NetworX™ Series NX-1710E Single Door Control Installation and Startup Manual
© 2005 GE Security All rights reserved. NetworX™ is a trademark of the GE companies. Printed in the USA. These instructions do not purport to cover all details or variations in equipment nor to provide every 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.
TABLE OF CONTENTS I. GENERAL DESCRIPTION............................................................................................. 4 II. BOARD LAYOUT........................................................................................................... 5 III. INSTALLATION AND WIRING TERMINALS ................................................................ 6 IV. ENROLLING................................................................................................................... 6 V.
I. GENERAL DESCRIPTION The NetworX NX-1710E is a single door control module used to expand the capabilities of the NetworX control panels. • • • • • • • • 4 Flash-based microprocessor for reprogramming ability via In-Circuit Serial Programming™ header +5 VDC and +12 VDC outputs 4-position dip switch which allows addressing of up to 16 modules on the NetworX bus Box tamper switch tied to tamper terminal One zone input to be connected to a door contact for monitoring the door zone.
II. BOARD LAYOUT NetworX bus LED is lit during normal operation. Programmer Dip Switches (see pg 7 for specifics.
III. WIRING TERMINALS To install the door control, simply wire it into the system. Refer to the following wiring table for details. For the purpose of these instructions, the term “door control” refers to the NX-1710E module, and the term “reader” refers to the specific card reader attached to the system. DESCRIPTION DATA Connect to the NetworX control panel DATA terminal. Data-signaling terminal to all the devices on the bus. COM Connect to the NetworX control panel COMMON terminal.
V. ADDRESSING The first thing that must be decided is the address of this particular relay/output module. This is the address that will be selected when programming the auxiliary devices. To set the addresses use the table below. Refer to Table V-1 that follows for possible addresses. The door control unit must be powered down and powered back up in order to read new or modified dip switch settings. Table V-1 Bus Address 1 128 129 130 131 132 133 134 135 VI.
PROGRAMMING A LOCATION If an attempt is made to program an invalid entry for a particular segment, the keypad sounder will emit a triple error beep (beep, beep, beep), and remain in that segment awaiting a valid entry. To Enter a Location: [location] # To Change Location Data: [changed data] The Armed LED will flash. If the location is valid, the "Armed" LED will extinguish, the "Ready" LED will illuminate, and the zone LED’s will show the data for the first segment of this location.
VII. USER CARDS Adding and de-activating users is done through a combination of entering information at the keypad and scanning cards. Before a card can be entered, one door control on the system must be programmed with User Card Programming enabled (Location 3, Segment 1, Option 1, page 14). It is recommended that only one door control on the system be enabled to modify user cards and that this reader be located near a keypad.
ADDING MULTIPLE USERS WITH AUTO-INCREMENT [CANCEL] [3-digit user number] Example: Accesses Activation mode If a valid user number is entered, LED1 (Green) on any enabled readers will begin to flash. If the user card is not already in the system, it will be added and mapped to the entered user number and LED1 (Green) will continue flashing indicating that the next user card can be scanned for the next user number.
DELETE / RESET ONE USER [EXIT] [3-digit user number] if 4-digit if 6-digit Example: Accesses De-activation mode If a valid user number is entered, LED1 (Green) on any enabled readers will begin to flash. The card information for the user entered in the previous step will be cleared, and LED1 (Green) will stop flashing. After about 30 seconds, all the readers in the system will be updated. user code or Scan any card VIII.
Segment 4 LED1 (Green) Options: LED1 LED2 LED3 LED4–8 Segment 5 "On" to follow Ready status of system. (Default is “On”) "On" to toggle with the relay activation. (Default is “On”) "On" if inverted. Reserved. LED2 (Red) Options: LED1 LED2 LED3 LED4–8 "On" to follow Armed status of system. (Default is “On”) "On" to toggle with the relay activation. "On" if inverted. Reserved.
Segment 5 LED2 (Red) Options: LED1 LED2 LED3 LED4–8 "On" to follow Armed status of system. (Default is “On”) "On" to toggle with the relay activation. "On" if inverted. Reserved. Segments 6 – 8 Reserved LOCATION 2 PROGRAMMING THE X-10 ADDRESS FOR THE SCAN FUNCTIONS (6 segments of numerical data) Segment 1 Module Number Program a number from 0 -15 to represent the corresponding X-10 Module Number from the following table. Default is 0.
LOCATION 3 PROGRAMMING THE OPTIONS AND DOOR CONTROL PARTITIONS (4 segments of binary data) Segment 1 Unit Options: LED1 LED2 LED3 LED4 LED5 LED6 LED7–8 Segment 2 LED1 LED2 LED3 LED4 LED5 LED6 LED7 LED8 Segment 3 LED1 LED2 LED3 LED4 LED5 LED6 LED7 LED8 Segment 4 LED1 LED2 LED3 LED4 LED5 LED6 LED7 LED8 Segment 5 LED1 LED2 LED3 LED4 LED5 LED6 LED7 LED8 - 14 "On" if door control module is enabled for User Card Programming. "On" if tamper is enabled. "On" if disabling on-board zone. Reserved.
LOCATION 4 PROGRAMMING THE ZONES (2 segments of numerical data) Segment 1 Door Shunt Zone Program the zone that will be monitored as a door for access control. This location must be programmed with a valid zone for monitored access control functions to work properly. (Default is 0) Additionally, this zone must be configured in the control panel as a Door Shunt zone by programming an unused Zone Type Characteristic in locations 111-169 (Seg 4, Opt 4).
LOCATION 8 PROGRAMMING THE DAYS FOR SCHEDULE 1 (1 segment of binary data) LED1 = LED2 = LED3 = LED4 = LED5 = LED6 = LED7 = LED8 = "On" if schedule is active on Sunday. "On" if schedule is active on Monday. "On" if schedule is active on Tuesday. "On" if schedule is active on Wednesday. “On” if schedule is active on Thursday. “On” if schedule is active on Friday. “On” if schedule is active on Saturday. “On” if schedule is disabled on holidays.
LOCATION 42 ACTIVATION DATA FOR USER CARDS 1 - 120 (15 segments of binary data) This location is used to select which user cards 1 through 120 are activated. If the LED is “on”, the card is active. Each segment has 8 LEDs corresponding to the 8 possible user cards. Example: Segment 4, LED 2 indicates that user card 26 is active.
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. LOCATION 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.
LOCATION 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. LOCATION 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).
SEG IX. PROGRAMMING WORKSHEETS Tip: Defaults are shown in bold italics. DESCRIPTION LOCATION 0 – READER “A” SCAN FUNCTIONS & OPTIONS 1 SINGLE SCAN FUNCTION 1 = "On" to send Code Entry function to the control panel. 2 = "On" to activate the Armed Away mode. 3 = "On" to activate the Armed Stay mode. 4 = "On" to send the Disarm function to the control panel. 5 = "On" to send Auxiliary Function #1 to the control panel. 6 = "On" to send Auxiliary Function #2 to the control panel.
SEG DESCRIPTION 5 LED2 (RED) OPTIONS 1 = "On" to follow Armed status of system. 2 = "On" to toggle with the relay activation. 3 = "On" if inverted. 4-8 Reserved.
SEG DESCRIPTION 5 WEIGAND FORMAT ENABLES 1 = Weigand format # 1 2 = Weigand format # 2 3 = Weigand format # 3 4 = Weigand format # 4 5 = Weigand format # 5 6 = Weigand format # 6 7 = Weigand format # 7 8 = Weigand format # 8 LOCATION 4 – PROGRAMMING THE ZONES 1 DOOR SHUNT ZONE Default = 0 Additionally, this zone must be configured in the control panel as a Door Shunt zone by programming an unused Zone Type Characteristic in locations 111-169 (Seg 4, Opt 4).
SEG DESCRIPTION LOCATION 15 – OPENING TIME FOR SCHEDULE 4 1 Hour of Opening (24-hr format) 2 Minutes after Hour of Opening LOCATION 16 – CLOSING TIME FOR SCHEDULE 4 1 Hour of Closing (24-hr format) 2 Minutes after Hour of Closing LOCATION 17 – DAYS FOR SCHEDULE 4 1 = "On" if schedule is active on Sunday. 2 = "On" if schedule is active on Monday. 3 = "On" if schedule is active on Tuesday. 4 = "On" if schedule is active on Wednesday. 5 = “On” if schedule is active on Thursday.
SEG DESCRIPTION LOCATION 29 – DAYS FOR SCHEDULE 8 1 = "On" if schedule is active on Sunday. 2 = "On" if schedule is active on Monday. 3 = "On" if schedule is active on Tuesday. 4 = "On" if schedule is active on Wednesday. 5 = “On” if schedule is active on Thursday. 6 = “On” if schedule is active on Friday. 7 = “On” if schedule is active on Saturday. 8 = “On” if schedule is disabled on holidays.
IMPORTANT: THE FOLLOWING LOCATIONS ARE CONSIDERED 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.
SEG DESCRIPTION DEFAULT DATA SEG LOCATION 53 – WIEGAND FORMAT 1 (PARITY MASK 3) 1 -------5 Parity Mask 1 2 -------6 Parity Mask 2 3 -------7 Parity Mask 3 4 -------8 Parity Mask 4 LOCATION 54 – WIEGAND FORMAT 1 (PARITY TYPE 4) 1 0 Parity Type 4 LOCATION 55 – WIEGAND FORMAT 1 (PARITY MASK 4) 1 -------5 Parity Mask 1 2 -------6 Parity Mask 2 3 -------7 Parity Mask 3 4 -------8 Parity Mask 4 LOCATION 56 – WIEGAND FORMAT 1 (PARITY TYPE 5) 1 0 Parity Type 5 LOCATION 57 – WIEGAND FORMAT 1 (PARITY MASK 5) 1 ------
LOCATION 61 – WIEGAND FORMAT 2 (PARITY TYPE 1) 1 0 Parity Type 1 LOCATION 62 – WIEGAND FORMAT 2 (PARITY MASK 1) 1 -------Parity Mask 1 2 -------Parity Mask 2 3 -------Parity Mask 3 4 -------Parity Mask 4 LOCATION 63 – WIEGAND FORMAT 2 (PARITY TYPE 2) 1 0 Parity Type 2 LOCATION 64 – WIEGAND FORMAT 2 (PARITY MASK 2) 1 -------Parity Mask 1 2 -------Parity Mask 2 3 -------Parity Mask 3 4 -------Parity Mask 4 LOCATION 65 – WIEGAND FORMAT 2 (PARITY TYPE 3) 1 0 Parity Type 3 LOCATION 66 – WIEGAND FORMAT 2 (PARITY
LOCATION 73 – WIEGAND FORMAT 3 (BIT DESCRIPTOR 33 - 64) 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 1 B 17 Bit 33 Descriptor 2 B 18 Bit 34 Descriptor 3 D 19 Bit 35 Descriptor 4 E 20 Bit 36 Descriptor 5 E 21 Bit 37 Descriptor 6 E 22 Bit 38 Descriptor 7 E 23 Bit 39 Descriptor 8 E 24 Bit 40 Descriptor 9 E 25 Bit 41 Descriptor 10 Bit 42 Descriptor E 26 11 Bit 43 Descriptor E 27 12 Bit 44 Descriptor E 28 13 Bit 4
LOCATION 85 – WIEGAND FORMAT 4 (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 1 D 17 Bit Bit 1 Descriptor 2 F 18 Bit Bit 2 Descriptor 3 F 19 Bit Bit 3 Descriptor 4 F 20 Bit Bit 4 Descriptor 5 F 21 Bit Bit 5 Descriptor 6 F 22 Bit Bit 6 Descriptor 7 F 23 Bit Bit 7 Descriptor 8 F 24 Bit Bit 8 Descriptor 9 F 25 Bit Bit 9 Descriptor 10 Bit 10 Descriptor F 26 Bit 11 Bit 11 Descriptor
LOCATION 95 – WIEGAND FORMAT 4 (PARITY TYPE 5) 1 0 Parity Type 5 LOCATION 96 – WIEGAND FORMAT 4 (PARITY MASK 5) 1 -------Parity Mask 1 2 -------Parity Mask 2 3 -------Parity Mask 3 4 -------Parity Mask 4 5 6 7 8 Parity Mask 5 Parity Mask 6 Parity Mask 7 Parity Mask 8 ----------------------------- WEIGAND FORMAT 5 LOCATION 97 – WIEGAND FORMAT 5 (DIGITS & BITS) (DECIMAL DATA) DESCRIPTION DEFAULT 1 6 Number of Digits in Facility Code 2 6 Number of Digits in Badge Number 3 19 Number of Bits in Facility Code
SEG DESCRIPTION DEFAULT DATA SEG LOCATION 103 – WIEGAND FORMAT 5 (PARITY MASK 2) 1 5 12345678 Parity Mask 1 2 12345678 6 Parity Mask 2 3 ----5678 7 Parity Mask 3 4 -------8 Parity Mask 4 LOCATION 104 – WIEGAND FORMAT 5 (PARITY TYPE 3) 1 0 Parity Type 3 LOCATION 105 – WIEGAND FORMAT 5 (PARITY MASK 3) 1 -------5 Parity Mask 1 2 -------6 Parity Mask 2 3 -------7 Parity Mask 3 4 -------8 Parity Mask 4 LOCATION 106 – WIEGAND FORMAT 5 (PARITY TYPE 4) 1 0 Parity Type 4 LOCATION 107 – WIEGAND FORMAT 5 (PARITY MASK
LOCATION 112 – WIEGAND FORMAT 6 (BIT DESCRIPTOR 33 - 64) 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 1 B 17 Bit 33 Descriptor 2 B 18 Bit 34 Descriptor 3 B 19 Bit 35 Descriptor 4 B 20 Bit 36 Descriptor 5 B 21 Bit 37 Descriptor 6 B 22 Bit 38 Descriptor 7 B 23 Bit 39 Descriptor 8 D 24 Bit 40 Descriptor 9 E 25 Bit 41 Descriptor 10 Bit 42 Descriptor E 26 11 Bit 43 Descriptor E 27 12 Bit 44 Descriptor E 28 13 Bit
LOCATION 124 – WIEGAND FORMAT 7 (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 1 E 17 Bit 17 Descriptor Bit 1 Descriptor 2 E 18 Bit 18 Descriptor Bit 2 Descriptor 3 E 19 Bit 19 Descriptor Bit 3 Descriptor 4 E 20 Bit 20 Descriptor Bit 4 Descriptor 5 E 21 Bit 21 Descriptor Bit 5 Descriptor 6 E 22 Bit 22 Descriptor Bit 6 Descriptor 7 E 23 Bit 23 Descriptor Bit 7 Descrip
LOCATION 134 – WIEGAND FORMAT 7 (PARITY TYPE 5) 1 0 Parity Type 5 LOCATION 135 – WIEGAND FORMAT 7 (PARITY MASK 5) 1 -------5 Parity Mask 1 2 -------6 Parity Mask 2 3 -------7 Parity Mask 3 4 -------8 Parity Mask 4 Parity Mask 5 Parity Mask 6 Parity Mask 7 Parity Mask 8 ----------------------------- WEIGAND FORMAT 8 LOCATION 136 – WIEGAND FORMAT 8 (DIGITS & BITS) (DECIMAL DATA) DESCRIPTION DEFAULT 1 0 Number of Digits in Facility Code 2 0 Number of Digits in Badge Number 3 0 Number of Bits in Facility Cod
LOCATION 142 – WIEGAND FORMAT 8 (PARITY MASK 2) SEG DESCRIPTION DEFAULT DATA SEG 1 -------5 Parity Mask 1 2 -------6 Parity Mask 2 3 -------7 Parity Mask 3 4 -------8 Parity Mask 4 LOCATION 143 – WIEGAND FORMAT 8 (PARITY TYPE 3) 1 0 Parity Type 3 LOCATION 144 – WIEGAND FORMAT 8 (PARITY MASK 3) 1 -------5 Parity Mask 1 2 -------6 Parity Mask 2 3 -------7 Parity Mask 3 4 -------8 Parity Mask 4 LOCATION 145 – WIEGAND FORMAT 8 (PARITY TYPE 4) 1 0 Parity Type 4 LOCATION 146 – WIEGAND FORMAT 8 (PARITY MASK 4) 1 -
XII. FCC INFORMATION The NX-1710E module has not received any FCC approvals yet. XIII. UNDERWRITERS LABORATORIES INFORMATION The NX-1710E module has not received any UL listings yet. XIV. SPECIFICATIONS DIMENSIONS Approx. 3.25"W x 6.00"L x 1"D OPERATING POWER 12 VDC, Supplied by NX-4, NX-4V2, NX-6, NX-6V2, NX-8, NX-8V2, NX-8E, or NX-320E CURRENT DRAW 40mA Standby with Green LED 110mA Maximum OPERATING TEMPERATURE 32 to 120 degrees F SHIPPING WEIGHT < 1 lb. 1420 N.
