Atlas ISEO ZERO1 User manual

INDEX
EQUIPMENT / MAIN FUNCTIONS
TECHNICAL FEATURES
ATLAS: PIN IN/OUT / GENERAL VIEW
ATLAS: IP ADDRESS CONFIGURATION
WARNINGS
SETTING TABLES
ACTUATORS STYLOS/THESIS LINE: LOCKBUS TYPE 1 SELECTION
1
2
3
4
5
6
7
8
9
Atlas
ATLAS INSTALLATION MANUAL
1.2 MAIN FUNCTIONS
Embedded Linux server
Ethernet TCP/IP 10/100 base T connection
n. 1 Lockbus channel to connect Stylos readers and actuators (max 8+8)
n. 2 RS485 channels to connect F9000 on-line readers (max 2)
Compatible with LOCKBUS and RS485 readers and actuators
n. 2 USB Host channels (+ 1 USB channel for configuration)
n. 1 MicroSD slot
Desktop housing
Power supply 12-24Vdc
Power supply 230Vac/24Vdc 35W included
Maximum Power Consumption 10 W (no connected devices)
2. TECHNICAL FEATURES
Communication interfaces:
- 1 Ethernet interface TCP/IP 10/100 base T
- 1 LOCKBUS channel
- 2 RS485 channels
- 2 USB channels
- 1 USB channel for configuration
- 1 serial interface (debug)
Power supply:
- 12-24Vdc
- Maximum power consumption 10W
Power Supplier:
- Input 230Vac
- Output 24 Vdc 35W
- 2 poles plug
Backup batteries:
- 1500mAh battery pack
- estimated duration 30 minutes backup
CPU and memory:
- ARM 9 based CPU module
- 200MHz CPU clock (ATMEL AT91SAM9263 )
- 64MB SDRAM
- 256MB Flash
- 8GB Micro-SD
Operative system:
- Linux (Kernel 2.6.28)
Segnaling: 12 LEDs
- Power line active (green)
- Backup battery operating (yellow)
- Ethernet (orange)
- Tx/Rx channel 1 (2 orange)
- Tx/Rx channel 2 (2 orange)
- Tx/Rx channel 3 (2 orange)
- User 1 and 2 (red and green)
Push buttons:
- 1 reset
- 1 wake up
- 1 switch off
Housing:
- Desktop housing
- Black
- LxPxA 167x110x53 mm
Environmental characteristics:
- Operating temperature: 0°C ÷ +50°C;
- Storage temperature: -25°C ÷ +75°C.
SECTIONS
ATLAS SERVER FOR RFID AND F9000 OFF-LINE DEVICES
Package:
1 server with connectors
1 power supply
1 installation manual
1.1 DOTAZIONI
Product code: 5E002010
ATLAS: CONNECTIONS EXAMPLES
MAINTENANCE: CHARGING INTERNAL BATTERIES

LED
DL9
DL8
DL7
DL6
DL5
DL4
DL2
DL11
DL10
DL3
DL12
Function
UART 2 RX
UART 2 TX
UART 1 RX
UART 1 TX
UART 0 RX
UART 0 TX
ETH - LINK
USER 1
USER 0
Battery ON
ON line
Colour
Orange
Orange
Orange
Orange
Orange
Orange
Orange
Green
Red
Yellow
Green
Serial Debug
J15 - 1
J15 - 2
J15 - 3
J15 - 4
Signal
GND
+ 5 Vext
DEBUG-UART-RX
DEBUG-UART-TX
Push buttons
S1
S2
S3
Reset
Wakeup
Switch off
Serial 0
J4 - 1
J4 - 2
J4 - 3
J4 - 4
Signal name
SER - 0 B
SER - 0 A
GND
+ Power
Serial 2
J11 - 1
J11 - 2
J11 - 3
J11 - 4
J11 - 5
J11 - 6
Signal
SER - 2 D
SER - 2 C
SER - 2 B
SER - 2 A
GND
+ 5V
Serial 1
J5 - 1
J5 - 2
J5 - 3
J5 - 4
Signal name
SER - 1 B
SER - 1 A
GND
+ Power
Power connector
J14 - 1
J14 - 2
J14 - 3
+ Power
Power (GND)
Earth
Ethernet
J17 - 1
J17 - 2
J17 - 3
J17 - 4
J17 - 5
J17 - 6
J17 - 7
J17 - 8
Signal
TX +
TX
RX +
Not to be used
Not to be used
RX
Not to be used
Not to be used
654321 4321 4321 321
J14J11
J17J7
J6
J4J5
S1S3
J15
DL9 DL8 DL7 DL6 DL5 DL4 DL2 DL11 DL10
DL12
DL3 S2
Serial 2 Serial 1 Serial 0
3. ATLAS: PIN IN/OUT
3.1 ATLAS: GENERAL VIEW
To turn on the Atlas connect the supplied power supply with the Atlas J4 connector.
To turn off the Atlas proceed as follow:
Disconnect the main power supply of the Atlas: the LED with the battery icon turns ON (LED DL3)
As confirmation of the correct procedure wait for all the LEDs switching off.
Hold the S3 button on the back of Atlas until the red LED "R" on the front panel turns ON (LED DL10).

4.1 ATLAS : IP ADDRESS CONFIGURATION
ATLASEthernet cablePC
img 01
Connect the network cable between the PC and the J17 connector Atlas (img 01)
Set the PC's network adapter on the subnet 192.168.0.XX
Use the Google Chrome or Safari internet browser at 192.168.0.184
Click on “Change Network” (img 02)
Set the network adapter Atlas
Click on “Accept” (img 03)
Click on “Yes” to confirm the new settings (img 04)
Restart your Internet browser to access the Atlas from the new IP address
img 02
img 03
img 04
Pay close attention during the new IP address configuration of the Atlas: for security reasons this device does not allow you to restore it to the “Factory settings” if
not using the appropriate login credentials via web page.
In case you have forgotten the new IP address that you set in the Atlas, please contact an authorized Iseo Zero1 service center to get assistance.

5. WARNINGS
6.1 SETTING TABLE WITH STYLOS READERS
JP 1
J2.
1
J2.
2
J2.
3
J2.
4
1.2.3
JP2
S1
Back side
circuit view
BUS
ADDRESS
}
J2.
1
J2.
2
J2.
3
J2.
4
JP 1
1.2.3
JP2
S1
ADDRESS 5 =
ADDRESS 6 =
ADDRESS 7 =
ADDRESS 8 =
ADDRESS 1 =
ADDRESS 2 =
ADDRESS 3 =
ADDRESS 4 =
ADDRESS
BUS
JP 1
Power supply 8/30 VDC - 2 W Note: for each LOCKBUS
channel it’s possible to
connect max 8 Stylos readers.
( ) GND
(+) VALIM
LOCKBUS
6.2 SETTING TABLE WITH STYLOS LINE SERIES’ ACTUATOR
12345678
BUS
ADDRESS
JP 1
JP 2
JP 3
V1 Output GND
VCC
LVO
P1 L1 L2 P2 LRL
JP1
JP1
JP1
JP1
LCH JP2 LPW JP3
I/O 1
I/O 2
IN AN
GND
NO/NC
COM
V2 Output
LOCKBUS
V PWR +
GND
EARTH
LOCKBUS
(+) VALIM
Power supply 8/30 VDC - 3 W
( ) GND
6.3 SETTING TABLE WITH THESIS 2.0’S ACTUATOR
Note: for each LOCKBUS
channel it’s possible to connect
max 8 Stylos readers.
JP 1
BUS
ADDRESS 12345678
JP 4
JP 3
JP 2
Note:
Take off the label to enter into configuration jumpers
(JP1 / 2 / 3 / 4). After the operation replace the label.
JP4
JP3
JP2
JP1
1 2 3 4 5 6 7 8
Power supply 8/30 VDC - 15 W
LOCKBUS
(+) V ALIM
( ) GND
Ensure full recharge of the Atlas internal batteries by running a full recharge cycle min every 3 months (see section 8).
The calculation of the cables section must be performed by qualified staff.
Max cable length of
LOCKBUS channel is 100 mt.
Recommended voltage for LOCKBUS channel: 24 VDC.
In case of power failure the rechargeable batteries inside the Atlas ensure power for 30 minutes max.
It is advisable to provide for an appropriate sectioning and protection switch upstream of the transformer.
The electrical connection must be made pursuant to the laws force.
For any technical assistance or repairs, contact only Iseo Serrature or a technical assistance centre authorised by Iseo Zero1.
Iseo Zero1 reserves the right to make all of modifications that the same deems recessary to the product and the instruction manual, without prior notice, in
order to improve the quality or for manufacturing and marketing necessities.
Note: for each LOCKBUS
channel it’s possible to connect
max 8 Stylos readers.
.1 .2 .3 .4
.1 .2 .3
JP 1
RELAY
SETTING
SECURED DOOR STATUS
MOTORISED DOOR OPENED COMMAND

7.1 ACTUATORS STYLOS LINE: LOCKBUS TYPE 1 SELECTION
7.2 ACTUATORS THESIS LINE: LOCKBUS TYPE 1 SELECTION
Power supply
8
÷ 24VDC 25W
COM
NO/NC
GND
IN AN
I/O 2 I/O 1
VCC
GND
L2L1P1 P2 LRL
J P 3
LPW
J P 2L C HJ P 1LV O
V2 Output V1 Output
OPEN
V PWR +
GND
EARTH
1
2
The actuators series Stylos Line must be previously set in LOCKBUS 1 type to function properly with the Atlas
Switch on the Actuator and check if red LED blinks 1 time (LOCKBUS 1)
If at the power up the red LED blinks 2 times (LOCKBUS type 2) proceed as described at point 2
Switch on the Actuator keeping pressed both buttons simultaneously for 1 sec.
Switch on it again to check if now the red LED blinks 1 time otherwise repeat the procedure
1
2
The actuators series Thesis Line must be previously set in LOCKBUS 1 type to function properly with the Atlas
Switch on the Thesis and check if red LED blinks 1 time (LOCKBUS 1)
If at the power up the red LED blinks 2 times (LOCKBUS type 2) proceed as described at point 2
Switch on the Thesis keeping pressed both buttons simultaneously for 1 sec.
Switch on it again to check if now the red LED blinks 1 time otherwise repeat the procedure
Blinking red LED
Blinking red LED
Product code: 5E2501

8.1 ATLAS: RFID PLANT - CONNECTION EXAMPLE (POWER SUPPLY SUPPLIED)
654321 4321 4321 321
J14J11
J17J7
J6
J4J5
S1S3
J15
DL9 DL8 DL7 DL6 DL5 DL4 DL2 DL11 DL10 DL12 DL3 S2
ATLAS
8.2 ATLAS: RFID PLANT - CONNECTION EXAMPLE (LOCKBUS POWER SUPPLY)
+
L
LOCKBUS
12/24 VDC
(+) V ALIM
( ) GND
LOCKBUS
(+) V ALIM
( ) GND
24 VDC - 1,65 A
Note: in this example the lockbus channel
maximum load is 24V DC - 25 W +
L
LOCKBUS
(+) V ALIM
( ) GND
LOCKBUS
(+) V ALIM
( ) GND
654321 4321 4321 321
J14J11
J17J7
J6
J4J5
S1S3
J15
DL9 DL8 DL7 DL6 DL5 DL4 DL2 DL11 DL10 DL12 DL3 S2
ATLAS
Note: size the power supply by
calculating the consumption of all
connected devices. J14.1 = POSITIVE
J14.2 = NEGATIVE (GND)
ATLAS power supply
12/24 VDC - 10 W
J14.1 = POSITIVE
J14.2 = NEGATIVE (GND)
ATLAS power supply
12/24 VDC - 10 W

8.3 ATLAS: RFID PLANT - CONNECTION EXAMPLE (WITH 2 SEPARATED POWER SUPPLIES)
8.4 ATLAS: F9000 PLANT - CONNECTION EXAMPLE (POWER SUPPLY SUPPLIED)
24 VDC - 1,65 A
RS 485
D
B
A
+
-
DI
VPWR
A lock
+
- T
CSF 9000 validator
RS 485
D
B
A
+
-
DI
VPWR
A lock
+
- T
CSF 9000 validator
654321 4321 4321 321
J14J11
J17J7
J6
J4J5
S1S3
J15
DL9 DL8 DL7 DL6 DL5 DL4 DL2 DL11 DL10 DL12 DL3 S2
ATLAS
24 VDC - 1,65 A
J14.1 = POSITIVE
J14.2 = NEGATIVE (GND)
ATLAS power supply
12/24 VDC - 10 W
654321 4321 4321 321
J14J11
J17J7
J6
J4J5
S1S3
J15
DL9 DL8 DL7 DL6 DL5 DL4 DL2 DL11 DL10 DL12 DL3 S2
ATLAS
+
L
LOCKBUS
12/24 VDC
(+) V ALIM
( ) GND
LOCKBUS
(+) V ALIM
( ) GND
J14.1 = POSITIVE
J14.2 = NEGATIVE (GND)
ATLAS power supply
12/24 VDC - 10 W
Note: size the power supply by
calculating the consumption of all
connected devices.

8.5 ATLAS: EXAMPLE OF CONNECTION OF A CSF VALIDATOR THROUGH AN ETHERNET CABLE CATEGORY 5E AND OVER
Connect the shield of the cable to GND only on the Atlas side in PIN 3 of J5 terminal
Connect a resistance value of 120 ohm in parallel between pins A and B of the connector only on the CSF validator side
Refer to section 7.4 to connect the main power supply to the Atlas
CSF 9000 validator
A
+
B
D
-
R 120
OHM
4
3
2
1
J5
ATLAS
terminal J5
}
(wires of the same twisted pair)
ATLAS side terminal J5 =
Pin 1: white/blue wire
Pin 2: blue wire
Pin 3 (- GND): shield of the ethernet cable
orange and orange/white wires (twisted pair)
Pin 4 (+): brown and brown/white wires (twisted pair)
CSF validator side =
- (T): orange and orange/white wires (twisted pair)
+: brown and brown/white wires (twisted pair)
A: white/blue wire
B: blue wire
}
(wires of the same twisted pair)
- (GND)
+
Cable category 5E and over
Atlas
www . iseo.com
®
ELECTRONIC SUPPORT SERVICE
www.iseozero1.com
Non contractual document. Subject to change. Documento non contrattuale. Con riserva di modifica. Atlas installation manual GB 08/09/2016
9. MAINTENANCE: INTERNAL BATTERY CHARGING
Power on the Atlas and keep it powered for 24 consecutive hours.
At the end of the 24 hours charging cycle power off the Atlas: the LED with the battery icon turns ON (LED DL3)
As confirmation of the correct procedure wait for all the LEDs switching off.
Note the date of the last battery charge cycle to perform a new charging cycle within 3 months max.
Hold the S3 button on the back of Atlas until the red LED "R" on the front panel turns ON (LED DL10).
Important: the charging cycle of the internal batteries should be performed if you have an Atlas not powered for long periods of time.
In this case it is mandatory to fully charge the internal batteries at least every 3 months max.
Failure to observe this warning will destroy the internal rechargeable batteries.
To perform a complete cycle of charging the Atlas internal batteries proceed as follows: