Viking AES-NET User Manual

Adding the AES-NET board to the AES-2000 allows a local
Wiegand device such as a Proximity Card Reader to be added to
the AES-2000 accessible door entry system. Using Proximity
cards instead of keyless entry codes, the building manager keeps
control over the number of people that can let themselves into the
building. The Wiegand device used may be the Viking model
HID-1 Proximity Card Reader or any other card reader, RF trans­mitter, or digital keypad that outputs 26 bit Wiegand data.

In addition to a directly connected Wiegand device, the AES-NET
board also provides two wire CAN bus connections which sup­ports up to 32 additional remote points of entry. Each additional

Add One Local and up to 32 Remote Wiegand

Type Proximity Card Readers to the AES-2000

• Enables the addition of a Proximity Card

Reader to the AES-2000.

• Accepts data from a HID card reader using
standard 26 bit Wiegand format.

• Supports up to 32 additional entry points
through a two wire CAN communication
protocol.

• Two wire CAN bus can be daisy chain wired

up to 1/2 mile away using a 24 gauge twisted
pair.

Power: Powered from AES-2000 control board
Dimensions: 90mm x 64mm (3.5” x 2.5”)
Shipping Weight: .45Kg (1 lb)
Environmental: -26° C to 54° C (-15° F to 130° F) with 5% to

95% non-condensing humidity
Connections: One 8 pin header and six cage clamp screw ter­minals.
Max CAN length: 0.8 Km (2600 ft) - 24 AWG twisted pair

1.6 Km (5300 ft) - using 2 pairs of 24 AWG twisted pair
Max Wiegand Length: 183 m (500 ft) - 24 AWG wire

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TECHNICAL

TECHNICAL

remote entry point requires one Viking Model ES-3 door controller, one Wiegand device, and a
door strike or magnetic lock of your choice. Only one pair of wires are needed to wire all 32 entry
system door controllers back to the AES-NET board.

PRELIMINARY

AES-NET

AES-NET

Wiegand/CAN

Network Board

September 25, 2002

• High rise apartments

• Condos

• Senior citizen buildings

• Assisted care centers

• Retirement homes

• Gated communities

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Entry point: A door or gate allowing access into a secure or controlled area.

CAN Communications: A highly reliable two wire communications protocol developed for the

automotive industry.

26 bit Wiegand format: The industry standard data output of access control card readers.

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Step 1. Unlock and open the AES-2000 front panel.

Step 2. Disconnect the power to the AES-2000.

Step 3. Remove the (4) screws holding the inner shroud and remove the shroud (see diagram A).

Step 4. Disconnect all cables to the control board.

Step 5. Remove the (4) mounting posts holding the control board (see diagram B).

Step 6. Lift off the control board and set it aside.

Step 7. Place provided 3/16” metal spacers over the three threaded studs. (see diagram C).

Step 8. Mount the AES-NET board onto the studs using the #4 nuts provided (see diagram D).

Step 9. Re-mount the AES-2000 control board back onto the panel.

Step 10. Connect all cables. The AES-NET control cable connects to J9 on the AES-2000 main board. Replace the inner shroud,

being careful not to pinch any wires. .

Step 11. Reconnect the power to the AES-2000

Diagram A

Diagram B

Diagram C

Diagram D

Model: xxx

S/N: XXXXXX

Viking Electronics, Inc. [phone]

P/N: xxxxxxx

1531 Industrial St., Hudson, WI 54016

VIKING

1

2

3

4

5

6

7

8

18

J9

J2

J1

1124

C

One local Wiegand device (typically a Proximity card reader) is fully supported (power and data) from
the AES-NET board, yet may be installed up to 500 feet away using common 24 gauge wire.
Connect only the BLACK, RED, GREEN , and WHITE wires as shown above. Keep unused leads insu­lated.

The AES-NET board allows the AES-2000 to communicate with the Viking model ES-3 entry system
door controller via a two wire CAN Communication Bus. CAN bus distances of up to 1/2 a mile (over
2600 feet) are achieved using common 24 gauge CAT-2 through CAT-5 wire, and 1 mile (5280 feet) is
possible by doubling up on the 24 gauge twisted pair (or running at least 21 gauge) . In addition, up to
32ea ES-3 entry system door controllers may share the same CAN communication pair. The CAN bus
must be polarity correct, so that all CAN-H connections and all CAN-L connections are common.

AES-NET BOARD

18

J9

Local Card Reader

Wiegand

Device

i.e. Proximity

card reader

Two wire

CAN communication BUS

VIKING

ENTRY LOCATION

STATUS LED

GROUP

CAN

POWER

COMM

INPUT

12-24V

BLK RED GRN WHT

L H

AC or DC

WEIGAND DEVICE

CAN

©

VIKING

ELECTRONICS

HUDSON, WI 54016

ENTRY SYSTEM

DOOR CONTROLLER

INPUTS

S1

LO HI

WIEGAND

DEVICE

1

REQUEST

TO EXIT

MODEL ES-3

RELAY OUTPUTS

CCCC

DOOR

RELAY1 RELAY2 RELAY

SENSOR

C

JP3JP2JP1JP5JP4JP6

3

J1

1124

C

LH

J2

White

Green

Red

Black

CAN H

CAN L

VIKING

ENTRY LOCATION

STATUS LED

GROUP

CAN

POWER

COMM

INPUT

12-24V

BLK RED GRN WHT

L H

AC or DC

CAN

©

VIKING

ELECTRONICS

HUDSON, WI 54016

ENTRY SYSTEM

DOOR CONTROLLER

LO HI

WIEGAND

DEVICE

1

REQUEST

TO EXIT

WEIGAND DEVICE

MODEL ES-3

INPUTS

S1

DOOR

SENSOR

RELAY OUTPUTS

CCCC

RELAY1 RELAY2 RELAY

C

JP3JP2JP1JP5JP4JP6

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Up to 32 total VIKING

ES-3 Controllers

VIKING

ENTRY LOCATION

STATUS LED

GROUP

CAN

POWER

COMM

INPUT

12-24V

BLK RED GRN WHT

L H

AC or DC

CAN

©

VIKING

ELECTRONICS

HUDSON, WI 54016

ENTRY SYSTEM

DOOR CONTROLLER

LO HI

WIEGAND

DEVICE

REQUEST

WEIGAND DEVICE

MODEL ES-3

INPUTS

S1

1

DOOR

TO EXIT

SENSOR

RELAY OUTPUTS

CCCC

RELAY1 RELAY2 RELAY

C

JP3JP2JP1JP5JP4JP6

3

Due to the dynamic nature of the product design, the information contained in this document is subject to change without notice. Viking Electronics, and its affiliates and/or
subsidiaries assume no responsibility for errors and omissions contained in this information. Revisions of this document or new editions of it may be issued to incorporate
such changes.

Fax Back Doc 196

ZF301740 Rev 1

Printed in the U.S.A.

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All 26 bit Wiegand Access Cards, such as the HID Proximity Card, identify themselfs with a six digit
number. The first two digits are considered the Facility Code, and the last four digits are the Card
Number. When programming the AES-2000, enter this unique six digit number as the "Keyless Entry
Code" for the person the card will be issued.

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The AES-NET board allows ES-3 Entry System Access Controllers to communicate with the AES­2000's main board to provide up to 32 remote access controlled entry points.

The AES-NET board also monitors a local Wiegand device (ie, proximity card reader) for 26 bit data.
When data is received, it is sent to the AES-2000 which compares it against the programmed data
base. If the six digit card number matches a programmed Keyless Entry Code, access will be granted
just as if the tenant dialed the keyless entry code on the AES-2000 keypad.