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Continental Access SUPERTERM CIC1800 Installation And Service Manual Download Page 4

Superterm CIC1800 / CICP1400UL 

4

Table of Contents 

 

DESCRIPTION ......................................................................................................................................................................... 7

 

4-D

OOR 

V

ERSION

 ....................................................................................................................................................................... 7

 

REGULATORY

 

CONSIDERATIONS ..................................................................................................................................... 8

 

Regulatory Considerations for Superterm Installations ........................................................................................................ 8

 

Installer Responsibilities (General) ...................................................................................................................................... 9

 

Installer Responsibilities UL294 General ............................................................................................................................. 9

 

CONFIGURATION ................................................................................................................................................................ 10

 

Standard Version ................................................................................................................................................................ 10

 

Expanded Version ............................................................................................................................................................... 10

 

Memory Configurations ...................................................................................................................................................... 10

 

Expansion Boards and Accessories..................................................................................................................................... 11

 

Memory Expansion ............................................................................................................................................................. 11

 

Digital Input/Digital Output (D1/DO) Board ..................................................................................................................... 11

 

Supervised Alarm Board ..................................................................................................................................................... 11

 

Battery Backup .................................................................................................................................................................... 11

 

Power Transformer ............................................................................................................................................................. 11

 

INSTALLATION .................................................................................................................................................................... 12

 

About This Manual .............................................................................................................................................................. 12

 

Installation Preparation ...................................................................................................................................................... 13

 

Cabinet Mounting ............................................................................................................................................................... 14

 

Cable Routing ..................................................................................................................................................................... 15

 

Incoming Power Conduit Knockout .................................................................................................................................... 15

 

Accessory Conduit Knockouts ............................................................................................................................................. 15

 

Grounding Accessory Drain and Shield Wires ................................................................................................................... 15

 

POWER

 

CONNECTIONS ...................................................................................................................................................... 16

 

AC Power Source Grounding .............................................................................................................................................. 16

 

120VAC Power .................................................................................................................................................................... 16

 

Superterm Circuit Board Layout ......................................................................................................................................... 17

 

Step-Down Transformer Connection .................................................................................................................................. 18

 

Power Input Terminal Strip Jumpers .................................................................................................................................. 18

 

Battery Backup Connection ................................................................................................................................................. 18

 

Expansion Power Supply Connection ................................................................................................................................. 19

 

DOOR

 

CONNECTIONS ......................................................................................................................................................... 20

 

Wiegand/Proximity Reader Connections ............................................................................................................................ 20

 

Wiegand/Proximity Reader Cable Requirements ................................................................................................................ 20

 

Magnetic Stripe Reader Connection ................................................................................................................................... 22

 

Magnetic Stripe Reader Cable Requirements ..................................................................................................................... 22

 

Keypad Connection ............................................................................................................................................................. 23

 

Keypad Cable Requirements ............................................................................................................................................... 23

 

Door Status Sensor Connection .......................................................................................................................................... 24

 

Door Status Sensor Cable Requirements ............................................................................................................................ 24

 

Request-to-Exit (Bypass) Sensor Connection ...................................................................................................................... 25

 

Request-to-Exit Sensor Cable Requirements ....................................................................................................................... 25

 

RELAY

 

CONNECTIONS ....................................................................................................................................................... 26

 

Description .......................................................................................................................................................................... 26

 

Door Strike Relays .............................................................................................................................................................. 26

 

Auxiliary Relays .................................................................................................................................................................. 26

 

Console Relay ..................................................................................................................................................................... 26

 

Relay Characteristics .......................................................................................................................................................... 26

 

Door Strike Relay Operation .............................................................................................................................................. 28

 

LOCAL Power Connection ................................................................................................................................................. 30

 

Emergency Sensor Connection ........................................................................................................................................... 30

 

LOCAL Power Door Strike Connection .............................................................................................................................. 32

 

Door Strike Relay Connection - Normally Open ................................................................................................................. 32

 

Door Strike Relay Connection - Normally Closed .............................................................................................................. 32

 

REMOTE Power Mode ....................................................................................................................................................... 34

 

Summary of Contents for SUPERTERM CIC1800

Page 1: ...ontrol Unit Installation and Service Manual Version 1 A NAPCO SECURITY TECHNOLOGIES COMPANY 355 Bayview Avenue Amityville NY 11701 Phone 631 842 9400 Fax 631 842 9135 www cicaccess com Publicly traded...

Page 2: ...s A limits for radio noise emissions from digital apparatus set out in the Radio Interference Regulations of the Canadian Department of Communications Le present appareil numerique n met pas de bruits...

Page 3: ...imits for a Class A computing device pursuant to Part 15 of FCC Rules which are designed to provide reasonable protection against such interference when operated in a commercial environment Operation...

Page 4: ...120VAC Power 16 Superterm Circuit Board Layout 17 Step Down Transformer Connection 18 Power Input Terminal Strip Jumpers 18 Battery Backup Connection 18 Expansion Power Supply Connection 19 DOOR CONN...

Page 5: ...DROP Jumper Setting 46 RS 422 to RS 422 REPEAT Network 48 RS 422 to RS 422 REPEAT Drain Wires 48 RS 422 to RS 422 REPEAT Jumper Setting 48 RS 422 to RS 422 MULTIDROP Network 50 RS 422 to RS 422 MULTID...

Page 6: ...er 74 MBAT Jumper 76 MODE1 Jumper 76 Door Strike Jumper Setting 78 LOCAL Power Jumper Setting 78 REMOTE Power Jumper Setting 78 TROUBLESHOOTING 80 LED Diagnostics 80 Superterm Circuit Board Main Fuse...

Page 7: ...r hours In addition an internal lithium battery protects the on board database and programmed operating instructions from loss for a period of ten months In the event of a total failure of the AC powe...

Page 8: ...ATIONS Superterm CIC1800 CICP1400UL 8 REGULATORY CONSIDERATIONS Regulatory Considerations for Superterm Installations The Superterm has been designed to meet UL standards The Superterm is Listed to UL...

Page 9: ...ivated In UL294 compliant installations a maximum of two DI DO boards may be installed in the expanded version of the Superterm when the optional 12V power supply is installed Installer Responsibiliti...

Page 10: ...g the total load to 760mA and thus meeting the load rating 1 x 380 2 x 50 8 x 35 760 mA EXAMPLE If three Supervised Alarm Boards are installed the drain will be 150mA for these devices Seven standard...

Page 11: ...states normal abnormal open short and ground fault Battery Backup During power interruptions the Superterm continues operating for a maximum of 4 hours via an on board 7AmpHour back up battery standa...

Page 12: ...Warnings indicate that a particular process exposes the technician to live circuits or that making wrong connections can lead to equipment failure CAUTION Do not place accessory circuit cables in the...

Page 13: ...term cabinet on a wall with no interference from wires pipes or other obstructions Proper installation of the Superterm cabinet requires an area of free space measuring 21 5 inches high 546mm X 21 25...

Page 14: ...term cabinet out of the way 4 Drill pilot holes to the required depth and size for the mounting screws 5 Insert the mounting screws into the wall Leave approximately one quarter of the screw s length...

Page 15: ...uit connectors NOTE All wiring must conform to National Electric Code NEC NFPA 70 as well as any local building codes Accessory Conduit Knockouts All cabling for the Superterm is routed through EIA st...

Page 16: ...The Superterm system requires 120VAC 60 Hz voltage The incoming 120VAC source voltage connects to the AC Input Power Terminal Block located in the lower left hand corner of the Superterm cabinet see...

Page 17: ...e 8 provides wiring terminal strips for external access control devices card readers keypads alarms etc The following descriptions in this manual reference the Superterm main circuit board shown below...

Page 18: ...uire jumpers Refer to Figure 9 page 13 while reading Table 3 for Power Input terminal strip jumper connection NOTE If using an Expansion Power Supply pin 1 must be open and pins 2 and 3 must be jumper...

Page 19: ...connector of the Transformer Assembly see Figure 9 CAUTION Using the Expansion Power Supply requires placing a jumper between pins 2 and 3 of the Power Input terminal strip see Figure 9 and Table 5 NO...

Page 20: ...ader DRx Terminal Strip Pin Function Wire Color 1 5VDC Red 3 12VDC Red 4 Ground Black 5 LED Brown 6 Data 1 DAT White 7 Data 0 CLK Green Proximity Reader may be powered by either 5VDC or 12VDC EXAMPLE...

Page 21: ...DOOR CONNECTIONS Superterm CIC1800 CICP1400UL 21 Figure 10 Wiegand Proximity Reader Connection to Superterm Board...

Page 22: ...Superterm and the particular unit see Figure 11 NOTES DO NOT use twisted pair cables If the Magnetic Stripe Reader does not feature an LED indicator substitute with a 4 conductor cable Table 9 lists...

Page 23: ...pad Cable Requirements Keypads require a 22AWG 7 conductor stranded shielded cable with drain wire between the Superterm and the particular unit see Figure 12 NOTE DO NOT use twisted pair cables Table...

Page 24: ...sitive to polarity Door Status Sensor Cable Requirements Door Status sensors require a 22AWG 2 conductor stranded shielded cable with drain wire between the Superterm and the particular unit see Figur...

Page 25: ...t to Exit sensor connections to the Superterm are not sensitive to polarity Request to Exit Sensor Cable Requirements Request to Exit sensors require a 22AWG 2 conductor stranded shielded cable with d...

Page 26: ...see Figure 15 Console Relay The Console Relay may be linked to specific events such as invalid door access alarm input and tamper switch input The console relay is linked to an event through software...

Page 27: ...Figure 15 Superterm Circuit Board Relay Location...

Page 28: ...hird parties that may serve as a Local Lock Power Supply and meet the requirements of Electromagnetic EM Locks or Electric Strikes The REMOTE strike power configuration provides conventional dry conta...

Page 29: ...RELAY CONNECTIONS Superterm CIC1800 CICP1400UL 29 Figure 16 LOCAL and REMOTE Power Configurations...

Page 30: ...r source and must have the same voltage rating All strike relay circuits odd numbered relays are individually fuse protected in both the LOCAL or the REMOTE configuration If an emergency sensor is not...

Page 31: ...RELAY CONNECTIONS Superterm CIC1800 CICP1400UL 31 Figure 17 LOCAL Power Supply Connection Figure 18 Emergency Sensor Connection...

Page 32: ...mally Open Table 18 lists the connections between the RLY x terminal strip and the associated door strike for a Normally Open NO condition see Figure 19 Table 18 Connection Table for Door Strike Relay...

Page 33: ...Y CONNECTIONS Superterm CIC1800 CICP1400UL 33 Figure 19 LOCAL Power Door Strike Relay Connection Normally Open NO Condition Figure 20 LOCAL Power Door Strike Relay Connection Normally Closed NC Condit...

Page 34: ...le for Door Strike Relay Normally Closed NC Condition Door Strike Signal RLY x Positive Pin 3 Common Pin 2 NOTE Operating door strike relays on REMOTE power requires setting two jumpers per relay Refe...

Page 35: ...CONNECTIONS Superterm CIC1800 CICP1400UL 35 Figure 21 REMOTE Power Door Strike Relay Connection Normally Open NO Condition Figure 22 REMOTE Power Door Strike Relay Connection Normally Closed NC Condi...

Page 36: ...nal Strip Functions Pin Function 1 12 2 GND 3 12 4 GND 5 12 6 GND NOTE Combined 5VDC and 12VDC accessory current draw is limited to a total maximum value of 0 80 Amps for the basic Superterm version w...

Page 37: ...AUXILIARY POWER Superterm CIC1800 CICP1400UL 37 Figure 23 Onboard 12VDC Power Supply Outlets Figure 24 Additional 12VDC Power Supply Outlets...

Page 38: ...rm wires Configuring an Alarm in the Supervised Condition 1 Use two 1K Ohm 1 4W 5 carbon film resistors per alarm 2 Install R 1 in parallel with the alarm contacts see Figure 26 3 Install R2 in series...

Page 39: ...ALARM CONNECTION Superterm CIC1800 CICP1400UL 39 Figure 25 ALARM Terminal Strip Unsupervised Alarm Condition Figure 26 ALARM Terminal Strip Supervised Alarm Condition...

Page 40: ...Refer to page 72 232 1 Jumper Setting for specific information Address Setting Operating the Superterm on the RS 232 channel requires setting a board address on DIP switch S 1 address zero is not val...

Page 41: ...COMMUNICATION CONNECTION Superterm CIC1800 CICP1400UL 41 Figure 27 Superterm to Host Computer Connection Figure 28 Superterm to Modem to Computer Connection...

Page 42: ...regarding the MODE 1 jumper Network Cable Requirements Networking multiple Superterms requires 4 conductor cable 2 two wire twisted pair stranded 22AWG with shielding and drain wire For REPEAT network...

Page 43: ...N 26 ON OFF ON OFF OFF ON 27 OFF OFF ON OFF OFF ON 28 ON ON OFF OFF OFF ON 29 OFF ON OFF OFF OFF ON 30 ON OFF OFF OFF OFF ON 31 OFF OFF OFF OFF OFF OFF 32 ON ON ON ON ON OFF 33 OFF ON ON ON ON OFF 34...

Page 44: ...Refer to page 66 for information regarding setting the EOL2 jumper RS 232 to RS 422 REPEAT Drain Wires The drain wires for all RS 422 cables in the network must be grounded to the individual Superter...

Page 45: ...erm Third Network Superterm REPEAT Mode REPEAT Mode REPEAT Mode MODE 1 Jumper RPT pins 1 and 2 MODE1 Jumper RPT pins 1 and 2 MODE 1 Jumper RPT pins 1 and 2 EOL2 Jumper IN pins 1 and 2 EOL2 Jumper IN p...

Page 46: ...ter RS 232 to RS 422 MUTIDROP Jumper Setting Operating a Superterm network in the MULTIDROP mode requires setting the MODE 1 and EOL2 jumpers Refer to page 70 for information regarding setting the MOD...

Page 47: ...term REPEAT Mode MULTIDROP Mode MULTIDROP Mode MODE1 Jumper RPT pins 1 and 2 MODE 1 Jumper MD pins 2 and 3 MODE1 Jumper MD pins 2 and 3 EOL2 Jumper IN pins I and 2 EOL2 Jumper OUT pins 2 and 3 EOL2 Ju...

Page 48: ...rating a Superterm network in the REPEAT mode requires setting the MODE 1 jumper and the EOL2 jumper Refer to page 70 for information regarding setting the MODE1 jumper Refer to page 66 for informatio...

Page 49: ...erm Second Network Superterm Third Network Superterm REPEAT Mode REPEAT Mode REPEAT Mode MODE1 Jumper RPT pins 1 and 2 MODEL Jumper RPT pins 1 and 2 MODE1 Jumper RPT pins 1 and 2 EOL2 Jumper IN pins 1...

Page 50: ...e Converter to the ground at the rear of the host computer RS 422 to RS 422 MULTIDROP Jumper Setting Operating a Superterm network in the MULTIDROP mode requires setting the MODE 1 and EOL2 jumpers Re...

Page 51: ...Second Network Superterm MULTIDROP Mode MULTIDROP Mode MULTIDROP Mode MODE I Jumper MD pins 2 and 3 MODE 1 Jumper MD pins 2 and 3 MODE I Jumper MD pins 2 and 3 EOL2 Jumper OUT pins 2 and 3 EOL2 Jumpe...

Page 52: ...r end of the cable DO NOT connect the drain wire shield at the Superterm end of the cable Table 34 lists the connections between the COM1 terminal strip and a printer Table 34 Connection Table for COM...

Page 53: ...Figure 34 COM1 Terminal Strip Connection...

Page 54: ...Connection Unit Distance maximum Wire Gauge RS 232 Device 50 ft 15m 22AWG Shielded w drain XTM Terminal Strip Connections An auxiliary RS 485 device connects to the Superterm through the XTM terminal...

Page 55: ...Figure 35 Connecting Auxiliary RS 232 and RS 485 Devices to the Superterm...

Page 56: ...nputs DI DO boards have 8 non supervised alarm inputs and 16 relay outputs A maximum of three boards may be added to the Superterm These boards mount to the inside door of the Superterm cabinet see Fi...

Page 57: ...Figure 36 Expansion Input Output Board Layout in Superterm Cabinet...

Page 58: ...n J2 1 12VDC 1 3 or 5 J2 2 GND 2 4 or 6 Supervised Alarm Board Power Cable Requirements The Supervised Alarm board requires 18AWG stranded wire between the Input Power terminal strip labeled J2 and th...

Page 59: ...EXPANSION BOARD CONNECTIONS Superterm CIC1800 CICP1400UL 59 Figure 37 Supervised Alarm Board Layout Figure 38 Supervised Alarm Board to Superterm Power Connection...

Page 60: ...per operation of the Supervised Alarm board and the alarm sensor device Table 42 Cable Requirements for Alarm Inputs Unit Distance maximum Wire Gauge Supervised Alarm Input 1000 ft 305m 22AWG Shielded...

Page 61: ...EXPANSION BOARD CONNECTIONS Superterm CIC1800 CICP1400UL 61 Figure 40 Supervised Alarm Board Alarm Input Connections and Address Settings...

Page 62: ...ry Power Connector Pin Terminal Strip Pin J2 1 12VDC 1 3 or 5 J2 2 GND 2 4 or 6 DI DO Board Power Cable Requirements The DI DO board requires 18AWG stranded wire between the Input Power terminal strip...

Page 63: ...Figure 41 DI DO Board Layout Figure 42 DI DO Board to Superterm Power Connection...

Page 64: ...11 Alarm 3 Signal 12 Alarm 3 Return 13 Alarm 2 Signal 14 Alarm 2 Return 15 Alarm 1 Signal 16 Alarm 1 Return DI DO Alarm Cable Requirements Alarm inputs require 22AWG 2 conductor stranded shielded cab...

Page 65: ...Figure 43 DI DO Board Alarm Input Terminal Strip...

Page 66: ...ental Instruments as part number 480 1048 Rv0005 CAUTION Door strike wiring must not be placed in the cables bundles or conduit with other wiring Transients produced by these wires may cause unreliabl...

Page 67: ...Figure 45 DI DO Board Relay Output Connections and Address Setting...

Page 68: ...oor Strike 2 3 DR3 15 16 Door 3 Sensor 5 RLY_ 1 2 3 Door Shunt 2 4 DR3 17 18 Door 3 Bypass 6 RLY_5 1 2 3 Door Strike 3 5 DR4 15 16 Door 4 Sensor 7 DR4 17 18 Door 4 Bypass 8 RLY_6 1 2 3 Door Shunt 3 6...

Page 69: ...1 DR1 17 18 Door 1 Bypass 2 RLY_2 1 2 3 Door Shunt 1 2 DR2 15 16 Door 2 Sensor 3 DR2 17 18 Door 2 Bypass 4 RLY_3 1 2 3 Door Strike 2 3 DR3 15 16 Door 3 Sensor 5 RLY_4 1 2 3 Door Shunt 2 4 DR3 17 18 D...

Page 70: ...43 59 75 J20 9 10 ALA RT4 20 36 52 68 28 44 60 76 J20 7 8 AL5 RT5 21 37 53 69 29 45 61 77 J20 5 6 AL6 RT6 22 38 54 70 30 46 62 78 J20 3 4 AL7 RT7 23 39 55 71 31 47 63 79 J20 1 2 AL8 RT8 24 40 56 72 3...

Page 71: ...sed Alarm board has 16 alarm inputs Table 49 defines the terminal strip the associated pin number the associated signal and the associated input output number NOTE Inputs are limited to a maximum of 8...

Page 72: ...e XTM terminal strip Set the jumper to contact the center post pin 2 and the right hand post pin 3 EOL1 Jumper When using the RS 485 communication protocol to network multiple Superterm units through...

Page 73: ...SETTINGS Superterm CIC1800 CICP1400UL 73 Figure 46 232 1 EOL1 and EOL2 Jumper Locations and Settings...

Page 74: ...OM 2 input terminal strip The available COM2 baud rate selections are 1200Kbps Pins 7 and 8 2400Kbps Pins 5 and 6 4800Kbps Pins 3 and 4 9600Kbps Pins 1 and 2 Determine the optimal communication rate b...

Page 75: ...Figure 47 COM1 COM2 and MONITOR Jumper Locations and Settings...

Page 76: ...ry backup Set the jumper to contact the center post pin 2 and the left hand post pin 1 OUT Data Lost The OUT mode de activates the lithium battery No Superterm programming or database information will...

Page 77: ...Figure 48 Jumper Locations and Settings...

Page 78: ...10 9 S 11 and S 12 11 S13 and S14 13 S15 and S16 15 S 17 and S 18 LOCAL Power Jumper Setting Operating specific relays on LOCAL power requires setting two associated jumpers to the LOCAL position Veri...

Page 79: ...SETTINGS Superterm CIC1800 CICP1400UL 79 Figure 49 Superterm Door Strike Jumper Settings...

Page 80: ...sent at the AC Power Input Terminal Block pins 7 8 and 9 2 12VDC 12VDC voltage is present at the AUX Power Terminal Strip 3 5VDC CPU 5VDC voltage is present on the Superterm Circuit Board for distribu...

Page 81: ...the fuse with a 5mm x 20mm long 10 Amp 250V slow blow fuse 4 Reset the main circuit breaker Figure 51 Superterm Main Fuse Location Superterm Door Strike Fuses Eight 2 ampere 2A slow blow fuses protec...

Page 82: ...Memory Module 1 Remove AC power from the Superterm and disconnect the 12VAC battery 2 Discharge static electricity from your body WARNING Before handling Superterm internal components use a personal g...

Page 83: ...Figure 53 256K Memory Upgrade Installation...

Page 84: ...chassis to reduce the possibility of static discharge damaging the Superterm circuit board and the 2MB memory board NOTE If the three 2MB board standoffs are already mounted on the Superterm circuit...

Page 85: ...UPGRADING Superterm CIC1800 CICP1400UL 85 Figure 55 2MB Expansion Board Installation...

Page 86: ...er input terminal strip pin 4 refer to page 12 Step Down Transformer Connection for specific information 4 Disconnect the BLACK wire of the 12VDC output wiring harness from the power input terminal st...

Page 87: ...BLACK lead from pin 5 labeled BAT of the power input terminal strip 5 Disconnect the RED lead from the POSITIVE terminal of the battery 6 Disconnect the BLACK lead from the NEGATIVE terminal of the b...

Page 88: ...LLOW lead from pin 8 labeled GND of the power input terminal strip 4 Disconnect the WHITE lead from pin 9 labeled AC1 of the power input terminal strip 5 Disconnect the 2 wire Molex connector between...

Page 89: ...nt 1 Open the Superterm cabinet and locate the transformer assembly secured to the lower left hand ledge of the Superterm cabinet see Figure 59 2 Locate the fuse housing in the upper left hand comer o...

Page 90: ...or non supervised host programmable LEDs 16 8 2 LEDs per door Tamper Switch 1 Pre assigned Reader Types Wiegand Proximity Magnetic Stripe Supply Voltage 120 230 VAC Current Draw 1 0A 120VAC Maximum P...

Page 91: ...232 Dial Up Host Computer 22 ga Stranded shielded w drain 50 ft 15m Printer 22 ga Stranded shielded w drain 3 conductor 50 ft 15m NOTE DO NOT use twisted pair cables except for RS 422 connections POWE...

Page 92: ...Superterm CIC1800 CICP1400UL 92 A NAPCO SECURITY TECHNOLOGIES COMPANY 355 Bayview Avenue Amityville NY 11701 Phone 631 842 9400 Fax 631 842 9135 www cicaccess com Publicly traded on NASDAQ Symbol NSSC...

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