Videx WS4 User manual

WS4-WEB-ACC-EN
V1.0 - 23/01/23
We recommend
This equipment is installed by a
Competent Electrician, Security or
Communications Engineer.
Installation Guide
ENG
WS4 WEB ACCESS
Access Control - Proximity & Coded Access System

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WS4 Web Access System - Installation Guide
WS4 Web Access System
Contents
DECLARATION OF RESPONSIBILITY
This installation guide has been written and revised carefully. The guidance and the descriptions which are included in it are in
reference to VIDEX parts and are correct at the time of print. However, subsequent VIDEX parts and installation guides, can be
subject to changes without prior notice. VIDEX Security Ltd (UK). cannot be held responsible for damages caused directly or
indirectly by errors, omissions or discrepancies between the VIDEX parts and the installation guide.
IMPORTANT: PLEASE READ THESE INSTRUCTIONS CAREFULLY BEFORE COMMENCING WITH THE INSTALLATION.
IT IS RECOMMENDED THAT ANY CABLING AND VIDEX PRODUCTS BE INSTALLED BY A COMPETENT AND QUALIFIED
ELECTRICIAN, SECURITY INSTALLATION SPECIALIST OR COMMUNICATIONS ENGINEER.
Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3
Quick Setup Reference Guide . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3
Technical Information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4
Connecting Multiple Controllers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9
Wiring Diagrams . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10
General Directions for Installation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13
Connection & Reader/Keypad Conguration . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15
Holidays, Schedules & Categories . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 22
Adding Users . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 28
Adding Slave Controllers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 30
Factory Reset the WS4 Controller . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 32
Remote Access with Port Forwarding . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34
The WS4 Portal and Mobile Apps . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 39
Troubleshooting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 40
Notes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 43

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WS4 Web Access System
WS4 Web Access System - Installation Guide
Introduction
SYSTEM INTRODUCTION
The WS4 web access system allows full access control via the internet, wherever you are and with any device: smartphone, tablet
or PC (via the WS4 browser software [version 2.60], WS4 Web Portal [cloud platform] or via the WS4 Mobile Apps for both iOS and
Android devices).
There are several access control cabinets (WS4 controllers) available depending on system requirements:
• WS4CU1 : 1 door control cabinet • WS4CU1-4G : 1 door control cabinet including a 4G wireless router
• WS4CU2 : 2 door control cabinet • WS4CU2-4G : 2 door control cabinet including a 4G wireless router
• WS4CU4 : 4 door control cabinet • WS4CU4-4G : 4 door control cabinet including a 4G wireless router
The controllers can be combined to make up to a 20 door access control system if required (using a maximum of 10 cabinets).
There is no need to install or download any special software as communication is carried out directly with the controller through a
web browser. Also there is no need to have a dedicated PC as everything is available online once the operator has registered with
the controller using its unique 6 digit serial number (located on the main control pcb software chip, refer to technical information
further on).
The control pcbs have each been designed to operate with Mifare proximity readers and coded keypads with an RS485 bus output.
A COPY OF THIS INSTALLATION GUIDE CAN BE DOWNLOADED BY SCANNING THE QR CODE.
Quick Setup Reference Guide
SETUP ORDER
It is recommended that the WS4 system be setup and congured in the following order for the best possible performance:
Check
1. Hardware installation and connecting the WS4 controller - Connect the WS4 controllers (including multiple
controllers), Mifare readers and keypads following the wiring diagrams and general directions for installation notes.
2. PC Connection to the WS4 controller - Connect to the WS4 controller via the WS4 web browser software following
the connection and conguration notes.
3. Readers and keypad conguration - Setup of Mifare readers and keypads and door conguration (i.e. single door,
multiple doors etc.) via the WS4 web browser software following the connection and conguration notes.
4. Set holidays - Conguring normal holiday periods and xed holiday periods following the holidays, schedules and
categories notes.
5. Setup schedules - Setting up weekly schedules which are used in the conguration of the doors and categories
following the holidays, schedules and categories notes.
6. Congure categories - Dene the access rights of users following the holidays, schedules and categories notes.
7. Add users - Adding user details including Mifare user fobs/cards, keypad access PIN codes and assigning categories to
users following the adding users notes.
8. Adding additional slave WS4 controllers via PC - Adding and conguring slave WS4 controllers via the WS4 web
browser software following the adding slave controllers notes.
9. HTTPS, DynDNS and Port Forwarding setup - Required if using the WS4 Web Portal (cloud platform) and the WS4
mobile apps following the remote access with port forwarding notes for remote connection.
ENG

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WS4 Web Access System
WS4 Web Access System - Installation Guide
Technical Information
1 DOOR CONTROLLER  WS4CU1/ WS4CU14G CABINET WS41DE PCB
The 1 door control cabinet WS4CU1/WS4CU1-4G contains a WS4-1D-E pcb, Fig.1, with easy access to the pcb terminals.The cabinet
also has a 14.2Vdc, 3.2A switched mode power supply. The WS4CU1-4G version also includes a 4G wireless router.
1 2 4 5 6
8
9
10
11
13
12
14
37
130
86
14.2Vdc power input (Vin/Gnd)
12Vdc Battery backup (Bat/Gnd)
Power supply ON LED indication
Door relay terminals (G1+/C/No/Nc/Gnd)
Door contact and PTE inputs (Dc/Pb/Gnd)
RS485 reader connections (LB+/R-/R+/Gnd)
Not used
TCP/IP Ethernet connection (10/100/1000)
WS4 controller 6 digit serial no. (XXXXXX)
Run LED indication
Comm. LED indication
Tamper switch
13 USB input
14 2 Way programming switches
2 DOOR CONTROLLER  WS4CU2/ WS4CU24G CABINET WS41DE PCB + WS4EXT PCB
The 2 door controller cabinet WS4CU2/WS4CU2-4G contains a WS4-1D-E pcb + WS4-EXT pcb, Fig.2, with easy access to the pcb
terminals.The cabinet also has a 14.2Vdc, 3.2A switched mode power supply. The WS4CU2-4G version also includes a 4G wireless router.
1 2 4 5 6
12
13
14
15
17
16
18
7 8 10 11
3
9
130
86
Power supply ON LED indication
Door 1 relay terminals (G1+/C/No/Nc/Gnd)
Door 1 contact and PTE 1 inputs (Dc/Pb/Gnd)
RS485 reader connections (LB+/R-/R+/Gnd)
Door 2 relay terminals (G2+/C/No/Nc/Gnd)
Auxiliary outputs (Out1, Out2, Out3 : C/No/Nc)
Not used
Door 2 contact and PTE 2 inputs (Gnd/Dc/Pb)
Auxiliary inputs (Gnd/In1/In2)
TCP/IP Ethernet connection (10/100/1000)
13 WS4 controller 6 digit serial no. (XXXXXX)
14 Run LED indication
15 Comm. LED indication
16 Tamper switch
14.2Vdc power input (Vin/Gnd)17 USB input
12Vdc Battery backup (Bat/Gnd)18 2 Way programming switches
2 WAY PROGRAMMING SWITCHES FOR 1 DOOR AND 2 DOOR CONTROLLERS
Both the 1 door and 2 door control pcbs feature a 2 way slide switch (Fig.1, 14 and Fig.2, 18 ) for the pcb conguration. Switch 1
congures the control pcb for LAN or autonomous (standalone) connection. Switch 2 congures the control pcb for master or slave
setting (if more than one control pcb are connected together for a multi-door system).
Switch 1 = OFF
Congures the pcb for LAN
network operation, static IP or
gets its IP from DHCP.
Switch 1 = ON
Congures the pcb for
standalone operation, acts as
DHCP and gives the PC an IP
address of 192.168.50.100.
Switch 2 = OFF
Congures the pcb to operate
as a master pcb.
Switch 2 = ON
Congures the pcb to operate
as a slave pcb.
Fig. 1
Fig. 2

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WS4 Web Access System
WS4 Web Access System - Installation Guide
Technical Information
Both switches in conjunction with the tamper switch can also be used to perform a factory reset and to change the login password
(if forgotten or lost), also refer to notes further on regarding factory reset and changing login password.
4 DOOR CONTROLLER  WS4CU4/ WS4CU44G CABINET WS44DE PCB
The 4 door controller cabinet WS4CU4/WS4CU4-4G contains a WS4-4D-E pcb, Fig.3, with easy access to the pcb terminals. The
cabinet also contains a 14.2Vdc, 5A switched mode power supply. The WS4CU4-4G version also includes a 4G wireless router.
1
3
4
5
6
11 12
13 14 1615
17
7
8
9
10
23
22
21
20
19
18
24
25
26
2728
29
30
2
116
195
Auxiliary inputs (IN1/IN2/GND)
Not used
Door 1 contact and PTE 1 inputs (DC/PB/GND)
Door 1 relay (Door 1.0 = +LOCK/C/NO/NC/-LOCK)
Door 1 relay LED (Door 1.0)
RS485 reader connections for Door 1 & Door 2
(LB1 = 13.8V/A/B/GND)
Door 2 relay LED (Door 1.1)
Door 2 contact and PTE 2 inputs (DC/PB/GND)
Door 2 relay (Door 1.1 = +LOCK/C/NO/NC/-LOCK)
Auxiliary output 1 (13.8V/C/NO/GND)
Auxiliary output 1 LED
Power supply ON LED indication
13 14.2Vdc power input (14.2V/GND)
14 12Vdc Battery backup (Bat+/GND)
15 Auxiliary output 2 LED
16 Auxiliary output relay (C/NO)
17 Door 4 relay (Door 2.1 = +LOCK/C/NO/NC/-LOCK)
18 Door 4 contact and PTE 4 inputs (DC/PB/GND)
19 Door 4 relay LED (Door 2.1)
20 RS485 reader connections for Door 3 & Door 4
(LB2 = 13.8V/A/B/GND)
21 Door 3 relay LED (Door 2.0)
22 Door 3 relay (Door 2.0 = +LOCK/C/NO/NC/-LOCK)
23 Door 3 contact and PTE 3 inputs (DC/PB/GND)
24 4 Way programming dip-switches
25 TCP/IP Ethernet connection (10/100/1000)
26 Tamper switch
27 Power status indication LED (LD3)
28 USB input
29 WS4 controller 6 digit serial no. (XXXXXX)
30 Run LED indication
4 WAY PROGRAMMING DIPSWITCHES FOR 4 DOOR CONTOLLER
The 4 door control pcb features a 4 way dip-switch (Fig.3, 24 ) for the pcb conguration. Dip-witch 1 congures the control pcb for
LAN or autonomous (standalone) connection, dip-switch 2 congures the control pcb for master or slave setting (if more than one
control pcb are connected together for a multi-door system), dip-switch 3 is unused while dip-switch 4 is used to clear the memory.
Dip-switch 1 = OFF
Congures the pcb for LAN
network operation, static IP or
gets its IP from DHCP.
Dip-switch 1 = ON
Congures the pcb for
standalone operation, acts as
DHCP and gives the PC an IP
address of 192.168.50.100.
Dip-switch 2 = OFF
Congures the pcb to operate
as a master pcb.
Dip-switch 2 = ON
Congures the pcb to operate
as a slave pcb.
Fig. 3

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WS4 Web Access System - Installation Guide
Technical Information
TERMINAL CONNECTIONS
WS4CU1 / WS4CU1-4G CABINET
WS4CU2 / WS4CU2-4G CABINET
Terminal Description Terminal Description
WS4-1D-E PCB
Vin +14.2Vdc power input
WS4-EXT PCB
G2+
Door 2 Relay
Door 2 +12Vdc lock output (600mA max.)
Gnd Ground power input CCommon door 2 relay
Bat Battery input (+pos) No Normally open door 2 relay
Gnd Battery input (-neg) Nc Normally closed door 2 relay
G1+
Door 1 Relay
Door 1 +12Vdc lock output (600mA max.) Gnd Door 2 lock ground output
CCommon door 1 relay C
Out 1
Common auxiliary output 1 relay
No Normally open door 1 relay No Normally open auxiliary output 1 relay
Nc Normally closed door 1 relay Nc Normally closed auxiliary output 1 relay
Gnd Door 1 lock ground output C
Out 2
Common auxiliary output 2 relay
Dc Door 1 contact No Normally open auxiliary output 2 relay
Pb PTE 1 push to exit (switched 0V) Nc Normally closed auxiliary output 2 relay
Gnd Ground for Door 1 contact & PTE 1 C
Out 3
Common auxiliary output 3 relay
LB+
Reader
1 / 2 Input
+13.8Vdc power output for reader 1 & 2 No Normally open auxiliary output 3 relay
R- RS485 B input for reader 1 & 2 Nc Normally closed auxiliary output 3 relay
R+ RS485 A input for reader 1 & 2 Gnd Ground for Door 2 contact & PTE 2
Gnd Ground power output for reader 1 & 2 Dc Door 2 contact
M- Pb PTE 2 push to exit (switched 0V)
M+ Not used Gnd
Aux.
Inputs
Ground for auxiliary inputs 1 & 2
Gnd In1 Auxiliary 1 input
In2 Auxiliary 2 input
WS4CU4 / WS4CU4-4G CABINET (WS4-4D-E PCB)
Terminal Description Terminal Description
IN1
Aux.
Inputs
Auxiliary 1 input 14.2V
PSU
Input
+14.2Vdc power input
IN2 Auxiliary 2 input GND Ground power input
GND Ground for auxiliary inputs 1 & 2 Bat+
Bat.
Input
Battery input (+pos)
1Door 1.0 contact GND Battery input (-neg)
2PTE 1.0 push to exit (switched 0V) C
Aux.
O/P 2
Auxiliary output 2 relay common
3Ground for Door 1.0 contact & PTE 1.0 NO Auxiliary output 2 relay Normally open
4
Door 1.0 relay
Door 1.0 +12Vdc lock output (600mA max.) 1Door 2.0 contact
5Common door 1.0 relay 2PTE 2.0 push to exit (switched 0V)
6Normally open door 1.0 relay 3Ground for Door 2.0 contact & PTE 2.0
7Normally closed door 1.0 relay 4
Door 2.0 relay
Door 2.0 +12Vdc lock output (600mA max.)
8Door 1.0 lock ground output 5Common door 2.0 relay
13.8V
Reader 1.0
& 1.1 input
+13.8Vdc power output for reader 1.0 & 1.1 6Normally open door 2.0 relay
ARS485 A input for reader 1.0 & 1.1 7Normally closed door 2.0 relay
BRS485 B input for reader 1.0 & 1.1 8Door 2.0 lock ground output
GND Ground power output for reader 1.0 & 1.1 13.8V
Reader 2.0
& 2.1 input
+13.8Vdc power output for reader 2.0 & 2.1
1Door 1.1 contact ARS485 A input for reader 2.0 & 2.1
2PTE 1.1 push to exit (switched 0V) BRS485 B input for reader 2.0 & 2.1
3Ground for Door 1.1 contact & PTE 1.1 GND Ground power output for reader 2.0 & 2.1
4
Door 1.1 relay
Door 1.1 +12Vdc lock output (600mA max.) 1Door 2.1 contact
5Common door 1.1 relay 2PTE 2.1 push to exit (switched 0V)
6Normally open door 1.1 relay 3Ground for Door 2.1 contact & PTE 2.1
7Normally closed door 1.1 relay 4
Door 2.1 relay
Door 2.1 +12Vdc lock output (600mA max.)
8Door 1.1 lock ground output 5Common door 2.1 relay
13.8V
Auxiliary
output 1
+13.8Vdc power output 6Normally open door 2.1 relay
CAuxiliary output 1 relay common 7Normally closed door 2.1 relay
NO Auxiliary output 1 relay Normally open 8Door 2.1 lock ground output
GND Ground

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WS4 Web Access System
WS4 Web Access System - Installation Guide
Technical Information
COMPATIBLE READERS AND KEYPADS
The following table shows the proximity readers and keypads that are compatible with the 1 door, 2 door and 4 door controllers.
Part No. Description
MTPXBK-RS-MF Surface mount, black, RS485 Mifare proximity reader
MTPXBK-MHWO Surface mount, black, universal Wiegand/RS485/OSDP Mifare & EM proximity reader
4849WS4/M 4000 series RS485 Mifare proximity reader
8849WS4 8000 series RS485 Mifare proximity reader
VR4KWS4 Vandal resistant 4000 series RS485 Mifare proximity reader
VRWS4 Vandal resistant panel mount RS485 Mifare proximity reader (for bespoke VR panels)
MTPADPBK-RS-MF Surface mount, black, RS485 Mifare proximity reader and keypad
MTPADPBK-MHWO Surface mount, black, universal Wiegand/RS485/OSDP Mifare & EM proximity reader and keypad
LCSRS RS485 Keypad
VR4KLCSRS Vandal resistant 4000 series RS485 keypad
VRLCSRS Vandal resistant panel mount RS485 keypad (for bespoke VR panels)
READER ADDRESSING AND DOOR CONFIGURATION
The following table shows the addressing of the readers/keypads based on whichWS4 controller the readers/keypads are connected
to and based on the door conguration required.
Controller
PCB
Reader Address (ID.0 or ID.1) Door Conguration
Reader 1 Reader 2 Reader 3 Reader 4
1 door PCB ID.0 n/a n/a n/a 1 door system with 1 reader
1 door PCB ID.0 (IN) ID.1 (OUT) n/a n/a 1 door system with ENTRY (IN) reader & EXIT (OUT) reader
2 door PCB ID.0
Door 1.0
ID.0
Door 1.1
n/a n/a 2 door system with 2 readers, 1 reader for Door 1.0 and 1
reader for Door 1.1 respectively
2 door PCB ID.0 (IN)
Door 1.0
ID.1 (OUT)
Door 1.1
n/a n/a 1 door system with 2 readers, ENTRY (IN) reader for Door
1.0 and EXIT (OUT) reader for Door 1.1
4 door PCB ID.0
Door 1.0
ID.1
Door 1.1
ID.0
Door 2.0
ID.01
Door 2.1
4 door system with 4 readers, 1 reader for Door 1.0, for
Door 1.1, for Door 2.0 and for Door 2.1 respectively
4 door PCB ID.0 (IN)
Door 1.0
ID.1 (OUT)
Door 1.0
ID.0
Door 2.0
ID.01
Door 2.1
3 door system with 4 readers, ENTRY (IN) reader & EXIT
(OUT) reader for Door 1.0, 1 reader for Door 2.0 and 1
reader for Door 2.1 respectively
4 door PCB ID.0 (IN)
Door 1.0
ID.1 (OUT)
Door 1.0
ID.0 (IN)
Door 2.0
ID.1 (OUT)
Door 2.0
2 door system with 4 readers, ENTRY (IN) reader & EXIT
(OUT) reader for Door 1.0 and ENTRY (IN) reader & EXIT
(OUT) reader for Door 2.0
Examples of the door congurations and reader/keypad addressing can be seen in the wiring diagrams further on in this installation
guide. Further instructions on how to setup the reader/keypad address can be found in the relevant instructions supplied with the
reader/keypad.
AUXILIARY INPUTS AND OUTPUTS FOR 2 DOOR AND 4 DOOR CONTROL PCBS ONLY
Conguration of the auxiliary inputs and outputs is carried out via the WS4 browser, WS4 web portal and WS4 mobile access app.
PUSH TO EXIT INPUTS
Push to exit buttons congured as a push-to-make switch (normally open going closed) can be connected to the push to exit inputs
PB and GND on the various WS4 access control PCBs.
DOOR CONTACT INPUTS
Door contacts (if required) can be connected to the door contact inputs DC and GND on the various WS4 access control PCBs and
can be congured and setup via the WS4 browser, WS4 web portal and WS4 mobile access app.
WS4 CONTROL CABINETS
The cabinets are lockable and manufactured from powder coated steel and are tted with the appropriate WS4 access control
PCB (see list below) as well as an intelligent 14.2Vdc power supply with full battery discharge protection and protection of power
supplies against short circuits. There is also sucient space within the cabinet for a 12Vdc/7Ah battery. The 4G versions of the
cabinets also include an integrated 4G wireless router which requires a data SIM with a public IP address.
• 1 door cabinets WS4CU1 and WS4CU1-4G tted with a WS4-1D-E pcb (Fig.1).
• 2 door cabinets WS4CU2 and WS4CU2-4G tted with a WS4-1D-E pcb and WS4-EXT pcb (Fig.2).
• 4 door cabinets WS4CU4 and WS4CU4-4G tted with a WS4-4D-E pcb (Fig.3).

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WS4 Web Access System - Installation Guide
TECHNICAL SPECIFICATION
Cabinet Part No. : WS4CU1 / WS4CU1-4G WS4CU2 / WS4CU2-4G WS4CU4 / WS4CU4-4G
Controller pcb: WS4-1D-E pcb WS4-1D-E pcb + WS4-EXT pcb WS4-4D-E pcb
Power input: 14.2Vdc (Vin/Gnd) 14.2Vdc (14.2V/Gnd)
Battery backup facility: Yes, 12Vdc battery backup (Bat+/Gnd) for 12Vdc/7Ah battery
User capacity: 2500 users
Events: 50,000 stored events
Access groups: 250 categories
Weekly schedules: up to 50
Operators: up to 10
No. of doors: 124
RS485 reader inputs: 1 - (LB+/R-(B)/R+(A)/GND),
1 input for 1 reader
1 - (LB+/R-(B)/R+(A)/GND),
1 input for 2 readers
2 - (13.8V/B/A/GND),
2 inputs (LB1/LB2) for 2 readers
No. of readers: Possible combinations:
i) 1 door with 2 readers (for
entry & exit).
Possible combinations:
i) 2 doors with 1 reader & 1 PTE.
ii) 1 door with 2 readers (for
entry & exit).
Possible combinations:
i) 4 doors with 1 reader & 1 PTE.
ii) 2 doors with 2 readers (for
entry & exit).
iii) 1 door with 2 readers (for
entry & exit) + 2 doors with 1
reader & 1 PTE.
Wiegand reader connection: Yes, via Wiegand to RS485 converter pcb - WS4-CNV
Door contact inputs: 1 2 (for door 1 & 2) 4 (for door 1, 2, 3 & 4)
If door contact is present, option for: break-in alarm, door open for too long alarm, max. open
time = 15 - 999 seconds and pre-alarm time (reader buzzer) = 0 - 99 seconds.
Push to exit inputs: 1 2 (for door 1 & 2) 4 (for door 1, 2, 3 & 4)
Auxiliary inputs: 022
Auxiliary outputs: 032
Current supply for the readers: 250mA max. for each reader
Current supply for the locks: 600mA max. for each lock output
Door relay characteristics: 1 relay @ 2A/48V ac/dc 2 relays @ 2A/48V ac/dc 4 relays @ 2A/48V ac/dc
CPU: processor: ARM A5 - 528MHz, memory: 64MB RAM DDR2 - 133MHz,
built-in clock (RTC) - continues for up to 4 days without power
TCP/IP connection: 10/100/1000 Base-T mode DHCP (default or xed)
HTTP or HTTPS (HTTPS connection with XPR certicate)
Operating temp. / humidity: op. temp: 0°C to +50°C / humidity: 0% to 85% (non-condensing)
Tamper switch input: Yes
Elevator feature: Yes, 2 elevators per installation, via two WS4-RB-12-E relay pcbs (up to 24 oors total)
Other features: Interlock facility on all doors. Anti-passback feature and anti-passback time (0 - 99mins). Real
time and maintenance status: view of the general status of the system, view of the door status.
Import and export: import and export users as .csv le type (separated by TAB). Easy saving
of data: on a USB drive via the USB port on the WS4 pcb or on the user interface. Free access
period: with "only if someone is inside" option.
USB port: Yes, for backup on USB drive
PCB dimensions (mm): 130 (W) x 86 (L) x 18 (H) 130 (W) x 86 (L) x 35 (H) 116 (W) x 195 (L) x 33 (H)
4G wireless router: Yes, for the 4G cabinet versions only
Power supply: 14.2Vdc (3.2A) psu with full
battery discharge protection
14.2Vdc (5A) psu with full
battery discharge protection
PSU mains: 230-240Vac, 50/60Hz mains input
Control cabinet enclosure: Lockable powder coated steel CAB2
Cabinet dimensions (mm): 360 (W) x 265 (L) x 75 (H)
IMPORTANT NOTE: IT SHOULD BE NOTED THAT WHEN THE WS4 CONTROLLER IS ON BATTERY POWER THE READER OR
KEYPAD BACK LIGHT WILL BE SWITCHED OFF IN ORDER TO CONSERVE BATTERY POWER.
Technical Information

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WS4 Web Access System - Installation Guide
Connecting Multiple Controllers
CONNECTING SLAVE CONTROLLERS
The WS4 system can manage up to 10 controllers (WS4-1D-E and WS4-4D-E pcbs) in the same installation with up to 20 doors in
total, whether single or double. When connected in this way one controller must be set as a master while the others set as slave
devices. The master/slave selection is made using the 2 way slide switch, using switch 2, on the WS4-1D-E pcb (Fig.1, 14 and Fig.2,
18 ), while on the WS4-4D-E pcb the selection is made using 4 way dip-switch, using dip-switch 2, (Fig.3, 24 ).
WS41DE CONTROL PCB CONNECTION FOR WS4CU1 / WS4CU14G & WS4CU2 / WS4CU24G CONTROL CABINETS
Fig.4 shows the connection and slide switch 2 setting for multiple 1 door/2 door controllers (up to 10 controllers, 20 doors max.).
Fig. 4
WS44DE CONTROL PCB CONNECTION FOR WS4CU4 / WS4CU44G CONTROL CABINETS
Fig.5 shows the connection and dip-switch 2 setting for multiple 4 door controllers (up to 10 controllers, 20 doors max.).
Fig. 5

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WS4 Web Access System - Installation Guide
Wiring Diagrams
FIG.6 SHOWING WIRING CONNECTIONS FOR A 1 DOOR SYSTEM WS4CU1 CABINET
(optional)
14.2Vdc power input
12Vdc battery
NOTES:
For additional reader and keypad settings please consult the relevant instructions supplied with the reader and/or keypad. Additional
operating features of the readers and keypad can also be setup via the WS4 browser, WS4 web portal and mobile WS4 access app.
The operation of the push to exit inputs and door contacts can also be setup via the WS4 browser, WS4 web portal and mobile WS4 access app.
MTPXBK-RS-MF
MiFare Reader
RED (+12Vdc)
VIOLET (RS485 B / R-)
BLACK (GND)
PINK (RS485 A / R+)
MTPADPBK-RS-MF
Keypad & MiFare Reader
RED (+12Vdc)
VIOLET (RS485 B / R-)
BLACK (GND)
PINK (RS485 A / R+)
DOOR READER IN
DOOR READER OUT
WS4CU1 / WS4CU1-4G (WS4-1D-E pcb) - 1 Door System
Wrap the reader/keypad wires 1 turn
around the ferrite core provided.
The ferrit core is provided with the reader/keypad
and is used to reduce the EMI.
Fig. 6
FIG.7 SHOWING WIRING CONNECTIONS FOR A 2 DOOR SYSTEM WS4CU2 CABINET
(optional)
(optional)
14.2Vdc power input
12Vdc battery
DOOR 1
DOOR 1 CONTACT
DOOR 1 PUSH TO EXIT
(Push-to-make)
DOOR 2
MTPXBK-RS-MF
MiFare Reader
RED (+12Vdc)
VIOLET (RS485 B / R-)
BLACK (GND)
PINK (RS485 A / R+)
MTPADPBK-RS-MF
Keypad & MiFare Reader
RED (+12Vdc)
VIOLET (RS485 B / R-)
BLACK (GND)
PINK (RS485 A / R+)
DOOR 1 READER
DOOR 2 READER
WS4CU2 / WS4CU2-4G (WS4-1D-E +WS4-EXT pcb) - 2 Door System
NOTES:
The operation of the auxiliary
inputs/outputs, push to exit
inputs and door contacts can
be setup via the WS4 browser,
WS4 web portal and mobile
WS4 access app.
NOTES:
For additional reader and keypad settings please consult the relevant
instructions supplied with the reader and/or keypad. Additional operating
features of the readers and keypad can also be setup via the WS4 broswer,
WS4 web portal and mobile WS4 access app.
Fig. 7

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IMPORTANT: IN INSTANCES WHERE THE CURRENT DRAW OF THE LOCK FAIL SECURE OR FAIL SAFE EXCEEDS THE
CURRENT RATING OF THE POWER SUPPLY A SEPARATE POWER SUPPLY WITH A SUFFICIENT CURRENT RATING WILL
BE REQUIRED TO POWER THE LOCK.
FIG.8 SHOWING WIRING CONNECTIONS FOR A 3 DOOR SYSTEM WS4CU4 CABINET
(optional)
(optional)
(optional)
DOOR 3
12Vdc FAIL SECURE
LOCK RELEASE
(600mA max.)
DOOR 3 PUSH TO EXIT
(Push-to-make)
DOOR 3 CONTACT
DOOR 2 PUSH TO EXIT
(Push-to-make)
DOOR 2 CONTACT
DOOR 1 CONTACT
DOOR 1
12Vdc FAIL SAFE
LOCK RELEASE
(600mA max.)
DOOR 2
12Vdc FAIL SAFE
LOCK RELEASE
(600mA max.)
12Vdc
battery
EMERGENCY
OVERRIDE
SWITCH
14.2Vdc
Power
Supply
(optional)
WS4CU4 / WS4CU4-4G (WS4-4D-E pcb) - 3 Door System
MTPXBK-RS-MF
MiFare Reader
DOOR 1 READER OUT
RED (+12Vdc)
VIOLET (RS485 B / R-)
BLACK (GND) PINK (RS485 A / R+)
MTPXBK-RS-MF
MiFare Reader
DOOR 1 READER IN
RED (+12Vdc)
VIOLET (RS485 B / R-)
BLACK (GND) PINK (RS485 A / R+) RED (+12Vdc)
VIOLET (RS485 B / R-)
BLACK (GND) PINK (RS485 A / R+) RED (+12Vdc)
VIOLET (RS485 B / R-)
BLACK (GND) PINK (RS485 A / R+)
MTPADPBK-RS-MF
Keypad & MiFare Reader
DOOR 2 READER
MTPXBK-RS-MF
MiFare Reader
DOOR 3 READER
NOTES:
For additional reader and keypad settings please consult the relevant instructions supplied
with the reader and/or keypad. Additional operating features of the readers and keypad
can also be setup via the WS4 browser, WS4 web portal and mobile WS4 access app.
The operation of the auxiliary inputs/outputs, push to exit inputs and door contacts can
also be setup via the WS4 browser, WS4 web portal and mobile WS4 access app.
WS4 controller 6 digit
serial number
Reader
Address ID.0
(Door 1.0)
Reader
Address ID.1
(Door 1.0)
Reader
Address ID.1
(Door 2.1)
Reader
Address ID.0
(Door 2.0)
IN/OUT reader setup:
In order to congure
readers/keypads to
activate door 1.0 relay,
as shown here (i.e. a
reader IN and a reader
OUT to trigger the
same door relay) refer
to the connection and
conguration notes on
pages 14 - 21.
Fig. 8
Wiring Diagrams

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FIG.9 SHOWING WIRING CONNECTIONS FOR A 4 DOOR SYSTEM WS4CU4 CABINET
DOOR 3
12Vdc FAIL SAFE
LOCK RELEASE
(600mA max.)
DOOR 2
12Vdc FAIL SAFE
LOCK RELEASE
(600mA max.)
12Vdc
battery
14.2Vdc
Power
Supply
WS4CU4 / WS4CU4-4G (WS4-4D-E pcb) - 4 Door System
DOOR 4
12Vdc FAIL SECURE
LOCK RELEASE
(600mA max.)
VOLT FREE
CONTACTS
WS4 controller 6 digit
serial number
PC WITH WS4 WEB PORTAL
RED (+12Vdc) VIOLET (RS485 B / R-) BLACK (GND) PINK (RS485 A / R+)
LCS-RS
RS485 Keypad
DOOR 1 READER
MTPADPBK-RS-MF
Keypad & MiFare Reader
DOOR 3 READER
NOTES:
For additional reader and keypad settings please consult the relevant instructions supplied with the reader and/or keypad.
Additional operating features of the readers and keypad can also be setup via the WS4 software, WS4 web portal and mobile WS4
access app.
The operation of the auxiliary inputs/outputs, push to exit inputs and door contacts can also be setup via the WS4 software, WS4
web portal and mobile WS4 access app.
Keypad / Reader
Address ID.0
(Door 1.0)
Reader
Address ID.1
(Door 1.1)
MTPADPBK-RS-MF
Keypad & MiFare Reader
DOOR 2 READER
Reader
Address ID.1
(Door 2.1)
MTPXBK-RS-MF
MiFare Reader
DOOR 4 READER
RED (+12Vdc) VIOLET (RS485 B / R-) BLACK (GND) PINK (RS485 A / R+)
RED (+12Vdc)
VIOLET (RS485 B / R-)
BLACK (GND)
PINK (RS485 A / R+)
Reader
Address ID.0
(Door 2.0)
RED (+12Vdc)
VIOLET (RS485 B / R-)
BLACK (GND) PINK (RS485 A / R+)
Fig. 9
Wiring Diagrams

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General Directions for Installation
CABLE SIZE GUIDE
LOCK RELEASE CONNECTIONS
For the lock connections refer to the table. A minimum
of 2 cores will be required. Distance 20m 50m 100m
Cross Sectional Area (CSA) 0.5mm21.0mm21.5mm2
The maximum acceptable resistance for the lock cables (shown above) = 3Ω or less for best possible performance.
GENERAL INSTALLATION NOTES
• Check that all components are free from damage before installing (do not proceed with installation in the event of damage).
• Keep all packaging away from children (please dispose of any excess waste and packaging responsibly).
• Do not obstruct the ventilation openings or slots on any of the devices.
• All connections to mains voltages must be made to the current national standards (I.E.T. wiring regulations for the UK).
• Install an appropriate fused spur or isolation switch to isolate the mains.
• Isolate the mains before carrying out any maintenance work on the system.
• All access control cables including ethernet cables must be routed separately from the mains cable (ideally in a separate cable tray
or duct).
LOCK RELEASE WIRING AND BACK EMF PROTECTION
12V DC
LOCK RELEASE
(FAIL SAFE OR FAIL SECURE)
DIODE
1N4001
12V DC
LOCK RELEASE
(FAIL SAFE OR FAIL SECURE)
14-20V
MOV
If a 1N4001 diode is not available a
varistor (MOV) can also be tted to
a DC lock across the lock terminals
and is not polarity conscious
It is recommended that for fail safe or fail
secure DC locks that a 1N4001 diode is
tted across the lock terminals, as shown
in Fig.10. Examples can also be seen
on the wiring diagrams on the previous
pages. If a diode is not available a 14 - 20V
MOV (metal oxide varistor) can be tted
instead, Fig.11.
Fig. 10 Fig. 11
RS485 READER AND KEYPAD CONNECTIONS
It is recommended that an CW1308 twisted pair (min. of 4 pair, 8 cores) or CAT5 cable is used, per reader/keypad, to connect the
RS485 readers/keypads to the WS4 control pcb. The readers/keypads should be no more than 80m away from the WS4 cabinet,
Fig.12. Wiring connection examples can be seen in the various wiring diagrams shown on the previous pages.
MTPXBK-RS-MF
80m (max.)
CW1308 cable (4 twisted pairs, 8 core min.) or CAT5 cable
Note: Remember to
wrap the reader/keypad
wires 1 turn around the
ferrite core provided.
Ideally the WS4 control cabinet should be located as close to the WS4 RS485 readers/keypads as possible for best performance.
PUSH TO EXIT CONNECTIONS, ALARMS & SIRENS ETC.
Push to exit buttons should be congured as a push-to-make switch (normally open going closed). A minimum of 2 cores will be
required between the WS4 control pcb and the exit button (if connecting an MTTBK-EXIT button then a minimum of 4 cores will be
required). For peripheral devices such as alarms and sirens a minimum of 2 cores will be required.The lock release cable requirements
table shown above can be used as a guide to select an appropriate cable.
DOOR CONTACT CONNECTIONS
For door contacts a minimum of 2 cores is required and a standard 2 core (AWG24 0.2mm2) alarm cable can be used.
ETHERNET CABLE CONNECTIONS
A standard ethernet cable (with RJ45 connectors) can be used to connect the WS4 control pcb to a switch router.
Fig. 12
IMPORTANT NOTE: ONLY BARE COPPER BC CABLE SHOULD BE USED, SOLID OR STRANDED IS ACCEPTABLE.
PLEASE BE AWARE THAT WHEN SELECTING CABLE THE FOLLOWING TYPES ARE NOT RECOMMENDED BY VIDEX:
COPPER COATED STEEL CCS AND COPPER CLAD ALUMINIUM CCA.

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WS4 Web Access System - Installation Guide
General Directions for Installation
• DO NOT install any Videx product in areas where the following may be present or occur:
• Excessive oil or a grease laden atmosphere.
• Corrosive or ammable gases, liquids or vapours.
• Possible obstructions which would prevent or hinder the access and/or removal of the Videx product.
IMPORTANT NOTE: PLEASE READ THESE INSTRUCTIONS CAREFULLY BEFORE COMMENCING WITH THE
INSTALLATION.
IT IS RECOMMENDED THAT ANY CABLING AND VIDEX PRODUCTS BE INSTALLED BY A COMPETENT AND QUALIFIED
ELECTRICIAN, ACCESS CONTROL OR SECURITY INSTALLATION SPECIALIST OR COMMUNICATIONS ENGINEER.
CONNECTION TO MAINS, SAFETY AND GUIDANCE NOTES
MOUNTING THE WS4 CONTROL CABINET
The WS4 control cabinets are suitable for xed installations only and should only be tted to solid walls. Before xing the cabinet
to the wall it is recommended that any of the cabinet knockouts required are removed rst and suitable 20mm grommets tted
where necessary.
IMPORTANT NOTE: DUE CARE SHOULD BE TAKEN WHEN REMOVING ANY CABINET KNOCKOUTS TO AVOID PERSONAL
INJURY. APPROPRIATE HAND TOOLS SHOULD BE USED AND APPROPRIATE HAND AND/OR EYE PROTECTION USED.
FIXING THE CABINET TO A SOLID WALL
The cabinet has a single 7.5mm
xing hole at the top centre of
the cabinet base and two 5.5mm
mounting holes located near the
bottom left and right corners of
the cabinet, Fig.13.
Mounting directly to the wall
When xing the cabinet directly
to the wall Videx recommend
using the following xings:
3x at head self-tapping masonry
screws with 5mm diameter and
between 40 - 50mm length. 3x
expansion type rawl plugs.
7.5mm top wall
mounting hole
5.5mm left & right
wall mounting holes
360mm
260mm
210mm
265mm
cabinet base
knockout at
bottom of cabinet
35-40mm, Ø5.5 - 6mm nylon rawl plug
40-50mm, Ø5mm self-tapping
countersunk masonry screw
M5 washers
incoming cable
Fig. 13 Fig. 14
The rawl plugs should be for use in solid walls with a 5.5 - 6mm diameter and between 35-40mm length (approx.). 6x M5 size at
metal washers will also be required (2 washers required for each xing position either side of the cabinet base plate).
The xing holes for the cabinet should be drilled out, rawl plugs placed into the xing holes in the wall and cabinet base should
be tted to the solid wall using the self-tapping screws and M5 washers as shown in Fig.14. The various cables required for the
installation can then be fed through the cabinet knockouts to be used and the various WS4 controller connections and power
supply connections made as necessary.
MAINS CONNECTION
The system MUST be installed in accordance with the current I.E.T. regulations (in
particular I.E.T. Wiring Regulations, Eighteenth Edition BS7671:2018 for the UK), in
particular Videx recommends:
• Connecting the system to the mains through an all-pole circuit breaker (refer to
Fig.15) which shall have contact separation of at least 3mm in each pole and shall
disconnect all poles simultaneously.
• That the all-pole circuit breaker shall be placed in such a way to allow for easy
access and the switch shall remain readily operable.
• Ensuring that the mains supply (Voltage, Frequency and Phase) complies with the
product rating label (this is usually located on the topside of the power supply).
• Isolating the mains before carrying out any maintenance work on the system.
1 PHASE
SUPPLY
(220 - 240Vac,
50/60Hz)
FUSE
N
L
SWITCHED
FUSE SPUR
Fig. 15

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Connection & Reader/Keypad Conguration
CONNECTING THE WS4 CONTROLLER FOR THE FIRST TIME
The WS4-1D-E and WS4-4D-E pcbs do not have a default IP address. By default they are set to DHCP. There are two methods of
connection to congure the WS4 control pcbs: LAN network and standalone.
METHOD 1  LAN NETWORK CONNECTION
In this conguration the network’s DHCP server will assign an IP address to
the WS4 control pcb (WS4-1D-E or WS4-4D-E).
1. For a WS4-1D-E pcb put slide switch 1 in the OFF position, Fig.16 and for
a WS4-4D-E pcb put dip-switch 1 in the OFF position, Fig.17.
2. Next (via the RJ45 ethernet connection on the pcb) use an ethernet cable
to connect the respective WS4 control pcb to the network switch.
3. Using a laptop or PC that is connected on the same network as the WS4
control pcb open the web browser and enter http://ws4- followed by
the 6 digit serial number located on the WS4 control pcb (Fig.1, and
Fig.3, 29 ) as shown in Fig.18.
Fig. 16 Fig. 17
Fig. 18
4. If you cannot connect to the WS4 control pcb it is because the network does not recognise the name of the controller. In this case,
go to the Videx software services web page, https://software.videxservices.uk, and download the WS4 tool ‘Device Finder’
from the WS4 section, as shown in Fig.19.
Ty
pe
h
ere to searc
h
Videx Software
Videx Security - Acces...
h
ttps://software.videxservices.uk
Other Bookmarks
11:17
07/06/2021
WS4
Firmware
Device Finder
DeviceFinder.zip
Technical Support
© 2023 Videx Security Ltd.
Fig. 19
5. The ‘Device Finder’ tool will enable you to nd out the IP address of the WS4 control pcb. Run the DeviceFinder.exe le to launch
the tool. It will display a list of all the WS4 controllers connected in the network, as shown in Fig.21 on the next page.
6. Either open a web browser and type in the IP address of the WS4 controller,
Fig.20, or double click the WS4 controller line from the device nder list to
open the WS4 login page to that IP address, Fig.22. For the default login
username enter admin and for the default password enter WS4- followed
by the 6 digit serial number i.e. WS4-110034, all in capitals, as shown in
Fig.22.
Fig. 20

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Connection & Reader/Keypad Conguration
Fig. 21
Ty
pe
h
ere to searc
h
WS4
http://192.168.1.42
11:17
07/06/2021
admin
WS4-110034
Fig. 22
7. Press the login button to be redirected to the WS4 controllers default homepage, as shown in Fig.26.
METHOD 2  STANDALONE CONNECTION WITHOUT LAN NETWORK
In this conguration the WS4 control pcb will assign an IP address to your PC.
Please note that the PC must be set to obtain an IP address automatically.
1. For a WS4-1D-E pcb put slide switch 1 in the ON position, Fig.23 and for
a WS4-4D-E pcb put dip-switch 1 in the ON position, Fig.24.
2. Next (via the RJ45 ethernet connection on the pcb) use an ethernet cable
to connect the respective WS4 control pcb to RJ45 ethernet connection
on the PC.
3. Open the web browser on the PC and enter the IP address 192.168.50.100,
as shown in Fig.25, and you will be prompted to the WS4 login page like
in Fig.22.
Fig. 23 Fig. 24
Fig. 25

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Connection & Reader/Keypad Conguration
4. As before enter the default login username admin and WS4- followed by the controllers 6 digit serial number i.e. WS4-110034,
all in capitals, as shown in Fig.22.
5. Press the login button to be redirected to the WS4 controllers default homepage, as shown in Fig.26.
Ty
pe
h
ere to searc
h
WS4
h
ttp:
//
192.168.50.100
/
main.htm
l
11:17
07/06/2021
Home
Users
Categories
Schedules
Holidays
Doors
Settings
Operators
Technical
supervision
Fig. 26
As shown in Fig.26 further instructions on how to use the WS4 software can be found by clicking on the help icon.
INITIAL CONNECTION AND SETUP OF READERS & KEYPADS
Refer to the table of readers on page 6 for compatible RS485 readers and keypads that can be connected to the WS4 control pcbs.
Also on page 6 refer to the reader addressing notes to setup the desired door conguration, then following the installation notes and
the example wiring diagrams on the previous pages connect the readers and/or keypads to the WS4 control pcb.
Further instructions on how to setup the reader/keypad address can be found in the relevant instructions supplied with the respective
reader/keypad.
IMPORTANT NOTE: WHEN POWER IS SWITCHED ON FOR THE FIRST TIME TO THE WS4 CONTROL PCB AND IN TURN
POWERS UP THE READER/KEYPAD, FOR A PROXIMITY READER THE HALO LED WILL FLASH RED CONTINUOUSLY AND
BEEP, FOR A COMBINED PROXIMITY READER & KEYPAD THE BACKLIT BUTTON PLATE WILL FLASH RED AND BEEP
WHILE ON AN LCS KEYPAD THE RED LED WILL FLASH AND BEEP TO SIGNIFY THAT THE READER/KEYPAD IS CURRENTLY
OFFLINE, THIS IS NORMAL BEHAVIOUR AND WILL CONTINUE UNTIL THE READER/KEYPAD IS PROPERLY CONFIGURED
THROUGH THE WS4 BROWSER SOTWARE.
ADDING READERS & KEYPADS
1. On the homepage screen (Fig.26) click on the doors icon from the left hand side menu, as
shown in Fig.27.
2. The screen will switch to show the list of doors associated with the WS4 control pcb, for a
WS4-1D-E control pcb refer to Fig.28 and for a WS4-1D-E control pcb refer to Fig.29.
Fig. 27
3. From the list of doors on this screen click on the name ‘Not used’ for the door you wish to congure, for example in Fig.28 click on
‘Not used’ for door ID 1.0 to congure door 1 (and so on). The screen will switch to the new door screen as shown in Fig.30.

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List of doors
#0 - Master 110034
ID I/O Name APB ILock Emg. Public
1.0
1.1
Not used
Not used
For security reasons, you must change the default password to add slaves.
This list gives you a quick overview of the doors of your installation.
If the Public option is checked, any operator will be allowed to open or unlock the
access from the home page.
Group
0
0
List of doors
#0 - Master 100226
ID I/O Name APB ILock Emg. Public
1.0
1.1
Not used
Not used
For security reasons, you must change the default password to add slaves.
This list gives you a quick overview of the doors of your installation.
If the Public option is checked, any operator will be allowed to open or unlock the
access from the home page.
Group
0
0
2.0
2.1
Not used
Not used
0
0
Fig. 28 Fig. 29
New door
Name of the access :
[id:1]
Type :
Type of access :
Free periods :
Forbidden periods :
D OOR CONTACT G ENERAL
F REE & F ORBIDDEN P ERIODS
Not connected
Access with 1 reader
sec.
Toggle mode Anti-passback (APB) Interlock
Manage an elevator Unlock if emergency
Neutral 3
Active period :
F REE OUTPUT PUSH BUTTON
Cabling: on LB1, reader at address 0(jumper opened)
R EADER A
Card :
No
Keypad :
Card + PIN mandatory periods :
Never (user can choose)
Detection required :
No
Access allowed even if out of hours
Timed Anti-passback
0
Group :
Door
Location : Lock time :
Record ‘free output’ events
24h a day, 7d a week
Fingerprint :
Fig. 30
Connection & Reader/Keypad Conguration

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4. On the new door screen the parameters of the door can be congured (i.e. naming the door output, selecting the type of access:
proximity reader or keypad, lock release times etc.). For an explanation of what each section does simply click on the help icon.
BASIC 1 DOOR CONFIGURATION EXAMPLE USING A MIFARE READER
1. On the new door screen (refer to Fig.30) for a basic 1 door
conguration follow the steps below:
• Under the general section the name of the access could be
called main door 1, the group drop down number can be
left on the default setting 0.
• The type of access can be left on the door default selection
and with the access with 1 reader setting. The location
can be left as neutral and the lock time as 3 seconds. The
various check box options can be left unchecked.
• The free output push button section can be left on the
default selections.
• Under the reader A section from the card drop down list
Mifare/Desre can be selected. All other settings can be
left on the default setting. If using a keypad instead of a
Mifare reader leave the card drop down list on the default
setting NO and check the keypad box. For a combined
Mifare reader and keypad select Mifare/Desre and check
the keypad box.
• On the right of the screen both the door contact and
free & forbidden periods sections can also be left on the
default setting.
List of doors
#0 - Master 110034
ID I/O Name APB ILock Emg. Public
1.0
1.1
main door 1
Not used
For security reasons, you must change the default password to add slaves.
This list gives you a quick overview of the doors of your installation.
If the Public option is checked, any operator will be allowed to open or unlock the
access from the home page.
Group
0
0
Fig. 31
2. Once all the parameters have been set click on the save button at the top right of the screen to save the settings and
congure the reader. You will notice after a brief pause the reader/keypad will stop beeping and the reader’s/keypad’s onboard
LED will stop ashing to conrm the reader/keypad has been successfully congured.
3. Click on the back button at the top left of the screen to return back to the list of doors screen. The name of door ID 1.0 will
now be shown as main door 1 and a new check box under the public column will be seen, as shown in Fig.31. Check the public
box if you wish to use the WS4 web portal cloud platform or the WS4 mobile apps.
4. Please note that the setup selections shown in step 1 above is for an example only. The conguration and setup for the
desired parameters of the door will obviously depend on the requirements for the installation. These same steps can be followed
when setting up the parameters for a 4 door controller (WS4-4D-E control pcb).
1 DOOR 2 READER IN/OUT CONFIGURATION EXAMPLE USING MIFARE READERS
It is possible to congure the doors on an installation with 2 Mifare readers or 2 keypads (or a combination of both Mifare reader
and keypad) to operate the same door relay, i.e. the door would have a reader IN and a reader OUT operating the same relay. When
wiring up the lock to the WS4 control pcb the lock must always be wired into the rst relay, e.g. on a 1 door PCB and 2 door PCB the
lock would be wired into door relay 1. For a 4 door PCB the lock would be wired into door 1.0 relay for the rst IN/OUT door and
door 2.0 relay for the second IN/OUT door.
Before conguring the readers via the WS4 browser software rst address the readers/keypads. To setup the addressing for the
Mifare readers and keypads refer to the reader addressing and door conguration table and notes on page 7.
Follow the steps below to congure the readers.
1. On the homepage screen (refer back Fig.26) click on the doors icon from the left hand side menu, as shown previously in Fig.27.
2. As before the screen will switch to show the list of doors associated with the WS4 control pcb, for a WS4-1D-E control pcb refer
back to Fig.28 and for a WS4-1D-E control pcb refer back to Fig.29.
3. From the list of doors on this screen click on the name ‘Not used’ for the door you wish to congure, for example in Fig.29 for a 4
door control pcb click on ‘Not used’ for door ID 1.0 to congure door 1.
4. The screen will switch to the new door screen as shown in Fig.30.
5. Under the general section, enter the name of the door in the name of the access eld, in this example it will be called Mifare
Reader IN/OUT. The group drop down number can be left on the default setting 0like before, as shown in Fig.32.
6. Under the type of access section select the type of door as required (door, barrier, tunrstile etc.) in this example door will be
selected from the drop down list. To congure the door to use 2 readers to operate the same door relay select Access with 2
readers from the second drop down list, again refer to Fig.32.
7. Once Access with 2 readers is selected from the second drop down list a second reader, Reader B, will appear on the new door
screen next to Reader A at the bottom right of the screen, as shown in Fig.34.
Connection & Reader/Keypad Conguration

WS4-WEB-ACC-EN - V1.0 - 23/01/23
- 20 -
WS4 Web Access System
WS4 Web Access System - Installation Guide
Name of the access :
[id:1]
Type of access :
GENERAL
Access with 2 readers
sec.
Toggle mode Anti-passback (APB) Interlock
Manage an elevator Unlock if emergency
Neutral 3
0
Group :
Door
Location : Lock time :
Mifare Reader IN/OUT
Active period :
FREE OUTPUT PUSH BUTTON
Record ‘free output’ events
24h a day, 7d a week
List of doors
#0 - Master 100226
ID I/O Name APB ILock Emg. Public
1.0
1.1 Mifare Reader IN/OUT
For security reasons, you must change the default password to add slaves.
This list gives you a quick overview of the doors of your installation.
If the Public option is checked, any operator will be allowed to open or unlock the
access from the home page.
Group
0
2.0
2.1
Not used
Not used
0
0
Fig. 32 Fig. 33
New door
Name of the access :
[id:1]
Type :
Type of access :
Free periods :
Forbidden periods :
D OOR CONTACT G ENERAL
F REE & F ORBIDDEN P ERIODS
Not connected
Access with 2 readers
sec.
Toggle mode Anti-passback (APB) Interlock
Manage an elevator Unlock if emergency
Neutral 3
Active period :
F REE OUTPUT PUSH BUTTON
Cabling: on LB1, reader at address 0(jumper opened)
R EADER A
Card :
Mifare/Desfire
Keypad :
Card + PIN mandatory periods :
Never (user can choose)
Detection required :
No
Access allowed even if out of hours
Timed Anti-passback
0
Group :
Door
Location : Lock time :
Record ‘free output’ events
24h a day, 7d a week
Fingerprint :
Mifare Reader IN/OUT
Cabling: on LB1, reader at address 1(jumper closed)
R EADER B
Card :
Mifare/Desfire
Keypad :
Card + PIN mandatory periods :
Never (user can choose)
Detection required :
No
Access allowed even if out of hours
Timed Anti-passback
Fingerprint :
Fig. 34
Connection & Reader/Keypad Conguration