Acromag ST132-0600 Manuel utilisateur

USB Programmable, DIN Form B

Connection Head Transmitter

Model ST132-0600 & ST132-0610

Two-Wire Transmitter, TC Input

USER’S MANUAL

ACROMAG INCORPORATED Tel: (248) 295-0880

30765 South Wixom Road email: [email protected]

Wixom, MI 48393-2417 U.S.A.

Data and specifications are subject to change without notice. 8500896L

MiniPuck Model ST132-06x0 Two-Wire TC/mV Transmitter

_________________________________________________________________________________

______________________________________________________________________________________

Acromag, Inc. Tel: 248-295-0880 Email: [email protected] https://www.acromag.com

IMPORTANT SAFETY CONSIDERATIONS

You must consider the possible negative effects of power, wiring,

component, sensor, or software failure in the design of any type of

control or monitoring system. This is very important where property

loss or human life is involved. It is important that you perform

satisfactory overall system design and it is agreed between you and

Acromag, that this is your responsibility.

GETTING STARTED

DESCRIPTION….…………………….………..………..

Key Features………………………………………

Application.…………..……………………………

Mechanical Dimensions.………………………..

ELECTRICAL CONNECTIONS.….……..……………..

Sensor Input Connections…..………………….

Output/Power Connections....………………….

Earth Ground Connections……………….…….

USB Connections…………………………………

CONFIGURATION SOFTWARE………………………

Introduction…………....………………………….

TROUBLESHOOTING……...…………………………..

Diagnostics Table.………………………………..

TECHNICAL REFERENCE

BLOCK DIAGRAM…..……...…………………………..

CONFIGURATION STEP-BY-STEP…………………..

Calibration Connections..…………..….……………..

Reconfiguration…………………..…………………….

Zero & Full-Scale Calibration……………..................

Other Configuration Controls.………….…...……….

SPECIFICATIONS……………………...……………….

Model Numbers...……………….………………..

Input…………………………………………………

Output…………..………..……....…………………

USB Interface..…………………………………….

Enclosure and Physical………………………….

Agency Approvals………………………………..

Environmental……………………………………..

Reliability Prediction……………………………..

ACCESSORIES……………...…………………………..

Software Interface Package…………………….

Transmitter Mounting Kit………………………..

USB Isolator…..….………………………………..

USB A-B Cable, USB A-mini B Cable………….

DIN Rail Adapter Kit………………………………

TABLE OF

CONTENTS

Symbols on equipment:

Means “Refer to User’s

Manual (this manual) for

additional information”.

The information of this manual

may change without notice.

Acromag makes no warranty

of any kind with regard to this

material, including, but not

limited to, the implied

warranties of merchantability

and fitness for a particular

purpose. Further, Acromag

assumes no responsibility for

any errors that may appear in

this manual and makes no

commitment to update, or

keep current, the information

contained in this manual. No

part of this manual may be

copied or reproduced in any

form without the prior written

consent of Acromag, Inc.

For additional information,

please visit our web site at

www.acromag.com and download

our whitepaper 8500-904,

Introduction to Two-Wire

Transmitters.

Windows® is a registered

trademark of Microsoft

Corporation.

MiniPuck Model ST132-06x0 Two-Wire TC/mV Transmitter

________________________________________________________________________________

______________________________________________________________________________________

Acromag, Inc. Tel:248-295-0880 Fax:248-624-9234 Email:[email protected] http://www.acromag.com

The ST132-0600 is an ANSI/ISA Type II transmitter designed to interface

with a TC (Thermocouple) sensor, or ±100mV input, and modulate a 4-

20mA current signal for a two-wire current loop. This unit is setup and

calibrated using the included software and a USB connection to Windows-

based PC’s. The unit provides automatic cold junction compensation,

linearization, and lead break or sensor burnout detection. It also offers a

scalable input range.

•Digitally setup and calibrated via USB

•Flexible TC or millivolt input support

•Provides selectable upscale or downscale Lead-Break Detection

•Adjustable Linearization.

•High Measurement Accuracy

•Non-Polarized Output/Power Connection

•Programmable/Scalable Input Range Scaling

•Convenient Two-Wire Loop Power

•Designed For DIN Form B Sensor Head Mounting

•Provides a Linearized Output Response

•Easy USB Reconfiguration and Calibration with Included Software

•Wide Ambient Operation

•Hardened For Harsh Environments

•Optional DIN Rail Adapter

•CE Approved

•Model ST132-0610 is UL Listed (USA & Canada) suitable for use in

Class I, Division 2, Groups A, B, C, D Hazardous Locations, or

Nonhazardous Locations only.

•Model ST132-0610 is ATEX Certified for Explosive Atmospheres.

II 3 G Ex nA IIC T4 Gc -40oC ≤Ta ≤+80oC

DEMKO 13 ATEX 1113348X

This transmitter is designed for mounting in DIN Form B connection/sensor

heads commonly used in thermowell applications for sensing temperature or

for use in an enclosure with suitable strength and rigidity. Optionally, a DIN-

rail adapter may be purchased for mounting the unit to T-type, or G-type

DIN rail. The transmitter must be installed in an ATEX Certified enclosure

with a minimum ingress protection rating of at least IP54. Enclosure must

have a door or cover accessible only by the use of a tool (See page 28 for

details).

Its non-isolated input is intended to mate with non-grounded, type J, K, T, R,

S, E, B, & N thermocouple temperature probes common to these thermowell

applications. It provides an output current linearized to the TC sensor

temperature. Optionally, it can support simple millivolt inputs and drive an

output current linear to the voltage.

The output signal is transmitted via a two-wire, 4-20mA current loop. The

two-wire current signal can be transmitted over long distances with high

noise immunity. Sensor lead-break detection and the inherent live-zero

output offset offers convenient I/O fault detection, should an I/O wire break.

DESCRIPTION

Key Features

Application

MiniPuck Model ST132-06x0 Two-Wire TC/mV Transmitter

_________________________________________________________________________________

______________________________________________________________________________________

Acromag, Inc. Tel: 248-295-0880 Email: [email protected] https://www.acromag.com

Note that this transmitter conforms to the mechanical limits set forth in the

German standard DIN 43 729, for the Form B head style, and can be easily

mounted in DIN Form B connection and thermowell protection heads, similar

to the figure at upper left.

The M4 mounting screws and relief springs used to attach the transmitter to

the connection head are ordered separately via Acromag Mounting Kit

ST130-MTG (see Accessories section).

The unit may be optionally mounted to 35mm T-type or G-type DIN rail

using the optional DIN mounting kit ST130-DIN as shown at left (see

Accessories section).

44.50

1.752

33.00

1.299

16.50

.650

20.0°

5.28

.208

23.40

.921 12.96

.510

Dimensions in millimeters (inches)

10.44

.411

O5.15

.203

O6.48

.255

Mechanical Dimensions

Connection Head Mounting

DIN Rail Mounting

35mm T-Type DIN Rail

G-Type DIN Rail

MiniPuck Model ST132-06x0 Two-Wire TC/mV Transmitter

________________________________________________________________________________

______________________________________________________________________________________

Acromag, Inc. Tel:248-295-0880 Fax:248-624-9234 Email:[email protected] http://www.acromag.com

WARNING –EXPLOSION HAZARD –Do not disconnect equipment unless

power has been removed or the area is known to be non-hazardous.

WARNING –EXPLOSION HAZARD –Substitution of any components may

impair suitability for Class I, Division 2.

WARNING –EXPLOSION HAZARD –The area must be known to be non-

hazardous before servicing/replacing the unit and before installing.

Wire terminals can accommodate 14-28 AWG (2.08-0.081mm2) solid or

stranded wire. Input wiring may be shielded or unshielded twisted type.

Ideally, output wires should be twisted pair. Strip back wire insulation 3/8-

inch on each lead and wrap the bare wire in a clockwise direction around

the terminal screw and below the SEMS washer. Tighten the screw to

secure the wire at a torque rating range of 0.226 to 0.282 N-m. Terminals

include wire loops for test clip attachment, or for redundant soldered wire

connection required for heavy shock and vibration applications. Since

common mode voltages can exist on signal wiring, adequate wire insulation

should be used, and proper wiring practices followed. Output wires are

normally separated from input wiring for safety, as well as for low noise

pickup. Cables and/or conductors in conduit must have a minimum

temperature rating of 110°C.

Sensor wires are passed up through the center of the transmitter and wire

directly to transmitter input terminals 2 and 3, as shown in the connection

drawings below. Observe proper polarity when making input connections.

•Use Insulated or Non-Grounded Sensors Only - Input is non-isolated.

Do not ground any input leads.

This transmitter has an ANSI/ISA Type 2 output in which the power and

output signal share the same two leads, and the transmitter has a floating

connection with respect to earth ground. In these applications, output wires

normally pass through the output channel on top of the transmitter and are

drawn through the egress path of the connection head. Connect a DC

power supply and load in series in the two-wire loop as shown in the

drawing below.

T4 T5

IN+

IN-

IN OUT

4 5

USB

TYPEJ,K,T,E,R,S,B,ORN

MODELST132-0600INPUTSENSORWIRING

SHIELDEDCABLE

OPTSHIELDGROUND

DONOTGROUNDINPUTLEADS

INPUT

TERMINALS

THERMOCOUPLE

ELECTRICAL

CONNECTIONS

Sensor Input

Connections

Output/Power

Connections

MiniPuck Model ST132-06x0 Two-Wire TC/mV Transmitter

_________________________________________________________________________________

______________________________________________________________________________________

Acromag, Inc. Tel: 248-295-0880 Email: [email protected] https://www.acromag.com

•Output connections are not polarized. The + and –designations are for

reference only with current normally input to Output+ and returned via

Output-.

•Loop supply voltage should be from 7-32V DC with the minimum level

set to supply over-range current to the load, plus 7V across the

transmitter, plus any transmission line drop.

•Variations in power supply voltage between the minimum required and

32V maximum, has negligible effect on transmitter accuracy.

•Variations in load resistance has negligible effect on output accuracy as

long as the loop supply voltage is set accordingly.

•Note the placement of earth ground in the current loop. This is very

important when making a connection to USB and will drive the need for

USB isolation (see below).

•Always connect the output/power wires and apply loop power before

connecting the unit to USB.

The output of this transmitter has a floating connection relative to ground

which makes it flexible in the way it connects to various “Receiver” devices.

In most installations, the loop power supply will be local to either the

transmitter, or local to the remote receiver. Shielded twisted pair wiring is

often used to connect the longest distance between the field transmitter and

remote receiver. The receiver device is commonly the input channel of a

Programmable Logic Controller (PLC), a Digital Control System (DCS), or a

panel meter. Some receivers already provide excitation for the transmitter

and these are referred to as “sourcing” inputs. Other receivers that do not

provide excitation are referred to as “sinking” inputs, and these will require

that a separate power supply connect in the loop.

T4 T5

OUT+

IN OUT

4 5

USB

OUTPUT

TERMINALS

OUT-

DCSUPPLY

(7-32V)

MODELST132-0600OUTPUT/POWERWIRING

EARTH

GROUND

NOTE:OUTPUTTERMINALSARENOTPOLARIZED

PLUS&MINUSLABELSAREFORREFERENCEONLY.

LOAD

THISTRANSMITTERISLOOPPOWERED

4-20mA

ELECTRICAL

CONNECTIONS

Output/Power

Connections

MiniPuck Model ST132-06x0 Two-Wire TC/mV Transmitter

________________________________________________________________________________

______________________________________________________________________________________

Acromag, Inc. Tel:248-295-0880 Fax:248-624-9234 Email:[email protected] http://www.acromag.com

Here are example transmitter connection diagrams for “sourcing” and

“sinking” receiver types:

WARNING: For compliance to applicable safety and performance

standards, the use of twisted pair output wiring is recommended. Failure

to adhere to sound wiring and grounding practices as instructed may

compromise safety, performance, and possibly damage the unit.

TIP - Ripple & Noise: Power supply ripple at 60Hz/120Hz is normally

reduced at the load by the transmitter, but additional filtering at the load can

reduce the ripple further. For large 60Hz supply ripple, connect an external

1uF or larger capacitor directly across the load to reduce excessive ripple.

For sensitive applications with high-speed acquisition at the load, high

frequency noise may be reduced by placing a 0.1uF capacitor directly

across the load.

TIP - Inductive Loads: If the two-wire current loop includes a highly

inductive load (such as an I/P current-to-pressure transducer), this may

reduce output stability. In this case, place a 0.1uF capacitor directly across

the inductive load and this will typically cure the problem.

The unit housing is plastic and does not require an earth ground connection.

If the transmitter is mounted in a metal housing, a ground wire connection is

typically required, and you should connect the metal enclosure’s ground

terminal (green screw) to earth ground using suitable wire per applicable

codes. See the Electrical Connections Drawing for Output/Power and note

the traditional position of earth ground for the two-wire output current loop.

The Type II transmitter output terminals have a floating connection relative

to earth ground. Earth ground is normally applied at the output loop power

minus terminal and in common with the loop load or loop receiver minus.

•Do not earth ground any input lead and use only insulated/non-

grounded TC sensors. This transmitter does not isolate its input signal.

•Respect the traditional position of earth ground in a two-wire current

loop and avoid inadvertent connections to earth ground at other points,

which would drive ground loops and negatively affect operation. This

includes the USB connection to the transmitter, which should be made

via a USB isolator, as most Personal Computers earth ground their USB

ports, and this makes contact with both the signal and shield grounds.

ELECTRICAL

CONNECTIONS

Output/Power

Connections

Earth Ground

Connections

TRX

RCV

DCS/PLCSOURCING

24VDC

ConnectingtheST132Two-WireTransmitterto

a"SOURCING"InputCardofaDigitalControl

SystemorProgrammableLogicController(e.g.

24VDCExcitationisProvidedbyCard)

RCV

DCS/PLCSINKING

24VDC

ConnectingtheST132Two-WireTransmitterto

a"SINKING"InputCardofaDigitalControl

SystemorProgrammableLogicControllerwith

24VDCExcitationProvidedbySeparatePower

Supply.

24VDCPOWERSUPPLY

COMMONTWO-WIRETRANSMITTERCONNECTIONTO"SOURCING"AND"SINKING"INPUTRECEIVERS

TwistedPair

INPUTCARD

TRX

MiniPuck Model ST132-06x0 Two-Wire TC/mV Transmitter

_________________________________________________________________________________

______________________________________________________________________________________

Acromag, Inc. Tel: 248-295-0880 Email: [email protected] https://www.acromag.com

This transmitter is setup, configured, and calibrated via configuration

software that runs on a Windows-based PC that is connected to the unit via

USB. Refer to the drawing below to connect your PC or laptop to the

transmitter for the purpose of reconfiguration and calibration using this

software.

WARNING –USB Connector is not for operational or maintenance use

in hazardous locations. The intent of mating USB with this transmitter is

so that it can be conveniently setup and calibrated in a safe area, then

installed in its connection head, which may be in a hazardous area. Do not

attempt to connect a PC or laptop to this unit while installed in a hazardous

environment, as USB energy levels could ignite explosive gases or particles

in the air.

•USB Signal Isolation Required (See Below) - You may use Acromag

model USB-ISOLATOR to isolate your USB port, or you can optionally

use another USB signal isolator that supports USB Full Speed operation

(12Mbps).

•Configuration Requires USB and Loop Power - This transmitter

draws power from both the current loop and from USB during setup.

•Connect Loop Power Before USB - Always connect the transmitter to

its loop power supply before connecting USB, or erratic operation may

result.

IMPORTANT: All USB logic signals to the transmitter are referenced to the

potential of its internal signal ground. This internal ground is held in

common with the USB ground and shield ground. The potential of the

transmitter’s current output pin (output minus) relative to earth ground will

vary according to the load current and load resistance (net IR drop).

Without isolation, this IR voltage drop would drive a potential difference

between the normally grounded current loop and the grounded USB

connection at the PC, causing a ground loop that would inhibit setup and

calibration, and may even damage the transmitter. This is why an isolated

USB connection is recommended. You could alternately avoid the use of an

isolator if a battery powered laptop was used to connect to the transmitter,

and the laptop has no other earth ground connection.

USB Connections

ELECTRICAL

CONNECTIONS

USB Connections

MiniPuck Model ST132-06x0 Two-Wire TC/mV Transmitter

________________________________________________________________________________

______________________________________________________________________________________

Acromag, Inc. Tel:248-295-0880 Fax:248-624-9234 Email:[email protected] http://www.acromag.com

USB Interface

•Scans for connected transmitters and allows you to selectively open

communications with them.

•Devices Found: Connected transmitters are listed in this pull-down

select menu. Click to highlight a transmitter and then click the “Open”

button to open communications with it.

•Open/Close Button: Click this button to open or close communication

with the selected transmitter listed in the Devices Found field.

•Displays the model number (Product Name), Manufacturer, and Serial

Number of the connected/selected transmitter.

The software automatically scans for connected transmitters when it is

booted. You can select a connected transmitter and open communications

with it from the Device Found pull-down menu. The connected/selected

transmitter’s ID info (Product Name/serial, Manufacturer, & Serial Number)

is also displayed. Device connection status messages are also indicated in

the System Message Window at the bottom of the screen.

Configuration Area

•Input Type: Set the Input Type, J, K, T, E, R, S, B, N, or ±100mV.

•Break Control: Set the break detection direction (Up or Down).

•Filter Control: Set the level of filtering to be applied to the input signal.

•CJC Control: Select if the CJC is used (On or Off).

•I/O Scaling: Select the input range endpoints to scale to the 4 to 20mA

output range endpoints. You can optionally set this up for a reverse-

acting output by swapping the signals.

CONFIGURATION

SOFTWARE

Introduction

This transmitter can only be

configured and calibrated via

its Configuration Software and

a USB connection to your PC

or laptop. The configuration

software can be downloaded

free of charge from our web

site at www.acromag.com.

This software is also included

on a CDROM bundled with the

Configuration Kit ST13C-SIP

(see Accessories section).

For this model, look for

program ST132-ST133

Config.exe. The software is

compatible with XP or later

versions of the Windows

operating system.

The configuration software

screen for this model is shown

at left. The configuration

screen is divided into five

sections as follows: USB

Interface, Configuration, Test,

Calibration, and the Message

Bar and controls at the bottom

of the screen. Additionally,

there is a Reset button, a

button to restore the unit to the

factory default state, and a

button to exit the program. A

short description of each of

these groups follows. For a

detailed explanation, see

Configuration Step-by-Step in

the Technical Reference

section of this manual.

HELP –You can press F1 for

Help on a selected or

highlighted field or control.

You can also click the [?]

button in the upper-right hand

corner of the screen and then

click to point to a field or

control to get a Help message

pertaining to the item you

pointed to.

MiniPuck Model ST132-06x0 Two-Wire TC/mV Transmitter

_________________________________________________________________________________

______________________________________________________________________________________

Acromag, Inc. Tel: 248-295-0880 Email: [email protected] https://www.acromag.com

Use the controls of the Configuration section to select an input type, the

break detent, filter level, CJC on/off, and input range scaling.

Test Input Area

•Polling Toggle & Input Display Field: This button will toggle polling of

the input on/off and display the input level in the adjacent field.

Calibration Area (See Configuration Step-by-Step for Procedure)

•Input: This section calibrates the selected input range.

•Output: This section calibrates the 4 to 20mA output.

•TRef: This section calibrates the cold-junction temperature reference

for cold junction compensation of the T/C.

•Restore Factory Calibration Button: This button will restore only the

original factory calibration to the unit. Note that this will not reset any of

the configuration settings.

This section is used to calibrate the input, output, and CJC temperature

sensor of the unit. Instructions on how to calibrate the unit is detailed in the

Configuration Step-by-Step section of the Technical Reference portion of

this manual.

Message Bar

•Displays the Fault Status of your transmitter input signal.

•Displays prompt instructions during calibration.

The system message bar at the bottom of the screen will display & repeat

prompt instructions as you step through calibration. It also displays

diagnostic messages (see Configuration Step-by-Step section for specific

messages).

Other Options:

•Reset ST13x: This button will reset the ST132 unit.

•Restore to Out of Box Condition: This button will restore ALL

configuration settings and calibration to their original factory settings.

You can click the “Restore Factory Settings” button if you ever mis calibrate

or misconfigure a transmitter in such a way that its operation appears

erratic.

CONFIGURATION

SOFTWARE

Introduction

You can click on “File” in the

upper left-hand corner to open

a previously saved file, save

your own file, or print out your

configuration.

You can refer to the

Configuration Step-by-Step

section of the Technical

Reference portion of this

manual for a more detailed

description of every control

described here.

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