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7-101004-01

3

Honeywell Access Systems

NS2 Configuration Guide

Outputs

Four form-C relays SPDT (Single Poll Double Throw) gold-
contact relays are provided for controlling door locks or other 
output devices (I.E. sounder, burg panel, phone dialer....etc.).

The energized or ON time for each relay can be configured by 
using either time zone control, or programmable pulse time via 
the host software.

Relay 1 is defaulted to control the Door 1 lock & Relay 2 is 
defaulted for the Door 2 lock. Relay 3 & 4 are used as auxiliary 
relays for signaling other devices. All 4 relays are rated at 12 
Amps / 28VDC for resistive loads and 6 Amps / 28VDC for 
inductive loads (data switching). 

NOTE:

Once the relay pole has been used for an inductive load 

(including door strikes and magnetic locks) it should not be used for 
low current dry circuit applications.

NOTE:

Switching of inductive loads can cause EMI (Electromag-

netic Interference) which may interfere with the normal operation of 
other equipment.

To minimize premature contact failure and increase system 
reliability, contact circuit protection such as the S-4 suppressor 
is required. Locate this device as close as possible to the Door 
Strike / Maglock.

Output

Terminal

Description

Relay/Output

Number

TB7-1

Normally Open (NO)

Relay 1 (Door 1)

TB7-2

Common (COM)

Relay 1 (Door 1)

TB7-3

Normally Closed (NC)

Relay 1 (Door 1)

TB7-4

Normally Open (NO)

Relay 2 (Door 2)

TB7-5

Common (COM)

Relay 2 (Door 2)

TB7-6

Normally Closed (NC)

Relay 2 (Door 2)

TB8-1

Normally Open (NO)

Relay 3

TB8-2

Common (COM)

Relay 3

TB8-3

Normally Closed (NC)

Relay 3

TB8-4

Normally Open (NO)

Relay 4

TB8-5

Common (COM)

Relay 4

TB8-6

Normally Closed (NC)

Relay 4

Summary of Contents for NS2

Page 1: ... are organized by operational utility with connectors for power and RS 485 communications located on the lower right followed from right to left by the relays auxiliary power door control inputs and readers The Tamper and External Power Fail terminal are located at the left edge above the main line of connectors Specifications Power AC Non Polarized 16 5 VAC utilizing a UL listed 50 VA Class 2 tra...

Page 2: ...points located on the following terminals NOTE Tamper and External Power Fail are supervised and capa ble of being used as additional inputs if the default functionality is not needed NOTE The wire used for the inputs should be shielded and cannot exceed 30 ohms over the entire length of the cable Remember that the distance from the panel to the door must be doubled to determine the total resistan...

Page 3: ...tive load including door strikes and magnetic locks it should not be used for low current dry circuit applications NOTE Switching of inductive loads can cause EMI Electromag netic Interference which may interfere with the normal operation of other equipment To minimize premature contact failure and increase system reliability contact circuit protection such as the S 4 suppressor is required Locate...

Page 4: ... RS 485 9 pin to CPU 31 4K 1219 5 Network NSLAN1 Cobox Unit RS 232 1 NS2 panel per NSLAN1 64 max IP connections per system 328 100 LANSRL100 N 485 PCI 2L Ethernet to RS 485 31 NS2 panels per 485 interface 64 max IP connections per system 328 4K 100 1219 6 LANSRLU1 N 485 PCI 2L Ethernet to RS 485 31 NS2 panels per 485 interface 64 max IP connections per system 328 4K 100 1219 6 Modems M 9600 LA LO ...

Page 5: ...ON OFF Address 13 OFF ON ON ON OFF Address 14 ON ON ON ON OFF Address 15 OFF OFF OFF OFF ON Address 16 ON OFF OFF OFF ON Address 17 OFF ON OFF OFF ON Address 18 ON ON OFF OFF ON Address 19 OFF OFF ON OFF ON Address 20 ON OFF ON OFF ON Address 21 OFF ON ON OFF ON Address 22 ON ON ON OFF ON Address 23 OFF OFF OFF ON ON Address 24 ON OFF OFF ON ON Address 25 OFF ON OFF ON ON Address 26 ON ON OFF ON O...

Page 6: ...Y3 COM RELAY3 NC RELAY4 NO RELAY4 COM RELAY4 NC RS485 RS485 RS485 COM AC DC AC DC LED DATA 0 DATA 1 12VDC RDR TMPR AUX 5 ENC TMPR AUX 8 COMMON PWR FAIL AUX 7 BROWN GREEN WHITE BLACK RED VARIES BROWN GREEN WHITE BLACK RED VARIES PWR ON LED PWR ON LED READER1 READER2 TB1 TB2 TB3 TB4 TB5 TB6 TB9 TB8 TB7 RELAY LEDS SYSTEM STATUS LEDS POWER LED DIPSWITCHES INPUT 1 INPUT 2 INPUT 3 INPUT 4 RELAY1 RELAY2 ...

Page 7: ...Disable S7 ON 57 600 Baud Rate S8 S10 OFF NStar Server COM 1 COM 2 NS2 Panel EG NS2 Panel CBL50 RS 232 50 ft Max CBL50 RS 232 50 ft Max Request To Send RTS CBL50 RS 232 Signal Ground GND Receive Data RXD Transmit Data TXD Clear To Send CTS RS 232 DB9 RJ 45 8 5 2 3 7 2 3 4 5 7 9 Pin COM 1 or COM 2 to RJ 45 on NS2 Panel EG It is recommended to earth ground EG each NS2 enclosure individually ...

Page 8: ...ettings S1 S5 Panel Address S6 ON RS 485 Enable S7 N A Baud Rate S8 S9 OFF Bias S10 OFF 485 EOL EG EG EG EG DIP Switch Settings S1 ON S2 ON S3 ON S4 ON S5 ON S6 OFF Ack Nak on S7 ON S8 OFF 19 200 Baud Rate DIP Switch Settings S1 S5 Panel Address S6 ON RS 485 Enable S7 N A Baud Rate S8 S9 OFF Bias S10 ON 485 EOL 4 000 ft 1 200 m max 24 AWG 2 twisted pairs with shield 120 ohm 23 pf NCI part no NCP24...

Page 9: ...seT CAT 5 328 Ft Max 100BaseT CAT 5 328 Ft Max EG NSLAN1 must be programmed with a static IP address See NSLAN1 product documentation for programing instructions DIP Switch Settings S1 S5 Panel Address S6 OFF RS 485 Disable S7 ON 57 600 Baud Rate S8 S10 OFF HUB It is recommended to earth ground EG each NS2 enclosure individually EG NIC NS2 Panel NSLAN1 installed NS2 Panel NSLAN1 installed ...

Page 10: ...e of cable EG EG EG It is recommended to earth ground EG each NS2 enclosure individually DIP Switch Settings S1 S5 Panel Address S6 ON RS 485 Enable S7 N A Baud Rate S8 S9 OFF Bias S10 ON 485 EOL DIP Switch Settings S1 S5 Panel Address S6 ON RS 485 Enable S7 N A Baud Rate S8 S9 OFF Bias S10 OFF 485 EOL S1 ON S2 ON S3 ON S4 ON S5 ON S6 OFF Ack Nak on S7 ON S8 OFF 19 200 Baud Rate 4 000 ft 1 200 m m...

Page 11: ...8 OFF 19 200 Baud Rate NS2 Panel NS2 Panel EG Only Earth Ground EG one side of cable EG EG EG It is recommended to earth ground EG each NS2 enclosure individually DIP Switch Settings S1 S5 Panel Address S6 ON RS 485 Enable S7 N A Baud Rate S8 S9 OFF Bias S10 ON 485 EOL DIP Switch Settings S1 S5 Panel Address S6 ON RS 485 Enable S7 N A Baud Rate S8 S9 OFF Bias S10 OFF 485 EOL 4 000 ft 1 200 m max 2...

Page 12: ...Switch Settings S1 S5 Panel Address S6 ON RS 485 Enable S7 N A Baud Rate S8 S9 OFF Bias S10 ON 485 EOL DIP Switch Settings S1 S5 Panel Address S6 ON RS 485 Enable S7 N A Baud Rate S8 S9 OFF Bias S10 OFF 485 EOL It is recommended to earth ground EG each NS2 enclosure individually Female 9 Pin Male 25 Pin TX 3 2 TX Comm 5 7 Comm RX 2 3 RX RS 232 50 Ft COM Port Null Modem Cable Cable 9 25 Pin Male 9 ...

Page 13: ...te It is recommended to earth ground EG each NS2 Enclosure individually Only Earth Ground EG one side of cable EG EG EG Refer to 485 PCI NS2 Panel Connection Detail diagram RS232 Cable 2 TX 3 RX DTE Straight 2 TX 3 RX 7 GND DCE Null 2 RX 3 TX 7 GND PC DB 9 MODEM 5 Comm or RS232 Cable 2 TX 3 RX DTE Straight 2 TX 3 RX 7 GND DCE Null 2 RX 3 TX 7 GND PC DB 9 MODEM 5 Comm or Male 9 Pin Male 25 Pin 5279...

Page 14: ... OFF RS 485 Disable S7 ON 57 600 Baud Rate S8 S10 OFF It is recommended to earth ground EG each NS2 enclosure individually SHM B ASYNC Short Haul Modem SHM B ASYNC Short Haul Modem Male 9 Pin Male 25 Pin RS 232 50 Ft Max RS232 Cable 2 TX 3 RX DTE Straight 2 TX 3 RX 7 GND DCE Null 2 RX 3 TX 7 GND PC DB 9 MODEM 5 Comm or RS232 Cable 2 TX 3 RX DTE Straight 2 TX 3 RX 7 GND DCE Null 2 RX 3 TX 7 GND PC ...

Page 15: ...ndividually DIP Switch Settings S1 ON S2 ON S3 ON S4 ON S5 ON S6 OFF Ack Nak on S7 ON S8 OFF 19 200 Baud Rate Female 9 Pin Male 25 Pin TX 3 2 TX Comm 5 7 Comm RX 2 3 RX Female Male DB 9 DB 25 Connectors DIP Switch Settings S1 S5 Panel Address S6 ON RS 485 Enable S7 N A Baud Rate S8 S9 OFF Bias S10 ON 485 EOL DIP Switch Settings S1 S5 Panel Address S6 ON RS 485 Enable S7 N A Baud Rate S8 S9 OFF Bia...

Page 16: ...round EG one side of cable EG EG EG EG DIP Switch Settings S1 S5 Panel Address S6 ON RS 485 Enable S7 N A Baud Rate S8 S9 OFF Bias S10 ON 485 EOL DIP Switch Settings S1 S5 Panel Address S6 ON RS 485 Enable S7 N A Baud Rate S8 S9 OFF Bias S10 OFF 485 EOL DIP Switch Settings S1 ON S2 ON S3 ON S4 ON S5 ON S6 OFF Ack Nak on S7 ON S8 OFF 19 200 Baud Rate Female 9 Pin Male 25 Pin TX 3 2 TX Comm 5 7 Comm...

Page 17: ... 485 Drain Wire Floating TB9 3 RS485 Comm Fiber Wire 10 000 Ft TB9 1 RS485 TB9 2 RS485 TB9 3 RS485 Comm NS2 Panel RS 485 Drain not connected here connected at panel side RS 485 Comm RXD PWR TXD RS 485 Positive RS 485 Negitive Fiber TXD Fiber RXD FC485 RS 485 Fiber Converter NS2 Panel NS2 Panel RS 485 Comm RXD PWR TXD RS 485 Positive RS 485 Negitive Fiber TXD Fiber RXD FC485 RS 485 Fiber Converter ...

Page 18: ...CP2441 TN 485 B L A C K G R E E N RED WH ITE C O M M O N DIP Switch Settings S1 S5 Panel Address S6 ON RS 485 Enable S7 N A Baud Rate S8 S9 OFF Bias S10 ON 485 EOL DIP Switch Settings S1 S5 Panel Address S6 ON RS 485 Enable S7 N A Baud Rate S8 S9 OFF Bias S10 OFF 485 EOL DIP Switch Settings S1 ON S2 ON S3 ON S4 ON S5 ON S6 OFF Ack Nak on S7 ON S8 OFF 19 200 Baud Rate RS 485 N 485 PCI 2 N 485 HUB 2...

Page 19: ...pe Drive DVD CD burner Network backup utility Microsoft Windows XP Pro Windows 2000 Pro Server SP4 Question Which video Capture Card can be used with the NStar software Honeywell Access Systems recommends the PB VC 15 or higher capture card Call Honey Access Systems for more details Question What localized language support does the NStar software offer The initial release of NStar will be availabl...

Page 20: ...ww honey wellaccess com for further details and downloads Question How do I default the NS2 panel 1 Change all of the NS2 Panel DIP switches to OFF address Zero 2 Power down NS2 panel by removing backup battery then removing AC power for 10 seconds 3 Restore power to the NS2 Panel by reconnecting AC power then backup battery to reset the panel 4 Power down again by removing backup battery then rem...

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