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IQ Series Installation Manual

1. 115 VAC input mu mmm 95 AMP ER Sch i State optional 24 VDC power option available Contact PCSC sales representative Installing Power 6 Amp example shows Altronix SMP7 power supply 115 VAC input 60 Hz 95 AMP Installing Power 6 Amp w PD8 example shows Altronix SMP7 power supply with PD 8 option SOCK 115 VAC input 60 Hz 95 AMP State optional 24VDC power option available Contact PCSC ER E HH e kai kaku hh sales representative Resetting the IQ 200 to Default Values In the event that the 3 volt lithium battery is removed or loses its electrical charge the IQ must be reset Follow the procedures below to restore the controller to the default values 1 2 3 With power on move all switches at DIP switch SW1 to the right OFF as printed on the circuit board Press the Reset button at S1 The 10 Segment LED array D1 will flash in waterfall effect and then stop The Seven Segment LEDs D34 and D35 will show 8 8 while the NMI process is underway When the NMI process is complete all 10 segments of the LED Array D1 will turn OFF and the seven segment LEDs will show a single line segment flashing in a circular pattern clockwise Refer to page 69 and begin addressing the IQ 200 by DIP switching the IQ number 1 111 Set the communication protocol by following
2. Seri es Intelligent A ccess Control Systems IQ Series Installation Manual 33 10036 001 REV G PCSC 3541 Challenger Street Torrance CA 90503 Phone 310 638 0400 FAX 310 638 6204 www 1pcsc com First Edition June 1998 Revised July 1998 Revision C July 1998 Revision D October 1998 Revision E April 1999 Revision F October 1999 Revision G January 2000 Information in this manual is subject to change without notice and does not represent a commitment on the part of Proprietary Controls Systems Corporation The software described in this manual is furnished under a license agreement or nondisclosure agreement The software may be used or copied only in accordance with the terms of the agreement No part of this document may be reproduced or transmitted in any form or by any means electronic or mechanical including photocopying recording or information storage and retrieval systems for any purpose other than specified in the agreement without the express written permission of Proprietary Controls Systems Corporation 2000 PCSC All Rights Reserved Printed in the United States of America Published by PCSC 3541 Challenger Street Torrance CA 90503 310 638 0400 310 638 6204 Publication Number 33 10036 001 E Changes and additions in Revision G 1 Address changed on page 2 Logo changed on page Hii 5 E j gt a Ln The IQ 200 Printed Circuit Board Wiring Diagram iv
3. Note Resistors must be installed at the alarm devices Note Resistors H 5 Tolerance NC Contact Common Contact 51 4 reader Expansion Module Supervised Door Senses and Unsupervised Request to Exit Sense Inputs w12 wit W14 M 15 eee l esses l essea issena HBH 9 58 T 8 4 4 231 EI 755545321 39 78 32 1 9 7 6 er 3 2 1 rr Sr PUMP Lain Lain PO PR mm ee S dO qe GEB D ue mie qd bili al lad Lal i ad cdd ll ai cad haad 987265842321 DOOR SENSE REQUEST TO EXIT 52 8 reader Expansion Module Supervised Door Senses and Unsupervised Request to Exit Sense Inputs REQUEST TO EXIT W w10 1 m mo 1 1 B jesse wes DE ID E conco HH i RDR RDR RDR4 9 8 65 1 ch 1 Wn 1234 18 esses 0090 Ei eee e eie ji RDRa Pio V RDRh 6 RDRi P12 058 C NZAYNEREWWENFFFEFEEEEETFERZIERYAERKEE ROSS TIS eo odd 1 ee hasa ci w br ofl nae bt bd ied it 66509966 53 4 reader Expansion Module Supervised Door Sense Locations _ W12 w11 m mm wi3 Esesse eecee j sese s d 9 RDR g P10 oe RDR h P16 RDR i P12 Pit pm mm
4. ntact ntact Note Resistors must be installed at the egress device Note Resistors are 5 Tolerance Watt Unsupervised Egress Sense for the 4 8 Reader Expansion Module 24wisted pair 22 AWG stranded shielded cable Belden 8728 or equiv 2 000 ft Max 4reader Expan z Plug P11 P17 P13 P17 Sreader Expan Plug P3 PP9 P5 P7 P11 P f7 P13 P15 ofe 7 e s 2 1 NO Contact Common Contact TYPICAI 48 Door Sense for IQ 200 and 4 and 8 reader Expansion Module Supervised Door Sense 24wisted pair 22 AWG stranded shielded cable Plug P13 S I 16 and P16 S I 18 of IQ 200 PCB Belden 8728 or equiv 2 000 ft Max 4 reader Expan Plug P11 P17 P13 P17 8 reader Expan Plug P3 P9 P5 P7 P11 P17 P13 P15 7 6 5 4 3 2 1 Tamper proof Area 180 Ohm Sense 2 Input NO Contact es b Ground of Gnd 4 CommonContact PICA Note Resistors must be installed at the door switch Note Resistors are 5 Tolerance Watt 49 Using the Ten Segment LED Array Two LED s located in the ten segment array D1 indicate the status of the supervised door circuits Also the supervised tamper supervised egress inputs and supervised alarm inputs are annunciated in the LED array as listed below SUPERVISED SUPERVISED SUPERVISED SUPERVISED SUPERVISED SUPERVISED SUPERVISED SUPERVISED SUPERVISED SUPERVISED ALAR
5. LED Fatal Error Display Codes Please CALL your PCSC representative E1 ROM error detected Probable PCB failure E2 RAM error detected Probable PCB failure Verify that the IC at U8 is seated properly E4 Packet addressing error IQ 200 failure E5 Packet queuing error IQ 200 failure E7 Terminal number configuration error Readdress IQ 200 ED Database invalid RESET and configure IQ address EE Stray jump Probable IQ 200 PCB failure EF Execution of int vector Probable IQ 200 PCB failure 75 Error Codes The seven segment LEDs D34 and D35 will indicate certain errors that can occur when processing cards They also can communicate fatal errors that could occur The following chart describes different error codes that are displayed by the seven segment LEDs D Warning Error Display Codes CO Card Error Parity check fail C1 Card Error LRC check failed C5 Card Error data length mismatch CC Card Error data conversion CE Card Error end code not found CF Card Error facility code EC Hardware Configuration error Example 1 Error Code CF 034 035 Example 2 Error Code 5 034 035 Possible Problem Bad Card or dirty reader head Bad Card or dirty reader head Check for correct format type Check for correct format type Bad card or dirty reader head The site code is invalid for this site The IQ is not configured correctly What to Do Clean reader head amp re try
6. 1 Remove the strike locking device and find the wire connector that attaches the lock wires to the lock 2 Install an MOV Siemens S10K30 or Equivalent in parallel with the load The MOV is a non polarized device and will work with both AC and DC locks For further protection on DC units a reverse biased diode may be installed we suggest types 1N4004 to 1N4007 be used also in parallel with the load NOTE Use an additional MOV if you experience further noise at the strike 3 Note the wiring set up of your particular system Connections can be made either to the normally open fail secure contact or to the normally closed fail safe configuration whereby an isolation relay is used and a diode or MOV is added for noise suppression 56 Step 5 Communicating with the IQ 200 Communicating with the IQ 200 Addressing Individual IQs through the DIP Switch The IQ 200 can communicate over a dialup MODEM an RS232 or an RS485 serial direct connection In a multidrop IQ 200 configuration the IQ 200 MUST communicate via RS 485 protocol mE WD To tras Expussban Cheater Output Batter ALN Bod 1 You may elect to install the supervisory resistors at this time or optionally wait until after on line communications has been established to the LiNC NET Host PC Set DIP switches 1 7 located at SW1 to OFF position as it is etched on the IQ 200 PCB Hit the reset switch at S1 This will calibrat
7. w4 wa wi wo 1234 Ln 1 lessee s 20000 N eeeee HH RDRc P2 RDRd P8 RDRe Pi 05 RDR P6 peni P5 P7 eeeeeseee Ej sisse ee ese HE P13 1 sees HH RDRg P10 RDRh 016 KDRj P11 P15 654321 P17 0 2005000 654132 1 9 87 654321 8 7 Gel la Tell em Ln em m Ln moni 6992 oa ated ad a WPW IP N Normally Open Normally Closed 44 Open Collector Output for IQ 200 and 4 and 8 reader Expansion Module Example of the IQ 200 to an Open Collector Output oe eve 1 Dashed lines illustrate Relay on Circuit Board Contact Rating for 2 Amps Continuous 24VDC N O N C power Sense 2 Supervised Egress Sense EI Sense 1 Supervised Door Sense 12V 100 mA max 24wisted pair 22 AWG stranded shielded cable Belden 8728 or equiv 2 000 ft Max General Purpose Output e g Digital auto dialer dams Note 100 mA Open Collector ONLY Externally Wired Relay Example of the 4 8 reader Expansion Module to an Open Collector Output it ee a vs 1 Dashed fines illustrate Relay gt for 2 Amps Continuous Q 28 N O N C power 15 PM 9 2 Sense 2 Unsupervised Ground Egress Sense Sense 1 Supervised Ground Door Sense 12V 100 m
8. Powered Outputs cc 23 24 10 Reader Ports Wiegand electrical interface for PCSC and OEM card readers readers a j 10 Form C Door Strike Outputs 2 5 amps 9 12 24 VDC continuous power 10 Door Left Open Outputs or 10 External Shunt Options 10 Supervised Door Senses 17 19 21 23 25 27 29 31 33 35 5 Supervised User Defined Auxillary Sense Inputs 14 36 37 38 39 2 Supervised Request to Exit Inputs 16 18 8 Unsupervised Request to Exit Inputs 20 22 24 26 28 30 32 34 Battery Backed Clock Calendar Flash RAM 128K standard up to 256K Battery Backed RAM 256K standard up to 512K LEDs for Power alarm on line diagnostics Reader Data Error code door status Supervised Tamper detect S13 System Capacities Cardholder Capacity Time Periods Holiday Time Periods Holiday List History Transactions Enclosure Dimensions Weight Power Draw Temperature Communications Spare Parts IQ 800 PCB 8 000 20 000 w Memory Expansion 32 32 365 Days 4 000 regardless of memory size 18 Hx11 5 Wx6 D 45 7cm x 29 2cm x 15 2cm 38 Ibs 17 3kg 12VDC 3 amp 12VDC 32 F to 115 F 0 C to 46 C RS485 standard RS232 standard Dial up standard Ethernet optional Part Number Description Designation 83 02082 83 02086 79 03022 83 2007 5 pin Plug Connector 9 pin Plug Connector DPST Relay K1 K Jump Connector P2 P4 P6 P8 P10 P12 P14 P16 P3 P5 P7 P9 P11 P13
9. 09 10 11 2 13 14 15 16 17 18 19 20 21 1 1 0 1 0 1 0 1 0 1 0 1 0 1 0 1 0 1 0 1 2 1 0 0 1 1 og Him 1 UN O 1 0 0 1 1 0 0 3 o 1 1 0 0 0 1 BMM 1 MEUM 8 1 4 o NEN u 0001 1 1 o 0 5 O 0 0 0 0 O0 0 0 O o mE 1 BUM I 6 o 05 080 08 0 0 O o 0 0 0 O0 7 0 0 0 0 0 O0 0 0 O o EOM 8 o 0 oO 0 0 O0 0 O0 0 0 O o NEN 0 05 0 IQ Numbers in Decimal SW1 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 1 0 1 0 1 0 1 1 0 0 01 1 Ug BENE 1 og UN I 0 0 1 0 0 o 0 0 o 1 gu 1 1 1 BUM Ol Hoy UN ERU o NEM 1 BENI 0 O 0 0 0 o 0 0 0 O SAAN EWN Em ER 60 61 Setting MODEM or Direct Connect Configurations PCSC supports the US Robotics 33 6 56K Sportster model for MODEM communication It is recommended that the MODEM be powered up via a U P S To set up the IQ for MODEM communication configure the DIPswitch settings at SW1 as follows Example MODEM connection IQ 200 panel address is 1 Set 1to ON Set the configuration and press the Reset button at S1 After the left 2 through sequence of LEDs displays set the IQ 200 ID number see DIP 7 to OFF Switching the IQ 200 Number On the back of the US Robotics right Set 8 modem locate the DIP switch Set 1 5 and 6 in the Up position to ON left and 2 3 4 7 and 8 i
10. 101 Wiring Diagram IQ 200 to PC RS 232 w DB9 Connector PCSC P N 04 10318 001 RS 232 wiDB9 connector 68 10 200 to PC Cable RS 232 w DB25 Connector PCSC P N 04 10318 101 1Q 200 201 P2 PC 25 pin female connector DB 25 10 200 to PC Cable RS 232 w DB9 Connector PCSC P N 04 10318 001 IQ 200 201 P2 PC Gnd TxD Customer fabricated cable may extend to 25 ft 8 9 pin female connector DB 9 69 Communicating with Multiple IQs via RS 485 Once the PC host is connected to one IQ 200 the next IQ 200 can be connected by wiring from P3 from the first IQ to P4 in the next IQ This format can be repeated in up to 16 IQ 200s In addition any combination of MicroLPMs and IQ 200s can be configured up to the 16 total limit on a single RS485 channel LiNC NET supports up to 4 channels total of 64 IQ MicroLPMs See the next page for the IQ 200 to MicroLPM wiring connection Wiring Diagram of Multiple IQ 200s PC Host RS 485 w 0825 19 200 28 OF com 10 200 0 200 i 2 485 2 485 2 485 P4 3s P4 394 Pa O 4 485 5 4485 4485 e Note 1 Maximum 4t the last 19 200 4852 O 4852 O 4852 O lin the loop move the 5 43 5 43 5 43 016 Jumper at WSfrom 48540 48545 48540 19 2005 P3 P3 P3 Seepage 104 Wiring i
11. 38 10049 001 Door Overview Hardware section for programming information Open Collector Output Open collector outputs are designed to drive an external relay This technique can be used to control devices which exceeds the relay capacity of those on board the IQ 200 The open collector outputs are capable of 100 mA current 12VDC 40 Panel in a Fail Safe Environment Example of the IQ 200 with a Doorstrike in a Fail Safe Environment Dashed lines illustrate Relay me E 1 on Circuit Board Contact Rating for 2 Amps Continuous 24VDC N C ITE HESS TS TTE 12V 100 mA max Sense 2 C i Supervised ollector Ground Egress Sense Common Normally Closed Relay Contact Relay Contact Diode for counter EMF No protection 184004184007 Supervised Door Sense Connection 2 twisted pair 22 AWG stranded shielded cable Belden 8728 or equiv 2 000 ft Max Door o Strike MOV metal Oxide PIS Varistor Siemens M Battery 510 30 or equivalent backed Example of the IQ 200 with a Maglock in a Fail Safe Environment 1 J Dashed lines illustrate Relay on Circuit Board Contact Rating l N 0 N C for 2 Amps Continuous 24VDC PU 9 7 8 5 4 3 2 1 121 100 mA max a E gem TT Collector E Ground iden Sense Sense 1 Supervised Door S
12. Clean reader head amp re try Verify that the correct reader technology is specified Verify that the correct reader technology is specified Clean reader head amp re try Load correct facility code or check cards In LiNC NET for Windows select the MicroLPM Setup icon and the Hardware file tab to verify that the extension adapters are selected for this IQ r m 76 Control Counters amp Sense Input Numbers for Output Control PCB Output Control PCB P N 03 10032 004 20 32 Hormally Open FA F Normally Chased s 1 STOO IDE DIDI EERILEX 9500590090 Unsupervised Sense Input Mumbers ALM ALarm Monitor PCB P N 03 10032 101 mann TOLL aama Unsupervised Sense input Numbers NOTE Addressing of the Output ALM PCB is done via switch SW 1 All eight switches should be in the OFF 0 position 77 Sense Input Numbers on the Supervised Alarm Module SAM 1 SAM 1 P N 03 10056 003 NOTE SAM 1 and 2 PCBs are calibrated by toggling switch 3 at SW 1 on each SAM PCB Sense Input Numbers on the Supervised Alarm Module SAM 2 SAM 2 P N 03 10056 003 Supervised Sense Input 78 IQ System Upgrades and Capacities Aux Super Unsuper Output vised vised Relay Door REX Drivers Contact Inputs Inputs on aae p
13. Jurnpers WI VO W3 and WS ane set al lhe lacin Donat Sand netel hese jumpers on your boarda unless drecied by ihe PESC Technical Suppor Wel JUMPER E ACROSS PINE 2 AND 3 IH ALL FIRMWARE VERSIONS EXCEPT iH T j san EE we RDR C asss RDR E Pom I pia loses zum gosses m E745243321 BETEJES LI T RER Bl i su i 0000 000000000 ig ae 253225353 55225553 ee L a W n 3 b 8 15 a Relay Rein Sena In 4 Door Expansion Board I dry and reset these jumpers on your boards unless directed by Jumpers W1 W2 W3 and W6 are set at the factory Do not PCSC Technical Support W 1 JUMPER IS SET ACROSSPINS 2 AND 3 IN ALL FIRMWARE VERSIONS EXCEPT IN 7 9 12 Q 35 31 e 024 D22 D20 D18 LEDs Sense Inputs D23 D21 D19 D17 01 P1 1 ON OFF LO 3 gt oc Relay 9 Relay 6 Relay 10 RDRC RDRD RDRE RDRF 9 09 0 e P2 1 E P8 1 S P4 1 E jeee deeeee eee eee I P3 P9 P5 P7 8 2786 5 4 3 2 1 9 8 7 54 32 4 79 8379 3 4 32 1 79 85 1 6 5 4 3 254 000000000 000000000 0900000000 000000000 sseeg rE Ses ILLE 505 P asfrimic 6 3 X 16 4 2 A 7 5 2 25 8 6 2 FORG po ND MM o x a z r 1 E s Es s s E ss z se Seis P11 P17 P13 P15 priced s zie h seee acd basic E 900000
14. P15 P17 W1 W14 94 Cable Requirements and Maximum Lengths Communication Type of Models of 22awg Maximum Distance Max Distance w PIN Pad Technology Stranded Wire BP 250 IQ 200 2 pair twisted w To the last 10 200 overall shield 4 000 ft 1 219 m 4 wire Wiegand Type of Models Type of 22awg Maximum Distance Max Distance w PIN Pad Technology Stranded Wire BP 250 ProTech BR 350 2 twisted w 2000 ft 2000 ft overall shield 192 m 192 m Magnetic Stripe BR 450 2 twisted w 2000 ft 2000 ft overall shield 192 m 192 m 5 wire Wiegand Type of Models Type of 22awg Maximum Distance Max Distance w PIN Pad Technology Stranded Wire Bp 270 ProTech BR 370 3 pair twisted w 500 ft 500 ft overall shield 192 m 192 m Magnetic Stripe 470 3 pair twisted w 500 ft 500 ft overall shield 192 m 192 m Proximity All models 3 pair twisted w 500 ft 500 ft overall shield 192 m 192 m Biometric All models 3 pair twisted w 500 ft 500 ft overall shield 192 m 192 m Bar Code All models 3 pair twisted w 500 ft 500 ft overall shield 192 m 192 m Vehicle ID VR 670 3 pair twisted w 500 ft 500 ft overall shield 192 m 192 m 2 pair twisted and shielded cable recommended brands are Belden 8728 Olympic 3030 Alpha 2404 or 2212 3 pair twisted and shielded cable recommended brands are Belden 8777 Alpha 6010C WPW 0431 NOTE All data communicati
15. earth grounded conduit As each reader port is progressively farther away from the ESD hardware location left rear side of the cabinet for IQ 200s allow for enough drain line to reach the ESD hardware on the controller end of the cable Allow enough strain relief to avoid touching other circuitry or creating excessive tension Diagram of IQ 200 to Door Sense and Egress PIR Grounding the cables Dimensions 40 6 cm X 148 X 54 6 Control er Cable shields should b connected ESO grounding screws te ma 10 200 ESD grounding screws 12 places Lange C ane Diagram of IQ 200 to Door Strike and Reader Grounding the cables Junction Bp meiate recommended Esrih qreunded Cable shields should be connected to the 10 200 ESD grounding stud Sm all Cabinet Dimensions 29 2 cm X 15 2 cm X 46 7 on LS raed Grounding the Pin Pad or Reader The card reader is comprised of a housing and a mounting plate The mounting plate is typically attached to a single gang 2 x 4 inch earth grounded junction box preferably metal type The reader may be installed either vertically or horizontally depending on the installation requirements Procedure 1 Orient the mounting plate so that the protruding ears on top and facing the back of the reader or PIN Pad Attach the mounting plate to the junction box using 2 6 32 x 3 8 flat head screws The mounting plate should be earth ground either to a ground junc
16. mounted the circuit board is connected to the IQ 200 by installing a 50 pin ribbon expansion cable from P1 on the 4 reader module to J1 on the IQ 200 The 4 reader Expansion module allows the user to connect up to 4 additional readers to the IQ 200 Each of the reader interfaces support either a PCSC proprietary reader 4 wire interface or a Wiegand reader 5 wire interface The Expansion Module also provides an additional 4 interfaces for each of the readers and the associated doors These include the following Multilevel door sense inputs Supervised door sense inputs Reader Present inputs Reader connected disconnected Request to Exit inputs Unsupervised egress inputs Relay contacts for door control outputs Form C dry contacts rated for 2 5 Amps 12 24 VDC continuous power Door shunt outputs Open Collector output rate for 12 VDC 100mA e Door Shunt Local Alarm Power Supply The 4 reader Expansion Module requires 5VDC for all logic Relays output drivers etc require a 12VDC supply The 5VDC and 12VDC is provided to the module via the 50 pin expansion cable which connects plug P1 of the 4 door cluster PCB P N 03 10102 10X to plug J1 of the IQ 200 board P N 03 10100 201 Door Sense LEDs 4 LEDs located at D21 D22 D23 and D24 indicate the status of the Door circuits Resistors must be installed at the door contacts the switches in place door closed normal state and the lines calibrated in order for the s
17. pin 7 8 P2 pin 5 6 P2 pin 3 4 P2 pin 1 2 P3 pin 7 8 P3 pin 5 6 P3 pin 3 4 P3 pin 1 2 P4 pin 7 8 P4 pin 5 6 P4 pin 3 4 P4 pin 1 2 IQ OUT S48 S49 50 51 52 53 854 955 P2 pin 1 2 pin 1 3 Gnd P2 pin 3 4 P3 pin 1 2 P3 pin 3 4 P4 pin 1 2 P4 pin 3 4 P5 pin 1 2 P5 pin 3 4 pin 2 4 6 8 Gnd Sense inputs 56 through 71 are located on the ALM P N 03 10032 101 in an IQ ALM The same sense inputs are also used in the OUTPUT PCB P N 03 10032 004 in an 87 Connector Common Normally Normally Trans Outputs Open Closed 12V Output 100mA max IQ 600 Cluster is 03 P11 pin 7 pin 6 pin 5 used in O4 P17 pin 7 pin 6 pin 5 O5 P13 pin 7 pin 6 pin 5 O6 P15 pin 7 pin 6 pin 5 O15 P11 pin 8 O16 P17 pin 8 O17 P13 pin 8 O18 P15 pin 8 IQ OUT Output Adapter O25 P5 P9 pin 8 P9 pin 7 O26 P5 P9 pin 6 P9 pin 5 027 P5 P9 pin 4 P9 pin 3 028 P5 P9 pin 2 P9 pin 1 029 P6 P10 pin 8 P10 pin 7 030 P6 P10 pin6 P10 pin 5 O31 P6 P10 pin4 P10 pin 3 032 P6 P10 pin2 P10 pin 1 033 P7 P11 pin 8 P11 pin7 P7 P11 pin6 Pll pins P7 P11 pin4 pin3 P7 P11 pin2 P11 pin 1 P8 P12 pin 8 P12 pin 7 P8 P12 pin6 P12 pin 6 P8 P12 pin4 P12 pin 3 P8 P12 pin2 P12 pin 1 88 Appendix IQ 200 Specifications 89 IQ 200 Features 2 Auxiliary Powered Outputs cc 23 24 1 Supervised Tamper Sense Input S13 2 Reader Ports 5
18. 000 000000000 000000000 000000000 REB ESES 5282 Z5Zeg EEF ee fE 28 2 28 2 5 s Zo EAD 5 VOIR e 19 7 28 29 20 8 30 31 21 9 32 33 22 10 34 35 Rex In aic Door Open p Sense In Collector Output 8 Door Expansion Board vi Table of Contents vii Header Connections Reader Connections Header Connections Reader Connections viii End of a 102 xi This page left intentionally blank Introduction Welcome to the IQ 200 the newest generation of intelligent access control system from PCSC Setting up the IQ 200 is easy This manual explains IQ 200 installation and connection to a Personal Computer PC and an optional local printer We ve recently redesigned the format of this manual to make it easier for you to read and understand The IQ Manual is now divided up into six steps Step 1 Unpacking the IQ 200 Step 2 Installing Power Step 3 Wiring Your Readers Step 4 Wiring Your Door s Step 5 Communicating with the IQ 200 Step 6 Status Lights and Dealing with Communication Errors Before turning on the IQ 200 or the PC take a moment to read through this manual It has been designed to allow you to move through the installation process quickly and with a minimum of frustration Specifics about the IQ 200 and its component systems can be found in Appendix IQ 200 Specifications NOTE The 10 200 system is set up at t
19. 1Q 200 to Printer Cable DB 25 to DB 9 p n 04 10324 001 RS232 Serial Printer T IQ Q P5 25 pin male connector 9 pin female connector DB 9 Cable configuration for capturing Real Time transactions to PC in HyperTerminal 1Q 200 to P C Laptop Cable DB 9 to DB 9 p n 04 10324 101 PC Laptop 9 pin female connector 9 pin female connector DB 9 DB 9 72 Step 6 Status Lights and Dealing with Communication Errors Status Lights The 10 200 circuit board has 15 LEDs The status of the LED defines a certain activity or phase of IQ 200 functions Card processing and door sense status is indicated by the LEDs CS Ju ab w f 5 LED D3 strobes blinks momentarily EL when Reader A transfers 00 Mi rrri ti datatolQ 200forprocessing m LED D2 is thePower peas ON Indicator mmm LED D4 strobes blinks momentarily when Card Reader B transfers data to 10 200 for processing LED array D1 Indicates Status for all supervised sense inputs 7 Segment LED s D34 and D35 indicate a CPU or Access Card Reader Error 74 Communication Errors Message at the PC What to Do IQ 200 is not responsive the following The red DC Power Indicator LED D2 is ON Verify that the ID number corresponds to the IQ 200 at the PC Check settings of switches at SW1 3 Check cabling RS232 MODEM RS485 Terminal Server
20. 2 S31 P17 pin 1 2 S23 S32 P13 pin 3 4 24 S33 P13 pin 1 2 S25 S34 P15 pin 3 4 S26 S35 P15 pin 1 2 27 Outputs IQ 200 Connector Common Normally Normally 12VDC Open Closed Output IQ 200 Form C relay O1 P13 Pin 7 Pin 6 Pin 5 O2 P16 Pin 7 Pin 6 Pin 5 IQ 200 Open Collector O13 P13 Pin 8 Pin 9 O14 P16 Pin 8 Pin 9 O23 P12 Pin 8 Pin 9 O24 P15 Pin 8 Pin 9 85 8 reader Expansion PCB Normally Open Normally Closed 12VDC Output 8 reader P CB Form C relay 03 04 05 06 07 08 09 01 S k k F c Coler 015 016 i 017 i 018 i 019 i 020 i 021 i 022 4 reader Expansion PCB Connector Common Normally Open Normally Closed 12VDC Output 4 reader P CB Form C relay 03 04 05 06 8 reader P CB Open Collector 86 Point Definitions Sense Inputs Q 600 Cluster Board P N 03 10102 10X 20 521 S22 523 524 525 526 527 P11 pin 3 4 pin 1 3 Gnd P11 pin 1 2 P17 pin 3 4 P17 pin 1 2 P13 pin 3 4 P13 pin 1 2 P15 pin 3 4 P15 pin 1 2 IOSAM Ist SAM Board P N 03 10056 003 1st SAM PCB is used in S40 P2 pin 1 2 pin 1 3 Gnd P2 pin 3 4 P3 pin 1 2 P3 pin 3 4 P4 pin 1 2 P4 pin 3 4 P5 pin 1 2 P5 pin 3 4 IQSAM2 2nd SAM Board P N 03 10056 003 2nd SAM PCB is used in 1Q 200 SAM2 1Q 600 SAM2 IQ 1000 SAM2 IQ OUT ALM P1 pin 7 8 P1 pin 5 6 P1 pin 3 4 P1 pin 1 2 P2
21. A max 2 wisted pair 22 AWG stranded shielded cable Belden 8728 or equiv 2 000 ft Max General PurposeOutput A e g Digital auto dialer sm Note 100 mA Open Collector ONLY Externally Wired Relay 45 4 reader Expansion Module Open Collector wit wi4 98 1654 3 2 1 Qe PIRES Mdb al a ali al ld ala al 4 9 21 p mpm pm dl 4 bel 9 8 7 6 9 5 7108 84 3 271 REGO m Fail sd Bed taa eed ad w12 nB 8 8 2 jesse jesse apese E E Det lt P10 062 d P16 De RDRe P12 058 ws 12 1 2 3 4 e W13 987654321 seen External Shunt Open Collector Output Local Alarm 46 8 reader Expansion Module Open Collector wa 1234 ames es eee 17 100098 RDRd P8 RDRe Pt RDRI P5 P7 9 6 5 ws 1234 J HHH For Pig eososeee e x wi2 W OLD RDRg P10 RDRh 765432 55 ES BH OGG eds 209009000 HDRi 12 Open Collector Output External Shunt Local Alarm 47 Egress Sense for IQ 200 and 4 and 8 reader Expansion Module Supervised Egress Sense for the 10 200 24wisted pair 22 AWG stranded shielded cable Belden 8728 or equiv 2 000 ft Max Plug P13 S I 16 and P16 5 1 18 of 10 200 PCB Pero
22. AWG 3 pair twisted Shielded cable 500 ft max 22 AWG 3 pair twisted Shielded cable 500 fl max PR 234 Proxpro Reader 12 Volt 5 wire setting 28 Reader Connections PR 234 ProxPro 8 Reader Expansion Board N 9 1 9 1309 PR 234 Proxpro Reader 00000000 eee 12 Volt 5 wire setting RET wi pisses oO RP n wo Bises Else ese 00006 RDRe PL RORF P6 22 AWG 3 pair twisted Shielded cable 500 ft max 9 1 9 1 9 1 9000 00000 eeessecee 900000090 wi2 wn wis Hieeeiee Hesse 500006 PR 234 Proxpro Reader with gcc Pell 3 1 9 a BP 270 Pin Pad 990090000 000000000 0000600000 5 Volt 5 wire setting 22 AWG 3 pair twisted Shielded cable 500 ft max 29 Reader Connections PR 235 MaxiProx IQ Board PR 235 Max iPren Fiber HE Walt setting This setting i chesen since Pos Manif ro Feader ix nat powered Ey the mn 27 NND 3 Sheda cable SDD T max i j9 1010101066080 esse PRIN eniro x Reader wi a BP 270 Pin Pad H Vek setting This setting ix choses since erh the Pin Pad is powered by the e204 net MasiFrex Reader 22 ANG paye Tried hekdeuratie DOM ree 30 Reader Connections PR 235 MaxiProx 4 Reader Expansion Board PRIH Reader jE oe Bl as P
23. M ALARM ALARM ALARM DOOR SENSE EGRESS DOOR SENSE EGRESS ALARM TAMPER INPUT INPUT INPUT NPUT SECOND DOORXSECOND DOOR FRSTDOOR FRSTDOOR INPUT INPUT LED Status Chart For All IQ 200 Sense Inputs OFF Circuit is normal secure ON Circuit is in an alarm condition 0 5 MHz blink Fault condition Open circuit 1 Hz blink Fault condition Short circuit 4 Hz blink Circuit is NOT calibrated amp NOT functional 50 Supervised Sense Inputs for P7 P8 P10 and P11 Supervised User Defined Sense Inputs at P7 Bere a caiie Tamper proof Area NC Contact Common Contaci Note Resistors must be installed at the alarm device Note gt Resistors are H 5 Tolerance Supervised Tamper Sense Inputs at P8 2 twisted pair 22 AWG stranded shielded cable Belden 8728 or equiv 2 000 Max 2 1 Note Resistors must be installed at the alarm device Note gt Resistors H 5 Tolerance Watt Supervised User Defined Sense Inputs at P10 24wisted pair 22 stranded shielded cable Belden 8728 or equiv 2 000ft Max Ground NC Contact Sense 39 L 4 Common Contact Note Resistors must be installed at the alarm devices Note Resistors are H 5 Tolerance Ground NC Contact Common Contact UJ Supervised User Defined Sense Inputs at P 11 24wisted pair 22 AWG stranded shiekled cable Belden 8728 or equiv 2 000 ft
24. NET Software Log off and back on to the system Set the switch SW1 setting for the Baud rate and press the S1 Reset button Refer to the previous section on page 76 Change the SW1 switch setting back to the IQ 200 number See section on DIP switching the IQ number on page 77 Request the IQ back on line in the Define Micro LPM status screen in the LiNC NET software NOTE Presently the IQ 200 only supports communication at 9600 BPS DIP switches Reset Button S1 SW1 DIPSwitch amp S1 Reset button location 66 Direct Connecting with One IQ The PC Host is connected to the IQ 200 by means of a cable designed for either RS 485 or RS 232 communication The following diagrams illustrate the RS 485 and RS 232 DB9 or DB25 connectors options available Wiring Diagram IQ 200 to PC RS 485 Connector w DB25 connector RS 485 wIDB25 connect PCSC P N 04 10322 101 25 pin female connector DB 25 w DB9 connector PCSC P N 04 10322 001 RS 485 wIDB9 connect 4 000 max Connect to PC earth ground PCSC P N 04 10322 001 1Q 200 201 P4 FC Com Gnd 485 TX TD B SHD TD A 485 RX Fo Sig Gnd Shield Ground 9 pin female connector DB 9 Connect to PC earth ground Customer fabricated cable may extend to 4 000ft 67 Wiring Diagram IQ 200 to PC RS 232 w DB25 connector PCSC P N 04 10318 101 PC HOST RS 232 wIDB25 connector PCSC PIN 04 10318
25. P2 P4 P3 P6 P7 P8 P9 P10 P11 Plugs on connectors are located along the bottom portion of the board at plug P12 P13 P14 P15 P16 5 15 the Fuse in place at socket F1 located in the upper left corner of the board A 4 Amp fast blow 3AG fuse is required Wi Reader Format Both Readers Across Pins anditZ 5 Volt Card Reader W End of Lime R amp 815 Termination Resister Acro Pine ond 2917 Volt Card Meader TERN Rr ps i Fl ara He Terminen fate 10 220 Aeros Ping B4 andis ET and ES addii im ret tha aet pened on the PS Sewing Wiegand Dota Data Duta i a arid Fannit Donne TET Across Pins andi and 1 and F127 1 Aran aed ie 1 J End of Line PODS Data Format ba i conn rey wih Dorn ferent n eb on Wl aed WT Aeron Fina Kl and ide Wiegand Duta hata Dated format crags Fins Kz and 81s d wira PES C Darts erat AID Converter FCEC Set wirasa Do Not Alter Setting be ett ee y e Data Facere eon and OS Arant Ping F1 andy Swine Wiegand Data fated Daai format Arras Ping EZ and 83 dowirs POSE Cata 2 De Met Alter Setting 6 Arethe Jumpers in place at W1 W2 W3 W4 amp W6 e Jumper W1 is located in the LOWER LEFT side of the board and is set for 12 volt 4 wire 12 volt 5 wire or 5 volt 5 wire readers e Jumper W2 is located in the LOWER RIGHT side of the board between Plug P9 and P10 and is set for 4 or 5
26. a ee Readers Open Super Unsuper Collector or vised vised Transistor General Egress 12 VDC Purpose Inputs 100 mA Alarm max Points Output Form C Dry Contact Relay comprised of normally open N O normally closed N C and Common Com contacts which are available for connection Contacts are rated at 2 Amps 12 24 VDC continuous power 79 Special Firmware Notes 8 reader Expansion Board Addressing 8 reader Expansion Board 1 At SW1 DIPSwitch set all switches to the left 2 For Address 1 Move switch 1 only to the right see page 13 3 For address 2 Move switch 2 only to the right see page 13 NOTE This version does not support a second 8 reader Expansion Board at this time 4 Reader Expansion Board 1 At SW 1 DIP Switch set all switches to the left 2 Move switch 2 only to the right see page 12 Readers The IQ 200 supports both 4 amp 5 wire readers All other reader expansion boards 4 8 door clusters are compatible with both 4 and 5 wire boards 80 RS 232 485 Terminal Servers RS 232 LANtronix Terminal Server Wiring Diagram LANtronix MSS1 T Bien x RE RS 232 Serial Server jer DB 25 Male Connector 25 50 feet max B J B Ground Pin n I pues h EEEE PE A 9055828585 RXGin Pin O f TX out Pin 1 1 t Bi al RS 485 LANtronix Terminal Server Wiring Diagram Cha i u
27. a NE wu 195 Volt b w re setting ae sss l ia iil f 22 AMS cable 22 AWG prr heted G hiekded DU Tt mas 31 Reader Connections PR 235 MaxiProx 8 Reader Expansion Board Da k Eme Frees Eames WE 1 B i d PR 215 MaxiProx Reader PE 5 Wott erie settings This setting is used since Tha MWasiProx er i powered boy the Esparssen Board e lr e me 22 AG Haan twined Shiskied cable 500 n esse ir Recess Q a A vessessss PRZE Reader with a BP 270 Fin Pad 6 Volt Bwire setting This setting is used since tta Pin Pid pawar By thua 8 reader Expansion Board nat the MaxiP rax 32 Reader Connections Sensor Wiegand IQ Board E D L ume Web A E gt Le rors ru EE jee 9010100 eje ee zr Sensor Wiegand Reader with BP 270 Pin Pad 5 Volt 5 wire setting 22 AWG 3 pair twisted shielded cable 500 ft Max SLED 4RN 3Datad 4Data1 1 5V 22 AWG 3 pair twisted shielded cable 500 ft Max Sensor Wiegand Reader 5 Volt 5 wire setting 33 Re
28. accomplished by this step However the sense inputs on the SAM PCB s must be done by toggling switch 3 of SW 1 on each SAM board The IQ 200 is ready for operation The ID number on the IQ 200 should always remain set In case of a power loss the unit will read the switch for ID Should the panel s ID number need to be changed the switches of SW1 should be set to reflect the new number and then the 1 Reset button should be pushed This process will NOT erase any data from the IQ 200 nor will it affect the calibration of the sense inputs 59 DIP Switching the IQ 200 Address 1 111 The DIPswitch is located at SW1 to the left of the center of the board There are 8 switches For the binary number of 1 flip the switch to the left For zero 0 flip the switch to the right Example IQ 1 Example IQ 23 SW1 SW1 I On 1 Off 0 Switch Switch in Binary _On1Off0 Switch Switch in Binary 1 1 1 1 1 1 2 D 2 0 24 2 1 3 0 3 1 4 D 4 0 4_ D 4 0 sin 5 0 5 5 1 sn 6 0 es n 6 0 n 7 0 7 0 7 0 s oO 8 0 s n 8 0 NOTE Switch 8 is used to determine if the 10 200 communicates via either direct connect or dial up communications Switch 8 is only used to determine if the connection is Direct Connect or AutoDial COE The ON OFF designation is in reference to the labels printed on the IQ 200 pas PCB Not the switch itself Don t Forget IQ Numbers in Decimal swi 03 04 05 06 07 08
29. actory the IQ is set as IQ 1 communications as direct connect RS232 RS485 9600 baud with 120 Ohm resistor termination disabled W5 jumper set at 1 2 97 4 Reader Expansion Board Active LEDs 4 LEDs located at D61 D62 D67 D68 indicate the status of the Reader circuits When the LED blinks momentarily after a card swipe the system is processing the card data The LED is normally off Reader LED Status e Reader C LED is D61 e Reader D LED is D62 e Reader E LED is D67 e Reader F LED is 068 Jumpers Reader type is selected by the use of jumpers located in between the reader ports at W5 and W11 W14 Refer to each diagram of reader types on Step 3 for the proper setting of these jumpers Four other jumpers located at W1 W2 W3 and W6 designate chip selection and are set at the factory They should not be changed unless directed by technical support The setting of the four jumpers at W5 4W or 5W determines how the jumpers next to each reader port is set Also when using a 5 wire 12VDC reader you can control the voltage at PIN 1 by moving the leftmost jumpers at W5 in conjunction with the reader port jumper setting see below 98 4 Reader Expansion Board Jumper Selections There are 5 jumper units located on the 4 Reader expansion PCB circuit board The settings are shown below W1 at Pins 1 and 2 PCB addressed to 30h W1 at Pins 3 and 4 PCB addressed to 50h W2 and W3 at pins 1 and 2 A D is max 158 ty
30. ader Connections Sensor Wiegand 4 Reader Expansion Board Sensor Wiegand Reader 5 Volt 5 wire setting 22 AWG 3 pair twisted Shielded cable 500 ft Max E p Ee SS Ss a Sensor Wiegand Reader 22 AWG 3 pair twisted shielded with a BP 270 Pin Pad cable 500 ft Max 5 Volt 5 wire setting 34 Reader Connections Sensor Wiegand 8 Reader Expansion Board INIMICI Sensor Wiegand Reader 5 Volt 5 wire setting 9 1 49 19 6910ee09 950090069 66006906 e IE peses lE siss 1 1 9 22 AWG 3 pair twisted shielded cable 500 ft Max Sensor Wiegand Reader 3Data 0 AT front EN G Oo wo wo 1 Hesse Fees 18 00000 esee HIH RDRc P2 RDRd PB RORe LU RDR f Pe 9 M Sensor Wiegand Reader with a BP 270 Pin Pad 5 Volt 5 wire setting 22 AWG 3 pair twisted shielded cable 500 ft 5LED 4 RTN 3Data 0 Sensor 4Data 1 1 5V 35 Reader Connections Vehicle Readers IQ Board c Vehicle Reader n E 12 Volt 5 wire setting lt 20000 EH M e i F ud eleeee 0660100606 u z E 22 AWG 3 pair twisted Shielded cable 500 ft Max E 8 o gt 36 Reader Connections Vehicle Reader
31. at W1 W2 W3 and W6 designate chip selection and are set at the factory They should not be changed unless directed by technical support The setting of the jumpers at W4 and W5 4W or 5W determines how the jumpers next to each reader port is set Also when using a 5 wire 12VDC reader you can control the voltage at PIN 1 by moving the 3 jumpers at W4 and W5 in conjunction with the reader port jumper setting 100 8 Reader Expansion Board Jumper Selections There are 5 jumper units located on the 8 Reader expansion PCB circuit board The settings are shown below W1 at Pins 1 and 2 PCB addressed to 30h W1 at Pins 3 and 4 PCB addressed to 50h W2 and W3 at pins 1 and 2 A D is max 158 type W2 and W3 at pins 2 and 3 A D is max 7828 type PIN Designation Chart WA for Readers c f Atpins 1 and 2 4 and 5 7 and 8 10 and 112 Wiegand 5 Wire 5 volt card readers Atpins 1 and 2 4 and 5 7 and 8 11 and 122 Wiegand 5 Wire 12 volt card readers Atpins 2 and 3 5 and 6 8 and 9 11 and 12 PCSC 4 Wire 12 volt card readers W5 for Readers g j Atpins 1 and 2 4 and 5 7 and 8 10 and 112 Wiegand 5 Wire 5 volt card readers Atpins 1 and 2 4 and 5 7 and 8 11 and 122 Wiegand 5 Wire 12 volt card readers At pins 2 and 3 5 and 6 8 and 9 11 and 122 PCSC 4 Wire 12 volt card readers W6 Reader T O Atpins 1 and 2 32 ms Factory Set Do not modify At pins 2 and 3 64 ms W11 W14 Rea
32. der Data Format Atpins 1 and 2 Wiegand 5 wire Data 1 s and Data 0 s format At pins 2 and 3 PCSC 4 wire proprietary format SW1 Switch Settings to configure PCB for doors 3 6 Switches 1 3 8 ON as labeled on DIP Switch Pack Switch 2 OFF 101 End of Manual PCSC Inc October 1999 102
33. e all ten of the supervised inputs on the IQ 200PCB and the supervised Door Sense s on the 4 8 Door Cluster PCB s SAM sense inputs are calibrated only by toggling switch 3 of SW 1 on each SAM PCB NOTE You must have ALL supervised switches in place for calibration The supervised lines must be calibrated in order for the supervised inputs to work If not the sense inputs will be in a constant fault when the calibration is performed 2 Setthe IQ 200 ID number using the DIP switches at SW1 See DIP switching the IQ 200 below After setting the DIPswitches accordingly push the S1 Reset Button Addressing the panel does NOT affect the data stored in its memory nor does it affect the calibration of the sense inputs 3 Establish communication for LiNC NET for 3 11 95 98 or NT 58 4 Once all parameters and configurations are defined in LINC NET download all files to IQ 200 and logoff LiNC NET This will cause a system Restart to occur on the IQ 200 The seven segment LEDs will show an 86 indicating the Restart taking place Optional Step To manually calibrate all supervised sense inputs on the IQ series panel s place switches 1 through 7 to the ON position as it is etched on the IQ 200 PCB and push the reset switch at S1 Calibration of the sense inputs does not affect he data stored in memory nor does it affect the panels addressing NOTE Manual calibration of all sense inputs on the IQ 200 PCB and the 4 8 Door Cluster PCB is
34. eaders IQ Board tern saki Cuin 20001 BR 351050 with a EF 280 Pin Pad Vell d win satin gi Reader Connections BR 350 450 Readers 4 Reader Expansion Board DO WINS 2par lated shielded Cable 20 3 hhz BR 3504450 with a BP 256 Pin Pad 12 welt wire setting m Spam twisted Shielded Cable 2000 1 hi Reader Connections BR350 450 Readers 8 Reader Expansion Board Z 08 sone Hessen B eese RORC P RORD Ps RORE P4 RORF Pe m Bm u 9 1 9 1 9 9 0000000090 000000000 006650006 0000 00 00 BR 350 450 12 Volt 4 wire setting B sasos Beseee IE RORI P12 900006008 sssssss BR 350 450 Reader EMEN m 22AWG 2 pair twisted shielded Cable 2 000 ft Max ERE REN 5 wo i Bases lE esse IE RORC P2 RORD RORE P4 ove BR 350 450 with pa 1 250 12 Volt 4 wire setting wi2 wit wis DB 8 IE B pio 6 RORI P12 00000000 000000000 00 22AWG 2 pair twisted hielded Cable 2 000 ft Max 20 Reader Connections BR 370 470 IQ Board A Cannacion of an 10 200 Board BR 370 ur BR 370 38 wok S str A Comerio of aa Ice 220 Board toa DA I or BRAM with a PIH Pad HA wire Sewing eating 21 Reader Connections BR 370 470 Readers 4 Reader Expansion Board A Connec
35. ense Diode for counter EMF protection 1N4004 1N4007 2 wisted pair 22 AWG stranded shielded cable Belden 8728 or equiv 2 000 ft Max 41 Panel in a Fail Secure Environment Example of 10 200 with a Doorstrike in a Fail Secure Environment 1 Dashed lines illustrate Relay on Circuit Board Contact Rating for 2 Amps Continuous 24VDC power l l 1 1 3 2 1 Sense 2 Supervised Egress Sense Supervised Door Sense 24wisted pair 22 AWG stranded shielded cable Belden 8728 or equiv 2 000 ft Max No Connection MOV metal Oxide Varistor Siemens S10K30 or equivalent Dashed lines illustrate Relay on Circuit Board Contact Rating for2 Amps Continuous 24VDC power 121 100 mA Collector Supervised Egress Sense Supervised Door Sense 2 wisted pair 22 AWG stranded shielded cable Belden 8728 or equiv 2 000 ft Max Normally Closed Relay Contact IMOV metal Oxide Varistor Siemens S10K30 or equivalent bache d Battery 42 4 reader Expansion Module Door lock strike w12 ef IE e 1700066 85 eese IF 10000 eer Ee LEE 9 8 7 6 5 4 392 4 1 8 8 7 6 84 3 4 1 Common Normally Open Normally Closed 43 8 reader Expansion Module Door lock strike
36. er switches should be Down e Connect the MODEM to the PC using a standard PC to MODEM cable e From the PC Win95 98 NT access HyperTerminal by entering the following commands 1 10 11 12 13 Click on Start Programs Accessories and then HyperTerminal The Connection Description dialog box will now appear Type in a name for the connection example MODEM TEST Click on a corresponding icon from the list Click on the OK button The Connect To dialog box will now appear The proper communications port used to communicate to the external MODEM is now selected within the Connect Using field example COM2 Click on the OK button The COM Properties dialog box will now appear Select 9600 in the bits per second field Select 8 in the Data bits field None in the Parity field 1 in the Stop bits field and Hardware in the Flow control field Click on the OK button The screen will now clear and the cursor will be at the top left corner of the HyperTerminal window Type ATV1 E1 and press Enter The MODEM will respond with OK Type ATIS and press Enter to display the type of MODEM connected followed by OK ATIA and press Enter to display the MODEM s current settings followed by OK Type ATI5 and press Enter to display the MODEM s NVRAM settings including any stored telephone numbers followed by OK Type ATEVQHS 1X amp D and press Enter The MODEM will respond by changing the in the previous stri
37. ess inputs Relay contacts for door control outputs Form C dry contacts rated for 2 5 Amps 12 24VDC continuous power Door shunt outputs Open Collector output rated for 12 VDC 100mA e Door Shunt Local Alarm Power Supply The 8 reader Expansion Module requires 5VDC for all logic Relays output drivers etc require a 12VDC supply The 5VDC and 12VDC is provided to the module via the 50 pin expansion cable which connects plug P1 of the 8 door cluster PCB P N 03 10102 001 to plug J1 of the IQ 200 board P N 03 10100 201 Door Sense LEDs 8 LEDs located at D17 D18 D19 D20 D21 D22 D23 and D24 indicate the status of the Door circuits Resistors must be installed at the door contacts the switches in place door closed normal state and the lines calibrated in order for the supervised inputs to function See Step 6 for installation and calibration procedure LED Status Chart Sense Input 21 LED is D17 Sense Input 23 LED is D18 Sense Input 25 LED is D19 Sense Input 27 LED is D20 Sense Input 29 LED is D21 Sense Input 31 LED is D22 Sense Input 33 LED is D23 Sense Input 35 LED is D24 OFF Circuit is in normal secure state ON Circuit is in an alarm condition state 0 5 MHz blink Fault condition Open circuit state 1 Hz blink Fault condition Short circuit state 4 Hz blink Circuit is NOT calibrated amp NOT in a functional state 93 IQ 1000 Features IQ 200 plus 8 reader Expansion Module 2 Auxiliary
38. he factory Do NOT re initialize the system unless other modules have been added The LiNC NET Network Controller communicates on a multi point RS485 communication cable RS 232 and MODEM communication are also available You must address each IQ 200 with a unique ID number 1 111 in order to communicate to each IQ 200 panel Numbering the IQ 200s should be in ascending order but it is not required for operation Installation must meet all local state and federal regulations and codes for electrical installation If these codes conflict with the installation methods described in this manual please call your service representative UL Listing The IQ 200 control unit is UL listed to the standard for Access Control System Units UL 294 The following card readers have been found compatible by UL with the IQ 200 PCSC Models BR 370 and BR 470 HID Models MiniProx What s New About the IQ 200 A Supervised Tamper Sense Input SI 13 Two Supervised Egress Input s SI 16 amp 18 Five Supervised User Defined Alarm Points SI 14 36 37 38 39 Two additional General Purpose Powered Outputs CC 23 amp 24 Two 7 Segment LED s for Simplified Error Code Identification A 10 Segment LED Array for Simplified Annunciation of ALL Sense Inputs Support of either 4 or 5 Wire Card Readers PCSC or Wiegand Type at BOTH Ports Step 1 Unpacking the IQ 200 Step 1 e Unpacking the IQ 200 As you unpack the IQ 200 inspect
39. it for missing items or damage Contact the dealer for any irregularities Keep ALL packing material for protection in return shipping Tool Requirements Cable Connection tool Inserting the cable to the AMP connectors from the PCSC readers must be performed with either an AMP Insertion Handle P N 88 08003 w an AMP Head P N 88 08005 or an AMP hand tool P N 88 08006 for MTA connectors Any other tool may cause improper connection or damage to the system On the IQ 200 circuit board a standard screwdriver is required for securing cabling connections Reader Locking tool As a security measure some readers are equipped with a security bolt This bolt requires a special driver P N 88 08002 to secure each reader and PIN pad Visual Inspection 1 Are all of the socketed Integrated Circuit chips seated in their sockets Socket IC s U1 amp U8 are located in the upper right side of the board in close vicinity to the Header connector J1 and just above the door relay K2 respectively 2 Arethe Door Relay s seated and latched into their sockets The Door Relay s K1 amp K2 are locked at the bottom center of the board 3 15 the Lithium Battery seated in its socket The Lithium Battery is located in socket BT 1 located in the middle left side of the board next to DB9 Connector P5 4 Are all of the plugs on connectors affixed to their male header connectors Plugs on connectors are located along the left hand edge of the board at Plug P1
40. iver remains enabled after a low to high transition on the DATA line to prevent disabling the driver in the middle of a character 70 msec 7 msec 2 msec 0 7 msec 0 15 msec Turnaround delay When W8 is in the 2 wire position this is the time after the driver is disabled and before the receiver is enabled 0 msec msec msec 5 msec 35 msec If the converter is configured Data Enabled W15 position B C and 2 wire W8 position B C then delays from W17 and W16 are cumulative Normal Loopback RS 485 Receiver Unterminated RS 485 Terminated 83 S3 TB1 W19 OFF ON Line Bias Off Line Bias On The Carrier Detect light will come on Default is 5 volts 4 wire terminal block disce ns BE Plug P2 pin 2 Plug P2 pin 4 Jis essan BH As Open Not jumpered 84 IQ 200 Point Definitions Sense Inputs Point Definitions Sense IQ 200 Designation LOCATION 8 reader Designation LOCATION 4 reader Designation 1 P6 Reader A S20 P3 pin 3 4 2 P9 Reader S21 pin 1 2 13 Tamper P8 1 2 22 P9 pin 3 4 S14 P11 pin 1 2 S23 P9 pin 1 2 S16 P13 pin 3 4 24 P5 pin 3 4 S17 P13 pin 1 2 S25 P5 pin 1 2 18 P16 pin 3 4 26 P7 pin 3 4 19 P16 pin 1 2 S27 P7 pin 1 2 S36 P7 pin 3 4 S28 P11 pin 3 4 20 37 P7 pin 1 2 S29 P11 pin 1 2 21 38 P10 pin 3 4 S30 P17 pin 3 4 22 39 P10 pin 1
41. m Val w LANtronix MSS1 T i I I 1 I 1 i RS 232 Serial Server 70 00370 3 111 a in IBI iii RJA5 Terminal Server i I I 3 25 50 feet max x a SHLD Pin 2 ais cr TIBIRXB Pini amp 5 E iiri 2 AE tH be SHLD Pin 1 4 TXARXA Pin3 amp 6 emn 1918 8101091810 0181 10101818 81 RS 232 485 422 Converters Printed Circuit Board Layout W8 A B 2 WIRE B C 4 WIRE W19 Open DO 30 msec 10 msec HHH El 0 msec mu ON A B AB RTSICTS B C RTS CTS CD w15 A B Bao H W15 RTS CD ENABLED B C DATA ENABLED C D Underlined settings are for LINC NETUser Selectable Options An asterisk designates the factory preset jumper settings XWIA DGE XWIB DTE w8 A B 4 wire B C 2 wire W15 A B RTS CD enabled B C Data enabled Maximum speed is 64K W5 A B RTS CTS delay normal B C RTS CTS CD delay CTS inhibited if CD is present when RTS is raised W9 RTS CTS delay The time before the RS 485 driver is enabled and CTS is asserted after RTS is asserted The RS 485 driver is always enabled A 30 msec B 10 msec 0 ON 82 W17 W16 1 2 Note OUT IN OFF ON When W15 is in the B C Data Enabled position this is the time the RS 485 dr
42. n the Down position NOTE AT SW1 switch 8 must remain in the ON position left for MODEM communication To set up the IQ for direct connect communication default configure the DIP switch settings at SW1 as follows Example Direct connection IQ 200 Panel address is 1 sw1 Set 1 to Set the configuration and press the Reset button at S1 After the ON left 2 reset set the 10 200 ID number see DIP Switching the 10 200 through 8 Number to OFF right NOTE AT SW1 switch 8 must remain in the OFF position right for Direct Connect communication To communicate from an IQ 200 to the MODEM two cables must be fabricated one from the MODEM to the IQ and another for the PC host to the MODEM See the diagrams under Cable Requirements y COE The ON OFF designation is in reference to the labels printed on the IQ 200 PCB pos Not the switch itself Don t Forget 62 Ensuring Proper Configuration of the MODEM To ensure that the MODEM retains the set configuration the user should utilize HyperTerminal at the Host PC The HyperTerminal program will set the configuration in the MODEM for constant uninterrupted use with the IQ 200 In the following procedure the Init string will be written into the NOVRAM and therefore a power loss to the MODEM ONLY will not result in a continuous loop e Set switches 1 5 6 and 7 in the U S Robotics Sportster MODEM 14 4K 28 8 33 6 or 56K to Up All oth
43. ng to a zero Type AT amp W Y and press Enter No visual indication will be displayed as the MODEM was configured in the previous step to use Numeric Result Codes Type ATZ and press Enter As in the previous step no visual indication will be displayed Click on File then Save to save the configuration file Click on File Exit then Yes to disconnect from the MODEM and exit HyperTerminal Power down the MODEM and turn switch 1 5 6 and 7 up All others should be down Connect the MODEM to the IQ 200 Perform functional testing 63 Establishing a Proper Connection with a MODEM Cable To communicate from an IQ 200 to a MODEM two cables must be fabricated one from the MODEM to the IQ and another for the PC host to the MODEM Cabling should be 22 AWG 9 conductor UL2576 and up to 6 feet in length See the following diagrams PC to Modem Cable p n 04 10291 201 Modem DCE PC DTE 25 pin female connector 25 pin male connector IQ series to Modem Cable p n 04 10323 101 Modem Be nies IQ P2 Rx 2 TxD Tx RxD eno 7 50 DSR 4 pin terminal block D connector 25 pin male connector 64 Setting the Baud Rate for Direct Connect Setting the Baud Rate for Direct Connect 9600 bps SW 1 Set switches as illustrated to the left at SW 1 and m then push the Reset button S1 B Then place the SW 1in position to represent the 15 Communicatio
44. ns Address of the panel see page 72 5 6 4 Push the Reset button S1 Panelisnow ready to 1B communicate to the LINC NET host at the new baud rate Setting the Baud Rate for Direct Connect 4800 bps SW 1 Set switches as illustrated to the left at SW 1 and ON OFF then push the Reset button S1 Then place the SW 1in position to represent the Communications Address of the panel see page 72 Push the Reset button S1 Panelisnowready to communicate to the LINC NET host at the new baud rate Setting the Baud Rate for Direct Connect 2400 bps SW 1 Set switches as illustrated to the left at SW 1 and ON OFF then push the Reset button S1 Then place the SW 1in position to represent the Communications Address of the panel see page 72 Push the Reset button S1 Panel is now ready to communicate to the LINC NET host at the new baud rate Setting the Baud Rate for Direct Connect 1200 bps Sw 1 We Set switches as illustrated to the left at SW 1 and then push the Reset button S1 Then place the SW 1in position to represent the Communications Address of the panel see page 72 Push the Reset button S1 Panelisnowready to communicate to the LiNC NET host at the new baud rate gan nun 65 PON e Changing the Baud Rate Request the IQ Off line in Define MicroLPM status screen in the LINC NET software Change the Baud rate in the Host computer Setup menu in the LiNC
45. ock follow the outline given for maglocks This is provided by an open circuit condition Normally Open N O Case C Magnetic lock hardware requires continuity to lock This is provided by a closed circuit condition Normally Closed N C Case D Magnetic lock hardware does NOT require continuity to unlock This is provided by an open circuit condition Normally Open N O Step 3 For Fail Safe operation wire the appropriate door lock hardware to accommodate an unlocked condition upon interruption of IQ 200 power This is implemented by For door strikes wire between the Common and Normally Closed Door Relay contacts e For Magnetic Locks wire between the Common and Normally Open Door Relay contacts For Fail Secure operation wire the appropriate door lock hardware to accommodate a locked condition upon interruption of IQ 200 power This is implemented by For door strikes wire between the Common and Normally Open Door Relay contacts e For Magnetic Locks wire between the Common and Normally Closed Door Relay contacts For both conditions Fail Safe and Fail Secure it is presumed that Lock Power is battery backed Step 4 Program the quiescent INACTIVE state of the door output relay to provide a locked door state For Fail Safe environments the quiescent state of the door output relay should be ENERGIZED For Fail Secure environments it should be DE ENERGIZED Consult the LiNC NET Administrator Manual P N
46. ons cables must reside in a separate electrical conduit Absolutely NO high voltage or AC power cables allowed within data conduits 95 Tool Requirements Cable Connection tool Inserting the cable to the AMP connectors from the PCSC readers must be performed with either an AMP Insertion Handle P N 88 08003 w an AMP Head P N 88 08005 or an AMP hand tool P N 88 08006 for MTA connectors Any other tool may cause improper connection or damage to the system On the IQ 200 circuit board a standard screwdriver is required for securing cabling connections Reader Locking tool As a security measure some readers are equipped with a security bolt This bolt requires a special driver P N 88 08002 to secure each reader and PIN pad Controller Specifications Microprocessor The IQ 200 Controller is based on a 80C188EB microprocessor operating at 16 MHz The 80C188EB is a 16 bit processor internal operation with an eight bit data bus A 20 bit address bus provides a 1M Byte addressing range Other features include three internal 16 bit timers interrupt controller 8529 equivalent multiple programmable chip select decoders with programmable wait states and two serial communication channels LEDs and DIPSwitches Ten discrete LEDs are provided which the microprocessor software can individually control Eight general purpose switches are provided for use by the microprocessor software and are utilized for mode control configuration set
47. pe W2 and W3 at pins 2 and 3 A D is max 7828 type W4 NOT USED ON 4 READER EXPANSION PCB PIN Designation Chart e Wb for Readers c f Atpins 1 and 2 4 and 5 7 and 8 10 and 112 Wiegand 5 Wire 5 volt card readers Atpins 1 and 2 4 and 5 7 and 8 11 and 122 Wiegand 5 Wire 12 volt card readers Atpins 2 and 3 5 and 6 8 and 9 11 and 122 PCSC 4 Wire 12 volt card readers e W6 Reader T O Atpins 1 and 2 32 ms PCSC Factory Set Do not modify Atpins 2 and 3 64 ms e W11 W14 Reader Data Format Atpins 1 and 2 Wiegand 5 wire Data 1 s and Data 0 s format At pins 2 and 3 PCSC 4 wire proprietary format e SW1 Switch Settings to configure PCB for doors 3 6 Switches 1 3 8 ON as labeled on DIP Switch Pack Switch 2 OFF 99 8 Reader Expansion Board Active LEDs 8 LEDs located at D49 D50 D55 D56 D61 D62 D67 D68 indicate the status of the Reader circuits When the LED blinks momentarily after a card swipe the system is processing the card data The LED is normally off Reader LED Status Reader C LED is D49 Reader D LED is D50 Reader E LED is D55 Reader F LED is D56 Reader G LED is D61 Reader H LED is D62 Reader LED is D67 Reader J LED is D68 Jumpers Reader type is selected by the use of jumpers located in between the reader ports at W4 W5 and W7 W14 Refer to each diagram of reader types on pages 30 48 for the proper setting of these jumpers Four other jumpers located
48. r if this is disregarded Installation must meet all local state and federal regulations and codes for electrical installation If these codes conflict with the installation methods described in this manual please call your service representative Properly Routing Your Cables Do not route data and power cables in the same conduit Crosstalk and transmission of electrical noise may result The IQ 200 printed circuit boards will become damaged if the power cable grounds to the data cable Grounding the Power and Data Lines Each cable has a set of drain lines that can be attached on the Host or controller end of the cable to any screws mounted in the optional enclosures If other non metallic enclosures are used for controller housing ensure that an alternative source for earth grounding is available Procedure 1 Atthe reader site it is important to be aware of both the static generated from the user end as well as electrical grounding from the data and power cabling If at all possible the reader mounting plate should be attached to a grounded junction box or to another source if the junction box is non metallic This alleviates the possible damage caused by static electricity D 23 Do NOT leave the Drain Line taped back and floating at the reader site Don t Forget 2 If grounding locally is not possible connect drain wires to provided ESD Electro Static Discharge hardware at the controller site enclosure or to
49. ry Expansion 32 32 365 Days 4 000 regardless of memory size 18 Hx11 5 Wx6 D 45 7cm x 29 2cm x 15 2cm Weight 38 Ibs 17 3kg Power 12VDC Draw 3 amp 12VDC Temperature 32 F to 115 F 0 C to 46 C Communications RS485 standard RS232 standard Dial up standard Ethernet optional Spare Parts IQ 600 PCB Part Number Description Designation 83 02082 5 pin Plug Connector P10 P12 P14 P16 83 02086 9 pin Plug Connector P11 P13 P15 P17 79 03022 DPST Relay K5 K8 83 2007 Jump Connector W1 W3 W5 W6 W11 W14 92 IQ 8 Reader Expansion Module The IQ 200 2 reader system can be expanded to a 10 reader system by installing the 8 reader Expansion Module The circuit board can be mounted below the circuit board in the larger enclosures available from PCSC Once mounted the circuit board is connected to the IQ 200 by installing a 50 pin ribbon expansion cable from P1 on the 8 reader module to J1 on the IQ 200 The 8 reader Expansion module allows the user to connect up to 8 additional readers to the IQ 200 Each of the reader interfaces support either a PCSC proprietary reader 4 wire interface or a Wiegand reader 5 wire interface The Expansion Module also provides 8 additional interfaces for each of the readers and the associated doors These include the following Multilevel door sense inputs Supervised door sense inputs Reader Present inputs Reader connected disconnected Request to Exit inputs Unsupervised egr
50. s 2 twisted stranded pair 22 AWG cable w shield 4 000 max to last 10 200 201 e mI bn 27 PN Pas T BR 370 or Header PR 234 ae Proximity VR 670 Readers Remote Vehicle Gate Receiver Maximum of 2 readers or reader PIN Pad combinations per each IQ 200 including ProTech Proximity Wiegand Magnetic Stripe Biometric and PIN P ad technologies 70 Wiring Diagram of Multiple IQ 200s and MicroLPMs PC RS485 w DB25 Host Ground 7 19 1 Shield Ground Tal 2 RTS Maximum of 16 10 200 201 amp MicroLPM combinations per channel v e Wiring is 2 twisted stranded pair 22 AWG cable w overall shield 4000 max tolast 10 200 or MiicroLPM Note At the last panel in the loop if a MicroLPM install a 120 Ohm amp watt Resistor at Plug P3 between pins 2 and 4 Or if the last panel is 10 200 set Jumper at W5 across pins 2 and 3 Refer to MicroLP M Installation Manual PIN 33 10019 001 or page 104 for more information 71 Real Time Serial Printing with the IQ 200 To print from an IQ 200 a cable must be fabricated a 9 pin female connector at the IQ end to either a 9 pin or 25 pin male connector at the printer end Cabling should be 22 AWG 2 twisted pair and up to 6 feet in length See the following diagrams The baud rate for the printer is 9600 bits per second at the IQ 200 Connect the IQ end of the cable to P5
51. s 4 Reader Expansion Board RDR P14 wit 14 w3 BB RDR d P16 B RDRe P12 B 4 i pesee 00006 E mesma Vehicle Reader 12 Volt 5 wire setting 22 AWG 3 pair twisted Shielded cable 500 ft max x screws UR N 37 Reader Connections Vehicle Readers 8 Reader Expansion Board Vehicle Reader 12 Volt 5 wire setting 22 AWG 3 pair twisted Shielded cable 500 ft max ESD screws f o 8 x e 5 gt 38 Step 4 Wiring the Door s Step 4 Wiring the Door s Step 1 Itis important to realize that when power is interrupted from the IQ 200 that the door relay de energizes and continuity conduction path exists between the Common Com and Normally Closed N C relay contacts Should this loss of power situation arise it must be determined whether the door s controlled by the IQ 200 will become unlocked or a Fail Safe environment or locked or a Fail Secure environment Step 2 Refer to the two types of door hardware below and the circuit conditions that coincide with the state of the locks Case A Door Strike hardware requires continuity to unlock for strikes that require power to lock follow the outline given for maglocks This is provided by a closed circuit condition Normally Closed N C Case B Door Strike hardware does NOT require continuity to lock for strikes that require power to l
52. s re vun vun Lan m e laalaa Lanlan Lan Lan Lan Lom Land didis TFT Dez ia cade db db ef ea Typical Tamper Proof 180 Ohm resistor watt 5 tolerance 300 Ohm resistor watt 5 tolerance When door is closed continuity exists across the common COM and normally closed N C door switch contacts Install End of Line resistors at door switch express device not at the IQ panel end of the cable 54 8 reader Expansion Module Supervised Door Sense Locations m Coo Sega Inge 0 p3 A L 2 on ar emm ta eec DUREE pon wi2 TA u 3 1234 Hessa 5199092 eee Bape HH mng P10 ri RDR h P16 T P12 RD ud Pi 3 9 3 7 xn x preme s a N N N 3 9876543 21 Typical Tamper Proof m resistor watt 5 tolerance 300 Ohm resistor watt 5 tolerance Install End of Line resistors at door switch egress device not at the IQ panel end of the cable When door is closed continuity exists across the common COM and normally closed N C door switch contacts 55 Installing Noise Suppression Devices To install either an MOV or diode or both to suppress noise and avoid problems related to spikes follow the instructions below and refer to the diagrams on the following pages Procedure The most effective location for a suppression device is at the source in this case at the door strike
53. setting Bresse 800006 22 AWG 3 pair twisted Shielded cable 500 ft Max 25 Reader Connection PR233 MiniProx 8 Reader Expansion Board esees PR 233 Proximity Reader 12 Volt 5 wire Reader setting 000000000 000000056 960506 180 DE 22 AWG 3 pair twisted Shielded cable 500 ft max _ xxm s _ m gt wg MM um m w 234 PR 233 Proximity Reader i esess Recess Hesse Hf with a BP 270 PIN Terminal 5 Volt 5 wire setting sesesssss 666650585 1 9 RDR h PIG RORI P esee Hes 26 Reader Connections PR 234 ProxPro IQ Board PR 234 Proxpro Reader 12 Volt 5 wire setting 91010 z K 22 AWG 3 pair twisted Shielded cable 500 ft max AOL 9ieleieielelele PR 234 Proxpro Reader with a BP 270 Pin Pad 5 Volt 5 wire setting 22 AWG 3 pair twisted Shielded cable 500 ft max 919190 eese ji e 27 Reader Connections PR 234 ProxPro 4 Reader Expansion Board ws 234 Eisieisse E 20606 s PR 234 Proxpro Reader with a BP 270 Pin Pad 5 Volt 5 wire setting 22
54. the instructions on page 73 Setting MODEM or Direct Connect Configurations The system is now set to the default values Refer to Quick Setup Steps for page references Step 3 Wiring Your Readers Grounding Your Readers PCSC has designed its products to withstand most inductive voltage spikes without affect However some noise found in power supplies and door strikes in addition to static discharge may cause the control unit to momentarily shut down lockup or in extreme cases become damaged Unexplained lockups and intermittent system behavior are common symptoms of static or noise problems If cycling power will remedy your problem carefully follow these instructions 1 Install MOVs Metal Oxide Varistors Siemens S10K30 or the equivalent or reversed biased diodes 1N4004 1N4007 at each door strike When installed they will suppress most problem door strikes Readers should be properly earth grounded for uninterrupted reads Please be aware that operation is affected by the amount of static present during certain times of the year Properly grounding all readers and hardware in addition to suppressing noise in the peripheral equipment should allow for many problem free years of use with PCSC products In addition PCSC recommends using a separate filtered electronically regulated output switchable power supply for door strikes Before installing the reader please read the following instructions Damage may occu
55. ting ID selection etc In addition a Power ON LED and two Reader Active LEDs are provided Two Seven Segment LED Display Error codes are displayed in Hexadecimal format Refer to the error code section for listing of codes and their meanings Real Time Clock A real time clock DS1302 with battery backup is provided for time of day information Serial Communication Two serial communication ports are provided by the IQ 200 controller e RS 485 Four wire twisted pair interface which is optically isolated from the controller Provision for installing a termination resistor is provided e RS 232 At P5 RS232 DB9 MODEM At P2 RS232 Direct Connect standard RS232 interface A DB9 connector with AT pinout is provided for an industry standard RS 232 interface 96 Power Supply The IQ 200 controller requires 5VDC for all logic Relays output drivers etc require a 12VDC supply An on board dc dc converter accepts an external voltage source of 10 26VDC and converts this unregulated source to the required 5VDC For an input voltage range of 10 15 volts the 12VDC converts this voltage source to the required 12VDC Battery Back up Requirements A 12 AH battery is recommended as a back up to the power supply because it is the largest battery that will fit in the enclosure The battery should be connected to the power supply charger in accordance with the manufacturer s instructions Factory Settings At the f
56. tion box or directly to an earth ground source especially if the junction box is not metal 2 Connect the cable to the rear of the reader at J1 Secure the shield drain lines to one of the grounding screws in the IQ 200 enclosure 3 Place mounting holes on the back of the reader over the latches on the mounting plate and position the unit so that the cover is flush with the mounting plate 4 Secure the unit to the mounting plate by inserting the special security fastener through the hole in the bottom of the reader Tighten it using the security driver Single gang metal junction box Security screw PCSC Part 86 09001 Connecting the Reader Drain lines to J box Earth Ground Grounding the Reader Mullion Mount The reader may be attached to a glass or door mullion separator either vertically or horizontally by using the mullion bracket adapter kits 04 10170 001 for horizontal mounting or 04 10171 001 for vertical mounting Procedure 1 Atthe IQ end secure the drain lines to one of the ESD grounding screws in the IQ 200 box At the reader end leave the drain line floating It is recommended that the mullion adapter be affixed to an earth grounded or to the incoming conduit 2 Mount the reader to the J box or mullion bracket 6 32 x 3 8 Flat Head Screws 4 places Mounting Mullion Bracket Cover Reader Mullion Mount Installation amp Grounding Reader Connections Reader Connections BR 350 450 R
57. tion of a Radar _ I Exparmen Board to a BR 3T0 or E ams gi rm eee m GAO 3E Vol Swine ating BI quar em P ism Cam IE r A Caenertion ef an 4 Aeader licard taa ar BRAM wifi a Pid Ped Miri PE Watt wire Reader Settings 22 Reader Connections BR 370 470 Readers 8 Reader Expansion Board Connection ed and Reader Expansion Board fa a BR 370 or ERATO 195 Wott desire Connection of an B Riader E Exparmion Beard te a qi pe or BRAD with a BP 276 PIN LE E Pad Wiring i T eee tete ahh Pee reet rescate 23 Reader Connections PR233 MiniProx IQ Board PRETI Preccimity Reader with a BP 270 PIN T seminal TE wa eS Vok S mira attingi 22 eS Shaded case 000 FREI Prosimity Reader 12 Vom Sair Bider tiri T AG 3 paar Faser j cable PETER marc T 24 Reader Connections PR 233 MiniProx 4 Reader Expansion Board m ROR c P10 oo m RDR d P16 E RDR e P12 Fesses 9100 00 59996 pm PIT PB 1 9 1 9 MEGSUSSOS eacoorose he dhl ind aaa PR 233 Proximity Reader 22 AWG 3 pair twisted 12 Volt 5 wire Reader setting Shielded cable 500 ft max PR 233 Proximity Reader with a BP 270 PIN Terminal 5 Volt 5 wire
58. upervised inputs to function See Step 4 for installation and calibration procedure LED Status Chart e Sense Input 421 LED is D21 e Sense Input 23 LED is 022 e Sense Input 25 LED is D23 e Sense Input 27 LED is D24 NOTE LEDs D17 D20 are not used in the IQ 600 OFF Circuit is in normal secure state ON Circuit is in an alarm condition state 0 5 MHz blink Fault condition Open circuit state 1 Hz blink Fault condition Short circuit state 4 Hz blink Circuit is NOT calibrated amp NOT in a functional state 91 IQ 600 Features IQ 200 plus 4 Reader Expansion Module 2 Auxiliary Powered Outputs cc 23 24 6 Reader Ports Wiegand electrical interface for PCSC and OEM card readers Readers a f 6 Form C Door Strike Outputs 2 5 amps 12 24 VDC continuous power 6 Door Left Open Outputs or 10 External Shunt Options 6 Supervised Door Senses 17 19 21 23 25 27 5 Supervised User Defined Auxillary Sense Inputs 14 36 37 38 39 2 Supervised Request to Exit Inputs 16 18 4 Unsupervised Request to Exit Inputs 20 22 24 26 Battery Backed Clock Calendar Flash RAM 128K standard up to 256K Battery Backed RAM 256K standard up to 512K LEDs for Power alarm on line diagnostics Reader Data Error code door status Supervised Tamper detect S13 System Capacities Cardholder Capacity Time Periods Holiday Time Periods Holiday List History Transactions Enclosure Dimensions 8 000 20 000 w Memo
59. wire Wiegand interface 4 wire PCSC Proprietary 2 Form C Door Strike Outputs 2 Amps 24 VDC cc 1 and 2 2 Amps continuous power 212 24 VDC 2 Door Left Open Outputs or 2 External Shunt Options cc 13 and 14 2 Supervised Door Senses S17 19 5 User Defined Sense Inputs S14 36 37 38 39 2 Request to Exit Inputs S16 18 Battery Backed Clock Calendar Flash RAM 128K standard up to 256K Battery Backed RAM 256K standard up to 512K LEDs for Power alarm on line diagnostics Reader Data Error code door status Tamper detect S13 System Capacities Cardholder Capacity 8 000 20 000 w Memory Expansion Time Periods 32 Holiday Time Periods 32 Holiday List 365 Days History Transactions 4 000 regardless of memory size Spare Parts IQ 200 PCB Part Number Description Designation 81 09005 3V Lithium Battery no pins BT1 78 01001 250V 1 4 x 1 4 Fuse F1 83 02082 5 pin Plug Connector P6 P9 83 02083 2 pin Plug Connector P8 P11 P12 P15 83 02084 4 pin Plug Connector P3 P4 P7 P10 P14 83 02085 3 pin Plug Connector P1 P2 83 02086 9 pin Plug Connector P13 P16 79 03022 DPST Relay K1 K2 83 02007 Jump Connector W1 W5 90 IQ 4 Reader Expansion Module The IQ 200 2 reader system can be expanded to a 6 reader system by installing the 4 reader Expansion Module The circuit board Part 03 10102 10X can be mounted below the circuit board in the larger enclosures available from PCSC Once
60. wire readers e Jumper W3 is located in the LOWER LEFT side of the board between Plug P6 and P7and is set for 4 or 5 wire readers e Jumper W4 is located in the BOTTOM CENTER side of the board and is factory set and should not be altered e Jumper W5 is located in the LEFT CENTER of the board next to DB9 connector P6 and is set for RS232 or RS485 communications e Jumper W6 is located in the upper right side of the board between U28 and U32 It is Set across pins 2 and 3 E To rparsion SAM er SLM Beard Is the 50 pin Expansion Buss Ribbon Cable connected to the IQ 200 at Plug J1 Note that the RED stripe on the edge of the ribbon cable should be connected to pin 1 of Plug P1 Is the opposite end of the 50 pin Expansion Buss Ribbon Cable connected to a Peripheral Expansion Board at its Plug P1 The Possible expansion boards are the new 4 door expansion PCB 8 door PCB OUT PCB ALM PCB SAM PCB s Step 2 Installing Power d Z N x Step 2 Installing Power X Installing Power 2 5 Amp example shows Altronix SMP3 power supply 12VDC power is connected to the circuit board at P1 in the upper left corner Disconnect power mains from the supply until the wiring is secured 1 B 3243233 33 HG inh BOSC DOC OCR 115 VAC input 60 Hz 95 AMP Installing Power 2 5 Amp w PD4 example shows Altronix SMP3 power supply with PD 4 option

IQ Series Installation Manual

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