S
tylos 2
All Weather
INSTALLATION GUIDE (UK)
WARNINGS
Read this manual prior to use the device in order to ensure a safe and proper use.
Preserve this manual as future reference.
The installation of the device requires the intervention of qualified staff, adequately trained by ISEO.
The instructions should be carefully followed during installation. These instructions and any maintenance
instructions should be passed on by the installer to the user.
No modifications of any kind are permitted, except for those described in these instructions.
The product must be destined only for the use for which it is expressly designed and therefore as a
credential reader for civil and industrial locations. Any other use is considered improper and dangerous.
The electrical connection must be made according to the constructor's instructions and respecting the
regulations in force.
In the event of a failure and/or poor operation, remove the power supply using the main switch and do not
tamper with it. For all repairs, exclusively contact a technical assistance center authorized by the constructor.
Before performing any cleaning operation on the product, uncouple the appliance from the electrical power
supply network, by opening the system switch.
1. VERSIONS AND DIMENSIONS
4.1
READER/VALIDATOR
ELECTRICAL CONNECTIONS
This guide includes instruction to configure the Stylos as
Stand-Alone gate
or as
Reader/Validator
, connected to Atlas. Refer to the proper section.
ELECTRONIC SUPPORT SERVICE
iseozero1
.com
®
i s e o
. c o m
Iseo Serrature s.p.a
Via San Girolamo 13
25055 Pisogne (BS)
ITALY
Tel. +39 0364 8821
[email protected]
Non contractual document. Subject to change. Cod. 60000STY2CV01.5 - 08/05/2018
Stylos 2 Credential Reader All Weather Inst. guide (GB) - © 2017 Iseo Serrature S.p.a. - www.iseo.com
A = 47,5mm
B = 17,5mm
C = 130mm
A = 45mm
B = 19,3mm
C = 113mm
A = 40mm
B = 10mm
C = 125mm
C
A
B
Credential reader
(outdoor module)
Control unit
(indoor module)
Spacer for wall
installation
2
1
PUSH
PUSH
PULL UP
PULL UP
Side view
Back view
2. DISASSEMBLING INDOOR MODULE
3.
STAND-ALONE GATE
SETTING
Only to set the Stylos 2 All Weather to be used as
Stand-Alone gate
, you have to close, by a wire,
holes 2 and 3 of the green connector shown in the
picture.
Fit the wire when the
Stylos is OFF.
ADDRESS 5 =
ADDRESS 6 =
ADDRESS 7 =
ADDRESS 8 =
ADDRESS 1 =
ADDRESS 2 =
ADDRESS 3 =
ADDRESS 4 =
BUS
ADDRESS
JP 1
Power supply: 8÷30 VDC 0,5A
MAX
Minimum/maximum cross-section of the
cables is: 0,20÷1,5 mm (24÷15 AWG).
Do not extend the cable supplied with the
external device (5 mt.).
Install the internal device only in a protected
area.
(Communication Channel)
NEGATIVE (-) GND
POSITIVE (+) Power Supply
LOCKBUS
}
ADDRESS
BUS
J2.
1
J2.
2
J2.
3
J2.
4
JP
6
JPS
S1
JP
4
JP
2
JP
0
JP
6
JP
4
JP
2
JP
0
J2.
1
J2.
2
J2.
3
J2.
4
JPS
S1
GREEN + GREY + SHIELD (or black)
RED
WHITE
BROWN
YELLOW
PINK
BLUE
Control Unit
Circuit View
JP
6
JP
4
JP
2
JP
0
J2.
1
J2.
2
J2.
3
J2.
4
JPS
S1
1
2
3
4
5
Stylos as
Stand-Alone gate
= Address 0 (Master)
Control Unit
Circuit View
3.1
STAND-ALONE GATE
ELECTRICAL CONNECTIONS
LEGEND:
S1 = Programming button
JP 0/2/4/6 = Bus Address Jumpers
ADDRESS 0 =
ADDRESS 2 =
ADDRESS 4 =
ADDRESS 6 =
BUS
ADDRESS
(Master)
(slave)
(slave)
(slave)
FUNCTION
JP
4
JP
2
JP
0
JP
6
Do not extend the cable supplied
with the external device (5 mt).
Install the internal module only in
a protected area.
mm²
0.20÷1.5
Minimum/maximum cross-section
of the cables is:
(24÷15AWG).
Power supply: 8÷30 VDC 0.5A
MAX
(Communication Channel)
NEGATIVE (-) GND
POSITIVE (+) Power Supply
LOCKBUS
}
ADDRESS
BUS
J2.
1
J2.
2
J2.
3
J2.
4
JP
6
JPS
S1
JP
4
JP
2
JP
0
JP
6
JP
4
JP
2
JP
0
J2.
1
J2.
2
J2.
3
J2.
4
JPS
S1
Control Unit
Circuit View
GREEN + GREY + SHIELD (or black)
RED
WHITE
BROWN
YELLOW
PINK
BLUE
1
2
3
4
5
4.
READER/VALIDATOR
SETTING
JP
6
JP
4
JP
2
JP
0
J2.
1
J2.
2
J2.
3
J2.
4
JPS
S1
Stylos as
Reader/Validator
= Address 1
For more information about Stylos and Atlas, refer to
the
Atlas Installation Manual
available at:
http://gamma.iseozero1.com/en/controllo-accessi/
1
2
3
4
5
Control Unit
Circuit View
