Moore Industries TRZ User manual

Smart HART
®
Temperature Transmitter
October 1998
235-725-00 C
Smart HART
®
TemperatureTransmitter
All product names are registered trademarks of their respective companies.
HART is a registered trademark of the HART Communication Foundation.
TRZ
TRZ

Table of Contents
Introduction.....................................................................................................1
Description...................................................................................................1
Specifications .................................................................................................2
OrderingInformation ......................................................................................4
TRZ Model Numbers....................................................................................4
Additional Parts ............................................................................................4
Configuring aTRZ ..........................................................................................5
Installing the TRZ Configuration Software ...................................................................... 8
Saving the TRZ Configuration Files .............................................................................. 10
Using the PC Program.................................................................................................. 10
Using the HART Communicator.................................................................................... 10
Programming the TRZ when a Device Description is Available ...............12
Displaying the Current Process Value........................................................................... 12
Configuring the TRZ’s Input .......................................................................................... 12
Configuring the TRZ’s Analog Output ........................................................................... 13
Configuring the TRZ’s HART Output............................................................................. 13
Configuring the Device Information............................................................................... 13
Changing Loop Current to a Fixed Value...................................................................... 14
Trimming the Input Sensor ........................................................................................... 14
Displaying the Minimum and Maximum Process Values............................................... 15
Resetting the Minimum and Maximum Process Values................................................ 15

Programming theTRZ when a Device Description is NOT Available......... 17
Displaying the Current Process Values......................................................................... 17
Configuring TRZ Input................................................................................................... 17
Configuring TRZ Analog Output.................................................................................... 18
Configuring HART Output ............................................................................................. 18
Installation..................................................................................................... 19
Mounting the TRZ ......................................................................................................... 19
Making the Electrical Connections ................................................................................ 19
Recommended Ground Wiring Practices...................................................................... 19
CE Conformity............................................................................................................... 19
Operation.......................................................................................................20
HART Protocol .............................................................................................................. 20
Device Types ....................................................................................................................................20
Digital Signal .....................................................................................................................................20
Communication Speed and Format...................................................................................................20
Maintenance.................................................................................................. 20
Troubleshooting............................................................................................ 20
CustomerSupport ........................................................................................ 20

The Interface Solution Experts 1
TRZ
Introduction
This is the users’ manual for Moore Industries’ TRZ
Smart HART Temperature Transmitter. It contains all
of the information needed to configure, install,
operate, and maintain the TRZ. If you would like
additional assistance, call one of our STAR centers.
The following guidelines are used in this manual:
WARNING - Hazardous procedure or condition that
could injure the operator.
Caution - Hazardous procedure or condition that
could damage or destroy the unit.
Note - Information that is helpful for a procedure,
condition, or operation of the unit.
Description
The TRZ is a 2-wire (loop-powered),
user-configurable, HART®-based temperature
transmitter. Typically paired with a complete
temperature assembly from our extensive line of
durable housing and enclosure options, the TRZ’s
size, accuracy, and compatibility make it the ideal
solution when temperature measurements must be
made in remote or otherwise difficult-to-access
locations.
Figure 1. The TRZ Smart HART Temperature Transmitter’s remotely programmable input and combination analog/digital output make it the
perfectanswertoproblemsencounteredwheninterfacingcontrolroomequipmentandfieldsensors.
The TRZ “reads” the signal from a RTD, Thermo-
couple, Millivolt source, Potentiometer, or source
of direct resistance. Based on this input, it transmits
both a linear, isolated 4-20mA signal and superim-
posed, digital HART data. Table 1 lists the accommo-
dated input types.
The TRZ’s hybrid analog/digital signal is ideal for a
direct interface with both HART and non-HART read-
out instruments: recorders, DCS’s, PLC’s, and other,
computer-based SCADA equipment.
Power
Supply
DCS
PLC
SCADA
Data Recorder
Indicator
HART
Primary Master
or Non-HART
Communicating Device
–
–
+
+
4-20mA Analog with Digital HART
superimposed
TRZ Smart HARTTemperatureTransmitter
(HART Slave Device)
HART Communicator
(Secondary Master)
PC with HART Modem
(Secondary Master)
running Moore Industries’
TRZ Configuration Software
NOTE:
The HART Communicator or PC with Smart Hart
Interface Cable may be connected at any termination
point on the signal loop.The HART Communicator
and the TRZ Signal loop must have between 250
and 1100 load for proper communications

2 The Interface Solution Experts
TRZ
HART
Specifications
Performance
Address Range: 0-15
(Addresses 1-15 are for
digital communications only)
Transmission Speed:
1200 baud
Character Format:
1 Start Bit - 8 Data Bits -
1 Odd Parity Bit - 1 Stop Bit
Input Accuracy:
Refer to Table 1
Output Accuracy:
±0.1% of span (Total
accuracy combines input
accuracy, output accuracy,
and temperature effect; for
T/C inputs only, include
Reference Junction
Compensation in Total
Accuracy.)
Reference Junction
Compensation Accuracy:
±0.8°C
Stability: T/C and RTD
inputs 0.05°C for one year
Isolation:
500Vac input-to-output
Output Response:
1.0 second for output to go
from 10-90% in response to a
full step change on input
(2.0 second response time
for resistance measurements
over 2000Ωand RTD
measurements over 1000Ω)
Ripple:
Less than 0.06V peak-to-
peak, max, 60-120Hz
Maximum Input Protection:
±35Vdc
Performance
(continued)
Intrinsic
Safety
Power Supply Effect:
0.005% of span per 1V
Load Effect: Negligible
within power and load limits
Load Capability:
Load (KΩ) = (Vdc - 12)
23mA
Burnout Protection:
User-programmable; Upscale
from 20.00 to 23.00mA;
Downscale from 3.60 to
4.00mA
Output Current Limiting:
User-programmable; Input
Overrange from 20.00 to
23.00mA; Input Underrange
from 3.60 to 4.00mA
T/C Input Impedance:
40µΩ, nominal
RTD Excitation:
200µA, ±10%
RTD Lead Wire Resistance
Maximum: 10Ωper wire for
temperatures less than
600°C; 30Ωper wire for
temperatures greater than
600°C; 0.1°C per 10Ωper
wire maximum compensation
error
Damping:
User-set; 0-15 seconds
Resolution:
Input, 16-bit; Output, 12-bit
Supply Range:: 12-28Vdc
Internal Inductance: ≤15µH
Intrinsic
Safety
(continued)
Ambient
Conditions
Weight
Internal Capacitance:
≤1nF
Barrier Data:
28Vdc, max; 100mA max
Operating and Storage
Range: –40°C to +85°C
(–40°F to +185°F)
Relative Humidity:
0-98%, condensing
Ambient Temperature
Effect: 0.01% of span per
°C change, max; 0.003% of
span per °C change, typical
Effect on Reference
(Cold) Junction
Compensation: ±0.005°C
per °C change from room
temperature (25°C)
RFI/EMI Immunity: 30V/m
@ 20-1000MHz, when
tested according to SAMA
standard 33.1 in metal
enclosure (10V/m @
27-1000MHz, when tested
according to IEC 1000-4-3-
1995 in metal enclosure)
Common Mode Rejection:
110dB, min, @ 50/60Hz
Normal Mode Rejection:
55dB, typical, @ 1V peak-
to-peak, 50/60Hz
In LH1 Housing:
329 g (11.6 oz)
In LH2 Housing:
549 g (19.4 oz)
In HPP Housing:
51 g (1.8 oz)
Specifications subject to change without notice. Printed in the U.S.A.
Specifications
Complete Temperature Assemblies
We are your “One-Stop Temperature Shop”; with
ready-to-install assemblies that include your
choice of everything from TRY or TRX Non-HART
PC-Programmable transmitters, to isolators
(HART and non-HART), power supplies, and
meters.
We offer complete lines of RTDs, thermocouples,
thermowells, connection heads, and fittings—with
all types of certifications, colors, materials, and
specifications.

The Interface Solution Experts 3
TRZ
Input Type α Ω Measuring
Range Minimum Span Input Accuracy
RTD
Platinum
0.003850
25-500 200 to 850°C
328 to 1562°F
10°C
18°F
±0.2°C
±0.36°F
1000 200 to 320°C
328 to 608°F
0.003902
25-500 100 to 650°C
148 to 1202°F
1000 100 to 320°C
148 to 608°F
0.003916
25-500 200 to 500°C
328 to 932°F
1000 200 to 320°C
328 to 608°F
Nickel 0.00618
25-500 50 to 250°C
58 to 482°F
10°C
18°F
±0.2°C
±0.36°F
1000
Copper 0.00427 25-1000 50 to 200°C
58 to 392°F
10°C
18°F
±0.2°C
±0.36°F
ΩDirect
Resistance or
Potentiometer n/a n/a
0 to 390Ω5Ω±0.08Ω
0 to 2200Ω25Ω±0.4Ω
Input Type Maximum
Range Conformance Range Minimum Span Input Accuracy
T/C
J210 to 1200°C
346 to 2192°F
200 to 1000°C
328 to 1832°F
50°C
90°F ±1.0°C
±1.8°F
K250 to 1372°C
454 to 2502°F
230 to 1370°C
382 to 2498°F
E270 to 1000°C
454 to 1832°F
250°C to 900°C
418 to 1652°F
T250 to 400°C
454 to 752°F
220 to 400°C
364 to 752°F
40°C
72°F
R
50 to 1768°C
58 to 3216°F
0 to 1750°C
32 to 3182°F
100°C
180°F
±2.0°C
±3.6°F
S
N270 to 1300°C
454 to 2372°F
130 to 1300°C
202 to 2372°F
50°C
90°F
±1.0°C
±1.8°F
B100 to 1820°C
392 to 3308°F
500 to 1820°C
932 to 3308°F
50°C
90°F
±2.0°C
±3.6°F
C (W5)
0 to 2300°C
32 to 4172°F
0 to 2300°C
32 to 4172°F
100°C
180°F
D (W3)
L200 to 900°C
328 to 1652°F
200 to 900°C
328 to 1652°F 50°C
90°F
±1.0°C
±1.8°F
U200 to 600°C
328 to 1112°F
200 to 600°C
328 to 1112°F
mV DC 10 to +70mV n/a 2mV ±0.04mV
0.1 to +1.1V 20mV ±0.4mV
Table 1. Input Types and Accuracy Specifications for the TRZ Transmitter

4 The Interface Solution Experts
TRZ
Unit Input Output Power Housing
TRZ
Smart
HART
Temperature
Transmitter
PRG
Programmable
with standard
HART
Communicator,
HART-based
control system,
or Moore
Industries'
PC-based
Configuration
Software
(included)
4-20MA
output with
HART digital
data
superimposed
12-28Vdc
(loop-powered
from output
side)
HPP Hockey-puck housing for mounting in standard connection heads
LH1NS* Connection head (FM approved, NEMA 4X, IP66) with two
entry ports: ½-inch NPT cable and process—black PBT polyester
cover
LH1NA* Connection head (FM approved, NEMA 4X, IP66) with two
entry ports: ½-inch NPT cable and process—black aluminum cover
LH1MS* Connection head (FM approved, NEMA 4X, IP66) with two
entry ports: M20 cable and ½-inch NPT process—black PBT
polyester cover
LH1CS* Connection head with two entry ports: M20 cable and G½
(BSP) process—black PBT polyester cover
LH2NS*‡ Explosion-proof connection head (FM approved, Class I,
Div 1, Groups A**,B,C,D; Class II, Groups E,F,G; Class III) with two
entry ports: ½-inch NPT cable and process—black metal cover
LH2MS*‡ Explosion-proof connection head (FM approved, Class I,
Div 1, Groups A**,B,C,D; Class II, Groups E,F,G; Class III) with two
entry ports: M20 cable and ½-inch NPT process—black metal cover
CH6 Plastic polypropilene connection head
* For alternate cover color, replace the fifth designator in the LH1 model number with
appropriate letter from below (i.e. LH1NG): C= Clear (LH1 only), B= Blue, R= Red,
Y= Yellow, G= Green.
NOTE: Add "P" suffix to any LH or CH housing for 2-inch pipe mounting hardware (e.g.,
LH1NSP).
** For Group A (only) all conduit must be sealed within 18 inches.
‡LH2 Explosion-proof certification carries 60°C (140°F) max ambient
temperature restriction.
Other connection heads, cabinets, and enclosures are also available.
Ask your Interface Solutions Expert for details.
When ordering specify: Unit / Input / Output / Power [Housing]
Model Number Example: TRZ / PRG / 4-20MA / 12-28DC [LH1NSP]
Ordering Information
ModelandSerialNumbers
Moore Industries uses a system of model and serial
numbers to keep track of all of the information on
every unit it sells and services. If a problem occurs
with a TRZ, check for a tag affixed to the unit listing
these numbers. Supply the Customer Support repre-
sentative with this information when calling.
If additional units are needed, use the information
printed in bold text in the table above to “build” a
model number for the type of transmitter required.
AdditionalParts
Each TRZ order comes with one copy of our Configu-
ration Software on a 3½-inch floppy disk (Windows
‘95, ‘98, and Windows NT compatible). A HART Com-
municator is not included with the TRZ. The TRZ unit
will work with any standard, third-party unit, such as
the Fisher-Rosemount model 275.
TRZIntelligentPCConfigurationSoftware
(One copy comes free with each order)
HART-to-RS232SmartInterfaceCable
withHART Modem
PartNumber
235-75120-03
PartNumber
803-048-26
PC-ProgrammingKit
Includes one copy of the TRZ Intelligent PC
ConfigurationSoftwareandoneHART-to-RS232
CablewithHARTModem.
PartNumber
235-829-01
Additional accessories are available as follows:

The Interface Solution Experts 5
TRZ
Configuring aTRZ
The TRZ can be configured with either a HART Com-
municator or a PC and Moore Industries’ TRZ Intelli-
gent PC Configuration Software.
One of the benefits of the TRZ transmitter is that
there are no internal or external controls to adjust or
settings to change. All operating parameters are set
using either a HART Communicator or the Configura-
tion software. Once these software settings are
made, they are “downloaded” to the transmitter in the
form of a Configuration File and stored in the non-
volatile unit memory and on your PC hard drive or
diskette. The transmitter communicates with the PC
through a HART modem connection to the PC’s
serial (COM) port. The transmitter and the HART
Communicator can communicate at any termination
point on the loop.
You can configure the TRZ with either a standard
HART Communicator or our PC software. Figure 2
shows the hookup for configuring the TRZ with a PC.
Figure 3 shows the configuration hookup with a HART
Communicator. Refer to Table 2 for the specifications
for the equipment shown in these figures.
The following section of the manual contains instruc-
tions for configuring the TRZ with or without the use of
a HART Communicator:
• Installing the TRZ Configuration Software
(if necessary) page 8
• Saving the TRZ Configuration Files
(if necessary) page 10
• Setting Output, page 13, 17-18
• Configuring the Device Information,
page 13
• Using the Loop Test function, page 14
• Trimming the Input, page 14
• Displaying and Resetting the Minimum and
Maximum Process Values, page 15

6 The Interface Solution Experts
TRZ
Figure 2. Using a PC to configure the TRZ.
–
+
TRZ
+PS –PS
TEST TEST
+–
3
+
+
–
–
+
–
12-28Vdc
POWER
TRZ
LOAD=250 OHMS
THE PC CAN BE
CONNECTED AT
ANY POINT ON THE
OUTPUT SIDE OF
THE LOOP.
TOTAL LOOP
RESISTANCE MUST BE
BETWEEN 250 AND
1100 OHMS FOR GOOD
HART COMMUNICATIONS
TO OCCUR.
2-WIRE RTD
OR DECADE
RESISTANCE BOX
OPTIONAL
CURRENT
METER
+–
3
THERMOCOUPLE
SIMULATOR
3-WIRE RTD
OR DECADE
RESISTANCE BOX
+–
3
+–
3
MILLIVOLT
INPUT
4-WIRE RTD
OR DECADE
RESISTANCE BOX
+–
3
2-WIRE
POTENTIOMETER
INPUT
+–
3
3-WIRE
POTENTIOMETER
INPUT
+–
3
4-WIRE
POTENTIOMETER
INPUT
+–
3
HART MODEM
CONNECTS TO SERIAL
(COM) PORT
OF PC

The Interface Solution Experts 7
TRZ
+
+
TRZ
+PS –PS
TEST TEST
+–
3
+
+
–
–
–
–
12-28Vdc
POWER
TRZ
LOAD=250 OHMS
THE HART COMMUNICATOR
CAN BE CONNECTED AT ANY POINT
ON THE OUTPUT SIDE OF THE LOOP.
THE TOTAL LOOP RESISTANCE MUST BE
BETWEEN 250 AND 1100 OHMS FOR
GOOD HART COMMUNICATIONS TO
OCCUR.
2-WIRE RTD
OR DECADE
RESISTANCE BOX
OPTIONAL
CURRENT
METER
+–
3
THERMOCOUPLE
SIMULATOR
3-WIRE RTD
OR DECADE
RESISTANCE BOX
+–
3
+–
3
MILLIVOLT
INPUT
4-WIRE RTD
OR DECADE
RESISTANCE BOX
+–
3
2-WIRE
POTENTIOMETER
INPUT
+–
3
3-WIRE
POTENTIOMETER
INPUT
+–
3
4-WIRE
POTENTIOMETER
INPUT
+–
3
Figure 3. Using a HART Communicator to configure the TRZ.

8 The Interface Solution Experts
TRZ
3. In Windows 95, go to the “Start” menu, and
access “Settings”, then “Control Panels”, and
finally “Add/Remove Programs”.
4. Click on “Install” and then follow the on-screen
instructions.
Once the Configuration Program is installed on the
PC, the TRZ can be connected to equipment to
simulate input and monitor output. With the PC
program, the user can then view and/or change its
operating parameters.
If not using a PC...
Use the HART Communicator to specify the operating
parameters of the TRZ.
If using a PC...
It will be necessary to install Moore Industries’ TRZ
Intelligent PC Configuration software first. Once the
program is loaded and running, nearly all of the
operating parameters for the connected transmitter
are shown on a single screen (see Figure 4). This
makes it easy to determine which aspects of
transmitter operation need to be changed to suit the
application requirements.
Installing the TRZ Configuration Software
Refer to Table 2 for the specifications of the PC
needed.
1. Insert the diskette labeled “TRZ Installation”
into the floppy drive of the PC.
2. Quit any applications that may be running in
the background on the PC, including any virus
detection software or other programs running in
Terminate and Stay Resident (TSR) mode.
Device Specifications
Variable Input Simulator for
Thermocouple, RTD, Millivolt,
Potentiometer, or Decade
Resistance Box Variable; Accurate to ±0.05% of unit span.
Power Supply 32Vdc, ±10%
Precision Load Resistor 250Ω. ±0.01% HART specifies that total loop resistance be maintained
between 250Ωand 1100Ω.
Multimeter (optional) Accurate to ±0.025% of span; e.g., Fluke Model 87
Personal Computer (optional)
80386-based IBM PC, or 100% compatible;
1.44Mb floppy diskette drive;
4Mb free Random Access Memory (RAM);
1Mb free disk space on hard drive (suggested);
Microsoft Windows® '95, '98, or NT
(Windows® '98 or NT will require additional RAM and a
faster processor--see requirements on Windows® manual
for details)
1 (one) free serial communications port (COM 1, 2, or 3)
set to 4800 baud, no parity, 8 data bits, and 1 stop bit
HART Modem Cable
(required if using a PC) Moore Industries part number 803-048-26, or equivalent
HART Communicator
(required if not using a PC) Fisher-Rosemount Model 275 or equivalent
Moore Industries' TRZ
Configuration software,
TRZ_setup.exe
(required if using a PC)
Version 1.0 or greater, successfully installed on the hard
disk of the specified PC
Table 2. Assembling the equipment needed to configure the TRZ.

The Interface Solution Experts 9
TRZ
Figure 4. Most of the TRZ Operating Parameters can be set from the Main Screen of the Configuration Program.
The TRZ must be connected to the PC in order to:
• TrimInput
• TrimOutput
• Assign a Tag
• PerformaLoop Test
• Receive(viadownload)aConfigurationFile
And,perhapsmostimportantly...
•
SAVE THE CONFIGURATION FILE ALREADY IN
THE TRANSMITTER’S MEMORY (refer to
“Saving the TRZ Configuration Files”, which
follows.)
No Transmitter Needed
It is not necessary to connect the TRZ to a PC to
create Configuration Files using the Configuration
Software. The Configuration Program can be run
without connecting a transmitter, and most operating
parameters can be set without benefit of input from a
sensor or from a transmitter. This makes it easy to
create a set of operating parameters, save them to
disk, and download them to one or more transmitters
at a later time.
Note:
Not all parameters can be set
without a transmitter attached.

10 The Interface Solution Experts
TRZ
Figure 5. Using the “Save As...” Function to Store the TRZ Default Settings on Disk.
Saving the TRZ Configuration Files
Every TRZ is shipped from the factory with a
Configuration File already installed in its memory.
This file is comprised of either the factory default set
of operating parameters or the set of parameters
specified by the customer at the time of order.
The Factory Defaults are...
• InputType:3-WirePlatinumRTD,100Ω,α0.3850
• Input Range: 0 to 100°C (32 to 212°F)
• Output: 4-20mA with HART
• UpscaleDrive(to 23mA)on inputfailure
• OverrangeMaximumValue: 22.0mA
• Noinputdamping
To save the Configuration File already resident in the
transmitter’s memory, pull down the “File” menu on
the Main Configuration Screen (Figure 5) and select
“Save As...”.
Use standard Windows’ conventions to save the file
on the PC disk in the desired location.
Alternatively, click on the “ ” icon at the top of the
screen. This starts the “Save As...” function in the
same manner.
Later, if you want to retrieve the saved information,
you can do so by selecting “Open” from the “File”
menu or by pressing the “ ” icon and then using
standard Windows’ conventions to find the file.
UsingthePCProgram
Once the default configuration has been saved to
disk, it is safe to program the other TRZ parameters.
Use either the PC-based Configuration software or the
HART Communicator–the results are the same.
For help with the PC program, press F1.
Consult the documentation for the HART Communica-
tor for information on getting help with the hand-held’s
menus.
Using the HART Communicator
The TRZ is programmed using a HART Communica-
tor. If your communicator is equipped with a Device
Description (DD) for the TRZ, the following section,
“Programming the TRZ when a Device Description is
Available”, gives an overview of the menus and
instructions for programming. To determine if your
communicator has the TRZ Device Description,
press “1” to select “Offline” and press “1” again to
select “New Configuration”. A list of companies will
appear which, if your communicator is loaded with
the TRZ Device Description, will include Moore
Industries.
If your communicator is not equipped with the TRZ
Device Description, go to “Programming the TRZ
when a Device Description is not available” on page
17. Some TRZ capabilities can only be accessed if
your communicator is equipped with a Device
Description. Moore Industries can factory-configure
TRZ parameters that are not accessible through the
generic DD.
Moore Industries can update your HART Communi-
cator with all of the latest, approved HART Device
Descriptions, including the DD for the TRZ. Just
send your communicator to our Interface Solution
Center headquarters in Sepulveda, California with
our configuration sheet indicating the DD’s you need.
We'll load the Device Descriptions of your choice for
a nominal charge.

The Interface Solution Experts 11
TRZ
Figure 6. Summarizing the TRZ Configuration Menus in a HART Communicator
MAIN MENU
1 DEVICE SETUP
2 TEMP
3 LRV
4 URV
5 I OUT
6 % RANGE
7 DATA LOGGER
DEVICE SETUP
1 INPUT SETUP
2 OUTPUT SETUP
3 DEVICE INFORMATION
4 DIAG/SERVICE
INPUT SETUP
1 SIGNAL CONDITION
2 SENSOR TYPE
3 LRV
4 URV
5 DAMP
6 UNIT
7 WIRE NO.
OUTPUT SETUP
1 UNDER LIM
2 OVER LIM
3 SENSOR ERROR
DEVICE INFORMATION
1 DISTRIBUTOR
2 MODEL
3 DEV ID
4 TAG
5 DATE
6 WRITE PROTECT NONE
7 DESCRIPTOR
8 MESSAGE
9 FINAL ASMBLY NUM
REVISION #S
HART OUTPUT
DIAG/SERVICE
1 LOOP TEST
3 SENSOR TRIM SENSOR TRIM
1 FACTORY TRIM
2 ONE POINT TRIM
3 TWO POINT TRIM
4 TEMP
HART OUTPUT
1 POLL ADDR
2 # PREAMBLES
Key
% RANGE = Output Current in % of Span
# PREAMBLES = Number of Preamble Characters
DAMP = Damping Value
DEV ID = Device Identification
DIAG = Diagnostic
I OUT = Output Current
LRV = Lower Range Value
MAX VALUE = Maximum Process Value
MIN VALUE = Minimum Process Value
OFFS = Offset
POLL ADDR = Polling Address
URV = Upper Range Value
WIRE NO = Number of Input Wires
DATA LOGGER
1 MAX PROCESS VALUE
2 MIN PROCESS VALUE
3 RESET MIN/MAX
2 D/A TRIM
6 S.GAIN
5 S. OFF

12 The Interface Solution Experts
TRZ
Programming theTRZ when a
Device Description is Available
With the TRZ connected as shown in either Figure 2
or 3, apply power and turn the communicator on.
After a brief self-test, the communicator will show
the main menu and identify the unit as a TRZ.
This section contains the instructions for
programming the TRZ using a HART Communicator
that has been programmed with a TRZ HART Device
Description (see page 11). If your communicator
doesn’t have a TRZ Device Description, skip to
“Programming the TRZ when a Device Description is
NOT Available” on page 15.
Figure 6 on page 11 shows an overview of the
programming menus for the configuration process.
This figure will be used frequently.
Displaying the Current Process Value
The Main Menu displays the current process value
(i.e. °C in a temperature application), the lower and
upper range values, the actual output current, and the
output current as a percentage of output span.
Configuring the TRZ’s Input
In the “Input Setup” Menu, you can program the type
of sensor being used, the sensor’s upper and lower
range values, a damping time between 0 and 15
seconds, the number of input wires, and the amount
of resistance in the wires connecting the TRZ to the
input.
Damping smooths input fluctuations by taking an
average over a user-programmed time period, and
using this value for the TRZ output. The damping
time can be set between 0 and 15 seconds.
To configure the TRZ input:
1. Highlight DEVICE SETUP in the Main menu
and push the right arrow.
2. Highlight INPUT SETUP and push the right
arrow.
3. Highlight SIGNAL CONDITION and push the
right arrow to show the current settings for
sensor type, upper and lower sensor values,
and the minimum span. Use the left arrow to
return to the Input Setup menu.
4. Highlight SENSOR TYPE and push the right
arrow to select the sensor type and
parameters. Enter the input type and
parameters and push ENTER to return to the
Input Setup menu.
Note:
After the sensor type and parameters are
selected, the TRZ defaults to the range
listed in Table 1. If you wish to modify
the range, see steps 5 and 6. Otherwise,
skip to step 7.
5. Highlight LRV and push the right arrow to
change the lower range value. Input the new
value and push ENTER to return to the Input
Setup menu.
6. Highlight URV and push the right arrow to
change the upper range value. Input the new
value and push ENTER to return to the Input
Setup menu.
7. Highlight DAMP and push the right arrow to
enter a damping time between 0 and 15
seconds. Input the value and push ENTER to
return to the Input Setup menu.
8. Highlight WIRE NO. and push the right arrow to
enter the number of wires used to connect the
TRZ to the input. Input the number and push
ENTER to return to the Input Setup menu.
9. Highlight CABLE R and push the right arrow to
enter the amount of resistance present in the
wire. Input the value and push ENTER to
return to the Input Setup menu.
10. Push HOME to return to the Main Menu.
Alternatively, the TRZ Device Description is avail-
able from any service center that is approved to up-
grade universal HART communicators. Consult the
Interface Solution Center nearest you for locations.

The Interface Solution Experts 13
TRZ
Configuring the TRZ’s Analog Output
In the “Output Setup” menu, you can enter the output
for measurements outside of the programmed range
and for sensor failure. The output can go upscale
(from 20.00 to 23.00mA) or downscale (from 3.60 to
4.00mA).
To configure TRZ analog output:
1. Highlight DEVICE SETUP in the Main
Menu and push the right arrow.
2. Highlight OUTPUT SETUP and push the
right arrow.
3. Displayed next to UNDER LIM is its
current setting. Highlight UNDER LIM and
push the right arrow to enter the output
current for measurements lower than the
programmed range. Input the value and
push ENTER.
4. Displayed next to OVER LIM is its current
setting. Highlight OVER LIM and push the
right arrow to enter the output current for
measurements higher than the
programmed range. Input the value and
push ENTER.
5. Displayed next to SENSOR ERROR is its
current setting. Highlight SENSOR
ERROR and push the right arrow to enter
the output current in the event of sensor
failure. Input the value and push ENTER.
6. Push HOME to return to the Main Menu.
Configuring the TRZ’s HART Output
In the “HART Output” menu, you can enter a polling
address between 0 and 15 for an individual TRZ and
display the number of preamble characters sent by
the master to the slave to ensure synchronization.
To configure the HART output:
1. Highlight DEVICE SETUP in the Main Menu
and push the right arrow.
2. Highlight DEVICE INFORMATION and push
the right arrow.
3. Scroll to HART OUTPUT and push the right
arrow.
4. Displayed next to POLL ADDR is the current
address. Highlight POLL ADDR and push the
right arrow to enter the polling address for the
module. It can be any integer between 0 and
15. Input the address and push ENTER to
return to the HART screen.
Note:
If the polling address is set to 0, the TRZ
is automatically set to analog mode.
Multiple TRZ’s on the same bus must have
differentaddresses.
5. Displayed next to # REQ PREAMBLES is 5.
This is the number of preamble characters sent
by the master to the slave. This cannot be
changed.
6. Push HOME to return to the Main Menu.
Configuring the Device Information
In the “Device Information” menu, you can enter a tag
(8 characters), date, descriptor (i.e. a location code of
up to 16 characters), a message (32 characters), and
final assembly numbers for the TRZ.
To configure the device information:
1. Highlight DEVICE SETUP from the Main Menu
and press the right arrow.
2. Highlight DEVICE INFORMATION and press
the right arrow.
3. Scroll past the displays of DISTRIBUTOR,
MODEL, and DEV ID. They cannot be
changed in the field.
4. Highlight TAG and press the right arrow to
enter an eight character name for the unit.
Input the name and press ENTER to return to
the Device Information menu.
5. Displayed next to DATE is the date input into
the TRZ. Highlight DATE and press the right
arrow to enter a date for the unit. Input the
date and press ENTER to return to the Device
Information menu.
6. Scroll past WRITE PROTECT NONE This
cannot be changed in the field.

14 The Interface Solution Experts
TRZ
7. Highlight DESCRIPTOR and press the right
arrow to enter a location code of up to 16
characters. Input the code and press ENTER
to return to the Device Information menu.
8. Highlight MESSAGE and press the right arrow
to enter a message of up to 32 characters.
Input the message and press ENTER to return
to the Device Information menu.
9. Highlight FINAL ASSEMBLY # and press the
right arrow to enter a reference number of up to
8 characters. Input the number and press
ENTER to return to the Device Information
menu.
10. Highlight REVISION #S and press the right
arrow to display the revision number of the
command set, the TRZ, and the Device
Description software. These cannot be
changed.
11. HART OUTPUT configures the HART
OUTPUT. See page 13 for instructions.
12. Push HOME to return to the Main Menu.
Changing Loop Current to a Fixed Value
The “Diag/Service” menu allows you to change the
loop current to a fixed output. Once the TRZ’s output
current is set to a known value, it can be checked
against the value being received and displayed by
your receiving device.
To change the loop current to a fixed value:
1. Highlight DEVICE SETUP in the Main Menu
and push the right arrow.
2. Highlight DIAG/SERVICE and push the right
arrow.
3. Highlight LOOP TEST and push the right arrow
to change the loop current to a fixed output.
Note:
The TRZ has to be removed from
automatic control in order to run the Loop
Test.
4. Push OK after removing the loop from
automatic control.
5. Choose the current output value and push
ENTER. Push OK if the entry is correct, abort
if it is not.
6. Highlight “End” and press “Enter”. Push OK to
return the loop to automatic control. The
screen returns to the Diag/Service menu.
7. Push HOME to return to the Main Menu.
TrimmingtheInputSensor
From the “Sensor Trim” menu, you can enter the
offset for a non-calibrated sensor or reset the TRZ to
the factory settings.
Offset for non-calibrated sensors can be entered two
different ways. The first time a non-calibrated sensor
is connected, SENSOR TRIM is used to enter the
offset because it allows the TRZ to synchronize with
the input. Subsequent adjustments to the offset can
be accomplished in SENSOR TRIM or in OFFS.
SENSOR TRIM can only be used in a controlled
environment because fluctuating input makes it diffi-
cult for the TRZ to synchronize with the input. OFFS
can be used in a controlled environment or in the
field.
To trim the sensor:
1. Highlight DEVICE SETUP in the Main Menu
and push the right arrow.
2. Highlight DIAG/SERVICE and push the right
arrow.
3. Highlight SENSOR TRIM and push the right
arrow to start the trim process.
Note:
To change the offset without
synchronizing to the input, skip to step 8.
To reset the TRZ to the factory settings,
go to step 9.
Before beginning Sensor Trim, the TRZ
reverts to the factory trim settings. This
takes 5 seconds. Pushing Abort during
this time stops the process.
5. After reverting to the factory settings, the TRZ
will synchronize with the input. Adjust the input
until the desired value appears, then press OK.
6. A space appears below the input value. Input
the desired offset value into the space and
press ENTER to return to the Sensor Trim
menu.

The Interface Solution Experts 15
TRZ
7. Highlight TEMP and push the right arrow to
display the temperature. Press ENTER to
return to the Sensor Trim menu.
8. Highlight OFFS and push the right arrow to
change the offset. Input the desired offset and
push ENTER to return to the Sensor Trim
menu.
9. Highlight FACTORY TRIM and push the right
arrow to reset the TRZ to the factory settings.
If you do not want to reset the TRZ, skip to step
10.
Note:
Once the factory trim process is
complete, all other trim values are
erased.
Reset takes 5 seconds. Pushing Abort
during this time stops the process.
10. Push HOME to return to the Main Menu.
Displaying the Minimum and Maximum
Process Values
The highest and lowest process values since the last
reset are displayed in the “Data Logger” menu. These
values are held in volatile memory and are irretriev-
able if the TRZ loses power or is reset.
To display the minimum and maximum values:
1. Highlight DATA LOGGER in the Main Menu
and push the right arrow.
2. Next to MAX VALUE is the highest process
value since the last reset. Push EXIT to return
to the Data Logger menu.
3. Next to MIN VALUE is the lowest process value
since the last reset. Push EXIT to return to the
Data Logger menu.
4. Push HOME to return to the Main Menu.
Resetting the Minimum and Maximum
Process Values
The minimum and maximum process values can be
reset in this menu. Once reset, they are irretrievable.
Resetting the minimum and maximum process values:
1. Highlight DATA LOGGER in the Main Menu
and push the right arrow.
2. Highlight RESET MIN/MAX and push the right
arrow to reset the maximum and minimum
process values.
Note:
Reset takes five seconds. Pushing Abort
during this time stops the process.
3. Push HOME to return to the Main Menu.

16 The Interface Solution Experts
TRZ
Figure 7. Generic Menu Overview
ONLINE GENERIC
1 DEVICE SETUP
2 PV
3 PV AO
4 PV LRV
5 URV
DEVICE SETUP
1 PROCESS VARIABLES
2 DIAG/SERVICE
3 BASIC SETUP
4 DETAILED SETUP
5 REVIEW
PROCESS VARIABLE
1 SNSR
2 AI %
3 A01 DISPLAY
DIAG/SERVICE
1 TEST DEVICE
2 LOOP TEST
3 CALIBRATION
4 D/A TRIM
BASIC SETUP
1 TAG
2 PV UNIT
3 RANGE VALUES
4 DEVICE INFORMATION
5 PVXFER FNCTN
6 PV DAMP
DETAILED SETUP
1 SENSORS
2 SIGNAL CONDITION
3 OUTPUT CONDITION
4 DEVICE INFORMATION
CALIBRATION
1 APPLY VALUES
2 ENTER VALUES
RANGE VALUES
1 PVLRV
2 URV
3 PVLSL
4 USL
DEVICE INFORMATION
1 DISTRIBUTOR
2 MODEL
3 DEV ID
4 TAG
5 DATE
SENSORS
1 PV
2 PV SNSR
3 SENSOR INFORMATION
SIGNAL CONDITION
1 SNSR DAMP
2 URV
3 AI LRV
4 AI XFER FNCTN
5 AI % RANGE
OUTPUT CONDITION
1 ANALOG OUTPUT
2 HART OUTPUT
ANALOG OUTPUT
1 AO1
2 AO ALRM TRIP
3 LOOP TEST
4 D/A TRIM
5 SCALED D/A TRIM
HART OUTPUT
1 POLL ADDR
2 NUM REG PREAMS
3 BURST MODE
4 BURST OPTION
Key
AI % = % of Analog Input
AO = Analog Output
DAMP = Damping Value
DEV ID = Device Identification
DIAG = Diagnostic
D/A TRIM = Trim Digital/Analog
LRV = Lower Range Value
LSL = Lower Sensor Level
NUM REG PREAMS = Number of Preamble Characters
POLL ADDR = Polling Address
PV = Process Variable
SNSR = Sensor
URV = Upper Range Value
USL = Upper Sensor Level
XFER FNCTN = Transfer Function
ENTER VALUES
1 PVLRV
2 URV
3 PVUSL
4 PVLSL