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MI004790-E
Technical support
Product Informations
CONTACTS
Code
Description
Z-PASS1
Industrial Router- Modbus Ethernet/Serial Gateway and Serial Device
Server with VPN
Z-PC-DINAL1-35
CEI EN 60715 rail connections system
. Pitch= 35 mm
with screw terminals
Z-PC-DIN1-35
CEI EN 60715 rail connections system with 1 slot for rear IDC10 connector.
Pitch= 35 mm
CS-DB9M-MEF-PH
Communication Cable RS232/485 1.5 mt
CE-RJ45-RJ45-R
Ethernet straight cable 1.5 mt
ORDER CODES
The 4 way for RS232 or RS485 serial
connection cable can be
bought by ordering Seneca
code
:
CS-DB9M-MEF-PH
otherwise can be made as shows in the following picture.
connector code: Phoenix contact: 1778858)
CABLE ASSEMBLING RS232/ RS485
PIN
RS232
RS485
The cable
length
must be less
than
3 meters.
1
CTS
2
TX
B
3
RX
A
4
GND
GND
RS232/485 CABLE ASSEMBLING
1 2
4
3
3 4
2
1
Phoenix contact
female 4 pin
connector code:
1778858
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MI004790-E
OTHER ELECTRICAL CONNECTIONS
OTHER Z-PASS1-R02 PORTS
SLOT FOR MICRO SD CARD
The
Z-PASS1-R02 has a slot for micro SD card placed on the
side of the case. Before pushing the micro SD or micro SHDC in
this slot, please be sure that the SIM card golden contacts are
facing towards left (as in the picture on side).
SD card any class Max. 32 GB.
The slot is push-push type.
21+Vext
20 DO
19 RCD
24 GND
23 DO
22 VPN
Load
Load
Load
0V
Max 24V
12V
20mA
21+Vext
20 DI
19 RCD
18 PWR.
17 PWR.
16 +12V
0V
Max 24V
21+Vext
20 DI
19 RCD
24 GND
23 DO
22 VPN
2 DIGITAL INPUTS (Remote Connection Disable input and Digital Input)
The device has one or two digital inputs.
One allow to disable the remote connection and
one is configurable also as digital output via
software.
The inputs may be powered internally or
externally, as shown on the pictures in the side.
For configuration and more information please
refer to the USER MANUAL.
3 DIGITAL OUTPUTS (VPN active, Digital Output and as an alternative to DI)
The device has two or three digital outputs.
One indicate if VPN is active,
one is software configurable as an alternative to an input,
and one is a generic configurable output.
For configuration and more information please
refer to the USER MANUAL.
USB #1 HOST PORT
The Z-PASS1-R02 has a USB HOST type A
connector, here you can connect a USB memory stick
for firmware upgrading.
Max. available current: 100 mA.
ETHERNET RJ45 PORTS (ON FRONTAL PANEL)
The Z-PASS1 R02 has two Ethernet ports with RJ45
-
connectors on the front panel.
SWITCH
The two ports are internally connected in
mode r
d
mode
o separate in LAN / WAN
.
The two ports have the same MAC Address.
RS232 OR RS485 COM1 PORT(4 PINS)
The
-
has serial RS232 or RS485
Z-PASS1 R02
COM1
port on the removable 4 pin contacts connector.
The cable length for the RS232 interface must be
less
than 3 meters.
RS232 COM1
Ethernet 1 RJ45
Ethernet 2 RJ45
USB #1 HOST
3 2 1
Z-PASS1-R02 PORTS
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MI004790-E
ELECTRICAL CONNECTIONS
POWERSUPPLY
In order to satisfy the electromagnetic compliance requirements:
- Use shielded cables for the signals transmission.
- Connect the shield to a preferential ground for devices.
- Space the shielded cables from other cables used for power installations.
(transformers, inverters, motors, induction ovens, etc...).
In addition to the IDC10 connector, power supply can
also be supplied by terminals 17 and 18.
NOTA: A minimum 1A safety fuse, delayed, must be
installed in the power supply line near the device.
RS485 COM 2 AND RS485 COM 4 PORTS
Z-PASS1-R02 module has two serial communication
RS 485 ports: COM 2 and COM 4.
The RS485 COM2 port can be connected through
1-2-3 screw terminals or by rear IDC10 connector.
POWERSUPPLY
161718
AC / -
AC / +
B (-) GND
A (+)
3 2 1
RS 485 (COM 2)
RS 485 (COM 4)
6 5 4
B (-) GND
A (+)
17
16
18
+12V
a 20 mA
Tens. Vout+
Powersupply
19 – 28V
50 – 60 Hz
11 – 40V
4W
Don’t turn upside down the module and don’t force the insertion of the IDC10 connector into the
Z-PC-DIN bus. The IDC10 connector located on the rear of the module will be inserted on a free slot
of Z-PC-DIN accessory. In the figure you can see the meaning of the various pins of the rear IDC10
connector if you want to provide the signals directly through this connector. The pictures Pic.3 and
Pic.4 show how to connect powersupply and RS485 COM2 port to the rear IDC10 connector.
USE OF Z-PC-DINAL ACCESSORY
B
A
Pic. 3
RS485
A
RS485
B
RS485
GND
IDC10
Power supply
AC-
Power supply
AC+
Pic. 4
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MI004790-E
Insertion on the IEC EN 60715 DIN rail:
1) Move the two hooks on the back of the module
outwards as illustrated in Pic.2.
2) Insert the module rear IDC10 connector into a free
slot of DIN rail accessory as you can see in Pic.1.
(the insertion is one way only because the connectors
are polarized).
3) To secure the module to the IEC EN 60715 DIN rail,
tighten the two hooks on the side of the IDC10 rear
connector as shown in Pic.1.
Removal from IEC EN 60715 DIN rail:
As shown in Pic.2:
1) Move outwards the two hooks on the side of the
module, with the help of a screwdriver.
2) Extract the module from the IEC EN 60715 DIN rail.
INSTALLATION ON AND REMOVAL FROM IEC EN 60715 DIN RAIL
22 23 24
19 20 21
X
SENECA
S
Z-PASS1
COM1
1 2 3
4 5 6
LAN / ETH1
WAN / ETH2
TX2
PWR
RCD
DIDO
LAN/WAN
RX2
RUN
VPN
DO
SERV
RX4
TX4
USB
16 17 18
19
22
20
23
21
24
Pic. 1
22 23 24
19 20 21
X
SENECA
S
Z-PASS1
COM1
1 2 3
4 5 6
LAN / ETH1
WAN / ETH2
TX2
PWR
RCD
DIDO
LAN/WAN
RX2
RUN
VPN
DO
SERV
RX4
TX4
USB
16 17 18
19
22
20
23
21
24
Pic. 2
MODBUS CONNECTION STANDARDS
1) Install the modules on the DIN rail (max 120).
2) Connect the remote modules using cables of proper length.
On the table the following data about the cables length are provided:
-Bus Length: Modbus network maximum length as a function of the Baud rate.
It is the length of the cables which connect the two bus terminators modules (see Scheme 1).
-Drop Length: maximum length of a drop line (see Scheme 1).
MODBUS Scheme 1
Bus length
Derivation Length
Baudrate
1200 m
2 m
115 kbps
In order to obtain maximum performances it’s
recommended to use a specific shielded cable, as
an example BELDEN 9841.
Module 2
Module 3
Module 1
Module 5
Module 4
DL
Terminator
Terminator
Bus Length
DL: Derivation Length
Scheme 1
