Installation Manual Chapter 8: The Push Button Override (PBO)
Installation Manual the Push Button Override (PBO) 8-1 The Push Button Override (PBO) PBO Specifications Positioning the PBO Mounting the PBO Connecting the PBO to the Keypad Connecting the PBO to the Controller The Push Button Override (PBO) (Figure 8.1) triggers the Keypad’s Escort function; this option overrides the presence of a Tag in the zone to allow free access through the doorway (no locks or alarms) from the non-Keypad side of the door. The PBO uses three LEDs: The Green LED indicates power.
8-2 the Push Button Override (PBO) Installation Manual Mounting the PBO Connecting the PBO to the Keypad The PBO is designed to be surface mounted using the back box provided. You will need 22 AWG, 4 –conductor Plenumrated cable for installation. To surface mount the PBO use the following instructions: NOTE: The following instructions assume that 1. Using a screwdriver, separate the PBO from the back box. 2. Push out the back knock-out. 3. Using the back box as a template, mark the mounting holes.
Installation Manual Connecting the PBO to the Controller You will need 22 AWG, 4 –conductor Plenumrated cable for installation. NOTE: The following instructions assume that the Keypad and Controller are already wired. See Chapter 7, page 7-4 for these instructions. To connect the PBO to the Keypad and Controller, refer to Figure 8.2 and use the following instructions: 1. Remove the Keypad from the white back box. 2. Remove the Controller cover. 3.
8-4 the Push Button Override (PBO) Figure 8.
Installation Manual Chapter 9: The Magnetic Switch
Installation Manual the Magnetic Switch 9-1 The Magnetic Switch Magnetic Switch Specifications Positioning the Magnetic Switch Mounting the Magnetic Switch Connecting to the Controller Double Door Applications Door Ajar delay time Door Ajar Reset Magnetic Switches (Figures 9.1-9.2; GRI 29 Series) are used on doors where alarm activation is not desired unless the door is opened when a Tag is in the Tx Activation Field.
9-2 the Magnetic Switch Mounting the Magnetic Switch To mount the Magnetic Switch, refer to Figure 9.3 and use the following instructions: 1. After choosing your location, following the hole pattern shown in Figure 9.2, drill two 7/64” (0.109) mounting holes in the doorframe to accommodate the Switch. This size hole also coincides with the self-tapping screws provided with the Switch. Be careful not to drill these holes oversize. 2. Drill a 5/16” (0.
Installation Manual Connecting to the Controller To connect the Magnetic Switch to the Controller, refer to Figure 9.4 and use the following instructions: the Magnetic Switch 9-3 Double Doors Applications For double doors applications, connect the Switches in series (Figure 9.5) so that one Switch will open when either door is opened. 1. Using the RED wire, connect “COM” on the Switch terminal to “OUT” (P5-1) on the Controller. 2. Using the BLACK wire, connect “N.O.
9-4 the Magnetic Switch Door Ajar Reset JP16 (Table 9.2) determines if the Door Ajar automatically resets once the door is fully closed. Table 9.
Installation Manual Chapter 10: The Passive Infrared Reader (PIR)
Installation Manual The Passive Infrared Reader (PIR) PIR Specifications Positioning the PIR Mounting the PIR Connecting the PIR Adjusting the PIR beam angle PIR “Masking” Passive Infrared Readers (PIRs) (Figure 10.1) are sensitive to changes in infrared energy caused by an object moving across a PIR’s field of view. Detection depends on the difference between the infrared energy trasmitted by the moving object and the temperature of background objects.
10-2 the Passive Infrared Reader (PIR) Installation Manual Positioning the PIR Position the PIR to have the best coverage possible for your situation. Accutech recommends ceiling mounting the PIR (Figure 10.2) to assure complete and focused coverage of the opening. Wall mounting the PIR may result in detection beyond the desired area (Figure 10.3). If you decide to wall mount the PIR, “mask” the PIR to reduce the range. Figure 10.
Installation Manual 5. Mount the backplate to the wall using the screws supplied. NOTE: For wall and ceiling installations, use the two knock-outs at the back of the base. For corner or 45º mounting use the knock-outs on the angled sides. The unit must be fastened securly to the mouting surface to avoid possibe vibrations. Connecting the PIR You will need 22 AWG, 4-conductor cable (supplied with the door wire kit) for installation.
10-4 the Passive Infrared Reader (PIR) Figure 10.
Installation Manual Figure 10.
10-6 the Passive Infrared Reader (PIR) Installation Manual PIR “Masking” If you have adjusted the PIR beam angle and the area covered is still too large and is overlapping into undesired areas, use the following “masking” method to reduce the effective area of the beams: 1. The PIR has 3 “beams.” The low beam reaches about 10’, the middle beam reaches about 30’, and the high beam can reach 40-60’ (see Figure 10.3). “Masking” a PIR means covering one or more of the beams to reduce the PIR’s range.
Installation Manual Chapter 11: Magnetic Locks
Installation Manual Magnetic Locks Perimeter Door Applications Operation of the Magnetic Lock 3101 Series Magnetic Locks 3000 Series Magnetic Locks Each Magnetic Lock is comprised of 3 basic components: a lock housing, an electromagnetic coil and an armature. The coil and housing assembly mounts rigidly to the door frame while the armature mounts to the door in a manner that allows it to pivot slightly to compensate for door irregularities.
11-2 Magnetic Locks 3101 Magnetic Locks 3101 Magnetic Lock Specifications Lock Jumper Mounting the 3101 Magnetic Lock Connecting the 3101 Magnetic Lock Connections and Operation Adjusting the Sensor Pin Changing the Lock Nuisance delay time Changing the Egress Alarm delay time The 3101 Magnetic Lock features 1200 pound holding force, Delay Egress Circuitry, NFPA101 Life Safety Codes conformity, a selectable nuisance delay and an Accutech customdesigned electromagnetic coil.
Installation Manual Figure 11.1 3101 Magnetic Lock PCB Magnetic Locks 11-3 Figure 11.
11-4 Magnetic Locks Installation Manual Connections and Operation Adjusting the Sensor Pin This section quickly explains the functions of Lock pins 1-6. Accurate adjusting of the Sensor pin will help prevent nuisance alarms from slight disturbances and small vibrations such as someone bumping into the door or someone shutting a door nearby. Lock Power, pins 1 and 2 require a constant 12volt AC/DC which is supplied (AC) by the Controller at connector P10.
Installation Manual Magnetic Locks 11-5 11. When you have completed the adjustment, gently allow the door to be pulled by the weight of the door. NOTE: When the door is closed the LED will be Red, when the door is open the LED will be Off. 12. Remove power from the Lock by powering down the Controller. Figure 11.3 Adjusting the Sensor Pin 8. Apply power to the Lock by powering up the Controller.
11-6 Magnetic Locks The delay time is set by Position 3 on the Selector Switch (S1) on the Lock PCB (see Figure 11.2).
Installation Manual Mounting the 3000 Series Magnetic Lock To mount the 3000 Magnetic lock, follow the DynaLock Corp. Mounting and Operating Instructions that came with the Lock. NOTE: State codes require that all lock and elevator deactivation circuitry be wired into the facility’s fire alarm system. This is done so that in case of a fire, any lock or elevator deactivation unit disengages, allowing for free egress or ingress.
11-8 Magnetic Locks Figure 11.
Installation Manual Chapter 12: Fire Panel Interface (FPI)
Installation Manual Fire Panel Interface (FPI) FPI Specifications Positioning the FPI Before Connecting the FPI Connecting the FPI to the Controller State codes require that all Lock and Elevator Deactivation Circuitry be wired into the facility’s fire alarm system. This is done so that in case of a fire, any Lock or Elevator Deactivation unit disengages, allowing for free egress or ingress. For more information on this policy, check your local codes. For each FPI unit (Figure 12.
12-2 Fire Panel Interface (FPI) Installation Manual FPI Specifications Positioning the FPI Power Requirements Temperature Weight The FPI can be located: Near a GDP Near a Nurse Station Near a Multiplexer In an equipment room Power Requirements 12V DC Temperature Before Connecting the FPI The FPI operates best in an ambient temperature between 35 and 90 degrees Fahrenheit. Operation outside of this range may cause unexpected or undesirable results, including premature failure.
Installation Manual Connecting the FPI Pins 1 and 2 Pins 3 and 4 Pins 5 and 6 Pins 7 and 8 Pins 9 and 10 Because of the variety of possible mounting locations, and therefore distances between signals and sources, it is recommended that you use no less than 18-gauge plenum-rated wire and cable for connecting the FPI unit. You must use a separate dry contact for each Controller that controls a Lock or Elevator Deactivation unit.
12-4 Fire Panel Interface (FPI) Figure 12.
Installation Manual Chapter 13: Alarm Output Devices
Installation Manual Alarm Output Devices Alarm Definitions Alarm Output Capability Alarm Output Connector The Local Alarm The Central Alarm The Speakers The SAP The GDP Accutech Systems alert facility personnel of alarms using a variety of audial and visual devices. Alarm Definitions There are five different types of alarm outputs: Egress alarm Door Ajar alarm Loiter alarm System Supervisor Band Removal Alarm Egress Alarm In this manual, Egress alarms are referred to as “Alarms.
13-2 Alarm Output Devices Installation Manual The Alarm Output Connector The Alarm Output connector (Figure 13.1) is P9 on the Controller. Pin 1 is +12V, Pin 2 is Supervisor Alarm out, and so on. Figure 13.2 The Local Alarm Local Alarm Specifications Power Requirements Temperature Weight Power Requirements 12V DC Temperature Figure 13.1 The Alarm Output connector The Local Alarm Local Alarm Specifications Mounting the Local Alarm Connecting the Local Alarm Composite Cable The Local Alarm (Figure 13.
Installation Manual To connect the Local Alarm to the Controller, refer to Figure 13.3 and use the following instructions: Alarm Output Devices 13-3 The Central Alarm Central Alarm Specifications Mounting the Central Alarm Unit Connecting the Central Alarm 1. Using the RED wire, connect the positive (+) terminal of the Local Alarm to P9-pin3 (Alarm Out) of the Controller. The Central Alarm (Figure 13.
13-4 Alarm Output Devices Installation Manual Connecting the Central Alarm You will need 22-gauge, 2-conductor plenumrate cable for installation. The Alarm Output device from each Controller can connect to any of the 8 alarm inputs at the “Zone Alarm Terminal Strip” on the Central Alarm. In addition, a common ground from each Controller connected to the Central Alarm is required. To connect the Central Alarm, refer to Figure 13.4 and use the following instructions: 1.
Installation Manual Alarm Output Devices 13-5 Power Requirements Mounting the Speakers 12V DC You will need 22-gauge, 2-conductor plenumrate cable for installation. Temperature Speakers operate best in an ambient temperature between 35 and 90 degrees Fahrenheit. Operation outside of this range may cause unexpected or undesirable results, including premature failure. To mount a Speaker(s), use the following instructions: 1. Using a small screwdriver, pry off the bottom of the Speaker case. Weight 2.
13-6 Alarm Output Devices Installation Manual 2. Using BLACK wire, connect the negative (-) of the Speaker to the negative (-) of the Speaker Terminal Strip on the Central Alarm. Speaker Volume Control To adjust Speaker volume, use the potentiometer located on the bottom end of the Central Alarm . About the SAP SAP Specifications Mounting a SAP Connecting a SAP to a Controller (up to 8) A SAP (Figure 13.
Installation Manual Mounting a SAP To mount a SAP, use the following instructions: 1. Remove the front panel from its frame. 2. Using the SAP frame as a template, mark the four mounting holes on the mounting surface. Alarm Output Devices 13-7 3. A SAP only needs the use of 5 of these wires for all but one zone. That zone will be the one that provides power to connector labeled P9 near the bottom of the SAP circuit board.
13-8 Alarm Output Devices The GDP GDP Specifications Positioning and Mounting a GDP Connecting an ESGDP (ES 2200 systems only) Connecting a GDP BR Alarm filtered by HUB Installation Manual GDP Specifications Power Requirements Temperature Weight Power Requirements 12V DC The GDP (Graphic Display Panel; Figure 13.9) provides the staff with a visual representation of the floor being monitored.
Installation Manual Alarm Output Devices 13-9 2. For each Receiver linked to the GDP, connect the “Status” and “GND” pins of P2 to a zone data input of the GDP. Connecting an ESGDP (ES 2200 systems only) To connect an ESGDP, refer to Figure 13.10 and use the following instructions: 1. Connect the “+12V” and “Ground” from the ESGDP to their respective pins on the Power Supply. 2.
13-10 Alarm Output Devices Figure 13.
Installation Manual Figure 13.
13-12 Alarm Output Devices Figure 13.
Installation Manual Chapter 14: Elevator Deactivation
Installation Manual Elevator Deactivation What to expect Working with the Elevator Company Elevator Deactivation Specifications Positioning the Elevator Deactivation Unit Weight and Dimensions Mounting the Elevator Deactivation Unit Wire and Cable Wiring the Elevator Deactivation Summary of Elevator Deactivation for the Elevator Company Elevator Deactivation prevents a Tag from using an elevator. There are two conditions where Elevator Deactivation would be engaged.
14-2 Elevator Deactivation degrees Fahrenheit. Operation outside of this range may cause unexpected or undesirable results, including premature failure. Weight Installation Manual Mounting the Elevator Deactivation cabinet To mount the Elevator Deactivation cabinet, use the following instructions: The Elevator Deactivation cabinet weighs 3.5 U.S. pounds. 1. Choose your location and appropriate mounting hardware. Positioning the Elevator Deactivation 2.
Installation Manual Local or State Code may require the wire to be run in conduit. Be sure to check your requirements before beginning work. NOTE: State codes require that all lock and elevator deactivation circuitry be wired into the facility’s fire alarm system. This is done so that in case of fire, any lock or elevator deactivation unit disengages, allowing for free egress or ingress. Be sure to check your local codes and see Chapter 12 on Fire Panel Interface Units. Elevator Deactivation 14-3 5.
14-4 Elevator Deactivation At the Second Condition Source: If the second condition source is provided by the elevator controls, Use the previously wired terminals on the 4- position screw terminal strip in the Elevator Deactivation Relay cabinet to hookup to the dry contract. If the second condition source is a locally mounted Magnetic Switch or a Passive Infrared Reader (PIR) unit, wire them to the Controller.
Installation Manual Figure 14.
Installation Manual Chapter 15: Perimeter Functions
Installation Manual Perimeter Functions Perimeter Lock Perimeter Door Ajar (Timer Override) The Timer Perimeter System Perimeter Functions 15-1 As always, entering a valid code into a Keypad or activating a PBO would allow free egress through the door. The Timer Timer Specifications Positioning and Mounting the Timer Connecting the Timer Programming the Timer Perimeter functions allow the user to monitor and/or lock a door on a timed schedule.
15-2 Perimeter Functions Installation Manual Temperature The Timer operates best in an ambient temperature between 35 and 90 degrees Fahrenheit. Operation outside of this range may cause unexpected or undesirable results, including premature failure. Weight The Timer (including cabinet) weighs 2 U.S. pounds. Positioning and Mounting the Timer It is best to position the Timer near the Controller that it will interface with.
Installation Manual Programming the Timer Setting the Time Programming for a Day and Time Programming for all Week Setting ON/OFF times Perimeter Functions 15-3 Programming for a Day and Timer To program an ON or OFF instruction for a particular day and time, refer to Figure 15.1 and use the following instructions: Programming the Timer requires you to set event times and whether to turn the system on or off at those times. 1.
15-4 Perimeter Functions Setting ON/OFF times To set ON/OFF times for predetermined timer events, refer to Figure 15.1 and use the following instructions: 1. To enter the program mode, press and release the button marked “Timer” once. NOTE: The LCD will show: Timer 1 ON --:-2. Pressing the “Timer” button a second time will set the unit to OFF timer 1. NOTE: This sequence will continue for 6 ON timers and 6 OFF timers for a total of 12 timers. 3.
Installation Manual Chapter 16: Automatic Door Deactivation
Installation Manual Automatic Door Deactivation In automatic door applications (doors that open via a motion sensor or push paddle), the Accutech System can deactivate this feature when a Tag enters monitored zone’s Tx Activation Field. Wiring Automatic Door Deactivation To wire the Controller for Automatic Door Deactivation, refer to Figure 16.1 and use the following instructions: 1. On the Controller, jumper pins 1 (+V Out) and 2 (Call Comm) of P3. 2. Connect pin 1 (Call N.
16-2 Automatic Door Deactivation Figure 16.
Installation Manual Chapter 17: The Multiplexer
Installation Manual The Multiplexer Multiplexer Specifications Mounting the Multiplexer Positioning the Multiplexer Multiplexer jumpers Wiring the Multiplexer Multiplexer board settings The Multiplexer (Figure 17.1), used only in IS 3200 and BR 4200 Systems, decodes and relays information from up to 8 Receivers to GDPs and PCs with the Accutech Software. The Multiplexer comes inside a Controller case; this case can accommodate up to 2 Multiplexer boards (16 Receivers).
17-2 the Multiplexer Figure 17.
Installation Manual Multiplexer Jumpers The three Multiplexer jumpers, JP1-3 (Figure 17.1), should remain in place for the unit to function properly. Wiring the Multiplexer To the Power Supply From Receivers To GDP To PC To other Multiplexers To the Power Supply Using RED and BLACK wire, connect the +12V and Ground between the Power Supply terminal strip and the Multiplexer (P12 pins 1 and 2).
17-4 the Multiplexer Figure 17.
Installation Manual Figure 17.
