K1 Series ○ ○ ○ ○ ○ All-In-One 12-Pad INSTALLATION & INSTRUCTION MANUAL Essex Electronics, Inc. | 805.684.7601 | 800.KEY-LESS | fax 805.684.0232 | keyless.
K1 Series All-In-One 12-Pad Multi-Format Keypad Reader All rights reserved. No part of this documentation may be reproduced in any form, without prior written consent of Essex Electronics, Inc. Essex Electronics shall not be liable for errors contained in this manual. The information in this document is subject to change without notice. Essex Electronics, Inc. reserves the right to modify this documentation and to make improvements or changes to the product(s) contained in this documentation at any time.
○ ○ ○ ○ ○ Table of Contents Introduction .................................................................................. 1 Overview - The K1 Series ............................................................. 1 Keypad ........................................................................................... 1 Keypad Specifications ................................................................... 1 Keypad Part Numbers ...................................................................
iii Essex Electronics, Inc. | 805.684.7601 | 800.KEY-LESS | fax 805.684.0232 | keyless.
○ ○ ○ ○ Introduction ! Overview – The K1 Series The Essex K1 Series All-In-One 12-Pad Multi-Format is an extremely versatile Keypad that can be configured in the field as any one of the following: ! 26 Bit Wiegand Keypad Reader ! 8 Bit Word Keypad Reader ! BCD Keypad Reader 3x4 Keypad (left) and 2x6 Keypad (right) ! ! Serial ASCII Keypad Reader ! ABA Track II Clock & Data Reader ! 4 Bit Word Keypad Reader ! 500 user-code, stand-alone Keyless Entry® System (See the “K1 Series All-In-One 12-Pad Self-
○ ○ ○ ○ Keypad ! Keypad Specifications, cont’d. 3x4 Keypad Dimensions: 2x6 Keypad Dimensions: 3x4 Keypad Weight: 2x6 Keypad Weight: LED's: ! 5-1/8"H x 3-3/8"W x 7/16"D (13 x 8.6 x 1.1 cm) 7-1/8"H x 1-3/4"W x 3/4"D (13 x 8.6 x 1.1 cm) 16 oz (454 gm) 4.
! Keypad Configuration Voltage Selection The factory default setting for the Keypad voltage is 12-24VDC. Verify that the jumper is removed or placed over only one pin. For 5VDC, the jumper should be placed across both pins. If changing the voltage is necessary, make sure the power is removed first. Keypad Output Selection Once the voltage jumper is verified or correctly set: 1. Remove power. 2. Jumper the two pins above the connector labeled "CONFIG.” 3. Apply appropriate power.
b. To change the audible beep, enter Code 201 # 200 # c. Audible Beep Normal Beep (factory default) Short Click (quieter) To change the illumination on the K1-26 only, enter the code as follows: Code 210 # 211 # 212 # 213 # 214 # Standby Mode Off (factory default) Off Off Dim Dim Normal Operation Off (factory default) Dim Bright Dim Bright You should hear 3 beeps indicating successful configuration (the RED LED will continue to flash and the GREEN LED will be solid).
Keypad Reset In certain cases you may want to erase all user codes and restore system defaults. To perform this procedure: CAUTION: This procedure completely erases the memory and restores factory defaults! Once the memory is cleared, all programmed User Codes are erased and factory default settings are restored. 1. Remove power. 2. Jumper the two pins above the connector labeled "CONFIG.” 3. Apply appropriate power. (You should hear 4 beeps and the RED LED will flash and the GREEN LED will be solid). 4.
a. Keypad Output cont’d. Keypad Output Configuration Site Code Self-contained- ERM-3* 98 # Self-contained- Non-encoded 99 # *Requires Essex Encoded Relay Module, which contains a serial interface to connect a computer for programming and reading codes, or a printer for real-time print-out of activities. Refer to the manual for the “K1-ERM Encoded Keyless Entry® Access Control System.” b. To change the audible beep, enter Code 201 # 200 # c.
○ ○ ○ ○ ○ 26 Bit Wiegand Keypad Reader ! 26 Bit Wiegand Specifications The All-In-One 12-Pad is capable of generating standard 26 Bit Wiegand data. DATA 1 and DATA 0 signals are open collector outputs with 2.2K pull-ups to the internal +5v. The data is sent at 1 msec per bit with a pulse duration of 50 usec. An annunciator beeps with each key press. When the LED control input is pulled low, the GREEN LED will be on and the RED LED will be off.
Example: Site Code of 004 and a code of 123 entered 10000010000000000011110111 Note: An error code, which sends all binary 1’s to your panel, is generated by any of the following: a. Pressing the # key with no preceding digits. b. Pressing any number of only 0’s prior to pressing the # key. c. Pressing 65,535 or any number above 65,535. Do NOT program your panel to accept code number 65,535. 8 Essex Electronics, Inc. | 805.684.7601 | 800.KEY-LESS | fax 805.684.0232 | keyless.
! 26 Bit Wiegand Connector Wiring CONFIGURATION PINS- “CONFIG” YELLOW- Audio Control (Do NOT apply voltage) PINK- Site Code PGM (Do NOT apply voltage) TAN- Earth Ground VOLTAGE SELECT (Do NOT apply voltage) 12-24V (default)- Jumper on one pin only 5V- Jumper on both pins BROWN- LED Control (Do NOT apply voltage) BLACK- Ground ORANGE- Buffered Input (Do NOT apply voltage) RED- Input Voltage BLUE- CCTV VIOLET- NOT USED WHITE- Data 1’s GREEN- Data 0’s NOTE: The 2x6 connector is rotated 180 degrees PINK-
! At this point the Keypad will appear non-functional and will not accept any entries. (If the wrong key is pressed during the programming sequence, pressing the * key will clear the entry. You will then hear 2 rapid beeps and both LED’s will flash at the same rate. The Keypad will generate an error tone if you enter a SITE CODE over 255.) ! Disconnect power to the RED wire and disconnect the PINK wire from the BLACK wire.
○ ○ ○ ○ ○ 8 Bit Word Keypad Reader ! 8 Bit Word Specifications DATA 1 and DATA 0 signals are open collector outputs with 2.2K pull-ups to the internal +5V. The data is sent at 1 msec per bit with a pulse duration of 50 usec. An annunciator beeps with each key press. An output is generated with each key press which can be used to drive a CCTV or Security Light. Located through the BLUE wire (see Connector Wiring), this is an open collector output capable of sinking 1/4 A with a 30 second on time.
! 8 Bit Word Connector Wiring CONFIGURATION PINS- “CONFIG” YELLOW- LED Control (Do NOT apply voltage) PINK- NOT USED (Do NOT apply voltage) TAN- Earth Ground VOLTAGE SELECT (Do NOT apply voltage) 12-24V (default)- Jumper on one pin only 5V- Jumper on both pins BROWN- LED Control (Do NOT apply voltage) BLACK- Ground ORANGE- LED Select (Do NOT apply voltage) RED- Input Voltage BLUE- CCTV WHITE- Data 1’s VIOLET- NOT USED GREEN- Data 0’s NOTE: The 2x6 connector is rotated 180 degrees BLUE - CCTV Pressin
ORANGE - LED Control, cont’d. a. When the ORANGE wire is floating (not connected), two wires control the LED’s. When the BROWN wire is pulled low (grounded), the GREEN LED is on. When the YELLOW wire is pulled low, the RED LED is on. b. To control both LED’s with one wire (BROWN), pull the ORANGE wire low. When the LED control input is pulled low, the GREEN LED will be on and the RED LED will be off. When the input goes high, the RED LED will be on and the GREEN LED will be off.
○ ○ ○ ○ ○ BCD Keypad Reader ! BCD Specifications An Output is generated with each key press with a pulse duration of 75 msec. If a longer pulse width is required, grounding the PINK wire on the connector will increase the pulse width to 150 msec. An annunciator beeps with each key press. The output is BCD SINKING with internal 2.2K ohm pull-up resistors. If a BCD SOURCING output is required, grounding the ORANGE wire on the connector will convert the output to BCD SOURCING thru 2.2K ohm resistors.
! BCD Connector Wiring CONFIGURATION PINS- “CONFIG” YELLOW- RED LED Control (Do NOT apply voltage) PINK- Pulse Width Select (Do NOT apply voltage) VOLTAGE SELECT (Do NOT apply voltage) 12-24V (default)- Jumper on one pin only 5V- Jumper on both pins BROWN- GREEN LED Control (Do NOT apply voltage) TAN- Earth Ground BLACK- Ground ORANGE- Sinking / Sourcing output Select (Do NOT apply voltage) RED- Input Voltage BLUE- BCD 8 WHITE- BCD 2 VIOLET- BCD 4 GREEN- BCD 1 NOTE: The 2x6 connector is rotated 18
○ ○ ○ ○ ○ Serial ASCII Keypad Reader ! Serial ASCII Specifications Normal Serial and Inverted Serial signals are open collector outputs with 2.2K pull-ups to the internal +5v. An annunciator beeps with each key press. When the LED control input is pulled low, the GREEN LED will be on and the RED LED will be off. When the input goes high, the RED LED is on and the GREEN LED is off. The RED LED will blink with every key press. The LED control input is pulled to the internal +5v with a 2.2K resistor.
If the wrong baud rate is selected, pressing the * key before entering the parity option will clear the entry. The Keypad will generate an error tone if you enter an invalid number. You should hear 2 audible beeps and the RED LED will continue blinking fast while the GREEN LED will blink slow. 2.
You should hear 3 rapid audible beeps and see both LED’s extinguish. At this point the Keypad will appear dead and not accept any entries. Examples: 3 1 0 (Sets 1200 baud, odd pariety and normal mode) 7 0 2 (Sets 19200 baud, no pariety and buffered mode) This procedure may be repeated to change the Baud Rate and Parity option. You must enter all three digits even if you wish to change only one setting. Factory default is 9600 baud, no parity, normal.
! Serial ASCII Connector Wiring CONFIGURATION PINS- “CONFIG” YELLOW- Audio Control (Do NOT apply voltage) PINK- Baud / Parity / Mode Select (Do NOT apply voltage) TAN- Earth Ground VOLTAGE SELECT (Do NOT apply voltage) 12-24V (default)- Jumper on one pin only 5V- Jumper on both pins BROWN- LED Control (Do NOT apply voltage) BLACK- Ground ORANGE- NOT USED (Do NOT apply voltage) RED- Input Voltage BLUE- CCTV VIOLET- NOT USED WHITE- Inverted Serial Output GREEN- Normal Serial Output NOTE: The 2x6 connec
○ ○ ○ ○ ○ ABA Track II Clock & Data Reader ! ABA Track II Specifications GREEN goes low to clock in data. WHITE output is determined by ORANGE. If ORANGE is low, then Data output is inverted. If ORANGE is high, then Data output is normal. Clock and Data signals are open collector outputs with 2.2K pullups to the internal +5v. Clock Pulse is sent at 200 usec. Interbit delay is 750 usec. An annunciator beeps with each key press.
4. Finally 7 0 bits are sent as lead out. Notes: ! # is the Enter key and * is the Clear key. If # is pressed with no data key first, there is no output from the keypad. ! If over 12 data keys are pressed before enter, there is no output from the keypad.
○ ○ ○ ○ ○ 4 Bit Word Keypad Reader ! 4 Bit Word Specifications DATA 1 and DATA 0 signals are open collector outputs with 2.2K pull-ups to the internal +5V. The data is sent at 1 msec per bit with a pulse duration of 50 usec. An annunciator beeps with each key press. An output is generated with each key press which can be used to drive a CCTV or Security Light. Located through the BLUE wire (see Connector Wiring), this is an open collector output capable of sinking 1/4 A with a 30 second on time.
! 4 Bit Word Connector Wiring CONFIGURATION PINS- “CONFIG” YELLOW- LED Control (Do NOT apply voltage) PINK- NOT USED (Do NOT apply voltage) TAN- Earth Ground VOLTAGE SELECT (Do NOT apply voltage) 12-24V (default)- Jumper on one pin only 5V- Jumper on both pins BROWN- LED Control (Do NOT apply voltage) BLACK- Ground ORANGE- LED Select (Do NOT apply voltage) RED- Input Voltage BLUE- CCTV WHITE- Data 1’s VIOLET- NOT USED GREEN- Data 0’s NOTE: The 2x6 connector is rotated 180 degrees BLUE - CCTV Pressin
ORANGE - LED Control, cont’d. a. When the ORANGE wire is floating (not connected), two wires control the LED’s. When the BROWN wire is pulled low (grounded), the GREEN LED is on. When the YELLOW wire is pulled low, the RED LED is on. b. To control both LED’s with one wire (BROWN), pull the ORANGE wire low. When the LED control input is pulled low, the GREEN LED will be on and the RED LED will be off. When the input goes high, the RED LED will be on and the GREEN LED will be off.
○ ○ ○ ○ ○ Notes Essex Electronics, Inc. | 805.684.7601 | 800.KEY-LESS | fax 805.684.0232 | keyless.
○ ○ ○ ○ ○ Notes 26 Essex Electronics, Inc. | 805.684.7601 | 800.KEY-LESS | fax 805.684.0232 | keyless.
○ ○ ○ ○ ○ Notes Essex Electronics, Inc. | 805.684.7601 | 800.KEY-LESS | fax 805.684.0232 | keyless.
○ ○ ○ ○ ○ Warranty & Repairs ! Limited Lifetime Warranty (effective date May 1, 2006) Essex Electronics Inc. warrants that at the time of original purchase from Essex Electronics Inc., the products specified below are free from defects in workmanship and material. Subject to the conditions and limitations set forth below, Essex Electronics Inc. will, at its option, either repair or replace any part of its products that prove defective by reason of improper workmanship or materials.
also does not apply to any product on which the original identification or date of manufacture information has been altered, obliterated or removed. In no event shall Essex Electronics Inc. be liable for any damage to persons, property or area surrounding the installation site caused by any malfunction of the product manufactured by Essex Electronics Inc. Essex Electronics Inc.
This warranty excludes Elevator and Vehicle Keyless Entry Access Control Systems. A separate warranty applies to Keyless Entry systems manufactured for these applications. Disclaimer of Warranties: Limitation of Buyer’s Remedies Except for the repair or replacement at seller’s option which is expressly set forth above, Essex Electronics Inc.
lawsuit or other action which arises out of, relates to, or is in connection with the manufacture or sale of the products set forth above shall be governed by California law, and the venue for any such action shall be the Superior Court of the State of California in and for Santa Barbara County, California. ! Repair Policy Should it be necessary for a component or a system to be returned for repair, it must be accompanied with an RA# (Return Authorization Number) issued by the factory.
○ ○ ○ ○ ○ Essex Electronics, Inc. | 805.684.7601 | 800.KEY-LESS | fax 805.684.0232 | keyless.
