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C. LOG BUS
The ES-1 transmits 1200 baud ASCII data from the LOG BUS screw terminals. Log Bus data is sent each time Wiegand data is
received from the entry point, and includes: an entry point ID number, if the entry was valid, non-valid, or off, the facility code, and
the card number (or keypad entry code). The Log Bus can be daisy-chained by wiring the LOG BUS screw terminals L together and
screw terminals H together as shown below.
DB-9
(not included)
Pin 2
Pin 5
(Receive
(Signal
Data)
Ground)
H
L
Brown
Yellow
(Receive Data)
(Signal Ground)
1610m (5280 ft - 1 mile)
maximum run length
If the RS-232 input of a PC, printer, etc. is capable of receiving TTL level RS-232
signals, then the LOG BUS can be wired directly into the RS-232 "Receive Data"
and "Signal Ground" pins to receive ASCII data. Windows "Hyper-Terminal" can be
used to receive the data on a PC. Use the settings in the chart at the right:
P
r
o
g
r
a
m
m
P
r
o
g
r
a
m
m
A. Accessing the Programming Mode
Step 1. Connect a touch tone phone to the PROGRAM PHONE jack.
Step 2. Come off hook. A double beep will indicate that programming has been entered.
Step 3. Program as shown in section B - I.
Step 4. To exit programming, simply hang up the phone.
B. Tenant's Entry Codes
The ES-1 can be programmed with up to 250 tenant entry codes. A tenant can activate the door strike, keyless, from a Wiegand
keypad or by using a proxy card with its 5 digit card number programmed as the entry code. When a given tenant moves out of the
complex, the entry code for that tenant may be cleared without affecting any other tenant's entry code.
Important: 26-bit Wiegand data limits the entry code range from 00001 to 65535. Entry codes larger than 65535 will not work.
WARNING: If using a Viking model HID-2 keypad, do not program the ES-1 to accept entry code 65535 because that is the key-
pad's error code.
1. Programming a Single Entry Code
While in programming, enter the tenant's 5 digit entry code + "#" + memory location number (001 - 250).
Example: 12345 # 001
2. Programming a Continuous Bank of Entry Codes
If using the HID-2 keypad for keyless entry, it is an advantage, from a security standpoint, to have the entry codes all random
numbers. On the contrary, if using the HID-1 card reader, proximity cards are typically purchased as a continuous bank of
incrementing numbers. If this is the case, a large block of incrementing numbers can be programmed all at once. While in pro-
gramming, enter the first (lowest value) 5 digit card number entry code + "#" + the starting memory location number (001 - 249).
After two beeps are heard, enter #✱ + the ending memory location (002 - 250).
Example: 10300 # 001 (wait for two beeps) #✱ 150
This will fill memory positions 001 through 150 sequentially with entry codes 10300 through 10450.
3. Programming One Time Entry Codes
An entry code that can only be used once, and
is then forgotten by the ES-1, can be pro-
grammed similar to a single entry code or a
bank of entry codes as shown above. An extra
"✱" before the "#" makes it a one time code.
VIKING
©
MODEL ES-1
VIKING
ELECTRONICS
HUDSON, WI 54016
STAND-ALONE
DOOR CONTROLLER
ENTRY SYSTEM
ENTRY POINT
WIEGAND
DEVICE
GANG
LOG
PROG
BUS
COMM
PROGRAM
PHONE
H
L
24 gauge wire
i
n
g
i
n
g
VIKING
MODEL ES-1
©
VIKING
ELECTRONICS
HUDSON, WI 54016
STAND-ALONE
DOOR CONTROLLER
ENTRY SYSTEM
ENTRY POINT
WIEGAND
DEVICE
GANG
LOG
PROG
BUS
COMM
PROGRAM
PHONE
H
L
Example: 12345 ✱# 001
This will fill memory position 001 with one time entry code 12345.
Example: 10300 ✱# 001 (wait for two beeps) #✱ 150
This will fill memory positions 001 through 150 sequentially with one time
entry codes 10300 through 10450.
VIKING
MODEL ES-1
©
VIKING
ELECTRONICS
HUDSON, WI 54016
STAND-ALONE
DOOR CONTROLLER
ENTRY SYSTEM
GANG
LOG
PROG
BUS
COMM
PROGRAM
PHONE
H
L
Communication Software Configuration
Com
Your serial port (1-4)
Baud Rate
1200
Data Bits
8
Stop Bits
1
Parity
none
Flow Control
none
ENTRY POINT
WIEGAND
DEVICE
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