All rights reserved. No part of the contents of this manual may be reproduced or
transmitted in any form or by any means without written permission of the Everfocus
Electronics Corporation.
Table of Contents
CHAPTER 1
Product Overview 1
Features 1
Parts List 1
Specifications 2
CHAPTER 2
Installation 4
Wiring Connections 4
Connection to Controller 5
Basic Mounting Instructions 5
CHAPTER 3
Data Format 7
Specialized RS-232 7
Wiegand 26 7
Chapter
1
Product Overview
EverFocus Touch Key Card Reader, including the ERK971, ERK981, ERL971 and
ERL981, incorporate state-of-the-art technology, reliable performance, easy-to-use
features, and elegant appearance. The data output format is Wiegand 26 or RS-232,
which allows easy integration with most controllers, including EverFocus controllers.
The Readers have 3 LED indicators which emit red, green, and yellow colors that
indicate different values. The pigtail wiring on the back of the Readers is 18” long,
enabling easy installation. EverFocus Touch Key Card Reader are an ideal choice for
any Access Control System.
Features
Streamline design and supports Touch Key function
Wiegand 26 or Special RS232 data output format
3 LED indicators
18” Wire pigtail for easy installation
Built-in audio buzzer
200ms read time
Elegant Design
Transient voltage shock protection up to 500W
Parts List
Please be careful when you unpack the box due to the electronics devices inside.
Check and make sure that you have all the items below inside the original box:
If an item appears to have been damaged in shipment, replace it properly in its carton
and notify the shipper. If any items are missing, notify your Everfocus Electronics
Corp. Sales Representative or Customer Service. The shipping carton is the safest
container in which the unit may be transported. Save it for possible future use.
In addition, EverFocus recommends the following parts, to be provided by the
installer:
9 Wire Splice
1 DC Power Supply, 12VDC, 90mA minimum current supply
Up to 500 ft. Cable, 22AWG, 5 Conductor
Specifications
Table 1.1. Reader specifications
ERK971 ERK981 ERL971 ERL981
Frequency 125 KHz 13.56MHz 125 KHz 13.56MHz
ID IC ID IC
Read range 5-12cm (2-4.7”)
Read time 200 ms
Output
format
Audio Built-in Buzzer, 2 kHz
OLED
display
Indicator
Power
supply
Operation
temperature
Dimension
Transition
distance
Tamper
switch
Keypad 3*4
Wiegand 26 and Special RS232 format for EverFocus controller
support Chinese, English,Russian:4×8 Chinese,4×16English、4×
16 Russian
3 LEDs:
Red: Power
Green: Card Present
Yellow: Outer Source
9V-15V DC, Max:90mA
14°F~140°F (-10°~60°C)
4.85”×3.03”×0.85”
123(L)×77(W)×21(H)mm
500 ft.
Yes, Normally Closed
2
Dimensioned drawing
"
Touch Key Card Reader
3
y
(
)
y
T
V
A
Chapter
2
Installation
EverFocus Touch Key Card Reader should be installed by qualified installation
professionals. The installation procedures described below are recommended
guidelines, but all local, state, and national electrical codes take precedence.
Please refer to the following diagram for the wiring connections and mounting
instruction.
Wiring Connections
Table 2.1. Reader wires’ definition
Color Functionalit
RedPower supply 9 ~ 15VDC
Black GND
Green Data 0
Brown Data 1 (Wiegand)
Wiegand
BlueSpecialized RS-232 TX
Gra
Yellow
Orange Anti-tamper Switch
iolet
Specialized RS-232 RX
he yellow led indication lights up when the door control
relay energized
nti-tamper Switch
4
Connection to Controller
Two options are available for data output: Wiegand 26 and a special RS232 format.
Both formats are compatible with EverFocus controllers, and Wiegand 26 is
compatible with many brand name controllers. Table 2.2 describes these two data
formats and their corresponding connection method in detail.
Table 2.2 connecting controller and readers
Connection mode Controller end Reader end wires
DC IN Red
Specialized RS-232
Wiegand 26
GND Black
RS-232 TX Blue
RS-232 RX Gray
DC IN Red
GND Black
Data 0 Green
Data 1 Brown
Basic Mounting Instructions
Please refer to Fig 2.1 to assist you with this portion of the installation. Fig. 2.1 (a), (b)
and (c) show the mounting steps for the reader. The general rule is connecting the
wires in the back of the reader first. Take off the cover box from the reader, and fix
the baseboard on the wall with the screws (provided in the package) firmly (step 1).
Then put the cover box of the reader back on the baseboard (step 2, 3). Finally mount
the screw at the bottom of the reader (step 4. Both the screw and the spanner are
provided in the package.)
②
①
③
Figure 2.1 Reader mouting
5
④
Note: Please keep reader from large metal for at least 2.4". Two reader scan
NOT be installed side by side, or back to back with short distance. In case it is
required to install the reader side by side, a minimum distance of 6" is
recommended between readers. For the back-to-back case, the
recommendation distance is 8’” at least.
6
Chapter
3
Data Format
This chapter will briefly introduce the format of reader’s output.
Two formats can be used to transfer data from the readers to controllers: specialized
RS-232 and wiegand 26. Specialized RS-232, specially designed for EverFocus system,
is recommended for use to achieve the best performance.
Specialized RS-232
The data speed of specialized RS-232 is 9600 bps. All data including card information
and keypad input has been combined together into a data packet. The data packet is
transferred as ASCII character codes.
The length of one data packet is 22 bytes totally, which contains 1-byte packet header,
1-byte synchronization information, 16-byte card information, 1-byte keypad input, 1byte tail (0x30) and 2-byte checksum. The last 2 bytes are the arithmetic checksum of
the previous 20 bytes data.
Each new data packet will be transferred repeatedly for 50 times. After that, a single
idle packet will be transmitted until some new data enters the system. The format of
the idle packet is similar to the normal data packet except that card information bytes
and keypad input bytes will be changed into 0x30, the same as the 1 byte packet tail.
1 2 3~18192021~22
Head SYNC
Card
information
Keypad
input
Tail
Checksum
Figure 3.1 Specialized RS-232 packet format (byte)
Wiegand 26
As the name implies, each wiegand 26 packet contains 26 bit inside: 2 parity bits and
24-bit data. Please refer to Fig 3.2 for details. The 1
7
st
bit is the even parity of
EVERFOCUS ELECTRONICS CORPORATION
y
sequential 12 bits and the last bit (the 26th bit) is the odd parity of the 12-bit data
before it.
1 2~2526
Even parity DataOdd parit
Figure 3.2 wiegand 26 format (bit)
Unlike specialized RS-232 format, the keypad input is processed separately from the
card information. Each time the keypad is pressed, the data bus of Data 0 (green wire)
and Data 1 (brown wire) will send out a corresponding digit combination, as Table 3.1
shows:
Table 3.1 Data 0 and Data1 combination for keypad input