 BNIC Cards The card on the left card has the Ethernet connectors at the top and the card on the right has the Ethernet connectors at the bottom. Figure 30. Mounting two 4100-6079 SafeLINC Cards The card on the left has the Ethernet connector at the top and the card on the right has the Ethernet connector at the bottom.

  • Page 45: Bracket Mounting Options

    Bracket mounting options Figure 31 through to Figure 34 show examples of the 4100ESi Dual PDI Card Bracket mounting options on a 15U Panel gear plate, and in expansion bays. Figure 31. 15U panel gear plate mounting Mounting for all cards, with two possible positions.
  • Page 46 Figure 32. Expansion Bay mounting Expansion Bay mounting in four possible positions. The recommended expansion bay mounting for 4100-6072/6073 SM Fibre Modems is at the left to avoid colliding with other cards due to the overhang, see Figure 33. Figure 33. Expansion Bay mounting for 4100-6072/6073 SM Fibre Modems Mount the 4100-6072/6073 SM Fibre Modems on the left side of the expansion bay for best packing of the equipment.

  • Page 47: Panel Connection

    Figure 34. 8U Panel gear plate mounting There are four possible mounting positions for the ME0516 in an 8U expansion cabinet. The recommended mounting position for the 4100-6072/6073 SM Fibre Modem is at the left, see Figure Panel connection Figure 35. Connection of Dual PDI Card Brackets to a panel backplane in 15U or 8U cabinets Notes: 1.

  • Page 48: Chapter 5. Large Cabinets - 28U Or 40U

    Chapter 5. Large cabinets - 28U or 40U The 4100ESi large cabinets, 28U and 40U, hold more cards internally, and support more display and control doors than the smaller 8U and 15U cabinets. The 28U and 40U cabinets are available as factory build-to-order systems. Use the 4100Cost tool to determine the cabinet size and panel contents.
  • Page 49 Figure 36. Mounting BTO cabinets...

  • Page 50: Mains Wiring

    Adding a MX Loop Card The 28U and 40U 4100ESi panels are supplied pre-fitted with the number of MX loop cards ordered. Each loop card supports one loop of up to 250 MX addressable devices. If space is available, it is possible to fit additional MX loop cards to increase this capacity.
  • Page 51 Figure 37. Mounting a MX Digital Loop Card on the backplane in a bay...

  • Page 52: Adding Other Pdi Cards

    Figure 38. Mounting a PDI card on a backplane in a bay Plug the card into the socket on the backplane, and secure it with two screws supplied with the card. For information about field wiring, refer to the appropriate drawings in LT0432 4100ESi Field Wiring Diagrams. Adding legacy cards Each bay supports up to 8 legacy format cards.
  • Page 53 Figure 39. Mounting a legacy card and a motherboard in a bay Legacy cards require two retaining bars to hold them in place. The retaining bars are supplied with the bays. Legacy motherboards in a bay share power and communications through the interconnecting pins, but are not connected directly to the PDI backplane.

  • Page 54: Adding A Power Supply

    The APS occupies two PDI positions, one above the other, and supplies power directly to the PDI backplane for use by other 4100ESi cards. Other system loads can be wired to the APS VAUX (1-3) outputs and the NAC (1-3) outputs. Refer to LT0432 4100ESi Field Wiring Manual sheet 707 for wiring details.

  • Page 55: Me0470 Auxiliary Supply

    Figure 41. Mounting the ME0470 PSU in a bay For information about configuring the ME0470 and for connection to the 4100ESi, see LT0432 4100ESi Field Wiring Manual drawings 702 and 705.

  • Page 56: Adding A T-Gen 60 Or T-Gen 120

    The master T-GEN is controlled from a NAC output on the adjacent APS or on another APS in the cabinet, as required. The NAC output must be added to the zone list for Alarm Devices in the 4100ESi configuration, using...
  • Page 57 Figure 43 Wiring for T-GEN 60 and T-GEN 120 (with no switching modules)
  • Page 58 Figure 44 Wiring for T-GEN 60 and T-GEN 120 with switching modules...

  • Page 59: Mounting A T-Gen User Interface

    Use part number 4100-KT0446 to order additional bays to fit to an existing cabinet. For the 4100ESi panel, mount the bays to the rear of the cabinet. Fit the four M4 screws supplied to the correct holes in the mounting rails on the back of the cabinet. Hang the expansion bay on the screws and tighten.

  • Page 60: Adding An Ase

    For information about fitting alternative modules to these display doors, refer to Adding fan controls or displays. Note: Set-back brackets required for mounting the 4100-ME0456 fan control modules in the shallow 8U and 15U cabinets are not required in the deeper 28U and 40U cabinets. The fan control modules can be mounted in the same way as the LED/switch modules, as shown in Figure Figure 46.

  • Page 62: Chapter 6. Network Card Installation

    Network card installation Adding a network card Multiple 4100ESi and other 4100 series panels can be interconnected to form a networked fire alarm system. The connections between panels are paired copper cable or multimode fibre. A 4100-6078 Network Interface Card (NIC) must be installed in each panel, and each NIC must have two media cards installed to connect to the fire alarm network.

  • Page 63: Network Card Settings

    The NIC has two ports; left and right. The network is wired in a ring topology; the left port on one NIC connects to the right port on the next NIC. Network card settings Set the NIC card and CPU motherboard jumpers according to the position of switches and links on the NIC shown here: Figure 48.

  • Page 64: Wired Media Card Settings

    Position 1 – 2 (the right two pins) jumpered: 57.6 kilobits/second. This is the default setting. Position 2 – 3 (the left two pins): 9600 bits/second. P4: Determines the data protocol that the NIC is using. All NICs in a networked fire alarm system must be set to the same protocol.

  • Page 65: Mounting Media Cards

    Figure 50. 4100-6057 Fibre optic media card Table 7. Optical outputs on 746-109 card Path Loss JW1 settings 62.5µm fiber 50µm fiber 11dB Medium 16dB 12dB High 20dB 17dB Mounting media cards Each media card mounts in a connector with two standoff supports located at the top end of the NIC, see Figure Figure 51.

  • Page 66: Chapter 7. Remote Fire Brigade Panel

    The Remote Fire Brigade Panel is a specialised Remote Transponder Unit (RTU). The remote Fire Brigade Panel provides one or more remote user interfaces to a 4100ESi system for use by Fire Brigade members, local building supervisors, or service personnel.

  • Page 67: Rui Communications

    Panel as a back up to the ME0470 mains power supply. Battery leads are supplied with the Remote Fire Brigade Panel. The TIC monitors the power supply fault output, and fault signals pass to the host 4100ESi panel for indication. Open the InfoAlarm+ display door to access the inside of the cabinet; this shows more detailed information about any faults using a flashing pattern on the yellow indicator on the power supply.

  • Page 68: Chapter 8. Remote Transponder Unit (Rtu)

    An RTU is a remotely located cabinet containing slave modules controlled by a 4100ESi master panel. The RTU uses a TIC, not a CPU card. A TIC provides data interconnection between the 4100ESi host panel and remote locations. It is possible to fit a display to the RTU if required. An RTU is supplied in 8U, 15U or larger cabinets.
  • Page 69 Figure 54. Mounting an 8U cabinet RTU Figure 55. Mounting a 15U cabinet RTU...

  • Page 70: Cabinet Connections

    Cabinet connections Mains power Wiring to the mains outlet inside the RTU must be installed by a suitably qualified person. Ensure the 4100ESi is wired with a dedicated current limited mains supply, complying with the requirements outlined in AS/NZS 3000 Wiring Rules. To meet electrical safety requirements, ensure the outer sheath of the mains cable extends into the mounting block of the mains outlet.

  • Page 71: Adding Legacy Cards

    Figure 56. Mounting a PDI card on the PDI backplane in the 8U cabinet In the 15U RTU, there is space for three additional PDI cards on the backplane. Adding legacy cards If the right side of the cabinet is not in use by PDI cards, the 8U RTU cabinets with blank outer doors supports up to four legacy format cards, Mount legacy motherboards over the PDI backplane using the metal standoffs and screws supplied with the card.
  • Page 72 Figure 57. Mounting a legacy card and motherboard in the 8U cabinet A retaining bar is required to hold legacy cards in place, see Figure 23 and Figure 24.

  • Page 73: Appendix A System Specifications

    Appendix A System specifications Panel type Includes Standard 4100ESi Series Fire Alarm Panels 4100-FP1045. Compact 4100ESi- CPU, 10A PSU, 1 MX Loop, 15U Titania CAB, MCP, 1x8 Slot Display. 4100-FP1046. 8U expansion CAB, window, Titania, suits PDI or legacy cards. 4100-FP1086.
  • Page 74 Environmental specifications Operating 0°C to +45°C -5°C to +55°C Operating humidity. Up to 93% RH, non-condensing. IP Rating. All cabinets rated to IP30, except SZxxxx IP65 cabinets (special order). Power supply Input power. 195-264VAC 50-60Hz. 2.4A Total power supply 10A maximum @ Output switches to output rating.
  • Page 75 MX Loop output reference MX Loop output. Voltage. 40VDC maximum. Current. 500mA maximum. Number of addresses. 250 maximum. 4100ESi panel capacity. Up to 30 4100-6077 MX Digital Loop Cards. Loop distance. 2000m maximum. Loop resistance. 150Ω maximum. Loop capacitance. 0.2µF maximum.

  • Page 76: Appendix B Cable Characteristics

    Maximum loop current: 500mA peak. ⋅ Earth fault detection: 10kΩ. ⋅ All loop wiring is supervised. ⋅ All loop wiring is power limited. Use ferrite beads on each pair of wires leaving the 4100ESi cabinet, see Figure 58. Figure 58. Ferrite bead wiring...

  • Page 77: Rui

    Annunciators and transponder interface cards support loop operation when the system is Class A wiring. ⋅ Up to 31 transponder units can be controlled from the 4100ESi Control Panel. Network Copper line characteristics Wired network, formerly called RS 485 Communication wiring, must be 0.75mm² shielded twisted pair (STP), or 0.22mm²...

  • Page 78: Idnet

    IDNet Use ferrite beads on each pair of wires leaving the 4100ESi cabinet. See Figure 59. Figure 59. Ferrite bead wiring Shielded cable is recommended in electrically noisy environments.
  • Page 79 See Figure 60 to check that cable distances are acceptable. For a Class A loop circuit, cable distance refers to the full distance around the loop. For a Class B spur circuit, cable distance refers to the distance from the panel to the furthest end of the cable. Figure 60.

  • Page 80: Appendix C Compatible Actuating Devices

    MX Addressable Devices The 4100ESi supports a maximum of 250 MX devices on a loop, and 2000 points on a CPU. The number of devices on an MX loop can be limited to less than 250 devices depending on the characteristics and loading of the devices configured.

  • Page 81: Conventional (Collective) Detectors

    Compatible devices for upgrades The MX devices listed above must be used for AS7240 compliant installations. For upgrades or additions to existing sites the 4100ESi is compatible with a range of legacy IDNet and MAPNET addressable sensors and devices. The DDM800, DIM800, and 4100-5004 conventional interface cards are compatible with a range of conventional detectors manufactured by Johnson Controls and other manufacturers.

  • Page 82: Compatible Special Hazard Devices

    Compatible special hazard devices The 4100ESi has undergone an in-house compatibility assessment on a range of special hazard devices. The 4100ESi has not been independently appraised by CSIRO (formerly SSL) for compatibility with these devices. The current special hazard devices assessed are Johnson Controls barriers, conventional 600 series detectors, and the FV411 flame detector, as outlined in the TSP-LT001 Device compatibility Guide.

  • Page 83: Appendix D Compatible Batteries

    Appendix D Compatible batteries The following VRLA/SLA batteries are compatible with the 4100ESi: ⋅ Power Sonic PS12 Series. ⋅ Century Power Sonic PS12 series. ⋅ Sonnenschein A200 Series. ⋅ Sonnenschein A300 Series. ⋅ Century Yuasa NP Series. ⋅ Auscell CJ12 series.

  • Page 84: Appendix E Card Configuration Dip Switch

    Appendix E Card configuration DIP switch Overview Addressable cards include a bank of eight DIP switches. From left to right see Figure 61, these switches are designated as SWx-1 through SWx-8. The function of these switches is as follows: ⋅ SWx-1.
  • Page 85 Table 10. Card addresses Address SW 1-2 SW 1-3 SW 1-4 SW 1-5 SW 1-6 SW 1-7 SW 1-8 Address SW 1-2 SW 1-3 SW 1-4 SW 1-5 SW 1-6 SW 1-7 SW 1-8...

  • Page 86: Appendix F List Of Spare Parts

    Appendix F List of spare parts This table lists the ordering codes for the spare parts needed to maintain this 4100ES panel. The first column lists the expected numbers that are readily visible on the part being replaced as an aid to identifying what the part is.
  • Page 87 Possible markings Description Order code for replacement on the part spare part Internal slave modules, continued 565-415 4100 RS232 Modem Ready PCB. 4100-6046 565-744, 4100 VESDA High Level Interface Card. 4100-6046V 4100-6046V 566-035 4100ES Basic TIC Module. 4100-0620 566-044 IDNet Module for PDI bus (250 points) - 4100-3101AU 741-754 Australian Software.
  • Page 88 Possible markings Description Order code for replacement on the part spare part Looms, bays and wiring parts 733-996 LPS to PDI backplane loom. 733-996 734-301 Bay to bay Signal Power link. 734-301 4100-0642 LM0317 Signal Power link - cabinet to cabinet or LM0317 short PDI to short PDI backplane.

  • Page 89: Appendix G Checking System Wiring

    To check each circuit using a volt/ohm meter, complete the following steps: Disconnect the wires for each circuit from the terminals on the 4100ESi panel before testing it. If it is a Class A, loop type of circuit, for example, MX or IDNet loop, ensure that both ends of the loop are disconnected from the 4100ESi.
  • Page 90 Table 11. Meter readings Circuit Type Meter Reading Class B (spur) Detector Circuit From zone + to zone – (each zone). 3.3kΩ (EOLR). From zone + to ground. Open circuit. From zone - to ground. Open circuit. Class B (spur) Notification Appliance Circuit (each signal circuit) From + to ground.

  • Page 91: Appendix H 4100Esi Functions

    Appendix H 4100ESi functions This appendix lists the following 4100ESi panel functions: • The AS 7240.2 optional functions with requirements that are and are not supported. • The functions relating to other parts of AS 7240. • The ancillary functions not required by AS 7240.2.

  • Page 92: Functions In Other Parts Of As 7240

    Ancillary functions not required by AS 7240.2 Monitor function – 4100ESi has a function to monitor and report non-fire statuses. Force Alarm function – 4100ESi forces an alarm condition onto a zone, to confirm operation of the zone and its outputs.

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