System Installation - Condoplex Security Systems Inc.

Transcript

Installation Manual SECTION 2 System Installation Condoplex Condominium Security Management System System Installation Installation Overview NOTE: It is important to read this section first before any installation begins. Failure to do so could DAMAGE your Condoplex devices. 1. Plan and layout system. When installing the various devices, plan ahead carefully and take into account the needs of the service personnel. Keep the following simple points in mind, it will save a lot of time and aggravation later: Power requirements - Calculate the total power requirements of the system. If each suite has a smoke detector, run a separate power conductor from the main power supply. Space - Avoid, where possible, cramping equipment into dark inaccessible spaces. Labels - All cables should be clearly labelled, indicating source, destination and function where appropriate. Cable plan - Make a simple map showing cable runs in the building, location of power supply, RIM’s, etc. Backup records - This is extremely important. When all records are programmed, (apartment numbers, operator passwords, etc.) make a BACKUP DISK and copy all record files to it. It is also recommended to create a BACKUP DIRECTORY on the hard disk drive and also copy all files to it. This procedure is described later in the manual. (See ‘Computer Set Up’ Section) Plan the wiring layout of the building suites and auxiliary devices taking into account the number of risers. Calculate the number of riser boards required (6 cables per board on CRB6 versions). For example, in a standard building configuration a riser for suite panels connects all vertically adjacent apartments, i.e. 101, 201, 301, etc. An exception to this is the ground floor which normally has an unique layout because of the lobby, laundry room, etc. (see Suite Addressing Layout Chart below). A CPLX-4 has 4 separate data channels for suite panels, each allowing connection of up to 125 apartments. Normally, you divide the riser cables equally among the 4 ports. For example, if the building has 12 apartments per floor, (this would normally result in 12 building risers), place 3 risers on each port. This would necessitate a separate riser board for each of the 4 ports. In the case where more than one building is monitored, it is recommended to assign one building to each port. Draw a chart showing the following details: Building Suite CPLX-4 # # # 1 1 1 101 201 301 1 1 1 Port # 1 1 1 DIP switch address 1 2 3 Riser cable # 1 1 1 _____________________________________________________________________________________ Version 2.0 – 6/97 2-1 Installation Manual SECTION 2 System Installation Condoplex Condominium Security Management System 1 1 1001 1101 1 1 1 1 10 11 1 1 1 1 102 202 1 1 1 1 31 32 2 2 2 2 2 2 101 201 301 401 1 1 1 1 2 2 2 2 1 2 3 4 1B 1B 1B 1B Number the suite panels (DIP switch addresses) in a logical fashion (refer to the ‘Suite Panel Installation’ section for details). If the system is small (less than 125 apartments), it is still recommended to divide the suite panels among the 4 ports. In the event of a fault that prevents all communication on the network, only the port in question will be affected and the remainder of the system will continue to function normally. Apply the same methodology to auxiliary devices. The general rule of thumb for auxiliary devices: more risers will lead to faster diagnosis of line and device failure. 2. Install computer. When all the apartment, operator and other records are entered, MAKE A BACKUP DISK. Set the apartment records (refer to the ‘Apartment Records’ in the next section). Print the apartment records. These can be used as a reference for the apartment addresses when installing the suite panels. 3. Install CPLX-4 controller card and audio interface module. Connect the CPLX-4 to the computer via the RS485 card and audio interface module via I/O card. RS485 and I/O card connect to the computer internal slots. 4. Install and connect the power supply and riser boards. DO NOT CONNECT THE BACKUP BATTERY AT THIS TIME Leave the power supply backup battery disconnected for now, the reason being that in the event of a short on any of the power lines, the battery is not current limited (unlike the power supply) and it will supply a very high current when asked to do so. This may result in serious damage to the system. These devices are normally located in the electrical room but the exact location will vary depending on the building. All devices should be mounted inside a metal cabinet with a cover plate (approximate size 24" x 24" x 6"). _____________________________________________________________________________________ Version 2.0 – 6/97 2-2 Installation Manual Condoplex Condominium Security Management System SECTION 2 System Installation 5. Install the suite panels. Set the DIP switch addresses according to the computer print out. 6. Install other peripheral devices. RPS’s, entry phone connection, etc. 7. Check wiring. Before connecting power, check riser cables for short circuits on the power and data lines (use the ohms range of a digital meter). A few simple checks here may uncover some of the more serious wiring problems and prevent possible damage to the system. If all wiring checks out, apply power to the suite panels at the riser boards. 8. Check voltage levels. Check the power voltage and ensure it is above 14 Volts at the risers. Check the voltage at the suites at the end of the risers and ensure it is above 11 Volts. 9. Check operation. Ideally two service personnel equipped with 2-way radios are required for the next operation. One person should be at the computer and initialize the apartments (i.e. count the apartments and put them on-line), the second person should remain at the riser board location. When the apartments are initialized a number of results are possible: 1. The number of on-line apartments is correct. Proceed with the next step. 2. The number of on-line apartments is 0. Switch off all risers, and then switch on one riser at a time, reinitializing each time. If a riser shows 0 apartments on-line, switch it off and label it. Continue this process until all risers are tested and all faulty ones isolated. The next step is to fault find all faulty risers. Refer to the ‘Fault Finding Guide’ in Section 7. 3. The number of on-line apartments is less than the number of suites installed. In this case, obtain a printed on-line apartment report from the computer. Identify the missing suite panels. If all the non-responding panels are on the same riser then proceed to the ‘Fault Finding Guide’ in Section 7. If only a small number of panels are not responding then proceed to the individual suites and go through the following checklist: 1. Verify panel wiring. 2. Verify power and voltage are greater than 11 Volts. 3. Verify the DIP switch is coded correctly. 4. Refer to the ‘Fault Finding Guide’ in Section 7. _____________________________________________________________________________________ Version 2.0 – 6/97 2-3 Installation Manual SECTION 2 System Installation Condoplex Condominium Security Management System DIP Switch Settings Each Auxiliary device or Suite Panel connected to a network requires an unique address so the computer can identify it. The address is configured by setting the DIP switches on each item. Use the following to configure the DIP switch to a specific address: 8 Pin DIP Switch 4 Pin DIP Switch 8 7 6 5 4 3 2 1 4 3 2 1 - SUBTRACT # 1 2 4 8 16 32 64 128 1. Obtain from the ‘subtract #’ column the closest number, without going over, to the address required. 2. Subtract this number from the address. 3. Obtain from the ‘subtract #’ column the closest number, without going over, to the result. 4. Subtract this number from the result. 5. Repeat steps 3 and 4 until the result is zero (0). 6. Each time a number from the ‘subtract’ column above is used, the corresponding switch number is set to the OFF position. EXAMPLE: Address thirteen (13) on an 8-pin DIP switch setting is obtained by doing the following subtractions: 13(address) - 8(subtract #) = 5(result) - 4(subtract #) = 1(result) - 1(subtract #) = 0(stop at 0) From the above chart ‘Subtract #’ 8, 4, and 1 corresponded to switches 5, 6 and 8. Set each switch to OFF as illustrated on the following page. (ADDRESS 13) Note: 1. Each port on a CPLX-4 is a different network, therefore, an apartment address, which is polled by the CPLX-4, does not conflict with other devices connected to the RS485 card or other CPLX-4 ports with the same address. 2. Any network shall not have two or more items connected with the same address. The exception to this is the RLC-16 relay card which is assigned addresses from 1 to 4 and does not conflict with other devices connected on the same RS485 network with the same address. _____________________________________________________________________________________ Version 2.0 – 6/97 2-4 Installation Manual Condoplex Condominium Security Management System SECTION 2 System Installation Detailed Installation Instructions for Devices Computer installation Install the computer in an area which allows easy viewing of the monitor and easy access to the printer. KEEP THE COMPUTER COOL ! Do not place the computer in a cabinet which prohibits good ventilation and restricts air flow around the computer. Ensure sufficient space is allowed for the keyboard. The following devices are connected to the computer: 1. Monochrome or color monitor 2. 80-column parallel printer 3. Keyboard 4. RS485 card 5. Modem and Telephone line (optional) 6. Audio interface (optional) If supplied by Condoplex, the computer is already configured. Connect the monitor, printer and power, switch on and the system is ready to run. If the computer was sourced elsewhere, the hardware and software will have to be configured. Hardware Configuration Refer to ‘System Requirements’ in Section 1 for details of the cards required for the system. All of the cards can be sourced locally with the exception of the RS485 card (only available from Condoplex). Read the section in the computer manual which shows how to remove the computer lid and insert cards. Make sure power is off. The computer must be powered off before opening the case and installing or replacing any cards. Carefully read the installation and configuration instructions supplied with each card. In many cases the computer may have been supplied with a serial and printer port already installed. These will normally be configured as required. If in any doubt, get the necessary documentation from your computer dealer and verify the settings. Serial ports - disable Com 1 and 2 (Com 1 is reserved the for entry phone, Com2 for modems). Printer card - set as LPT1 Modem card - set as Com 2, IRQ 3 RS485- factory preset I/O card - factory preset Check any other computer cards Make sure the computer does not contain any other card which may conflict with the above setting. In particular, check for additional serial ports which may be configured in conflict with the Condoplex _____________________________________________________________________________________ Version 2.0 – 6/97 2-5 Installation Manual Condoplex Condominium Security Management System SECTION 2 System Installation cards. Normally the only other cards required by the computer are the monitor card and the floppy/hard disk controller cards. Software Configuration The computer is probably already configured with DOS (version 5.0 or later) and the hard disk formatted. If this is not the case, refer to the DOS manual supplied with the computer for instruction on setting up the system. If you have problems installing DOS on your computer please contact your computer dealer. The system must be able to boot from the hard drive before proceeding to the next stage, i.e. when the computer is powered up it should request the entry of date and time and then give the C prompt on the screen. Manual Installation The install program automatically creates the AUTOEXEC.BAT and CONFIG.SYS files. If you copy the Condoplex files manually, then edit the AUTOEXEC and CONFIG files and insert the following commands. CONFIG.SYS FILES=20 BUFFERS=20 AUTOEXEC.BAT C4 –New Software If some options such as modem or intercom are not used, they can be switched off by adding the following parameters after C4 in the autoexec file. Parameter DM DA DE CB ED SIREN ECL ENM BA COLDSTART Function Disable Modem Disable Audio Disable Entry phone Call Block - disable calls from suite Enable Disarm - enable suite disarming Enable siren sound on alarm Enable Code Logging - log suite code usage Enable No Motion Operation - monitor suites for no motion Audio Burg Restore all files to factory defaults All records will be deleted. For example, if the system does not have a modem and is not connected to the ELP 1000 entry phone, the following line should be inserted in the autoexec file. C4 DM DE _____________________________________________________________________________________ Version 2.0 – 6/97 2-6 Installation Manual Condoplex Condominium Security Management System SECTION 2 System Installation RS485 (Data interface card) for main computer & Enterphone Main Compoter General Description The RS485 card is installed in the computer and communicates directly with the CPLX-4 controllers. A computer “watchdog” monitors the operation of the software. If it determines that the software has become inoperable an automatic reboot of the computer will be performed. Thus to ensure continual operation of the security system, it is critical that this step is included during the installation of the RS485 card. There are currently two versions of the card: A version using IRQ2 and another using IRQ5. All new cards use IRQ #5 and can be identified by a decal on the main chip. TO COMPUTER MOTHER BOARD RESET RS485 CONDOPLEX SELECT RESET J1 RESET J2 J3 J4 J5 J6 J7 J8 J9 J10 ON IRQ2 IRQ3 IRQ4 DIP SWITCH SETINGS 1 2 3 4 1 - ON 5 6 7 8 JUMPER - IRQ2 4 - ON 6 - ON Setting of DIP switch for card to be inserted into the main computer Setting of the DIP switch on the RS485 card is differnet. If the card is connected to controller board Cplx-4 APT/AUX, the DIP switch is set as diagram shown below. _____________________________________________________________________________________ Version 2.0 – 6/97 2-7 Installation Manual Condoplex Condominium Security Management System SECTION 2 System Installation Setting of DIP switch for card to be inserted into the Enterphone The card can be connected directly to ELP1000 Entry Phone System. The DIP switch on card is as diagram shown below. Connection A ‘9-pin male D’ connector and wire, supplied with the card, is connected to the ‘9-pin female D’ connector of the RS485 card. The wire from the ‘9-pin male D’ connector is spliced to an extension wire feeding to the CPLX-4 cards installed in the riser cabinet(s). NOTE: Green (A) = Pin 1 and White (B) = Pin 9 _____________________________________________________________________________________ Version 2.0 – 6/97 2-8 Installation Manual Condoplex Condominium Security Management System SECTION 2 System Installation Audio Base Station (APH1) General Description The Audio Base Station is required for an audio channel connection with the security computer via a hand set and can be used in one of two possible combinations: (1) with the suite panels only, or (2) with suite panels and RPS-1 units. Connection The suite panels require two-wire connections while the RPS-1 units are four-wire. If both suite panels and RPS-1 units are to be used in the system then the APH1 will need to be wired to two different audio riser boards (ARB6), one for each type of wiring. Follow the wiring diagram below to install the APH1. _____________________________________________________________________________________ Version 2.0 – 6/97 2-9 Installation Manual SECTION 2 System Installation Condoplex Condominium Security Management System Cabinet Installation The following pages will provide details on the mounting of Condoplex devices in electrical and elevator rooms and at other site locations. Please make note of part numbers if you require any electrical or back boxes. The diagram below provides a general overview of a standard electrical room cabinet installation. Your configuration may differ due to a client’s selected system options and site layout. This next page provides greater detail of board layout and mounting. Typically riser cards, auxiliary devices and CPLX-4 controllers are placed into a common electrical box called the “Riser Cabinet”. The size of cabinet required depends on the installation. Choose a cabinet that has plenty of room for the number of riser boards used and other boards such as the CPLX-4, RIM’s, and ROM’s that can also be conveniently housed at this location. Clearly label all cables entering the riser cabinet. If you order a Condoplex electrical box, use the enclosed standoffs to mount your various panels to the plywood backing. Elevator and Relay controllers are often placed into their own box (Condoplex part # CB1424). The following table provides a list of devices and their appropriate mounting cabinets or back boxes. DEVICE BACK BOX CABINET 2600 2700 RPS-1 AKP CPLX-4 (APT and AUX) RIM-4 ROM-1 RCVR 7010 RELAY CARD WIM MODULE CRB6 COMM. RISER ARB12 AUDIO RISER GTWAY / MIC / MAC MICRO READER BB2600 BB2700 BBRRPS, BBSRPS BB2600 N/A BB2600 N/A Comes with plastic case N/A BBWIM (2-GANG BOX) N/A N/A 2-GANG BOX 1-GANG, CONCRETE SURFACE MOUNT 2-GANG BOX N/A N/A N/A N/A CB3036, CB2430 CB3036, CB2430 N/A N/A CB1424 N/A CB3036, CB2430 CB3036, CB2430 N/A N/A RPI N/A _____________________________________________________________________________________ Version 2.0 – 6/97 2 - 10 Installation Manual Condoplex Condominium Security Management System SECTION 2 System Installation _____________________________________________________________________________________ Version 2.0 – 6/97 2 - 11 Installation Manual SECTION 2 System Installation Condoplex Condominium Security Management System Riser Board Installation Riser boards are essential for proper system organization and service maintenance. Use these devices to isolate and diagnose line problems and to protect other devices from dangerous shorts and power spikes. Condoplex has developed several riser board types to assist you in providing data communications, power, audio, video and video switching capabilities. CRB6 – Data Communications and Power Riser Board 1 2 3 4 5 6 NOT USED 5 4 9 NOT USED 1 6 NOT USED 3 2 8 7 7 8 9 12 11 10 10 11 NOT USED ARB12 – Audio Riser Board 12 AUDIO _____________________________________________________________________________________ Version 2.0 – 6/97 2 - 12 Installation Manual Condoplex Condominium Security Management System SECTION 2 System Installation CPLX-4 Series of Controller Cards Condoplex offers two CPLX-4 controller cards; the CPLX-4APT for suite security, and the CPLX-4AUX to patrol auxiliary devices. Ideally all the CPLX-4 boards should be installed in a metal cabinet with the riser boards (see ‘Cabinet Installation’). Preferably, connect the CPLX-4 controllers to the Condoplex power supply. Alternatively, connect a 16V/40VA transformer to 16VAC input and a 12V/7AH battery to BATTERY terminals. Connect the data line from the computer to the AUX1 data input (A and B). Connect the 4 data ports to individual riser card as required by the installation. Note: Data ports cannot share the same riser board. Also, always ensure that Backup (battery or emergency generator) is connected to the controller. Power is essential to maintaining the 100 event security buffer. Caution: Check battery polarity before connecting battery! Set DIP switch to address 1 for the first CPLX-4 and 2 for the second, etc. (see ‘DIP Switch Settings’). _____________________________________________________________________________________ Version 2.0 – 6/97 2 - 13 Installation Manual Condoplex Condominium Security Management System SECTION 2 System Installation Power Supply Installation Connect the power supply to a dedicated AC outlet where it will not be unplugged. It is best to wire an outlet directly into the cabinet to prevent other service personnel from unplugging the cord. Run 14/2 AWG wire from the power supply to the riser boards. Keep the distance between the power supply and the riser cabinet as short as possible. The power supply requires a 120 Amp/hour backup battery. DO NOT CONNECT THE BATTERY AT THIS TIME Power supply voltage adjustment The output voltage (terminal CN2-2) is factory set to 16 Volts DC. NOTE: Make an adjustment when necessary and ensure there is no load. If this voltage requires adjustment, as for example in the case where the load current is very high and the riser voltage is too low, follow the steps outlined below: 1. Adjust pot 2 to obtain 27.5 Volts at terminal CN1-5. This is the battery charging voltage. 2. Adjust pot 1 to obtain the desired output voltage on terminal CN2-9. 3. Adjust pot 3 such that the voltage at terminal CN2-2 is up to 1.0 Volt higher than the voltage at terminal CN2-9. Power supply connection diagram _____________________________________________________________________________________ Version 2.0 – 6/97 2 - 14 Installation Manual Condoplex Condominium Security Management System SECTION 2 System Installation RIM-4 (Remote Input Module) The RIM requires power, data and zone connections. The RIM-4 can be connected to the auxiliary CPLX-4AUX data network at any convenient location. Power and data are taken from the accessory riser board, however, the power can be supplied locally at the site of the RIM-4 with a separate 12VDC power supply. Each zone is connected to an external device, e.g. door contact, infra-red beam, temperature sensor, etc., with an 1K EOL resistor (see ‘External Devices Installation Manual’ for proper connection and operation of the device installed). A zone can be defined to monitor a public door or monitor the traffic flow through a garage door. The distance between the monitored item and the RIM-4 should not exceed 1000 feet. A RIM device may be used in conjunction with a DRC-2 (receiver) to monitor forced entry and held-open conditions. Set the on-board DIP switch to the address assigned to the RIM-4 (see ‘Dip Switch Settings’). RIM-4 connection diagram _____________________________________________________________________________________ Version 2.0 – 6/97 2 - 15 Installation Manual Condoplex Condominium Security Management System SECTION 2 System Installation ROM-1 (Remote Output Module) The ROM-1 requires power, data and relay output connections. The ROM-1 can be connected to the auxiliary CPLX-4AUX data network at any convenient location. Power and data are taken from the accessory riser board, however, the power can be supplied locally at the site of the ROM-1 with a separate 12VDC power supply. Relay output is connected to an external device e.g. siren, light, etc. (see ‘External Devices Installation Manual’ for proper connection and operation of the device installed). Set the on-board DIP switch to the address assigned to the RIM-4 (see ‘Dip Switch Settings’). If the ROM-1 is defined in programming as a remote panic button (RPB), connect a N/O switch to the Pb terminals. ROM-1 connection diagram _____________________________________________________________________________________ Version 2.0 – 6/97 2 - 16 Installation Manual Condoplex Condominium Security Management System SECTION 2 System Installation Suite Panel Installation The suite panel is normally vertically mounted in a 3-gang metal electrical box (MBS-4 2.5" deep, American standard or Condoplex MBS-2600, MBS-2700 for video system). The riser cables are cut and wired into the connectors such that the connector forms a junction box for the split cable. The number of connections required will depend on the number of zones monitored (maximum 8) and if audio or video are installed. An apartment can have up to 5 panels (keypads), 1 master and 4 slaves. The master panel is the main panel and is connected to the riser. Slave panels are connected and work in conjunction with the master panel. All functions, except programming, are available on all panels. Programming is required only on the master panel. Setting of panel DIP switch determines whether the panel is a master or slave. Apartment Address Every apartment is polled by the CPLX-4 controller card and must therefore have an unique address. The address is set by means of the DIP switch on the panel. The address must be in the range 1 to 125. Before commencing installation it is suggested that a list of all apartment numbers and their corresponding panel addresses be compiled. It is strongly recommended to program the panel addresses in a logical fashion. For example, if the building has 8 risers and each riser has 10 suites then program suite addresses 1 to 10 on riser 1, 11 to 20 on riser 2 and so on. See ‘DIP Switch Settings’ for explanation on setting switches for an address. Suite # 101 201 DIP switch address 1 2 Riser cable # 1 1 1001 102 202 10 11 12 1 2 2 1002 103 20 21 2 3 1003 30 3 Zones The panel is configured for one supervised entry/exit zone. To add additional zones see the ‘2600/2600A/2700 Panel Programming’ section. Refer to the ‘Suite Panel Diagram’ below for wiring details. Slave Panel A slave panel is enabled by setting the panel DIP switch to addresses 252 to 255. Address 252 for the first slave, 253 for the second and so on for a maximum of four slaves per master panel. _____________________________________________________________________________________ Version 2.0 – 6/97 2 - 17 Installation Manual Condoplex Condominium Security Management System SECTION 2 System Installation Suite Panel Wiring Diagram: 2600 & 2600A Panels _____________________________________________________________________________________ Version 2.0 – 6/97 2 - 18 Installation Manual Condoplex Condominium Security Management System SECTION 2 System Installation Suite Panel Wiring Diagram: 2700 Panel _____________________________________________________________________________________ Version 2.0 – 6/97 2 - 19 Installation Manual Condoplex Condominium Security Management System SECTION 2 System Installation RE1 (Remote Emergency Module) The RE1 Remote Emergency Module is a stationary panic device to be mounted in bedrooms or washrooms which opens an intercom channel to central security. The RE1 requires a specially modified 2600A panel with an adapter board and is sold as a 2600G. Wire requirements include a 1 quad wire and is provided by the 2600G panel. A maximum of 2 RE1 devices can be installed per suite. NOTE: The 2600G can only offer 4 supervised zones, however master/slave panels are still permitted. Remote Emergency Module Drawing Remote Emergency Module Wiring Diagram SPEAKER EMERGENCY EMERGENCY SWITCH ON STAND-BY STATE MICROPHONE _____________________________________________________________________________________ Version 2.0 – 6/97 2 - 20 Installation Manual Condoplex Condominium Security Management System SECTION 2 System Installation RCVR (Receiver for remote access and panic) The RCVR requires power, data, and relay output connections. These receivers are typically used for door access, garage door access and to receive panic responses. When used for door access use the receiver with a RIM-4 to provide full door control. If used for garage door entry you may coordinate this receiver with a variety of devices to create an electronic curtain. Mount and connect the RCVR to the data network at any convenient location within a 50 foot radius from the area where transmitter activity occurs. Power and data are taken from the accessory riser board, however, power can be supplied locally at the site of the RCVR with a separate 12VDC power supply. An on-board relay is connected to an external device, e.g. siren, light, garage door control, etc. (see ‘External Devices Installation Manual’ for proper connection and operation of the device installed). Set the on-board DIP switch to the address assigned to the RCVR (see ‘DIP Switch Settings’). _____________________________________________________________________________________ Version 2.0 – 6/97 2 - 21 Installation Manual Condoplex Condominium Security Management System SECTION 2 System Installation RPS (Remote Panic Station) Mount the RPS remote panic station in designated areas where assistance may be required (e.g. parking lots, near elevators, etc.). You may desire to place a standard light above the RPS powered by the emergency service to help tenants locate this device, or request the builder to paint and label a support pillar or wall surrounding the RPS the colour red stating: “Remote Panic Station”. The location selected will require power and data from the accessory riser board and audio from the RPS audio riser board. Using the RPS diagram below, connect power, data, and audio to the RPS. Use 2-pair shielded cable for audio. Mount the RPS to housing with tamper-proof screws provided (see ‘Cabinet Installation’ for back box options). Set the on-board DIP switch to the address assigned to the RPS (see ‘DIP Switch Settings’). The pots have been factory set. Adjust pots only after testing has been done and if volume is unacceptable. NOTE: There is a single relay on board to activate a video camera alarm, strobe light, etc. A relay may be cascaded from this output to control multiple devices simultaneously. _____________________________________________________________________________________ Version 2.0 – 6/97 2 - 22 Installation Manual Condoplex Condominium Security Management System SECTION 2 System Installation WIM (Wiegand Input Module) The Wiegand Input Module allows up to four outputs (2 relay, and 2 electronic) that can be used for door locks, alarms, sirens and camera switchers, plus additional electronics outputs for a buzzer, red LED and green LED. The WIM also allows up to four supervised inputs that consist of a door contact, a request to exit and 2 general purpose inputs, plus a separate tamper input. The module is most commonly used for proximity or swipe card readers and will support both 5 Volt and 12 Volt readers. Wiring requirements are both RS485 protocol to the security computer and Wiegand protcol to the card reader. Mount the into a 2-gang box. The input power should be 10 to 14 Volts DC. A single card reader can be installed up to 500 feet from the interface. Failsafe: Pertains to a degrded mode of operation whereby the WIM will control the door independantly should the communications to the controller fail. User’s will be allowed to enter and exit the building, however, no logs will be kept. If failsafe mode is not enabled, doors will remain locked. _____________________________________________________________________________________ Version 2.0 – 6/97 2 - 23 Installation Manual Condoplex Condominium Security Management System SECTION 2 System Installation RPI (Remote Panic Intercom) General Description Mount the RPI remote panic Intercom in designated areas where assistance may be required (e.g. parking lots, near elevators, etc.). You may desire to place a standard light above the RPI powered by the emergency service to help tenants locate this device, or request the builder to paint and label a support pillar or wall surrounding the RPI the colour Red stating: “Remote Panic Intercom”. The location selected will require power and data from the accessory riser board and audio from the RPI audio riser board. Definition of LED The red LED on panel flashes to show the board is operating. A very fast flash rate indicates the unit is not receiving valid communication data from the network. If the communication is operating normally, the LED flashes slowly (every half second). Connection Using the RPI diagram below, connect power, data, and audio to the RPI. Use 2-pair shielded cable for audio. Mount the RPI to a 2 gang box (see ‘Cabinet Installation’ for back box options).Set the on-board DIP switch to the address assigned to the RPI (see ‘DIP Switch Settings’). The pot has been factory set. Adjust pot only after testing has been done and if microphone volume is unacceptable. NOTE: There is a single relay on board to activate a video camera alarm, strobe light, etc. A relay may be cascaded from this output to control multiple devices simultaneously. _____________________________________________________________________________________ Version 2.0 – 6/97 2 - 24 Installation Manual Condoplex Condominium Security Management System SECTION 2 System Installation Set Records Same as RPS, see “RPS/Radio Configuration” _____________________________________________________________________________________ Version 2.0 – 6/97 2 - 25 Installation Manual Condoplex Condominium Security Management System SECTION 2 System Installation Warning : 1. Electrical contractor must mount the 52C17 raised ring 90° off top mount, as shown below. Failure to do so will mean breaking the dry wall to rotate ring ! 2. Electrical contractor must mount the 52COO flat ring 90° off top mount, as shown below. 3. Mount screws with Phillips head 6/32” (option: 6/32” tamper proof) at mounting holes. _____________________________________________________________________________________ Version 2.0 – 6/97 2 - 26 Installation Manual SECTION 2 System Installation Condoplex Condominium Security Management System AKP (Access Keypad) Mount the AKP access keypad housing near an access door or in an elevator. If elevator access is required, consult with the elevator company regarding the wiring and mounting instructions. Location selected will require power and data from accessory riser board. If monitoring the access door for forced entry or held-open, connect a N/C door contact to the door and place wire from contact to the AKP housing. Using AKP diagram below, connect power, data, and contact switch to the AKP. Mount AKP to housing with tamper-proof screws provided. An AKP will monitor the door and grant access upon receiving a valid code from the keypad. Set the on-board DIP switch to the address assigned to the AKP (see ‘DIP Switch Settings’). AKP WIRING DIAGRAM +12V A B EXIT SWITCH OR PIR DOOR CONTACT SWITCH NC NO AKP GRAY A B D - - + SW1 RELAY OUTPUT NO (GREEN) NC (RED) C (BLACK) _____________________________________________________________________________________ Version 2.0 – 6/97 2 - 27 Installation Manual Condoplex Condominium Security Management System SECTION 2 System Installation RS485 Repeater General Description RS485 Repeaters are used to extend the maximum cable length supported by the system. Normally the total cable length in the network can not exceed 2000 meters. Adding a repeater to the network allows the cable length to be doubled. A maximum of two repeaters can be added to any single branch of the network. In other words, the path between the CPLX controller and any device (2600, ROM etc.) can contain no more than two repeaters. Definition of LEDs The repeater has two pairs of communication LEDs to indicate data flow on the network. The repeater functions like an automatic switch and detects the direction of incoming data and automatically retransmits this data to the other port. Each LED indicates data is received on the port and is being retransmitted on the opposite port. Under normal operating conditions, both LEDs should flash continuously. Communication LEDs for pre-repeate: D10 – data reception Rx, green LED D11 – data transmission Tx, red LED Communication LEDs for post-repeate: D12 – data transmission Tx, red LED D13 – data reception Rx, green LED Connection The RS485 repeater requires a 12 volt DC power supply. The repeater is inserted in the RS485 network by cutting the network cable and wiring the repeater in series. The repeater is pre-configured for the network and no additional setup is required. _____________________________________________________________________________________ Version 2.0 – 6/97 2 - 28 Installation Manual Condoplex Condominium Security Management System SECTION 2 System Installation ASM-8 (Audio Switcher Module) General Description The ASM-8 is designed to switch the audio network to connect the guard intercom station, located at the PC, to a suite unit. On very large installations with several kilometers of cable, the ASM allows the total cable length for any single audio connection to be greatly reduced by switching only the cable segments necessary to make the connection and leaving all other cable segments disconnected. This arrangement greatly enhances the audio quality and reduces interference from long cable runs that are not part of the current audio connection. Since the ASM-8 only connects active audio paths, it automatically isolates each audio branch. Hence, if channel one is shorted or experiencing noise, this deficiency will not be passed through the system. The ASM-8 has 8 relays and can switch 8 audio channels. The PC has a database of the ASM-8 channels required for each suite. Currently, the database stores two channel selections per suite. When an intercom call is initiated between the suite and the PC intercom station, the ASM-8 channels programmed for the suite are turned on to make the audio connection and turned off when the call is finished. The two channels for the suite can be on the same or different ASM-8 modules. In most applications, two switch connections should be adequate to allow the audio network to be divided to the point where the total cable length on any audio connection does not exceed 1000 meters. Definition of LEDs Communication LEDs( D25 & D26) Normally the two LEDs on board, the green LED (data reception Rx) and red LED (data transmission Tx), should flash continuously indicating the unit is being polled and is replying correctly. If several other devices are connected on the same network, the Tx LED will blink more slowly. If the Tx LED does not flash, it indicates that the device is not online (not setup in the Device Records in the PC) or the DIP switch is not set to the correct address. Run LED(D7) The green LED flashes to show the board is operating. A very fast flash rate indicates the unit is not receiving valid communication data from the network. If the Rx LED is flashing this could indicate the A,B network connection is reversed. If the communication is operating normally, the LED flashes slowly (every half second). Diagnostic LED(D24) The yellow LED is normally off. The LED turns on for 0.2 seconds when a command is received to turn on a relay. The LED turns on for 0,8 seconds when a command is received to turn off a relay. Jumper Settings Normal Operation: J1 off, J2,J3 not used Test Mode: J1 on, J2,J3 not used _____________________________________________________________________________________ Version 2.0 – 6/97 2 - 29 Installation Manual Condoplex Condominium Security Management System SECTION 2 System Installation Manual Control Put jumper J1 on to select manual control. Under manual control, DIP switch DIL1 controls the relays. Each of the 8 relays is controlled by the corresponding DIP switch 1 to 8. Connection ASM-8 units are connected to the CPLX-4 Auxiliary controllers. Each ASM-8 must have its address programmed using DIP switch DIL2. Refer to the DIP switch setting section of this manual for details. ASM-8 requires a 12 volt DC power supply. _____________________________________________________________________________________ Version 2.0 – 6/97 2 - 30 Installation Manual Condoplex Condominium Security Management System SECTION 2 System Installation Set Records Software configuration for the ASM-8 involves: 1)Listing the device in the Network Device Records; 2)Assigning an audio channel (relay output) for each suite. When you choose Select records from Service Menu at PC the following menu is displayed: The ASM-8 is an Auxilary device, select Network device records from the Records Menu and configure as shown in the example below. Where device nume= DIP address of device _____________________________________________________________________________________ Version 2.0 – 6/97 2 - 31 Installation Manual Condoplex Condominium Security Management System SECTION 2 System Installation The Audio switcher record allows you to place two ASM-8’s in sequence. For most installations routing the audio path through one relay level will be sufficient. For example, the ASM number represents the DIP setting of each ASM-8 while the channel refers to the first relay to activate when a suite is called. The “Relay 1” notation refers to the first relay to activate in audio path, the “Relay 2” notaion refers to the next relay in sequence. Hence, on exceptionally long cable lengths the audio signal may be routed through two relays. Where ASM nume = DIP address of device. Test ASM-8 at PC Having set records above, you can test the ASM-8 board by choosing F4 Call apt in service manu. Check every channel on board by setting corresponding ASM channel number 1 to 8 in Audio switcher records manu. _____________________________________________________________________________________ Version 2.0 – 6/97 2 - 32 Installation Manual Condoplex Condominium Security Management System SECTION 2 System Installation RLC-16 (Relay card, 16 relays) If installation calls for elevator control, install the RLC-16 in its own metal cabinet inside the elevator control room. Consult the elevator company for wiring and mounting instructions. See also ‘Cabinet Installation’ earlier in this section. Connect a 16V/40VA transformer to the 16VAC input and connect A/B RS485 data line to one of the port on the CPLX4 Aux board. Set DIP switch to address 1 for the first RLC-16 (relays 1 to 16) and 2 for the second RLC-16 (relay 17 to 32) and so forth (see ‘DIP Switch Settings’). A maximum of 32 RLC-16’s (16 per CPLX-4AUX controller card) can be connected to the network for a total of 512. _____________________________________________________________________________________ Version 2.0 – 6/97 2 - 33 Installation Manual Condoplex Condominium Security Management System SECTION 2 System Test System test The test should verify correct operation of the following: • • • • • • Computer Printer Modem Apartment panels Accessory devices Audio/Video To perform an efficient test of the system two service personnel, equipped with 2-way radios, are required. One person should remain at the computer while the other should test each apartment. The service personnel must familiarize themselves with the computer operating instructions before performing these tests. Apartments First, all apartments should be in the restore state. The message 'All apts. are clear' is displayed in the bottom right corner of the computer screen if all apartments are restored. This section of the screen will display any apartments which are currently in the alarm condition. Before commencing the test, reset any apartments in alarm. If several apartments require resetting we recommend you print an on-line report which will give you a record of the current status of all apartments. A panel is reset by entering the apartment 4-digit code. If any panels fail to restore, check which zones are in alarm (hold down button 2 for 2 seconds) and examine the zone wiring. Test each apartment floor by floor. Arm the panel, generate an alarm, then reset the panel. The computer should show the correct apartment number, the alarm and restore. Pay particular attention to the apartment number, it is all too easy for a typing or DIP switch coding error to result in the wrong apartment being credited with an alarm. Printer Make sure all reported alarms are printed correctly. Modem If a modem is connected, check that alarms from apartments with 'Remote monitoring enabled' are transmitted to central station. Accessory Devices If the system contains any accessory devices, check first to see if they are all on-line. Selecting ‘Diagnostic’ from the service menu, check device for proper polling and error counts. If all checks okay, proceed to check the operation of each device with one technician at the computer and another at the site of each device. Video/Audio If video and audio are installed these should also be checked at this time. Have the computer call the apartment and verify correct operation. Perform floor calls to each floor and verify the audio level is acceptable in the apartments. If necessary, adjust volume by pressing key 9 for 2 seconds followed by key 1 to 7 (7 for loudest) to obtain the required audio level. _____________________________________________________________________________________ Version 2.0 – 6/97 2 - 34