Hearty Welcome Standard Door Interfaces Standard doors These

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Standard Door Interfaces Ø Standard doors: These doors are without display and touch sense keys Ø There are two different variants in Standard Door v CAS v FOS Ø Standard door can work as normal door as well as panel lite door Ø With standard door user can connect different hardware interfaces like Door Lock, Exit Switch, Exit Reader, Sensor and Alarm

Standard Door in Direct Door Mode Ø For standard door, user can connect different interfaces using different push back connector available at rear side of door Ø Different dedicated connectors are provided for connections Ø User can use CA/ FO exit reader for connection with main door Ø There are two different modes for connection i. e. RS 232 and Wiegand Rear Image of door

Standard Door with Exit Reader Interface Ø If distance between Main Door and Exit Door is < 4. 5 meter then use RS 232 terminals for connection Ø With FO reader only RS 232 connection type is used Maximum 4. 5 meter CAS FO Reader

Standard Door with Exit Reader Interface Rear Image of FO Reader Rear Image of CAS

Standard Door with Exit Reader Interface(RS 232) Function Pin no. Function Rdr Power 34 1 Rdr Power GND 33 2 GND Green LED 16 3 Green LED Red LED 17 4 Red LED Beeper 18 5 Beeper COM 40 6 COM Tamper 30 7 Tamper RS 232 -TX 37 8 RS 232 -RX 38 9 RS 232 -TX Status LED 35 10 Status LED Alarm LED 36 11 Alarm LED CAS FO

Standard Door with Exit Reader Interface(RS 232) Ø If distance between Main Door and Exit Door is > 4. 5 meter then use Wiegand terminals for connection Ø With CA reader RS 232/ Wiegand type connections can be used Maximum 150 meter CAS CA Reader

Standard Door with Exit Reader Interface(RS 232) Function Pin no. Function Rdr Power 34 1 Rdr Power GND 33 2 GND RS 232 -RX 38 13 RS 232 -TX 37 12 RS 232 -RX Green LED 16 6 Green LED Red LED 17 7 Red LED Beeper 18 8 Beeper HOLD 19 9 HOLD COM 40 10 COM Tamper 20 11 Tamper Status LED 35 14 Status LED Alarm LED 36 15 Alarm LED CAS CA

Standard Door with Exit Reader Interface (Wiegand) Function Pin no. Function Rdr Power 34 1 Rdr Power GND 33 2 GND DATA 0 14 3 DATA 0 DATA 1 15 4 DATA 1 DATA RTN 13 5 DATARTN Green LED 16 6 Green LED Red LED 17 7 Red LED Beeper 18 8 Beeper HOLD 19 9 HOLD COM 40 10 COM Tamper 20 11 Tamper Status LED 35 14 Status LED Alarm LED 36 15 Alarm LED CAS CA

Standard Door with Door Lock Interface Ø Standard Door Controller provides interface with different Door Lock like EM Lock, Bolt Locks, Strike Locks…. Ø A door lock with 12 V @ 0. 5 amp takes power from main device while for connection of higher voltage capacity lock external power supply is required Ø Generally two types of Door locks are available: 1. Fail Safe: This type of door locks are unlocked when power supply is removed Ø Power supply is applied to lock the door 2. Fail Secure: This type of door locks are unlocked when power supply is applied Ø Power supply is removed to lock the door

Fail Safe Connection type Ø In relay terminal, NC and COM are always shorted internally Ø To keep door lock in normally connected mode with door, connect +12 V with COM and positive Lock terminal with NC and GND with 0 V - Ø So door will open whenever power is removed from lock terminal + Lock terminals in door Lock Magnet

Fail Secure Connection type Ø In relay terminal NC and COM are always shorted internally Ø To keep door lock in normally connected mode with door, connect +12 V with COM and positive Lock terminal with NO and GND with 0 V Ø So door will open whenever power is applied to lock terminal + Lock terminals in door Lock Magnet

Standard Door with Door Lock Interface Ø For door lock with higher voltage capacity (maximum 30 V @ 1 amp), user needs to connect external power supply Ø Fail safe lock connections: + Lock terminals in door Lock Magnet

Standard Door with Door Lock Interface Ø For door lock with higher voltage capacity (maximum 30 V @ 1 amp), user needs to connect external power supply Ø Fail Secure lock connections: + Lock terminals in door Lock Magnet

Advance Door Lock connection Ø To detect events like Door Force Open, Door held too long open etc. . door sense terminals(pin 11 and pin 12) needs to be connected with door lock status output along with 4. 7 K resistor +

EXIT Switch connection with Standard Door Ø In Exit Switch connection directly connect exit switch with specific ports available in door: Function Pin no. Exit SW terminal 31 COM 32

AUX IN connection with Standard Door Ø In standard Door, using AUX IN port user can connect a sensor like Motion Detector, Fire Alarm, Smoke Detector etc. . Ø Specific port is given with standard door to connect sensor with device Function Pin no. COM 10 AUX IN + 9 Connection terminals in door o NC o COM o NO Relay terminals of Fire Alarm Panel

AUX OUT connection with Standard Door Ø To generate action according to the detected event, user can connect an alarm using AUX Output port Ø Connect relay terminals of alarm with Aux Output port relay terminals Function Pin no. NC 26 COM 27 o COM NO 28 o NO Connection terminals in door o NC Relay terminals of Alarm

Premium Door Interfaces Ø Premium Door: This door is with display and touch sense keys Ø FOP is a Premium Door Ø Premium Door can work as normal door as well as panel lite door Ø With Premium door user can connect different hardware interfaces like Door Lock, Exit Switch, Exit Reader, Sensor and Alarm

Premium Door in Direct Door Mode Ø For premium door, user can connect different interfaces using different push back connector available at rear side of door Ø Different dedicated connections are provided for connections Ø User can use CA/ FO exit reader for connection with main door Ø There are two different modes for connection i. e. RS 232 and Wiegand Rear Image of door

Premium Door with Exit Reader Interface Rear Image of FO Reader Rear Image of CAS

Premium Door with Exit Reader Interface Ø If distance between Main Door and Exit Door is < 4. 5 meter then use RS 232 terminals for connection Ø With FO reader only RS 232 connection type is used Maximum 4. 5 meter FO Reader FOP

Premium Door with Exit Reader Interface(RS 232) Function c Pin no. Function Rdr Power 4 1 Rdr Power GND 5 2 GND Green LED 9 3 Green LED Red LED 10 4 Red LED Beeper 11 5 Beeper COM 13 6 COM NC/NO 14 7 Tamper RS 232 -RX 15 8 RS 232 -RX RS 232 -TX 16 9 RS 232 -TX Status LED 17 10 Status LED Alarm LED 18 11 Alarm LED FOP FO

Premium Door with Exit Reader Interface(RS 232) Ø If distance between Main Door and Exit Door is > 4. 5 meter then use Wiegand terminals for connection Ø With CA reader RS 232/ Wiegand type connections are used Maximum 150 meter CAS FOP CA Reader

Premium Door with Exit Reader Interface(RS 232) Function (Device) Pin no. (Reader) Function Rdr Power 4 1 Rdr Power GND 5 2 GND Green LED 9 6 Green LED Red LED 10 7 Red LED Beeper 11 8 Beeper HOLD 12 9 HOLD COM 13 10 COM NC/NO 14 11 Tamper RS 232 -RX 15 13 RS 232 -TX 16 12 RS 232 -RX Status LED 17 14 Stats LED Alarm LED 18 15 Alarm LED FOP CA

Premium Door with Exit Reader Interface(Wiegand) Function (Device) Pin no. (Reader) Function Rdr Power 4 1 Rdr Power GND 5 2 GND DATA 0 6 3 DATA 0 DATA 1 7 4 DATA 1 DATA RTN 8 5 DATARTN Green LED 9 6 Green LED Red LED 10 7 Red LED Beeper 11 8 Beeper HOLD 12 9 HOLD COM 13 10 COM Tamper 14 11 Tamper Status LED 17 14 Status LED Alarm LED 18 15 Alarm LED FOP CA

Premium Door with Door Lock Interface Ø Premium Door Controller provides interface with different Door Lock like EM Lock, Bolt Locks, Strike Locks…. Ø A door lock with 12 V @ 0. 5 amp takes power from main device while for connection of higher voltage capacity lock external power supply is required Ø Generally two types of Door locks are available: 1. Fail Safe: This type of door locks are unlocked when power supply is removed Ø Power supply is applied to lock the door 2. Fail Secure: This type of door locks are unlocked when power supply is applied Ø Power supply is removed to lock the door

Fail Safe Connection type Ø In relay terminal, NC and COM are always shorted internally Ø To keep door lock in normally connected mode with door, connect +12 V with COM and positive Lock terminal with NC and GND with 0 V Ø So door will open whenever power is removed from lock terminal Lock terminals in door Lock Magnet

Fail Secure Connection type Ø In relay terminal NC and COM are always shorted internally Ø To keep door lock with normally connected mode with door, connect +12 V with COM and positive Lock terminal with NO and GND with 0 V Ø So door will open whenever power is applied to lock terminal Lock terminals in door Lock Magnet

Premium Door with Door Lock Interface Ø For door lock with higher voltage capacity (maximum 30 V @ 1 amp), user needs to connect external power supply Ø Fail safe lock connections: Lock terminals in door Lock Magnet

Premium Door with Door Lock Interface Ø For door lock with higher voltage capacity (maximum 30 V @ 1 amp), user needs to connect external power supply Ø Fail Secure lock connections: Lock terminals in door Lock Magnet

Advance Door Lock connection Ø To detect events like Door Force Open, Door held too long open etc. . door sense terminals(pin 11 and pin 12) needs to be connected with door lock status output along with 4. 7 K resistor

EXIT Switch connection with Premium Door Ø In Exit Switch connection directly connect exit switch with specific ports available in door: Function Pin no. Exit SW terminal 19 COM 20

AUX IN connection with Premium Door Ø User can connect a sensor like Motion Detector, Fire Alarm, Smoke Detector etc. with premium door using AUX IN port Ø Specific port is given with premium door to connect sensor with device Function Pin no. AUX IN + 31 COM 32 Connection terminals in door o NC o COM o NO Relay terminals of Fire Alarm Panel

AUX OUT connection with Premium Door Ø To generate action according to the detected event, user can connect an alarm using AUX Output port Ø Connect relay terminals of alarm with Aux output port relay terminals Function Pin no. NC 2 COM 1 o COM NO 3 o NO Connection terminals in door o NC Relay terminals of Alarm

PATH Door Interfaces Ø PATH Door Controllers are of two types: Ø DCCX and DCFX Ø DCFX includes three different variants: v DCFE v DCCM v DCCI v DCFP Ø DCCX includes three different variants: v DCCE v DCCM v DCCI v DCCP Ø User can connect different hardware interfaces like Door Lock, Exit Switch, Exit Reader, Sensor and Alarm with PATH Door controller

PATH Controller with Exit Reader Interface Ø User can connect different interfaces using different connector available at rear side of door Ø Different dedicated connections are provided in PATH controller Ø User can use RDFX/RDCX exit reader for connection with main DCFX/DCCX door Rear Image of door

PATH Controller with PATH Reader Interface Ø To connect PATH Reader with PATH Controller CN 2 terminal is used Ø CN 2 terminal includes different connectors within it Ø User needs to connect main door 15 pin connector with Exit Reader 15 pin connector directly Ø All connectors are provided with device Ø In PATH series, user can connect PATH Controller with PATH Reader through RS 232/Wiegand Ø For RS 232 connection user has to connect PATH controller and PATH Reader through RS 232 -RX and RS 232 -TX Ø For Wiegand connection user has to connect PATH controller and PATH Reader through DATA 0 and DATA 1 connection

PATH Controller with Exit Reader Interface Ø Connect PATH Reader 15 pin connector with PATH Door 15 pin connector

PATH Controller with Exit Reader Interface(RS 232) CN 2 GND Black Red 12 V_RDR Red LED Brown Orange GREEN LED Alarm Violet Light Brown STATUS HOLD Blue Yellow BEEPER GND Black Light Blue TAMPER_NC/NO RS 232_TX Gray Pink RS 232_RX GND Black GND

PATH Controller with Exit Reader Interface(Wiegand) CN 2 GND Black Red 12 V_RDR Red LED Brown Orange GREEN LED Alarm Violet Light Brown STATUS HOLD Blue Yellow BEEPER WDATA 1 White Green WDATA 0 GND Black Light Blue TAMPER_NC/NO GND Black GND

PATH Controller with Exit Reader Interface Ø Connect PATH Reader 15 pin connector with PATH Door 15 pin connector

PATH Door with Door Lock Interface Ø PATH Door Controller provides interface with different Door Lock like EM Lock, Bolt Locks, Strike Locks…. Ø A door lock with 12 V @ 0. 5 amp takes power from main device while for connection of higher voltage capacity lock external power supply is required Ø Generally there are two types of Door locks available: 1. Fail Safe: This type of door locks are unlocked when power supply is removed Ø Power supply is applied to lock the door 2. Fail Secure: This type of door locks are unlocked when power supply is applied Ø Power supply is removed to lock the door

Fail Safe Connection type Ø In relay terminal, NC and COM are always shorted internally Ø To keep door lock in normally connected mode with door, connect +12 V with COM and positive Lock terminal with NC and GND with 0 V in CN 1 terminal Ø So door will open whenever power is removed from lock terminal

Fail Safe Connection type Ø In CN 1 10 pin connector is available to connect with door lock terminals GND NC

Fail Secure Connection type Ø In relay terminal NC and COM are always shorted internally Ø To keep door lock with normally connected mode with door, connect +12 V with COM and positive Lock terminal with NO and GND with 0 V in CN 1 terminal Ø So door will open whenever power is applied to lock terminal

Fail Secure Connection type Ø In CN 1 10 pin connector is available to connect with door lock terminals GND NO

PATH Controller with Door Lock Interface Ø For door lock with higher voltage capacity (maximum 30 V @ 1 amp), user needs to connect external power supply Ø Fail safe lock connections: 24 V, 1 A NC - + COM

PATH Controller with Door Lock Interface Ø For door lock with higher voltage capacity (maximum 30 V @ 1 amp), user needs to connect external power supply Ø Fail Secure lock connections: 24 V, 1 A - + NO COM

EXIT Switch connection with PATH Controller Ø To connect exit Switch dedicated 5 pin connector is provide in CN 2 terminal

Direct Door with PATH Reader connections FOP DOOR PATH Reader

Direct Door with PATH Reader connection Diagram Rear Image of FOP Rear Image of COSEC PATH Reader

Direct Door with PATH Reader connections Functions Pin no. CN 2 Rdr Power RED 4 Red 12 V_RDR GND Black 5 Black GND Green LED Orange 9 Orange GREEN LED Red LED Brown 10 Brown Red LED Beeper Yellow 11 Yellow Beeper COM Black 13 GND Black NC/NO Light Blue 14 Light Blue TAMPER_NC/NO RS 232 -RX Pink 15 Pink RS 232_RX RS 232 -TX Gray 16 RS 232_TX Gray Status LED Light Brown 17 Alarm LED Violet 18 Light Brown STATUS Alarm Violet

Wireless Door Interfaces Ø Wireless Door: These door provides wired as well as wireless connectivity Ø We have three Wireless door: v FOW( Finger Optic Wireless) v PVR (Palm Vein Reader) v NGT (Next Generation Terminal) Ø Wireless Door can work as only normal door Ø With Wireless door user can connect different hardware interfaces like Door Lock, Exit Switch, Exit Reader, Sensor and Alarm FOW PVR

Wireless Door in Direct Door Mode Ø For Wireless door, user can connect different interfaces using different connector available at rear side of the door Ø Different dedicated connections are provided for connections Ø User can use CA/ FO exit reader for connection with Wireless door Ø There are two different mode for connection i. e. RS 232 and Wiegand Rear Image of door

Wireless Door with Exit Reader Interface Ø Dedicated connections are provided for exit reader in C 2 terminal Rear Image of FO Reader Rear Image of CAS

Wireless Door with Exit Reader Interface Ø If the distance between main Door and Exit Door is < 4. 5 meter then use RS 232 terminals for connection Ø With FO reader only RS 232 connection type is used Maximum 4. 5 meter FO Reader FOP

Wireless Door with Exit Reader Interface(RS 232) Function C 2 Pin no. Function Rdr Power 15 1 Rdr Power GND 14 2 GND Green LED 10 3 Green LED Red LED 9 4 Red LED Beeper 8 5 Beeper COM 6 6 COM NC/NO 5 7 Tamper RS 232 -RX 4 8 RS 232 -RX RS 232 -TX 3 9 RS 232 -TX Status LED 2 10 Status LED Alarm LED 1 11 Alarm LED

Wireless Door with Exit Reader Interface(RS 232) Ø If distance between main Door and Exit Door is > 4. 5 meter then use Wiegand terminals for connection Ø With CA reader RS 232/ Wiegand type connections are used Maximum 150 meter CAS CA Reader

Wireless Door with Exit Reader Interface(RS 232) Function C 2 Pin no. Function Rdr Power 15 1 Rdr Power GND 14 2 GND Green LED 10 6 Green LED Red LED 9 7 Red LED Beeper 8 8 Beeper HOLD 7 9 HOLD COM 6 10 COM NC/NO 5 11 Tamper RS 232 -RX 4 13 RS 232 -TX 3 12 RS 232 -RX Status LED 2 14 Stats LED Alarm LED 1 15 Alarm LED

Wireless Door with Exit Reader Interface(Wiegand) Function C 2 Pin no. Function Rdr Power 15 1 Rdr Power GND 14 2 GND DATA 0 13 3 DATA 0 DATA 1 12 4 DATA 1 DATA RTN 11 5 DATARTN Green LED 10 6 Green LED Red LED 9 7 Red LED Beeper 8 8 Beeper HOLD 7 9 HOLD COM 6 10 COM Tamper 5 11 Tamper Status LED 2 14 Status LED Alarm LED 1 15 Alarm LED

Wireless Door with Door Lock Interface Ø Wireless Door Controller provides interface with different Door Lock like EM Lock, Bolt Locks, Strike Locks…. Ø A door lock with 12 V @ 0. 5 amp takes power from main device while for connection of higher voltage capacity lock external power supply is required Ø Generally there are two types of Door locks available: 1. Fail Safe: This type of door locks are unlocked when power supply is removed Ø Power supply is applied to lock the door 2. Fail Secure: This type of door locks are unlocked when power supply is applied Ø Power supply is removed to lock the door

Fail Safe Connection type Ø In relay terminal, NC and COM are always shorted internally Ø To keep door lock in normally connected mode with door, connect +12 V with COM and positive Lock terminal with NC and GND with 0 V Ø So door will open whenever power is removed from lock terminal Ø Specific Door lock connections are given in C 5 terminal Lock terminals in door Lock Magnet

Fail Secure Connection type Ø In relay terminal NC and COM are always shorted internally Ø To keep door lock with normally connected mode with door, connect +12 V with COM and positive Lock terminal with NO and GND with 0 V Ø So door will open whenever power is applied to lock terminal Lock terminals in door Lock Magnet

Wireless Door with Door Lock Interface Ø For door lock with higher voltage capacity (maximum 30 V @ 1 amp), user needs to connect external power supply Ø Fail safe lock connections: Lock terminals in door Lock Magnet

Wireless Door with Door Lock Interface Ø For door lock with higher voltage capacity (maximum 30 V @ 1 amp), user needs to connect external power supply Ø Fail Secure lock connections: Lock terminals in door Lock Magnet

Advance Door Lock connection Ø To detect events like Door Force Open, Door held too long open etc. . door sense terminal needs to be connected with door lock status output terminals in C 5 along with 4. 7 K resistor

EXIT Switch connection with Wireless Door Ø In Exit Switch connection directly connect exit switch with specific ports available in door: Ø Dedicated terminal C 3 is given for exit switch connection Function CN 3 Pin no. Exit SW terminal 1 COM 2

AUX IN connection with Wireless Door Ø User can connect a sensor like Motion Detector, Fire Alarm, Smoke Detector etc. with Wireless door using AUX IN port Ø In Wireless door specific terminal C 4 is given to connect sensor with device Function CN 4 Pin no. AUX IN + 5 COM 6 Connection terminals in door o NC o COM o NO Relay terminals of Fire Alarm Panel

AUX OUT connection with Wireless Door Ø To generate action according to the detected event, user can connect an alarm using AUX Output port available in C 4 terminal Ø Connect relay terminals of alarm with Aux output port relay terminals Function Pin no. NC 2 COM 1 o COM NO 3 o NO Connection terminals in door o NC Relay terminals of Alarm

Door connections with Panel Lite Ø Panel Lite is master controller which controls up to 75 doors Ø Standard Door, Premium Door and Path Controllers can be connected with panel lite so, all these doors works as panel door Ø There are two different ways to connect any door with panel lite v Ethernet Connectivity v Rs 485 Connectivity

Panel Lite Door connection Ø In Direct door mode, according to events and actions device controls all hardware functions Ø In panel lite door mode, panel lite controls all connected hardware Ø Panel lite door communicates only with panel lite and panel lite communicates with Server

Ethernet Connectivity DOOR Lock Exit Switch C DOOR Controller Network Switch MATRIX Panel Lite L Single DOOR Architecture COSEC Server

Ethernet Connectivity DOOR Controller Network Switch COSEC PANEL Multi DOOR Architecture COSEC Server

RS 485 Connectivity Loop-In Loop -Out Termination Resistor Loop -Out COSEC Server Loop -Out