Interlogix NX-2192E User Manual

NX-2192E PINPOINT SYSTEM

INSTALLATION MANUAL

TABLE OF CONTENTS

GENERAL DESCRIPTION.......................................................................................................................... 2

1.

2. INSTALLATION .......................................................................................................................................... 2

3. DEVICE ADDRESS CONFIGURATION...................................................................................................... 2

4. TERMINAL DESCRIPTIONS ...................................................................................................................... 2

5. WIRING DIAGRAM..................................................................................................................................... 3

6. MAXIMUM NUMBER OF DEVICES PER WIRE RUN................................................................................ 4

7. ENROLLING THE PINPOINT SYSTEM...................................................................................................... 4

8. PROGRAMMING THE MODULE................................................................................................................ 4

9. PROGRAMMING SEQUENCE EXAMPLE................................................................................................. 4

10. PROGRAMMING LOCATION GUIDE ........................................................................................................ 5

11. BATTERY CALCULATION WORKSHEET................................................................................................. 8

12. NX-2192E PROGRAMMING WORKSHEETS ............................................................................................ 9

13. APPENDIX 1 PINPOINT ADDRESS WORKSHEET............................................................................. 40

14. UL & CE NOTICES ................................................................................................................................... 44

15. SPECIFICATIONS..................................................................................................................................... 44

These instructions do not purport to cover all details or variations in equipment nor to provide ev ery possible contingency to be met during installation, operation, and maintenance. If further information is desired or if particular problems arise that are not covered sufficiently for the purchaser’s purpose, the matter should be referred to GE Security, Gladewater, Texas, USA.

This document contains proprietary information of GE Security, USA and is furnished to its customer solely to assist that customer in the installation, testing, operations, and/or maintenance of the equipment described. This document shall not be reproduced in whole or in part nor shall its contents be disclosed to any third party without the written approval of GE Security. Please refer to the current GE Sec urity produc t c atalog for detailed warranty information.

™

is a trademark of the GE Security companies.

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1. GENERAL DESCRIPTION

The NX-2192E is a microprocessor-controlled point ID bus interface module for the NX-8E control panel. The PinPoint System provides two-wire bidirectional communications with up to 255 individually addressed devices. The total number of devices in a system is limited by the I/O capability of the panel. The NX-8E can support a maximum of 192 zones mapped to 192 input device addresses and an additional 48 addresses for output devices. Warranty information is provided in the Interlogix product catalog.

2. INSTALLATION

The NX-2192E is installed in the NX-8E control panel enclosure. Three loop outputs are provided for interface with the point ID devices. A single loop output can support the full 255 point ID devices as long as the wire run limits are not exceeded. The total number of devices can be distributed across the three loop outputs to meet wire run limit requirements.

3. DEVICE ADDRESS CONFIGURATION

Each device on the PinPoint System must be configured for a unique address with the range of 0 through 254. Address 255 is reserved. Setting the address switches at the time that each device is installed will determine the address selection. Please refer to the worksheet in Appendix1 on page 40.

4. TERMINAL DESCRIPTIONS

TERMINAL DESCRIPTION

PANEL-

PANEL+

COM

EARTH

AC AC

DATA

DCOUT-

DCOUT+

DCOUTDCOUT+ LOOPA+

LOOPALOOPB+

LOOPBLOOPC+

LOOPC-

 For UL certified installations, the NX-2192E must be powered by the NX-8E control panel.

Supply Common terminal. DC supply terminal for powering the NX-2192E. Common terminal. Earth Ground. AC Input. Connect to a 16.5V 25, 40, or 50VA Class II UL approved transformer.  AC Input. Connect to a 16.5V 25, 40, or 50VA Class II UL approved transformer.  Connect to the NX8 / NX-8E control panel DATA terminal. This terminal is the incoming data-signaling

terminal to the NX-2192E. The maximum total wire run from the control panel to all devices including the NX-2192E is 2500 feet.

 WARNING connecting.

Connect to the NX-8 / NX-8E control panel COMMON terminal. This terminal supplies the common side of the power to the NX-2192E.

Not used at this time. Supply Common terminal. Used only when supplied by UL approved transformer in 12V mode.

Rating: 600mA when using 12V transformer Loop A Point ID bus supply terminal. Loop A Point ID bus return terminal. Loop B Point ID bus supply terminal. Loop B Point ID bus return terminal. Loop C Point ID bus supply terminal. Loop C Point ID bus return terminal.

: This terminal is not protected from damage by mis-connection. Observe caution when

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NX-2192E PINPOINT SYSTEM

5. WIRING DIAGRAM

NX-2192E PINPOINT SYSTEM

3

6. MAXIMUM NUMBER OF DEVICES PER WIRE RUN

The number of devices on an individual wire run must not exceed the number listed in the following table. If a star configuration is used, the total wire length must not exceed 10000 feet per loop output.

Table 6-1

Wire

Gauge

22AWG 170 20 -- -- -18AWG 255 170 45 5 -16AWG 255 255 120 55 20 14AWG 255 255 240 135 80

1000 2500 5000 7500 10000

Length in Feet

7. ENROLLING THE PINPOINT SYSTEM

The NX-8E has the ability to automatically find and store in its memory the presence of all keypads, zone expanders, wireless receivers and any other modules connected to the data terminal. This allows these modules to be supervised by the control panel. To enroll the modules enter the Program Mode of the NX-8E control panel, and when the Program Mode is exited, it will automatically enroll the devices. The enrolling process takes about 12 seconds, during which time the “Service” LED will illuminate. User codes will not be accepted during the enrolling process. Once a module is enrolled, if it is not detected by the control, the “Service” LED will illuminate.

8. PROGRAMMING THE MODULE

 To enter the program mode, press []-[8]. All of the function key LEDs will begin to flash.  Enter the "Go To Program" code (default is [9]-[7]-[1]-[3]). If the code was valid, the Service LED will flash, and the function

LEDs will illuminate steady, indicating the device to program should be entered.

 Press [4] [4] [#] for the fixed address of the PinPoint module. The Armed LED will illuminate while it is waiting for a

programming location to be entered.

 Enter the desired programming location. The Armed LED will begin to flash while a programming location is being entered.  Press [#]. If this is a valid location, the Armed LED will extinguish, the Ready LED will illuminate, and the binary data for the

first segment of this location will be shown on the zone LEDS.

 To change the data, enter the data followed by []. The data will be entered, and the location will automatically increment to

the next segment. The data for that segment will be displayed. This procedure is repeated until the last segment is reached. Pressing the [#] key will exit from this location. To review the data, repeat the above procedure, pressing the [] key without entering data first. Each time the [] key is pressed the next segment is displayed.

Programming data is always one of two types of data. The first type is numerical, and can take on values from 0-255 or 0-15 depending on the segment size. The second type is a feature selection type. Feature selection data is used to turn features on or off. LCD Keypad Users Note: All steps required for programming are the same as the aforementioned LED keypad. The LCD keypad display will prompt you for the data required. While in the programming mode, and not in a location, the number in parenthesis is the location you were previously changing. For example, if the display reads "Enter location, then # (5)", it is reminding you that location 5 was the last location you programmed. In feature selection data, the numbers of the enabled features will be displayed. However, the features not enabled will display a hyphen (-).

 IMPORTANT NOTES

To program additional points after the Program Mode is exited:

1. Re-Enter the Program Mode using the instructions in Section 8, page 4 of this manual.

2. Enter Location 0 and press [1] to initialize the “Progam Mode Designation”

3. Program the desired location(s).

9. PROGRAMMING SEQUENCE EXAMPLE

The following example assumes the installation of a single input module on the bus as address number 5, with its input mapped to zone number 9:

 Enter system program mode on the NX-2192E as previously described.  Select the configuration location for zone number 9 by entering [9] [#].  Input for segment 1 is requested. Select the device address of 5 (b inary) by e ntering [2]-[4]-[5]-[6]-[7]-[8] so that the sequence

of (1_3_____) is displayed.

 Press [] [#] to exit this location.  Select the PinPoint program mode location by entering [0] [#].  Input for segment 1 is requested. Enable PinPoint program mode by entering [1] [].  Wait for the keypad to sound a ding-dong. Press [EXIT] [EXIT] to exit the system program mode.  Refer to Location 0 description for troubleshooting if the keypad does not ding-dong after PinPoint program mode is complete.

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NX-2192E PINPOINT SYSTEM

10. PROGRAMMING LOCATION GUIDE

LOCATION 0

Location 0 is used to communicate to the PID bus interface to enter PID Program Mode. Segment 1 must be set to [1] to “learn” points. While in this mode, all nodes able to communicate will be enabled and mapped to pre-

programmed zones. With this in mind, prior to entering PID program mode, all zones must be either programmed with a serial number (for devices without a dip switch) or a physical address (for devices with a dip switch). If programming is a success and no errors were reported, a “0” will automatically be written into segment 1 of this location and the keypad will sound a ding-dong. Otherwise, the number of errors will be written and the keypad will sound a triple beep, indicating that errors were found. If errors were found, segments 2-16 will contain the locations of the first 15 zones with errors. Zone locations may then be examined to determine the type of error that occurred.

POINT ID PROGRAM MODE

DESIGNATION

16 segments of numerical data

 NOTE: If the 8 on-board zones are enabled, then zones 1-8 are already used and may not have a PID address mapped to them.

If zone doubling is enabled, then zones 1-16 are already used and may not have a PID address mapped to them.

Segments 2-16 are “read only”.

LOCATIONS 1 – 192

Segment 1 is used to store the physical address of the corresponding node. Factory default is 255. Whether or not the device has a dip

switch, this location is programmed by the installer prior to entering PID Program Mode.

Segment 2 is used to store the input number for multiple input/output devices. Factory default is 1. Segment 3 is used to display an error code if an error(s) occurred during the last PID program mode cycle. The following table prov ides

a description of the types of errors that may occur:

Table 10-1

PROGRAMMING NODE INFORMATION

ZONES 1 - 192

3 segments of binary data

ERROR CODE DESCRIPTION ERROR CODE DESCRIPTION

1 Node is missing. 5 Auto enroll error. 2 Multiple node responded. 6 Reserved. 3 Communication error. 7 Reserved. 4 Device type mismatch. 8 Zone programmed but node not enabled.

LOCATION 193 DEVICE OPTIONS 1 segment of feature selection data

Segment 1 selects the following options:

1 = Reserved. 2 = "On" if Loop A should be enabled; “Off” if disabled. 3 = "On" if Loop B should be enabled; “Off” if disabled. 4 = "On" if Loop C should be enabled; “Off” if disabled. 5 = “On”if 24V mode should be enabled; “Off” if 12V mode. 6 = “On” if the NX-2192E is powered from AUX + terminals of the control panel. Turning this option “On” disables NX-2192E power

monitoring.

7 = “On” if any AC Fail condition should be communicated to the central monitoring station. Option 6 overrides this condition

occurring on the NX-2192E, but not individual nodes.

8 = “On” if any Low Battery condition should be communicated to the central monitoring station. Option 6 overrides this condition

occurring on the NX-2192E, but not individual nodes.

LOCATIONS 194 - 241

Segment 1 is used to store the physical address of the corresponding node. Whether or not the device has a dip switch, this location is

programmed by the installer prior to entering PID Program Mode. This segment can also be used as an indicator that the corresponding node had an error during the last PID Program Mode cycle, because any error causes this segment to be defaulted to address 255.

Segment 2 is used to store the output number for multiple input/output devices. Default is 1. Segment 3 is used to display an error code if an error or errors occurred during the last PID Program Mode cycle. In the following Table

2.1, a description of the types of errors that may occur and the bit in the error code associated with the error is outlined.

NODE INFORMATION FOR

OUTPUTS 1 –48

3 segments of binary data

NX-2192E PINPOINT SYSTEM

5

Table 10-2

AC Fail (control or exp.) does not

ERROR CODE DESCRIPTION

1 Node is missing. 2 Multiple node responded. 3 Communication error. 4 Device type mismatch. 5 Auto enroll error. 6 Reserved. 7 Output programmed to non-output device. 8 Output programmed but node not enabled.

LOCATION 242 – 336 (EVEN LOC)

Segment 1 is used to select the particular event that will trigger the output. Refer to Table 10-3 for the specific events that can be

selected. Segment 2 is used to select the amount of time an output will remain activated when an output triggers. If this lo cation is p rogrammed as

a zero, the output will follow the particular event.

Table 10-3

# Event # Event # Event

Always On

0 1

follow AC Fail delay time Low Battery (control or exp.)

2

Dynamic Battery Test Time

3

Listen In

4

Line Seizure

5

Telephone Line Fault

6

Program Mode

7

Over-current (control or exp.)

8

Box Tamper (control or exp.)

9

Siren Tamper (control or exp.)

10

♦ If set to follow condition, these events will be one second.

LOCATION 243 – 337 (ODD LOC)

Segment 1 selects the following special conditions:

EVENT & TIME FOR

OUTPUTS 1 - 48

Smoke Power Reset

11

Yelping Siren

12

Steady Siren

13

Any Siren

14

Steady Siren (temporal)

15

Any Siren (temporal)

16

Alarm Memory

17

Entry

18

Exit

19

Entry or Exit

20

Armed

21

SPECIAL FEATURES FOR

OUTPUTS 1 - 48

2 segments of numerical data

Disarmed

22

Ready to Arm

23

Not Ready to Arm

24

Fire

25

Fire Trouble

26

Chime

27

Beeping Keypad

28

Aux 1 Keypad Function

29♦

Aux 2 Keypad Function

30♦

Panic Keypad Function

31♦

Code Entry (set in locs 338 - 481)

32♦

2 segments of feature selection data

1 = "On" if output should time in minutes; "Off" if output times in seconds. 2 = "On" if output should latch until a code is entered; “Off” for timed. 3 = "On" if output should stop time when a code is entered. 4 = “On” for inverted output. 5 = “On” disables output during listen-in (only events 12-16). 6 = Reserved. 7 = Reserved. 8 = Reserved.

Segment 2 selects the following partitions:

1 = "On" if the event should activate when it occurs in Partition 1. 2 = "On" if the event should activate when it occurs in Partition 2. 3 = "On" if the event should activate when it occurs in Partition 3. 4 = "On" if the event should activate when it occurs in Partition 4. 5 = "On" if the event should activate when it occurs in Partition 5. 6 = "On" if the event should activate when it occurs in Partition 6. 7 = "On" if the event should activate when it occurs in Partition 7. 8 = "On" if the event should activate when it occurs in Partition 8.

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NX-2192E PINPOINT SYSTEM

Table 10-4

LED DESCRIPTION OUTPUTS

TABLE 10-4 IS USED TO

PROGRAM

LOCATIONS

338 - 481

1 "On" if code will activate output; "Off" if it will not. 2 "On" if code will activate output; "Off" if it will not. 3 "On" if code will activate output; "Off" if it will not. 4 "On" if code will activate output; "Off" if it will not. 5 "On" if code will activate output; "Off" if it will not. 6 "On" if code will activate output; "Off" if it will not. 7 "On" if code will activate output; "Off" if it will not. 8 "On" if code will activate output; "Off" if it will not.

1, 9, 17, 25, 33, 41 2, 10, 18, 26, 34, 42 3, 11, 19, 27, 35, 43 4, 12, 20, 28, 36, 44 5, 13, 21, 29, 37, 45 6, 14, 22, 30, 38, 46 7, 15, 23, 31, 39, 47 8, 16, 24, 32, 40, 48

LOCATIONS 338 - 361

CODES 1 – 240

OUTPUTS 1 – 8 ENABLE