V Series Controller Installation Instructions
Contents
1. Fail secure locking device should be locked NC amp COM de energized unlocked NO amp COM energized Terminals to use Jumper setting to use locked unlocked NO amp COM NC amp COM de energized energized Note A fail safe locking device locks when power is applied and unlocks when power is removed A fail secure device unlocks when power is applied and locks when power is removed Reader output RLED terminal GLED terminal SOUND terminal Output that supplies 10 mA at 5 volts and provides signals cor responding to the V Series Electronic Lock s green LED red LED and sounder This output can be connected to the reader and used to provide visual and or audio user feedback similar to the feedback provided by the electronic lock For a description see the V Series Service Manual The table below shows the recommended color wiring connec tions for the standard readers the Mercury Security MR 5 magnetic stripe card reader the Essex KTP 71212XxX keypad reader and the Motorola ASR603 and the HID MB 5398 Set controller DIP switch 1 Note For readers with a singletwo color LED set DIP switch 1 ON For readers with two separate LEDs set DIP switch 1 OFF The table below shows the recommended con troller DIP switch settings for the standard readers the Mercury Security MR 5 the Essex KTP 71212XX the Motorola ASR603 and the HID MB 5398 R 1 prox2. Connector for use when programming the controller using a When programming using the RS 232 connec PC To program the controller connect a remote RS 232 con nector to this connector Then connect the PC to the remote connector using either the laptop cable or the palmtop cable Alternately connect a PC directly to this connector using either the laptop cable or the palmtop cable See Figure 3 tor DIP switch 6 must be set to the OFF posi tion Door status latch monitor input DOOR terminal GND terminal Input that signals the status open or closed of the door To monitor door status you can use a door contact and or a latch switch Use the door contact to monitor whether the door is closed Use the latch switch to monitor whether the lock s latch is out secure or in not secure Thus one or both of these sen sors can be used to determine whether the door has been secured When used in combination the door contact and latch switch must be either both normally closed contacts or both normally open contacts If both contacts are normally closed wire the devices in series If both contacts are normally open wire the devices in parallel Program the controller to generate door forced alarms and or door open too long alarms For instructions see the V Series Intelligent Pro grammer Software User Manual Request to exit input RQE terminal GND terminal Input for a switch contact that signals the controller to u
3. or DC This output is triggered by door open too long DOTL tamper or door forced conditions Program the alarm output duration For instructions see the V Series Intelligent Pro grammer Software User Manual Locking device output NC terminal NO terminal COM terminal Relay output used to unlock or lock an external locking device This output can switch up to 5 amps at 24 volts AC or DC To determine which terminals to use consider how the locking device should operate when power fails at the controller Refer to the appropriate table below based on whether the control ler and locking device share one power supply or have two sep arate power supplies Set the locking device jumper J 1 To deter mine which jumper setting to use consider how the locking device should operate when power fails at the controller Refer to the appropriate table below based on whether the controller and locking device share one power supply or have two separate power supplies Table A Controller and locking device share one power supply During power failure at the central controller Locking device is fail safe Terminals to use NC amp COM Jumper setting to use de energized Locking device is fail secure NO amp COM de energized Table B Controller and locking device have two separate power supplies During power failure at the central controller Fail safe locking device should be
4. slide it into position so that the screws are in the narrow part of the keyhole shaped mounting holes Then tighten the mounting screws E Connect devices to the controller board You can connect the devices listed below to the controller board Refer to Table 1 and to Figure 1 m Locking device Use the locking device output Set the locking device jumper J 1 m Magnetic stripe or proximity card reader or keypad reader optional Use the reader output reader communications input and reader power output Set DIP switches 1 2 3 4 and 5 Also set the power jumper J 3 Note Standard readers are the Mercury Security MR 5 magnetic stripe card reader the Essex KTP 71212XX keypad reader the Motor ola ASR603 and the HID MB 5398 proximity readers To determine whether another reader is compatible with the controller refer to the specifications provided in Table 1 for the reader output reader commu nications input and reader power output Door status switch and or door latch monitor optional Use the door status latch monitor input Request to exit device optional Use the request to exit input Remote unlock device optional Use the remote unlock input Tamper switch optional Use the tamper switch input Security system or alerting device optional Use the alarm out put m Remote RS 232 connector optional Use the controller board s RS 232 connector m Shielding amp grounding Connect all ca
5. the ON posi tion After programming set switch 6 back to the OFF position T61920 RevA 1768984 ER 7991 1 BEST ACCESS SYSTEMS Indianapolis Indiana 4 Connect the power supply to the control lerboard Caution To prevent damage and injury connect the power supply after all other connections have been made Connect the 12 to 24 volts AC or DC at 0 75 amp power supply to the controller board s power input Refer to Table 1 and to Figure 1 5 Finish the Installation a When you ve finished making connections to the controller board dress all cables so they do not interfere with installation of the enclo sure door b Install the enclosure door Programming the controller You can use either a V Series Handheld Terminal or an IBM compatible PC running the V Series Intelligent Programmer Software IPS to pro gram the controller To program the controller using a handheld terminal a Connect the handheld cable to the controller s handheld connector shown in Figure 1 b Place controller DIP switch 6 in the ON position c Follow the instructions in the V Series Handheld Terminal User Man ual d When you ve finished programming the controller place DIP switch 6 back in the OFF position To program the controller using a PC running the IPS a Connect the palmtop cable or laptop cable to the controller s remote RS 232 connector or to the RS 232 connector on the controller board shown in Figure 1 b Follow
6. Anfu prove OL UONE Figure 1 Controller board wiring diagram T61920 RevA 1768984 ER 7991 1 BEST ACCESS SYSTEMS Indianapolis Indiana Request to exit Remote unlock device device l i Power supply Security 4 Handheld Controller t 4 Figure 2 Block diagram Read i Door status Locking latch monitor device Controller Board Wall PC Connector Receptacle Connector Pin 1 Pin 2 Rx Pin 3 Tx Pin 4 Pin 5 Gnd Pin 6 DSR Pin 7 Pin 8 Pin 9 Figure 3 RS 232 wiring diagram Extension Pin 1 Pin 2 Rx Pin 3 Tx Pin 4 Pin 5 Gnd Pin 6 DSR Pin 7 Pin 8 Pin 9 Crossover Cable BEST ACCESS SYSTEMS Indianapolis Indiana Pin 1 Pin 2 Rx Pin 3 Tx Pin 4 DTR Pin 5 Gnd Pin 6 Pin 7 Pin 8 Pin 9
7. a gt a H V Series Controller q Z ACCESS SYSTEMS Installation Instructions Use these installation instructions to install a V Series Controller The controller allows the V Series electronics to be separate from a door s locking mechanism and to be located up to 500 feet away from the lock ing mechanism The controller provides V Series electronic features for use with electrically controlled locking devices The controller is well suited to provide access control for m exit devices glass doors non standard doors turnstiles doors controlled by electric strikes or magnetic locks m electrically operated mortise or cylindrical locks The controller is suitable for use with interior or exterior doors The con troller has an adaptable power supply input that accepts 12 to 24 volts ACor DC A backup battery supports the controller s programming in the event of a power failure All controller functions are shut down while under backup power The main role of the controller is to control the operation of the locking device connected to the controller A reader can be connected to the controller to provide a means for users to access the door controlled by the controller Figure 2 shows the relationship between the controller and the other possible components in the access control system for the door The controller can accept a request to exit signal from a lock or a sepa rate request to exit device such as a button can
8. be connected to the controller When someone turns a door knob with a request to exit fea ture or presses a request to exit button the controller does not trigger an alarm when the door is opened If the controller is programmed for the RQE unlock feature the controller also unlocks the door A remote unlock device such as a button can be connected to a control ler This device can be located away from the door When someone such as a receptionist presses the remote unlock button the controller unlocks the door if programmed for the remote unlock feature The controller can monitor the door s status If the door is opened with out use of a valid access method the controller can trigger a door forced alarm The controller can monitor whether the door has been open too long The controller also can supervise a tamper switch which can be used to protect the controller enclosure or another device The control ler s alarm output can trigger an external alerting device such as a siren or strobe light or a security system Installation overview Caution To prevent damage always wear a properly grounded electrostatic discharge ESD wrist strap when installing the controller Fi Prepare to mount the enclosure a Unpackagethe controller b Check that you have the following components in addition to these instructions a enclosure with circuit boards and battery pack installed A magnetic stripe reader optional a keypad reader w
9. ble shielding to the ground ing screw located to the right of the circuit board Then connect the grounding screw connection to earth ground continued on page 4 Indianapolis Indiana Table 1 Controller inputs and outputs Input output Description Related DIP switches jumpers and programming tasks Backup battery input Input for the 4 8 volt nicad battery pack In the event of a power failure the battery pack temporarily powers the micro processor until it can properly shut down Before you install the controller we recom mend you charge the backup battery pack in the controller for at least 48 hours Note When changing batteries dispose of old batteries in accordance with all federal state and local regulations Caution After a power interruption the backup battery pack may require 48 hours to recharge If another power interruption occurs within 48 hours the controller might lose its programming Power input two 2 terminals Polarity does not matter Input for a 12 to 24 volts AC or DC at 0 75 amp power supply Caution To prevent damage and injury connect the power supply after all other connections have been made None Alarm output NC terminal NO terminal COM terminal Relay output that can be used to signal a security system or activate an alarm input for an alerting device such asa siren bell or strobe light This output can switch up to 1 amp at 24 volts AC
10. imity readers an Security on Term Mercury Essex Motorola HID Essex OFF RED None Blue None Brown Motorola ON GLED Brown Brown Brown Orange HID ON SOUND Orange None sounder Blue Yellow For the Mercury Security MR 5 magnetic n stripe card reader set DIP switch 2 on the eedpacK only reader itself to OFF BEST ACCESS SYSTEMS 2 Indianapolis Indiana Table 1 Controller inputs and outputs Input output Description Related DIP switches jumpers and programming tasks Reader communications Input for an ABA signal consisting of a data signal and a strobe Set controller DIP switches 2 3 4 and 5 DATA terminal Note The strobe signal sometimes is called clock reader types ee The table below shows the wiring connections for the standard readers the Mercury Security MR 5 the Essex KTP 71212XX the Motorola ASR603 and the HID MB 5398 Term Mercury Essex Motorola HID DATA Green Green Green Green STRB White Red White White CARDPR None None None None PWR Red Orange Red Red GND Black Yellow Black Black Reader power output Output that provides 5 volts DC at up to 100 mA or 12 or Set the power jumper J 3 GND terminal shows the wiring connections for the standard readers reader set the power jumper J3 Note The standard readers the Mercury Security MR 5 before supplying power to the control the Essex KTP 71212XX the Motorola ASR603 and the ler 12 V position RS 232 connector
11. ith V Series Keypad Security Device Programming Guide optional A proximity reader optional T61920 RevA 1768984 ER 7991 1 BEST ACCESS SYSTEMS a remote RS 232 connector optional a temporary access cards for magnetic stripe and proximity read ers only a V Series Controller Enclosure Drilling Template V05 c Read these instructions carefully before you begin installation Note Wire gauge and length requirements for each device to be con nected to the controller are included in Figure 1 d Reference the V05 template to select a location for the controller enclosure Get four mounting screws suitable for the selected mounting surface e Ifyou are running cables to the enclosure through the wall or ceiling drill any necessary cable entry holes for the cables f Run all necessary cables to the selected mounting location 2 Mount the enclosure a Referencing the V05 template install the four mounting screws for the enclosure Do not tighten the screws completely b If you ran cables through the wall or ceiling to the enclosure hold the enclosure near the selected mounting location and feed the cables through the appropriate cable entry holes into the enclosure Note In addition to the cable entry hole in the back of the enclosure above the controller board there are cable entry holes in the sides top and bottom of the enclosure c With the enclosure door removed hang the enclosure on the four mounting screws and
12. nlock the door and or to not trigger an alarm while the door is unlocked or exited If the lock has a built in request to exit out put connect that output here Or you can connect a separate request to exit device such as a button Program the controller for request to exit operation For instructions see the V Series Intelligent Programmer Software User Manual Remote unlock input REMOTE terminal GND terminal Input for a switch contact that signals the controller to unlock the door A remote unlock device such as a button can be con nected to this input This device can be located away from the door When someone such as a receptionist presses the but ton the input signals the controller to unlock the door Program the controller for remote unlock oper ation For instructions see the V Series Intelli gent Programmer Software User Manual Tamper switch input Input for a switch contact that signals the controller when a None TMPR terminal tamper switch has been triggered You can use a tamper GND terminal switch to protect the controller enclosure or another device Handheld connector Connector for programming the controller using a handheld When programming using the handheld con terminal Connect the handheld cable to this connector Note This connector also can be used when programming using a PC Connect the PC to lockset adapter cable to this connector nector DIP switch 6 must be set to
13. the instructions in the V Series Intelligent Programmer Soft ware User Manual Specifications Enclosure size 12 x 12 x 3 Normal operating temperature 40 F to 158 F 40 C to 70 C Storage temperature 58 F to 176 F 50 C to 80 C Relative humidity 10 to 90 non condensing for indoor installations BEST ACCESS SYSTEMS 4 Indianapolis Indiana Auuou uOnIsod YO R U YHMS IRA NEST JUO SuoneoSuruLLLOD EULER PPYPUEY DJ 9 YAMS N A ION 26ed uo uoJ O0S uen zau ou ajqe p p pysS ANCHNO Pp 2S SEPE NOUA JOY JNAHNO PUNOS pue CH R PS q T YAMS N D AON DMY ZZ N NOK pLELLLLOS I FV XION SUDOHEOSIUTLLLLIOD Jeu LLL PpPYpPUeH s amp um s YMS did PEE pispue s O dq SYINQUD A207 A0 VED BHM 20D LLurLuIuII OC J OL pue 20neb aum erch i tn SULLEP OL 7 HON Ajans amvoad SLO mz s 227P BURPOJ PUE JORU y7 eqeL da SAL dode Jo a qes doued O PAUUO Od e UM s SQEDIUNLLLUOD Q O HOPU ZEZ SY NUA Ol Puu Sees vanv ss OTD SLLIOO MAd LITLLLLIOD 3 archno qnchno cecz Sa ae Ppd pes Jepesd Bulpunas6 SUA q PPUS kE e PAUD ADS Bupuna p JO IUGLU Pdu gt jpojun Pe on 4SenbeY ZON S Tu yams due p asas as Tra sos LILILILILILILILI LI LI D m ss SYANS did kS5 PReyoueYy Q JDBUUIOD pPpypuey JOIPSUUOD P AM SIEDIUTLLLUOD OL PPUPpUeH Joy aq Aau y PUS y ap urin PU op
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