XNX Universal Transmitter
Installation and Operation
39
Table A
Table B
Board Type
Function
S1 S2
Board Type
Connection Function
EC Personality
4-20mA
Output
Source
EC Personality
TB1
Power, 4-20mA
mV
Personality
Sink
mV Personality
Power, 4-20mA,
Sensor
IR
Personality
Isolated
IR Personality
Power, 4-20mA,
IR Power and
Signal
Table C
Table D
Board Type
Function
S3 S4
Board Type
Connection Function
IR
Personality
IR 4-20mA
Input
Source
EC Personality
J2
EC IS Barrier
Sink
IR Personality
TB2
Com A and B
Table E
Table F
Board Type
Connection Function
Board Type
Connection Function
Relay
TB4
Remote Reset
Connector
Relay
TB3
Relay Output
Modbus
SW5
Bus Loop
Terminators
Modbus
TB3
Data Connection
Foundatin
Fieldbus
SW5
Simulation Mode
Foundation
Fieldbus
TB3
Data connection
Note:
Open loop faults are not available due to HART, Modbus, and FOUNDATION Fieldbus
interfaces where a 4-20 signal cannot be used. In this case, open loop, 0mA must be
used as the diagnostic.
NOTE
!
The Option circuit boards vary depending upon the option
selected when ordered. Only one of the three available interface
options (relays, Modbus
,
or FOUNDATION Fieldbus) can be
attached to the transmitter. When installed, connections to the
options are made to connectors at the bottom of the POD.
4-20mA Output, Common Connections, and Power
Settings
The transmitter allows the user to configure the 4-20mA
output to Sink, Source, or Isolated mode operation via two
programming switches on the POD
1
. The Switch Configuration
table shows the S1 and S2 setting and corresponding output
configuration.
Switch Configuration
Mode
S1
S2
Source
Down
Up
Sink
Up
Down
Isolated
Down
Down
Most controllers in the market will accept source-configured
devices. Sink-configured signals are used in older technology
controllers, which reduce the need for complete system
upgrades. In isolated-signal devices, if the controller fails or the
mA signal wires are disconnected or broken, the field device will
remain operational. Most controllers in the market will accept
isolated configured devices.
Power and 4-20mA connections are made at TB-1 and are
identical for the EC, IR, and mV Personality Boards. For user
convenience, a second set of +Ve and -Ve power terminals have
been provided to eliminate the need for a secondary junction
1 The 4-20 mA output state is refreshed at least every two seconds (once per second is typical).
Warning:
Power off the transmitter before changing S3 or S4. Failure to do this will
permanently damage the transmitter. Both switches must be set in either Source or
Sink prior to applying power.
WARNING
!
Summary of Contents for XNX-AM Series
Page 2: ...This page is intentionally left blank ...
Page 7: ...XNX Universal Transmitter Safety and Information 5 Safety and Information ...
Page 12: ...XNX Universal Transmitter XNX Universal Transmitter Technical Manual 10 Introduction ...
Page 27: ...XNX Universal Transmitter Introduction 25 Menu Navigation ...
Page 102: ...XNX Universal Transmitter XNX Universal Transmitter Technical Manual 100 Calibration ...
Page 118: ...XNX Universal Transmitter XNX Universal Transmitter Technical Manual 116 Maintenance ...
Page 122: ...XNX Universal Transmitter XNX Universal Transmitter Technical Manual 120 Warnings and Faults ...
Page 139: ...XNX Universal Transmitter XNX Universal Transmitter Technical Manual 137 Specifications ...
Page 174: ...XNX Universal Transmitter XNX Universal Transmitter Technical Manual 172 Control Drawings ...
Page 177: ...XNX Universal Transmitter Control Drawings 175 ...
Page 179: ...XNX Universal Transmitter Control Drawings 177 Remote Sensor Mount ...
Page 180: ...XNX Universal Transmitter XNX Universal Transmitter Technical Manual 178 HART Protocol ...
Page 193: ...XNX Universal Transmitter XNX Universal Transmitter Technical Manual 191 Modbus Protocol ...
Page 200: ...XNX Universal Transmitter XNX Universal Transmitter Technical Manual 198 Warranty ...
Page 202: ...XNX Universal Transmitter XNX Universal Transmitter Technical Manual 200 Index ...