Kershaw Systems A-WEB Host User manual

Kershaw Systems
www.kershawsystems.com
Controller Board Tech Guide

Table of Contents
Kershaw Systems
Mfg. of RISG Products
Questions 949-335-5149
San Clemente, Ca 92672
Kershaw Systems
www.kershawsystems.com
A
-Web Controller (diagram)
Page 3
-4
AW
-EXP-R Expansion Board (diagram)
Page 5
-6
Expand System to 32 Readers
using AW-EXP-
R’s
Page 7
Connecting
A-Web Controller / Network
Page
8
Connecting LAN to A
-Web Controller
Page 9
Connecting Readers
to A-Web/AW-EXP-R
Page 10
-11
Connecting Power & Battery Back Up
Page 12
-13
Wiring AW
-EXP-R to A-Web via RS485 Info
Page
14
A
-Web LED Information
Page 15
A
-Web to AW-EXP-R Wiring / Specs
Page 16
Enclosures for A
-Web & AW-EXP-R
Page 17
Wire Lock Relays
Page
18
Wiring Door Contacts. Rex & Input Circuits
Page 19
Wire Output Relays / Open Collectors
Page 20
Wire 2 Readers to One Reader Port
Page
21
Input / Output
–Power Routing
Page 22
SD Card Information & A
-Web Default Readers
Page 23
A
-Web Host & AW-EXP-R Circuit Support
Page 24

3
2 GB SD Card
Non-volatile
Memory Storage
Connect LAN
To Web Browse Into
A-WEB Software
RS 485 Port
Connect up to 15 AW-EXP-R ‘s
General Purpose (4)
Inputs for other Devices
Door Contact & Rex
For 2 Doors
(Contact Switch (DC)
Connect
Reader # 2 Connect
Reader # 1
Support 2 Locks
With 2 Door Lock Dry
Contact Form C Relays
12-24 VDC 5 Amp
2 General Purpose Output
Dry Contact Form C Relays 12-
24 VDC 5 Amp for Other Devices
12 V & Ground
to Power Supply
12V or 13.8V 2.8 to
3.5 amp 45 Watt
A-WEB S-RAM (2MB) Memory
includes all features such as
Admin, Alarm, Hardware,
Cardholder, Report Modules which
is backed-up in the SD Memory.
A-WEB Software
Database inside
SD Card
A-WEB CONTROLLER INFORMATION
8 Open Collector Outputs
use for other devices
RS 485 Port
Not used
DB 9 Connector
Used by RISG
Factory Only
Supports
Battery Back-up
7-12 Amp Hours (12V)
Readers -Supports 2 Readers on-board plus an additional 30 with the addition of 15 Expansion Boards
Inputs –Supports 4 Inputs on-board plus and additional 60 with the addition of 15 Expansion Boards.
Outputs –Supports 2 Output Relays & 8 open collector outputs on-board plus an additional 30 Output Relays &
plus 60 open collector outputs with the addition of 15 Expansion Boards.
Door Contacts –Supports 2 door contacts on-board an additional 30 with the addition of 15 Expansion Boards.
REX –Supports 2 door REX on board an additional 30 with the addition of 15 Expansion Boards.
Door Locks –Supports 2 door Locks on board an additional 30 with the addition of 15 Expansion Boards.
Door Lock Relays –On-board door lock relays and supports an additional 30 door lock relays with the addition of
15 Expansion Boards.
A-Web Clock –includes A-Web System clock with Lithium battery back-up
512K Flash Memory –used to manage process’s and store most recent system Database (non-volatile memory).
2 MB S-Ram –used to store and manage A-Web Process’s for fast responses to all requests.
2 GB SD –used as back up non-volatile memory of the entire database.
RJ45 LAN Connector –LAN Connection with filter to suppress noise using CAT 5 Cable.
485 Port –use to connect AW-EXP-R 2 Reader Expansion Boards.
10./100 Base T- on Board LAN
**Lithium Battery A-Web Host Clock-
see page 4 for more information.
P105 used
to reset to default IP
address

4
12 Volt / Ground
& Battery Alarm General Purpose Inputs
Reader 2Reader 1
Pin1- 12 V or 13.8 V
Pin2- 12 V
Pin3- Battery Alarm
Pin4- Ground
Pin5- Ground
Pin1- 12 V
Pin2- 5 V
Pin3- Ground
Pin4- DO
Pin5- D1
Pin6- NG (No Go)
Pin7- GO
Pin8- KP (Keypad)
Pin8- Door 1 Door Contact
Pin7- Door 1 Ground
Pin6- Door 1 REX
Pin5- Door 1 Ground
Pin4- Door 2 Door Contact
Pin3- Door 2 Ground
Pin2- Door 2 REX
Pin1- Door 2 Ground
Door 1 & 2
Reader 1 & 2
8
7
6
5
4
3
2
1
Pin8- 002 Input
Pin7- Ground
Pin6- 006 Input
Pin5- Ground
Pin4- 010 Input
Pin3- Ground
Pin2- 014 Input
Pin1- Ground
8 7 6 5 4 3 2 1
1
2
3
4
5
4 3 2 1
3 2 16 5 49 8 712 11 10
Pin1- 12 V
Pin2- A
Pin3- B
Pin4- Ground
RS485 Port
Pin12- 001 Output Normally Open
Pin11- 001 Output Normally Close
Pin10- 001 Output COM
Pin9- 005 Output Normally Open
Pin8- 005 Output Normally Close
Pin7- 005 Output COM
Pin6- Door Lock 1 Normally Open
Pin5- Door Lock 1 Normally Close
Pin4- Door Lock 1 COM
Pin3- Door Lock 2 Normally Open
Pin2- Door Lock 2 Normally Close
Pin1- Door Lock 2 COM
Door Lock & Output Relays
8
7
6
5
4
3
2
1
RJ45
LAN
Port
(Jack)
SD Card
2-4 GB
Non-Volatile
Back Up
Memory
Lithium
Battery
3 V CR2032
A-Web Shipped Without
Lithium Battery
Must have CR2032
for A-Web Host to function
8 7 6 5 4 3 2 1
1. 2 MB SRAM
2. 2GB Back Up Memory
3. Supports 2 Readers
4. Supports 2 DC & REX
5. Includes 2 Door Lock Relays
6. 4 General Purpose Inputs
7. 2 Output Relays
8. RJ45 Port and RS 485 Port
A-WEB CONTROLLER INFORMATION
**Because of new restrictions that does not allow the shipment of Lithium Batteries on commercial airliners the A-Web Host 2
Reader Controller will be shipped without the CR2032 3 Volt Lithium Battery. These batteries are very common throughout the
world. Please check with our RISG Partners if they can ship the batteries with the A-Web Host Controller. The Current USA
Distribution Center will ship the batteries with the ANX if they are shipped via Ground.
1
2
3
4
5
6
7
8
9
10
Pin1- 12 V
Pin2- 5 V
Pin3- OC
Pin4- OC
Pin5- OC
Pin6- OC
Pin7- OC
Pin8- OC
Pin9- OC
Pin10-OC
Open Collector Outputs
Pin 1 and Pin 2 is for
Auxiliary Power

5
2 Door
Lock
Relays &
2 Output
Relays
All are
Dry
Contact
Form C
12-24
VDC 5
Amps
AW-EXP-R 2 Reader Expansion Information
Connect
Reader # 2
Connect
Reader # 1
Dipswitch
Reset Button
General Purpose (4)
Inputs for other Devices
Connect Door
Contact & REX # 2
Connect Door
Contact & REX # 1
Open Collector
Outputs
(4) for other
Devices
Connect Door
Lock # 1
Connect Door
Lock # 2
Connect Output
Connect Output
12 V & Ground
to Power Supply
12V or 13.8V 2.8 to 3.5
amp 45 Watt
RS 485 Port Pin A
& Pin B
1. Supports 2 Readers
2. Supports 2 DC & REX
3. Includes 2 Door Lock Relays (Dry Contact Form C 12-24 VDC 5 Amps)
4. 4 General Purpose Inputs
5. 2 Output Relays (Dry Contact Form C 12-24 VDC 5 Amps)
6. 4 Open Collector Outputs
7. Includes RS 485 Port & Dipswitch
AW-EXP-R 2 Reader Expansion Boards connect via the 485 Board (see below).

6
12 Volt / Ground
& Battery Alarm
Open Collector Outputs
General Purpose Inputs
Reset
Reader 2Door 1 Reader 1
Pin1- 12 V / 13.8 V
Pin2- 12 V
Pin3- Battery Alarm
Pin4- Ground
Pin5- Ground
8 7 6 5 4 3 2 14 3 2 1
Pin1- 12 V
Pin2- 5 V
Pin3- Ground
Pin4- DO
Pin5- D1
Pin6- NG (No Go)
Pin7- GO
Pin8- KP (Keypad)
Pin1- Ground
Pin2- Door Contact
Pin3- Ground
Pin4- REX
Door 1 & 2
Reader 1 & 2
8
7
6
5
4
3
2
1
Pin8- 12 V
Pin7- 002 Open Collector
Pin6- 12 V
Pin5- 006 Open Collector
Pin4- 12 V
Pin3- 010 Open Collector
Pin2- 12 V
Pin1- 014 Open Collector
Pin8- Ground
Pin7- 007 Input
Pin6- Ground
Pin5- 006 Input
Pin4- Ground
Pin3- 003 Input
Pin2- Ground
Pin1- 002 Input
Door 2 8 7 6 5 4 3 2 14 3 2 1
5
4
3
2
1
4
3
2
1
8 7 6 5 4 3 2 13 2 16 5 49 8 712 11 10
Dipswitch
Pin1- 12 V
Pin2- A
Pin3- B
Pin4- Ground
RS485 Port
Fuse 1 amp
Pin12- Door Lock 1 COM
Pin11- Door Lock 1 N/C
Pin10- Door Lock 1 N/O
Pin9- Door Lock 2 COM
Pin8- Door Lock 2 N/C
Pin7- Door Lock 2 N/O
Pin6- 001 Output COM
Pin5- 001 Output N/C
Pin4- 001 Output N/O
Pin3- 005 Output COM
Pin2- 005 Output N/C
Pin1- 005 Output N/O
Door Lock & Output Relays
1. Supports 2 Readers
2. Supports 2 DC & REX
3. Includes 2 Door Lock Relays (Dry Contact Form C 12-24 VDC 5 Amps)
4. 4 General Purpose Inputs
5. 2 Output Relays (Dry Contact Form C 12-24 VDC 5 Amps)
6. 4 Open Collector Outputs
7. Includes RS 485 Port & Dipswitch
AW-EXP-R 2 Reader Expansion Information
EXPANSION BOARDS 1 THRU 8
1st
2nd
3rd
4th
5th
6th
7th
8th
1 2 3 4 5 6 7 8
EXPANSION BOARDS 9 THRU 15
9th
10th
11th
12th
13th
14th
15th
9 A B C D E F
There is a Dipswitch on each AW-EXP-R Set Dial or Arrow
so it points to Number or Letter on Dial Using Dipswitch
Chart Above Left Example: 1st AW-EXP-R would be Set at 1,
2nd AW-EXP-R would be set at 2 .
Dipswitch Setting

RS485
RS485
RS485
Each AW-EXP-R Supports 2 Readers, 2 REX, 2 Door Contact, 2 Door Locks, Includes
2 Door Lock Relays and has 4 Extra Inputs and 6 Extra Outputs for other Devices.
Each AW-EXP-R has a dipswitch dial that must be set as shown below to allow theA-
Web Host to communicate with the AW-EXP-R (see page 6).
1st EXP-R
2 Reader 4th EXP-R 2 Reader
3rd EXP-R
2 Reader
2nd EXP-R
2 Reader
5th EXP-R
2 Reader
11th EXP-R
2 Reader
6th EXP-R
2 Reader 7th EXP-R 2 Reader 8th EXP-R 2 Reader 9th EXP-R 2 Reader 10th EXP-R 2 Reader
12th EXP-R
2 Reader 15th EXP-R 2 Reader
14th EXP-R
2 Reader
13th EXP-R
2 Reader
RS 485 Port
Connect up to 15 AW-EXP-R ‘s
Dipswitch
Set at 1 Dipswitch Set at 2 Dipswitch Set at 3 Dipswitch Set at 4
Dipswitch
Set at 5 Dipswitch Set at 7 Dipswitch Set at 8 Dipswitch Set at 9 Dipswitch Set at A
Dipswitch
Set at 6
Dipswitch
Set at B Dipswitch Set at C Dipswitch
Set at D Dipswitch Set at E Dipswitch Set at F
A-WEB Host
2 Reader
Mother Board Controller
When Adding (1) ea. AW-EXP-R 2 Reader Expansion Boards No power supply
required if within 50 ft. from AWEB Host. Do not use Power Supply for door strikes or
Mag Locks to power AW-EXP-R or A-Web Host.
Expand System to 32 Readers using AW-EXP-R’s
LAN
7
Board Only Photos
(does not include acrylic cover )
Dipswitch Dipswitch Dipswitch Dipswitch
Set at 1 Set at 2 Set at 3 Set at 4
Dipswitch Dipswitch Dipswitch Dipswitch Dipswitch Dipswitch
Set at 5 Set at 6 Set at 7 Set at 8 Set at 9 Set at A
Dipswitch Dipswitch Dipswitch Dipswitch Dipswitch
Set at B Set at C Set at D Set at E Set at F

STEP 1
8
Step 4 –Highlight
Internet Protocol
Version 4 TCP/IPv4)
and then click on
properties.
Step 5 –Enter IP address
192.168.0.xxx (we have
used 192.168.0.200).
Make sure you do not
select the A-Web IP
Address of 192.168.0.100
Highlight with mouse
Click on Properties
Click OK
Step 1 –Go to Control
Panel & Click on
Network & Sharing.
Step 2 –Click on
ChangeAdapter
Setting.
Step 3 –Right Click on
LocalArea Connection
then click On properties..
Network & Sharing
Adapter Settings
Local Area Connection
Internet Protocol V4
IP Address Settings
Computer / Lap Top IP Settings
Enter IP
Address
& Subnet
Mask
Set Up to Connect to the A-WEB
STEP 2
STEP 3
STEP 4
STEP 5

A-Web Host Controller
Enlarged LAN Connection Area on A-Web
Host Controller
Step 1
Plug LAN Cable
Directly into LAN
Connector on A-Web
Step 2
Plug LAN Cable Directly into Router and then connect to PC or connect directly into PC
(if connecting directly into PC without router / hub with CAT 6 Cable the Cat 6 Cable must
be a crossover cable)
Connecting LAN to A-Web
9
LAN Cable
A-Web Host
Controller
Router/Hub
LAN Cable
Maximum distance from A-Web to Router or PC/Lap Top is 300 ft. without repeaters.
No Router/Hub (connect directly)
LAN Cable

10
Description
Pin
Color
12+ Reader Power 12V 1 Red
5+ Reader Power 5 V 2 Red
GND Ground 3 Black
DO DO 4 Green
D1 D1 5 White
NG No Go 6 Brown
GO Go 7 Orange
KP Keypad 8 Yellow
Connecting Standard Reader to A-Web / AW-EXP-R
(make sure power is off on A-Web & AW-EXP-R before connecting reader)
Prox Reader for A-Web / AW-EXP-R
A variety of card readers can be attached to one A-Web or AW-EXP-R. Several different
types of card readers can be attached to the same A-Web or AW-EXP-R. The most
common reader is Wiegand and their data wires are listed in the table above. The A-Web
defaults are 26,32,34 & 42 Wiegand and HID 34, HID 35 and Corp 37.
Connect the following to Port 1 and 2
12 V Red wire to 12 V
Ground Black wire to Ground
D0 Green Wire to D0
D1 White Wire to D1
No Go and Go not required for Reader
to Reader Prox Cards / FOB’s

11
Description
Pin
Color
12+ Reader Power 12V 1 Red
5+ Reader Power 5 V 2 Red
GND Ground 3 Black
DO DO 4 Green
D1 D1 5 White
NG No Go 6 Brown
GO Go 7 Orange
KP Keypad 8 Yellow
Prox Key Pad Readers for A-Web / AW-EXP-R
A Prox Keypad Readers can be attached to one A-Web or EXP-R and several
different types of card readers can be attached to the same A-Web or EXP-R. The
most common reader is Prox Key Pad Readers is Wiegand and their data wires are
listed in the table above. The A-Web defaults are 26,32,34 & 42 Wiegand and HID
34, HID 35 and Corp 37.
Most Keypad Readers use Card Plus Key or Card Only
Mode follow below i.e. RISG 130 Keypad Reader:
12 V Red wire to 12 V
Ground Black wire to Ground
D0 Green Wire to D0
D1 White Wire to D1
No Go and Go not required for Reader
to Reader Prox Cards / FOB’s
Connecting Keypad Reader to A-Web / AW-EXP-R
(make sure power is off on A-Web & AW-EXP-R before connecting keypad reader)

12
Connecting Power to A-Web / AW-EXP-R
Description
Pin
12+ Power 12V/13.8V 1
12+ Power 12V/13.8V 2
B/A Battery Alarm 3
GND Ground 4
GND Ground 5
Connecting Power
View with
Connector Off
Normal Connection directly to power supply may be a 12 V or
13.8 V to Pin # 1 and Ground to Pin # 5 going left to right.
A 12 Volt or the 13.8 Power Unit can be connected to the
A-Web or AW-EXP-R.
Special Caution:
When removing & Placing Connector to Board make sure It is
placed correctly and you do not place the connector one pin off as
this could destroy the Board
During Boot up the Green Processor LED (D100-RUN) will start
blinking for 30-45 seconds and then stay solid green (no blinking)
for 1- 1.5 minutes and then start blinking again which means it is at
the end of the boot up process and ready to use.

13
PS01/PS03 Power Unit (for A-Web & AW-EXP-R) 12 Volt Single Output
Power Input 120V/240V
Power Output 12V (3to 3.8 amps)
The A-Web / AW-EXP-R may use a 12V Power
Supply instead of using the Power Unit. The Power
Unit allows the user the flexibility for Battery Back
Up with the Power Unit.
DC Output +
DC Output COM
Pin 1 H = Hot
Pin 2 N = Neutral
1
2
Input
Output
PS05 Power Unit (for A-Web & AW-EXP-R) 13.8 Volt Dual Output
1. Power Input 120V/240V
2. Power Output 1 13.8V (2.8 amps) Pins 5 & 6
3. Power Output 2 13.8V (1.5 amps) Pins 3 & 4
The A-Web / AW-EXP-R may use a 12V Power Supply instead of using the Power
Unit. The Power Unit allows the user the flexibility for Battery Back Up with the
Power Unit.
1
2
3
4
5
6
Pin 1 = Battery Low
Pin 2 = AC OK
Pin 3 = Battery –
Pin 4 = Battery +
Pin 5 = DC Output +
Pin 6 = DC Output COM
Pins
Output
1
2
Pin 1 H = Hot
Pin 2 N = Neutral
Input
A-Web Host
or AW-EXP-R
Expansion
Board
Battery Cable
from Power Unit to Battery
13.8 V (Pins 3 & 4)
13.8V Power Unit to A-Web / AW-EXP-R (Pins 5 & 6)
Power
Unit
We recommend Battery Back
up for the A-Web and AW-
EXP-R’s. Using the PS05
power unit that connects to a
7-12 Amp hour Battery (see
diagram above & left) ).
120/240 V into Power Unit.
Power Unit 13.8V to Battery
(output 2) and 13.8V to A-Web
/ AW-EXP-R (Output 1). Power
Unit includes Battery Cable.
Battery Back Up (for A-Web & AW-EXP-R
using PS05 shown above)
Connecting Power

14
RS485
Port
RS485 Port
AW-EXP-R
A-Web
RS485 Port
RS485 Port
RS485
Max. Distance
A-Web to EXP-R
4,000 Ft.
AA A A A
BB B B B
A-Web AW-EXP-R AW-EXP-RAW-EXP-RAW-EXP-R
Connect A-Web 485 Port Pin A & B to 485 Port Pin A & B on AW-EXP-R and Connect to
485 Port Pin A & B on AW-EXP-R and etc. As illustrated in the above drawing. No
repeaters used.
Use EOL Resistors on last
AW-EXP-R for noise suppression.
A-Web RS485 to AW-EXP-R Wiring Diagram
Communications Wiring and Connections
The 485 connection is used to connect AW-EXP-R-2RD expansion board. This allows for additional readers, inputs
& outputs to be connected to the A-Web Host Controller. Connecting the 485 network (if used) to the A-Web Host
485 is at Port1. Use 22 AWG twisted pair wire. This network has a maximum length of 4,000 Ft. Attach the network
to connections labeled A and B on PORT1. Maintain PIN A to PIN A and PIN B to PIN B throughout the Network. If
the AW-EXP-R is designated for line termination attach a 120 ohm 5% resistor across PINS A and B.
Special Note: AW-EXP-R 2 Reader Expansion board if within 50 ft. of the A-Web Host Controller does not require
separate power supply and therefore may access power from the A-Web Host Controller. Two AW-EXP-R’s may be
powered by one Power Supply like the RISG PS05. Therefore with a 32 Reader System you would need a total
8 different power supplies for the (1) A-Web Host Controller and (15) AW-EXP-R Expansion Boards.

15
Go-Green LED is On “Door Open” or Unlocked
NG –Red LED is On “No Go”
EP –Red LED is On “Enter Pin”
When Output Relay LED is
Red Output are “On” No
LED on Output are “Off”
When Lock LED is Red
then Go LED is
Green “Door Open”
or Unlocked
During Boot up the Green Processor LED
(D100-RUN) will start blinking for 30-45
seconds and then stay solid green (no
blinking) for 1- 1.5 minutes and then start
blinking again which means it is at the
end of the boot up process & A-Web is
ready to use.
PW-when Red LED is on Power is On
TR –when green LED is on LED on means Transmit & Receive to Host
CL –when Red LED is on means connected to LAN
SD Card Red LED on
means SD Card
Connected Green LED’s are on means
Transmit & Receive
Communication on 485 Line
LED Information for A-Web
LED’s – A-Web Controller has a variety of LEDS for diagnostics which includes the following:
Processor –Green LED On = processor on / SD Card –Red LED On = SD Card Processing
Power LED –Red LED on = power on / Transmit LED –Green LED On = transmit & receive
Connect LAN Red Led on = connected to LAN / 485 Green LED’s on = transmit & Receive
Output Relay Red Led on = Output on / Lock Relay Red LED on = door unlocked
Go Green LED on = door open (unlocked) / No Go Red LED on = No Go
EP Red Led on = Enter Pin (Keypad Reader). Note See A-Web Controller Tech Manual for more
detailed information.

16
Wiring to A
-
Web or
AW-EXP-R Gauge No. of Pairs Shielded T/w Stand Max Length
Card Reader 18/22 3 Yes Yes 500 ft.
Door Contact 22 1 Yes Yes 500 ft.
REX 22 1 Yes Yes 500 ft.
Rex Motion 18/22 2 Yes Yes 500 ft.
Electric Lock 18 1 Yes Yes 500 ft.
Note: A-Web to AW-EXP-R communication is 485 (use 22 Gauge maximum distance is 4000 ft. from the A-
Web).
Item
Spec Specifications
Max. Temp
120
F / 48 C
Min. Temp
32F / 0 C
Relay
Ratings
Form C Relays 12
-24 VDC 5 Amp
Power Supply
45 Watt / 2.8
- 3.5 Amp / 12 Volt or 13.8 Volt
Battery Back
-up
7
-12 Amp Hours (12V)
A-Web / AW-EXP-R Environmental, Relay & Power Info
A-Web / AW-EXP-R Wiring Info
The 485 connection is used to connect AW-EXP-R-2RD expansion boards. This allows for additional readers
to be connected to the A-Web Controller. Connecting the 485 network (if used) to the A-Web is at Port1.
Use 22 AWG twisted pair wire.
A-Web to AW-EXP-R Wiring
Note: Do not connect more than 1 AW-EXP-R andA-Web to the PS05 Power Unit or
a 12V Power Supply.

17
EN-14 Enclosure
(AW-EXP-R)
Front Side
Removal Panel
10.9” (277 CM)
x 7”(178 CM)
(pre-drilled
for PS-05-C &
AW-EXP-R-S/C)
9.8”
250 CM
13.8”
350 CM
5.9”
150 CM
Includes
Lock
AW-EXP-R
-C
PS01/PS-05
Power Unit
Enclosures (A-Web & AW-EXP-R)
Front Side
Removal Panel
15.0” (380 CM)
x 9.3”(235 CM)
(pre-drilled
for PS-05-C &
A-Web Host-C)
11.8”
300 CM
17.7”
450 CM
6.7”
170 CM
Includes
Lock
A-Web
Host-C
PS-05
Power Unit
EN-17 Enclosure
(A-Web)
AW-EXP-R-C with standoffs mounted
underneath of AW-EXP-R that match
the drill holes on the removable panel
inside the EN-14.
A-Web Host-C with Cover and
standoffs mounted underneath of A-
Web Host that match the drill holes
on the removable panel inside the
EN-17.
PS-01/PS-05-C Power Unit (single or dual output
power supply).
PS-01/PS-05-C Power Unit (single or dual output
power supply).

18
Wire Door Lock Relays
Wire Mag Lock Relay Normally Close
NO NC COM
Lock 1
Wire Door Strike Lock Relay Normally Open
Wire Internal Mag Lock Relay Normally Close
Lock 2
NO NC COM
A door magnet lock requires
constant Power to the lock &
the lock will only release when
the power is broken
Wiring a 12VDC door strike
lock using an external power
supply.
12 VDC
External
Power Supply
Note:
It is recommended to wire the relay dry (-)
But you may wire the relay wet (+) up to 250
VAC, 5A (NO) / 3A (NC) and up to 30 VDC,
5A (NO) / 3A (NC)
Lock 1
COMNCNO NO COMNC
Lock 2
12 VDC
External
Power Supply
A door strike only
requires Power when
unlocking the door.
Wiring a 12VDC door magnet
lock using an external power
supply.
Note:
It is recommended to wire the relay dry (-)
But you may wire the relay wet (+) up to 250
VAC, 5A (NO) / 3A (NC) and up to 30 VDC,
5A (NO) / 3A (NC)
Lock 1 Lock 2
COMNO NO COMNC NC 12VGround Battery
Cable
A door magnet lock requires
constant Power to the lock &
the lock will only release when
the power is broken
Note:
It is recommended to wire the relay dry (-)
But you may wire the relay wet (+) up to 250
VAC, 5A (NO) / 3A (NC) and up to 30 VDC,
5A (NO) / 3A (NC)
Wiring a
12VDC door
magnet lock
using
Charger
Regulator.
Charger Regulator

19
Wiring Door Contact, Rex & Input Circuits
Inputs
Points
Points
Inputs
Adding EOL (end of line) Resistors to Inputs
Normally Open
(class B Inputs) Normally Close (class B Inputs)
Wire Door Contact (1) and REX (2) (request to exit)
EOL Resistors for Door Contact Only.
Door Contact is Normally Close
Wire Diagram for Inputs
Using EOL (end of line) Resistors
Normally Closed
NC Sensor Switch
Switch Door Position Switch (N/C Sensor)
(1)
(2)

20
Wiring Door Contact, Rex & Input Circuits
Wire External Relay 24VDC
To open collector output
Wire Open Collector Output
Using Internal Power
Wire Output Relay
To External Power
Wire Output Relay
to A-Web Power
Wire a Device directly to an Open Collector Output
1.1 Connect the positive device lead (if polarized) to the + 12 pin
1.2 Connect the remaining device lead to the OC (open collector ground ) pin.
Ensure that the current load requirement for each circuit does not exceed
100ma.
Wire a Device directly to an Open Collector Output
1.1 Connect the positive device lead (if polarized) to the + 12 pin
1.2 Connect the remaining device lead to the OC (open collector ground ) pin.
Ensure that the current load requirement for each circuit does not exceed
100ma.
Note:
It is recommended to wire the relay dry (-)
But you may wire the relay wet (+) up to 250
VAC, 5A (NO) / 3A (NC) and up to 30 VDC,
5A (NO) / 3A (NC)
Note:
It is recommended to wire the relay dry (-)
But you may wire the relay wet (+) up to 250
VAC, 5A (NO) / 3A (NC) and up to 30 VDC,
5A (NO) / 3A (NC)
Note: Open Collector Outputs to Drive Only LED’s A 0.01A (100ma). Fuse is recommended to be placed in line
with the Open Collector Output and the external device
Note: Open Collector Outputs to Drive Only LED’s A 0.01A (100ma). Fuse is recommended to be placed in line
with the Open Collector Output and the external device
Wiring a 12VDC Horn using an
external power supply.