Interlogix NX-1710E User Manual

NX-1710E Addendum (February 9, 2005 -- cksum 9B12)

Only the modified locations are reflected in this Addendum.

The NX-1710E has been upgraded to operate with the following 2-wire Wiegand bus interface.  Readers must be able to “speak” Wiegand. The following are supported

Weigand formats by default:

• 26-bit standard Weigand

• 27-bit Tecom ASC

LOCATION 1 READER “B” SCAN FUNCTIONS & OPTIONS

Segment 3 Reader Options:

LED5 = “On” if LED to extinguish after 2 minutes without a scan. (Note: This option doesn’t disable the flashing green LED during card programming.)

OCATION 3 PROGRAMMING THE OPTIONS AND DOOR CONTROL PARTIT IONS

Segment 2 Door Options

LED8 = “On” if relay operates normally during off-schedule (outside regular operating hours).

Segment 5 Weigand Format Enables:

• 35-bit HID Corporate 1000

• 37-bit HID 10304

LED1 - "On" if Weigand Format #1 is enabled. (Default is “On”) LED2 - "On" if Weigand Format #2 is enabled. (Default is “On”) LED3 - "On" if Weigand Format #3 is enabled. (Default is “On”) LED4 - "On" if Weigand Format #4 is enabled. (Default is “On”)

OCATION 44 CODE ENTRY LOGGING PARTITI ON

(2 segments of numerical data) This location programs the partition that is logged with the Code Entry message and sent when the following conditions are met:

 An RTE scan function is selected (Location 0, Segment 1/2, Option 8); and  “RTE from a scanned card is to be logged as Code Entry” is enabled (Location 3, Segment 1, Option 5).

Entering a 0 (zero) will send the lowest valid partition of the reader. Entering 1-16 will send the entered value as the partition. (Default is 0.)

Segment 1 Code Entry Logging Partition for Reader “A” Segment 2 Code Entry Logging Partition for Reader “B”

USER-DEFINABLE FORMATS

The following locations are considered to be advanced programming and should ONLY be used by installers with a thorough

understanding of Weigand Formats. Do not attempt to program these locations if you are not familiar with Weigand packets.

OCATION 45 WEIGAND FORMAT 1 (STANDARD 26 BIT) – DIGITS & BITS

(5 segments of decimal data) This is the first location used to program the Weigand Format 1. (Loc 45-57)

Segment 1 Number of digits in Facility Code Segment 2 Number of digits in Badge Number Segment 3 Number of bits in Facility Code Segment 4 Number of bits in Badge Number Segment 5 Total number of bits in complete format (including parity bits)

OCATION 46 WEIGAND FORMAT 1 – BIT DESCRIPTORS (BITS 1-32)

(32 segments of hex data) This location contains the descriptors for bits 1 – 32 of Weigand Format 1. The available options are: 0=Always Zero; 1=Always One; B=Badge number; D=Parity bit; E=End of format; F=Facility Code bit. Segment 1 = Bit Descriptor 1; Segment 32 = Bit Descriptor 32.

OCATION 47 WEIGAND FORMAT 1 – BIT DESCRIPTORS (BITS 33-64)

(32 segments of hex data) This location contains the descriptors for bits 33 – 64 of Weigand Format 1. The available options are: 0=Always Zero; 1=Always One; B=Badge number; D=Parity bit; E=End of format; F=Facility Code bit. Segment 1 = Bit Descriptor 33; Segment 32 = Bit Descriptor 64.

OCATION 48 WEIGAND FORMAT 1 – PARITY TYPE 1

(1 segment of decimal data) This location programs the Partity Type 1 for Weigand Format 1. Available options for this location are 0 = No Parity; 1 = Odd Parity; 2 = Even Parity. Factory default is 1.

OCATION 49 WEIGAND FORMAT 1 – PARITY MASK 1

(8 segments of binary data) This location tells which bits to include for the parity count; and includes the parity bits. It is used in conjunction with Location 48 (Parity Type 1). The factory default is:

Seg 1 Seg 2 Seg 3 Seg 4 Seg 5 Seg 6 Seg 7 Seg 8

12345678 12345678 12345678 ------78 -------- -------- -------- --------

OCATION 50 WEIGAND FORMAT 1 – PARITY TYPE 2

(1 segment of decimal data) This location programs the Partity Type 2 for Weigand Format 1. Available options for this location are 0 = No Parity; 1 = Odd Parity; 2 = Even Parity. Factory default is 2.

OCATION 51 WEIGAND FORMAT 1 – PARITY MASK 2

(8 segments of binary data) This location tells which bits to include for the parity count; and includes the parity bits. It is used in conjunction with Location 50 (Parity Type 2). The factory default is:

Seg 1 Seg 2 Seg 3 Seg 4 Seg 5 Seg 6 Seg 7 Seg 8

OCATION 52 WEIGAND FORMAT 1 – PARITY TYPE 3

(1 segment of decimal data) This location programs the Partity Type 3 for Weigand Format 1. Available options for this location are 0 = No Parity; 1 = Odd Parity; 2 = Even Parity. Factory default is 0.

OCATION 53 WEIGAND FORMAT 1 – PARITY MASK 3

(8 segments of binary data) This location tells which bits to include for the parity count; and includes the parity bits. It is used in conjunction with Location 52 (Parity Type 3). The factory default is:

12345678 ---45678 -------- -------- -------- -------- -------- --------

Seg 1 Seg 2 Seg 3 Seg 4 Seg 5 Seg 6 Seg 7 Seg 8

-------- -------- -------- -------- -------- -------- -------- --------

• 40-bit with facility code (Casi Rusco 4001)

• 40-bit without facility code (Casi Rusco 4002)

LED5 - "On" if Weigand Format #5 is enabled. (Default is “On”) LED6 - "On" if Weigand Format #6 is enabled. LED7 - "On" if Weigand Format #7 is enabled. LED8 - "On" if Weigand Format #8 is enabled.

OCATION 54 WEIGAND FORMAT 1 – PARITY TYPE 4

(1 segment of decimal data) This location programs the Partity Type 4 for Weigand Format 1. Available options for this location are 0 = No Parity; 1 = Odd Parity; 2 = Even Parity. Factory default is 0.

OCATION 55 WEIGAND FORMAT 1 – PARITY MASK 4

(8 segments of binary data) This location tells which bits to include for the parity count; and includes the parity bits. It is used in conjunction with Location 54 (Parity Type 4). The factory default is:

Seg 1 Seg 2 Seg 3 Seg 4 Seg 5 Seg 6 Seg 7 Seg 8

OCATION 56 WEIGAND FORMAT 1 – PARITY TYPE 5

(1 segment of decimal data) This location programs the Partity Type 5 for Weigand Format 1. Available options for this location are 0 = No Parity; 1 = Odd Parity; 2 = Even Parity. Factory default is 0.

OCATION 57 WEIGAND FORMAT 1 – PARITY MASK 5

(8 segments of binary data) This location tells which bits to include for the parity count; and includes the parity bits. It is used in conjunction with Location 56 (Parity Type 5). The factory default is:

OCATIONS 58 – 70 WEIGAND FORMAT 2 (TECOM ASC 27 BIT)

These locations contain the programming for Weigand Format 2. Refer to the instructions for Locations 45 – 57 regarding the Bit Descriptors, Parity Types and Parity Masks 1-5. Factory defaults are in the worksheets.

OCATIONS 71 - 83 WEIGAND FORMAT 3 (HID1000)

OCATIONS 84 – 96 WEIGAND FORMAT 4 (H10304)

OCATIONS 97 - 109 WEIGAND FORMAT 5 (40 BIT W/FACILITY CO DE – CAS I 4001)

OCATIONS 110 - 122 WEIGAND FORMAT 6 (40 BIT W/O FACILITY CODE – CASI 4002)

OCATIONS 123 - 135 WEIGAND FORMAT 7 (UNDEFINED)

OCATIONS 136 - 148 WEIGAND FORMAT 8 (UNDEFINED)

-------- -------- -------- -------- -------- -------- -------- --------

Seg 1 Seg 2 Seg 3 Seg 4 Seg 5 Seg 6 Seg 7 Seg 8

-------- -------- -------- -------- -------- -------- -------- --------

PROGRAMMING WORKSHEETS for Locations 44 - 148

SEG DESCRIPTION

LOCATION 44 – CODE ENTRY LOGGING PARTITION

1 Code Entry Logging Partition for Reader “A” Default = 0 2 Code Entry Logging Partition for Reader “B” Default = 0

IMPORTANT: THE FOLLOWING LOCATIONS ARE CONSIDERED ADVANCED PROGRAMMING AND SHOULD ONLY BE USED BY INSTALLERS WITH A THOROUGH

WEIGAND FORMAT 1

UNDERSTANDING OF

LOCATION 45 – WIEGAND FORMAT 1 (DIGITS & BITS) (DECIMAL DATA) SEG DESCRIPTION DEFAULT DATA

1 Number of Digits in Facility Code 5 2 Number of Digits in Badge Number 5 3 Number of Bits in Facility Code 8 4 Number of Bits in Badge Number 16 5 Total Number of Bits in Complete Weigand Format (including parity bits) 26

LOCATION 46 – WIEGAND FORMAT 1 (BIT DESCRIPTOR 1 - 32) HEX DATA

SEG DESCRIPTION DEFAULT DATA SEG DESCRIPTION DEFAULT DATA

1 Bit 1 Descriptor D 17 Bit 17 Descriptor B 2 Bit 2 Descriptor F 18 Bit 18 Descriptor B 3 Bit 3 Descriptor F 19 Bit 19 Descriptor B 4 Bit 4 Descriptor F 20 Bit 20 Descriptor B 5 Bit 5 Descriptor F 21 Bit 21 Descriptor B 6 Bit 6 Descriptor F 22 Bit 22 Descriptor B 7 Bit 7 Descriptor F 23 Bit 23 Descriptor B 8 Bit 8 Descriptor F 24 Bit 24 Descriptor B

9 Bit 9 Descriptor F 25 Bit 25 Descriptor B 10 Bit 10 Descriptor B 26 Bit 26 Descriptor D 11 Bit 11 Descriptor B 27 Bit 27 Descriptor E 12 Bit 12 Descriptor B 28 Bit 28 Descriptor E 13 Bit 13 Descriptor B 29 Bit 29 Descriptor E 14 Bit 14 Descriptor B 30 Bit 30 Descriptor E 15 Bit 15 Descriptor B 31 Bit 31 Descriptor E 16 Bit 16 Descriptor B 32 Bit 32 Descriptor E

LOCATION 47 – WIEGAND FORMAT 1 (BIT DESCRIPTOR 33 - 64)

1 Bit 33 Descriptor E 17 Bit 49 Descriptor E

2 Bit 34 Descriptor E 18 Bit 50 Descriptor E

3 Bit 35 Descriptor E 19 Bit 51 Descriptor E

4 Bit 36 Descriptor E 20 Bit 52 Descriptor E

WEIGAND FORMATS. DO NOT ATTEMPT TO PROGRAM THESE LOCATIONS IF YOU ARE NOT FAMILIAR WITH WEIGAND PACKETS.

0 = Always Zero; 1 = Always One; B = Badge Number Bit; D = Parity Bit; E = End of Format; F = Facility Code Bit

 Tip: Defaults are shown in bold italics.

5 Bit 37 Descriptor E 21 Bit 53 Descriptor E

6 Bit 38 Descriptor E 22 Bit 54 Descriptor E

7 Bit 39 Descriptor E 23 Bit 55 Descriptor E

8 Bit 40 Descriptor E 24 Bit 56 Descriptor E

9 Bit 41 Descriptor E 25 Bit 57 Descriptor E 10 Bit 42 Descriptor E 26 Bit 58 Descriptor E 11 Bit 43 Descriptor E 27 Bit 59 Descriptor E 12 Bit 44 Descriptor E 28 Bit 60 Descriptor E 13 Bit 45 Descriptor E 29 Bit 61 Descriptor E 14 Bit 46 Descriptor E 30 Bit 62 Descriptor E 15 Bit 47 Descriptor E 31 Bit 63 Descriptor E 16 Bit 48 Descriptor E 32 Bit 64 Descriptor E

LOCATION 48 – WIEGAND FORMAT 1 (PARITY TYPE 1) 0=No Parity; 1=Odd Parity; 2=Even Parity

1 Parity Type 1 1

LOCATION 49 – WIEGAND FORMAT 1 (PARITY MASK 1)

1 Parity Mask 1 12345678 5 Parity Mask 5 --------

2 Parity Mask 2 12345678 6 Parity Mask 6 --------

3 Parity Mask 3 12345678 7 Parity Mask 7 --------

4 Parity Mask 4 ------78 8 Parity Mask 8 --------

LOCATION 50 – WIEGAND FORMAT 1 (PARITY TYPE 2) 0=No Parity; 1=Odd Parity; 2=Even Parity

1 Parity Type 2 2

LOCATION 51 – WIEGAND FORMAT 1 (PARITY MASK 2)

1 Parity Mask 1 12345678 5 Parity Mask 5 --------

2 Parity Mask 2 ---45678 6 Parity Mask 6 --------

3 Parity Mask 3 -------- 7 Parity Mask 7 --------

4 Parity Mask 4 -------- 8 Parity Mask 8 --------

LOCATION 52 – WIEGAND FORMAT 1 (PARITY TYPE 3) 0=No Parity; 1=Odd Parity; 2=Even Parity

1 Parity Type 3 0

LOCATION 53 – WIEGAND FORMAT 1 (PARITY MASK 3)

1 Parity Mask 1 -------- 5 Parity Mask 5 --------

2 Parity Mask 2 -------- 6 Parity Mask 6 --------

3 Parity Mask 3 -------- 7 Parity Mask 7 --------

4 Parity Mask 4 -------- 8 Parity Mask 8 --------

LOCATION 54 – WIEGAND FORMAT 1 (PARITY TYPE 4)

1 Parity Type 4 0

LOCATION 55 – WIEGAND FORMAT 1 (PARITY MASK 4)

1 Parity Mask 1 -------- 5 Parity Mask 5 --------

2 Parity Mask 2 -------- 6 Parity Mask 6 --------

3 Parity Mask 3 -------- 7 Parity Mask 7 --------

4 Parity Mask 4 -------- 8 Parity Mask 8 --------

LOCATION 56 – WIEGAND FORMAT 1 (PARITY TYPE 5)

1 Parity Type 5 0

LOCATION 57 – WIEGAND FORMAT 1 (PARITY MASK 5)

1 Parity Mask 1 -------- 5 Parity Mask 5 --------

2 Parity Mask 2 -------- 6 Parity Mask 6 --------

3 Parity Mask 3 -------- 7 Parity Mask 7 --------

4 Parity Mask 4 -------- 8 Parity Mask 8 --------

WEIGAND FORMAT 2

LOCATION 58 – WIEGAND FORMAT 2 (DIGITS & BITS) (DECIMAL DATA) SEG DESCRIPTION DEFAULT DATA

1 Number of Digits in Facility Code 0

2 Number of Digits in Badge Number 9

3 Number of Bits in Facility Code 0

4 Number of Bits in Badge Number 27

5 Total Number of Bits in Complete Weigand Format (including parity bits) 27

LOCATION 59 – WIEGAND FORMAT 2 (BIT DESCRIPTOR 1 - 32) HEX DATA

0 = Always Zero; 1 = Always One; B = Badge Number Bit; D = Parity Bit; E = End of Format; F = Facility Code Bit

SEG DESCRIPTION DEFAULT DATA SEG DESCRIPTION DEFAULT DATA

1 Bit 1 Descriptor B 17 Bit 17 Descriptor B

2 Bit 2 Descriptor B 18 Bit 18 Descriptor B

3 Bit 3 Descriptor B 19 Bit 19 Descriptor B

4 Bit 4 Descriptor B 20 Bit 20 Descriptor B

5 Bit 5 Descriptor B 21 Bit 21 Descriptor B

6 Bit 6 Descriptor B 22 Bit 22 Descriptor B

7 Bit 7 Descriptor B 23 Bit 23 Descriptor B

8 Bit 8 Descriptor B 24 Bit 24 Descriptor B

9 Bit 9 Descriptor B 25 Bit 25 Descriptor B 10 Bit 10 Descriptor B 26 Bit 26 Descriptor B 11 Bit 11 Descriptor B 27 Bit 27 Descriptor B 12 Bit 12 Descriptor B 28 Bit 28 Descriptor E 13 Bit 13 Descriptor B 29 Bit 29 Descriptor E 14 Bit 14 Descriptor B 30 Bit 30 Descriptor E 15 Bit 15 Descriptor B 31 Bit 31 Descriptor E 16 Bit 16 Descriptor B 32 Bit 32 Descriptor E

LOCATION 60 – WIEGAND FORMAT 2 (BIT DESCRIPTOR 33 - 64)

1 Bit 33 Descriptor E 17 Bit 49 Descriptor E

2 Bit 34 Descriptor E 18 Bit 50 Descriptor E

3 Bit 35 Descriptor E 19 Bit 51 Descriptor E

4 Bit 36 Descriptor E 20 Bit 52 Descriptor E

5 Bit 37 Descriptor E 21 Bit 53 Descriptor E

6 Bit 38 Descriptor E 22 Bit 54 Descriptor E

7 Bit 39 Descriptor E 23 Bit 55 Descriptor E

8 Bit 40 Descriptor E 24 Bit 56 Descriptor E

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