Manager\Zlinx Manager, then click Zlinx I/O and then
Zlinx I/O Configuration. It will auto-search for attached
Zlinx Xtreme I/O Module on startup. Zlinx I/O will open
and display the Information tab showing the I/O model
number, version numbers and firmware rev levels.
r
Set encryption key to match that of the Modbus radio
modem.
Select the communication mode to ‘Modbus’ Mode.
Set the Modbus address to the address number desired
for the Module being configured.
Click Update to save configuration.
pn 8590R1-ZXTx-IO-x-2011QSG –Peer-to-Peer Mode
Configure each Analog Inputs and Outputs in one of the
following modes
o 0-5V, 0-10V, 0-20mA, 4-20mA
Refer to Zlinx Xtreme I/O manual for more details
Set Exception Reporting for Analog Inputs and Fail Safe
settings for Analog Outputs if necessary.
Set Calibration option if you desire to better match a
sensor, or a portion of a signal, to the I/O.
Refer to appropriate sections in the Zlinx Xtreme I/O
No radio link data
Wireless data Transmit / Receive
Modbus Mode
Peer-to-Peer Master
Peer-to-Peer Slave
Digital Input 1 ON
Digital Input 2 ON
Digital Output (Relay) 1 ON
Digital Output (Relay) 2 ON
Set Digital Inputs for Discrete or Counter, as required.
oChoose PNP or NPN selection as appropriate.
Each input is individually configurable.
Configure Digital Relay Outputs. Enable the Fail Safe
Operating Voltage – 10 to 30 VDC
WARNING: SUITABLE FOR USE IN CLASS I, DIVISION 2,
GROUPS A, B, C AND D HAZARDOUS LOCATIONS, OR
NONHAZARDOUS LOCATIONS ONLY.
WARNING - EXPLOSION HAZARD - SUBSTITUTION OF ANY
COMPONENT MAY IMPAIR SUITABILITY FOR CLASS I,
DIVISION 2.
WARNING – EXPLOSION HAZARD – WHEN IN HAZARDOUS
LOCATIONS, TURN OFF POWER BEFORE REPLACING
ANTENNA.
Intended use of equipment – please see the B&B Electronics
Data Sheets and Quick Start Guides for each Zlinx Xtreme
product for explanations of the intended use of this equipment.
Wiring Terminals – Use Copper Wire Only, one conductor per
terminal
Wire Range 30 – 12 AWG
Maximum Surrounding Ambient Air Temperature - 74°C
UL Class I, Division 2 wiring methods. The Zlinx Xtreme
enclosure is provided with two conduit knockouts that serve as
wiring provisions for Class I, Division 2 wiring methods per the
National Electrical Code (NEC).
The following instructions include procedures to be followed in
order to ensure UL "separation between circuits" as defined in
the NEC.
The low-voltage (LV) wiring – DC power, analog & digital signals
– must be separated from the high voltage (HV) wiring for the
relay contacts. In all cases HV wiring must be rated minimum
250V.
Separation between circuits can be accomplished by using one
of the three following methods:
a. Use one conduit knockout to route LV wiring and the
second conduit knockout to route the HV wiring, OR
see methods 2 and 3 below.
The remaining two methods use one conduit
knockout for all wiring. In this case a UL Recognized
(UL type QCRV2) conduit plug must be used per the
NEC to plug the second conduit knockout.
b. Enclose LV wiring in a 250V rated insulated sheath
to separate it from the HV wiring, OR
c. Use 250vac rated wires for both LV and HV wiring.
Temperature rating of field installed conductors - Field
conductors shall be rated 60C/75C minimum (either are
acceptable) and sized accordingly.
When conduit openings are not being used, a UL Recognized
plug (type QCRV2) shall be used.
The following is UL-required information regarding the Sealed
Relay Devices:
WARNING – Exposure to some chemicals may degrade the
sealing properties of materials used in the Sealed Relay Device.
RECOMMENDATION – It is recommended to inspect the
sealed relay device periodically and to check for any
degradation of the materials and to replace the component
product, not the sealed device, if any degradation is found.
Sealed Relay Device Information:
Sealed Device: Relay Models G6RL-14-ASI-DC5, G6RL14-ASI-DC6, G6RL-14-SR-ASI-DC5 or G6RL-14-SR-ASIDC6 manufactured by Omron Corp.
Manager\Zlinx Manager, then click Zlinx I/O and then
Zlinx I/O Configuration. It will auto-search for attached
Zlinx Xtreme I/O Module on startup. Zlinx I/O will open
and display the Information tab showing the I/O model
number, version numbers and firmware rev levels.
Select the communication mode to ‘P2P Master’ Mode.
Set the P2P Master address as desired.
Set Polling Rate and Retry Count.
Click Update to save configuration.
o Select the desired RF Transmit Power
o Set the Channel Number to match that of master.
o Set the Network Identifier to match that of master.
o Set encryption key the same as that of master.
Select the communication mode to ‘P2P Slave’ Mode.
Set the P2P Salve address to match that of Master.
Click Update to save configuration
pn 8590R1-ZXTx-IO-x-2011QSG –Peer-to-Peer Mode
Configure each Analog Inputs and Outputs in one of the
following modes
o0-5V, 0-10V, 0-20mA, 4-20mA
Set Exception Reporting for Analog Inputs and Fail Safe
settings for Analog Outputs if necessary.
Set Calibration option if you desire to better match a
sensor, or a portion of a signal, to the I/O.
Refer to appropriate sections in the Zlinx XtremeI/O
No radio link data
Wireless data Transmit / Receive
Modbus Mode
Peer-to-Peer Master
Peer-to-Peer Slave
Digital Input 1 ON
Digital Input 2 ON
Digital Output (Relay) 1 ON
Digital Output (Relay) 2 ON
2, GROUPS A, B, C AND D HAZARDOUS LOCATIONS,
OR NONHAZARDOUS LOCATIONS ONLY.
WARNING - EXPLOSION HAZARD - SUBSTITUTION
OF ANY COMPONENT MAY IMPAIR SUITABILITY FOR
CLASS I, DIVISION 2.
WARNING – EXPLOSION HAZARD – WHEN IN
HAZARDOUS LOCATIONS, TURN OFF POWER BEFORE
REPLACING ANTENNA.
Intended use of equipment – please see the B&B
Electronics Data Sheets and Quick Start Guides for each
Zlinx Xtreme product for explanations of the intended use of
this equipment.
Wiring Terminals – Use Copper Wire Only, one conductor
per terminal
Wire Range 30 – 12 AWG
Maximum Surrounding Ambient Air Temperature - 74°C
UL Class I, Division 2 wiring methods. The Zlinx Xtreme
enclosure is provided with two conduit knockouts that serve
as wiring provisions for Class I, Division 2 wiring methods
per the National Electrical Code (NEC).
The following instructions include procedures to be followed
in order to ensure UL "separation between circuits" as
defined in the NEC.
The low-voltage (LV) wiring – DC power, analog & digital
signals – must be separated from the high voltage (HV)
wiring for the relay contacts. In all cases HV wiring must be
rated minimum 250V.
pn 8590R1-ZXTx-IO-x-2011QSG –Peer-to-Peer Mode
Separation between circuits can be accomplished by using one
of the three following methods:
a. Use one conduit knockout to route LV wiring and the
second conduit knockout to route the HV wiring, OR
see methods 2 and 3 below.
The remaining two methods use one conduit
knockout for all wiring. In this case a UL Recognized
(UL type QCRV2) conduit plug must be used per the
NEC to plug the second conduit knockout.
b. Enclose LV wiring in a 250V rated insulated sheath
to separate it from the HV wiring, OR
c. Use 250vac rated wires for both LV and HV wiring.
Temperature rating of field installed conductors - Field
conductors shall be rated 60C/75C minimum (either are
acceptable) and sized accordingly.
When conduit openings are not being used, a UL
Recognized plug (type QCRV2) shall be used.
The following is UL-required information regarding the
Sealed Relay Devices:
WARNING – Exposure to some chemicals may degrade
the sealing properties of materials used in the Sealed
Relay Device.
RECOMMENDATION – It is recommended to inspect the
sealed relay device periodically and to check for any
degradation of the materials and to replace the
component product, not the sealed device, if any
degradation is found.
Sealed Relay Device Information:
Sealed Device: Relay Models G6RL-14-ASI-DC5, G6RL14-ASI-DC6, G6RL-14-SR-ASI-DC5 or G6RL-14-SR-ASIDC6 manufactured by Omron Corp.
Relay Case and
Base
Sealant
Manufacturer Type
Mitsubishi
Engineering
Plastics
Corp.
Three Bond
Ltd.
5010GN6-30M8AM
TB2225G
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