dTRANS T05 - Measurement converter Jumo - Free user manual and instructions

USER MANUAL dTRANS T05 Jumo

Two views of a mechanical component: one showing a blue cylindrical housing with internal pins, the other showing two gray plastic enclosures with labeled ports (no text or symbols visible)

B 707050.0

Betriebsanleitung

Operating Manual

Two views of a mechanical component: one showing a blue cylindrical housing with internal pins, the other showing two gray plastic enclosures with labeled ports (no text or symbols visible)

B 707050.0

Betriebsanleitung

1 Einleitung ....5

Exploded view diagram of a mechanical assembly showing exploded and assembled views (no text or labels)

3 Montage

3.2 Montage/Demontage des dTRANS T05 T

Montage Demontage

Architectural floor plan outline showing room layout and structural elements (no text or labels)

Architectural floor plan showing room layout and mechanical component (no text or labels)

Technical line drawing of a mechanical assembly with no visible text or symbols

Technical line drawing of a mechanical assembly with tool and bracket (no text or symbols)

Technical line drawing of a mechanical component with a screwdriver inserted, showing internal structure and mounting holes (no text or symbols)

HINWEIS!

Technical diagram of a mechanical or electrical component with numbered terminals and internal components labeled in Chinese.

36039 Fulda, Germany

Telefon: [phone]

Telefax: [phone]

E-Mail: [e-mail]

Internet: www.jumo.net

36039 Fulda, Germany

Postadresse:

36035 Fulda, Germany

8712 Stäfa, Switzerland

Telefon: [phone]

Telefax: [phone]

E-Mail: [e-mail]

Two views of a mechanical component: a blue cylindrical housing with internal pins and a gray multi-block assembly with labeled ports (no text or symbols visible)

B 707050.0

Operating Manual

JUMO

2012-08-13/00576951

1 Introduction ....5

1.1 Safety information 5

1.2 Brief description 6

1.3 Block diagram 6

1.4 Dimensions 7

1.4.1 dTRANS T05 B (707050) transmitter 7

1.4.2 dTRANS T05 T (707051) transmitter 7

2 Identifying the device version 9

2.1 Nameplate 9

2.2 Order details 10

2.3 Scope of delivery 10

2.4 Accessories 10

3 Installation ....11

3.1 Installation of the dTRANS T05 B 11

3.2 Installation/dismounting of dTRANS T05 T 12

3.2.1 Connecting the wire to dTRANS T05 T with screw terminals 12

3.2.2 Connecting the wire to dTRANS T05 T with spring-cage terminals 13

3.2.3 Opening the hinged cover 13

3.2.4 DIN rail installation 14

4 Electrical connection .....15

4.1 Safety information 15

4.2 Terminal assignment and dimensions (mm) of dTRANS T05 B 15

4.3 Terminal assignment and dimensions (mm) of dTRANS T05 T 17

4.4 PC interface for dTRANS T05, type B and T 18

5 Configuration....19

5.1 Establishing connection between PC and transmitter 19

5.2 Setup program 20

5.3 Working with the setup program 21

5.3.1 Establishing communication with the transmitter 21

5.3.2 Customer specific linearization 23

5.3.3 Drag indicator function 24

5.3.4 Operating hours counter 25

5.3.5 Displaying the current measured value/device status 25

6 Appendix 27

6.1 Technical data 27

6.1.1 LED indication 27

Contents

6.1.2 Analog input 27
6.1.3 Measuring circuit monitoring 30
6.1.4 Output 31
6.1.5 Customer-specific linearization 31
6.1.6 Voltage supply 32
6.1.7 Environmental influences 32
6.1.8 Case 33

1.1 Safety information

General information

This manual contains information that must be observed in the interest of your own safety and to avoid damage to assets. This information is supported by symbols which are used in this manual as follows.

Please read this manual before commissioning the device. Keep the manual in a place accessible to all users at all times.

If difficulties occur during commissioning, please refrain from carrying out any manipulations that could jeopardize your warranty rights.

Warning signs

CAUTION!

This symbol in combination with the signal word indicates that damage to assets or data loss will occur if suitable precautions are not taken.

Note signs

TIP!

This symbol refers to important information about the product or its handling or additional use.

1 Introduction

1.2 Brief description

The transmitters record sensor signals from RTD temperature probes, thermocouples, resistance transmitters, or resistances/potentiometers. When using a resistance/potentiometer or RTD temperature probe, the sensor on the input side can be connected with a 2-wire, 3-wire, or 4-wire circuit. Voltage signals in the range from -100 to +1100 mV can be recorded in the same way. Depending on the selected measuring input, the linear and temperature-linear linearization variants and the possibility of easily configurable customer specific linearization are available.

Type 707050 delivers 4 to 20 mA as an output signal. Type 707051 delivers 4 to 20 mA or 0 to 10 V as an output signal. The measuring input and the output signal are electrically isolated from one another. It is possible to reverse the output signal in both types.

The transmitter configuration with respect to probe type, probe connection technology, measuring range (freely configurable), and linearization is carried out by means of a setup program on the PC. The connection to the PC is established via a USB interface which does not require additional auxiliary voltage. Via the USB interface, the min./max. process value and the min./max. operating temperature recorded by the transmitter can be read and the sensor wiring can be checked online.

The operating status of the transmitter is indicated by a two-color control LED (red/green). This is lit green during fault-free operation. A fault such as a probe break will be shown by the corresponding LED indication.

1.3 Block diagram

graph LR
    A["Input signals: RTD temperature probe"] --> B["Transmitter"]
    C["Thermocouple"] --> B
    D["Resistor/ potentiometer"] --> B
    E["Resistance transmitter"] --> B
    F["Voltage"] --> B
    G["Supply voltage: DC 11 to 35 V"] --> B
    H["Output signals: 707050: 4 to 20 mA\n707051: 4 to 20 mA\n0 to 10 V"] --> I["USB-interface: Setup"]
    B <--> I

1.4 Dimensions

1.4.1 dTRANS T05 B (707050) transmitter

Ø7 USB 3W 4W 5 4 Ø5 Ø44 33 21

1.4.2 dTRANS T05 T (707051) transmitter

93.1 6.3 101.2 102.5

This figure shows type 707051 installed on a TH 35-7.5 DIN rail. The specifications concerning dimensions are only valid for installation on this DIN rail and change accordingly if a TH 35-15 DIN rail is used.

1 Introduction

2.1 Nameplate

Nameplate specification Description Example
Typ Device type 707050/8-06
TN Part no. 00582219
F-Nr Fabrication number 0167938001012140001
	Voltage supply DC 11 to 35 V
	Input symbol Programmable
	Output symbol 4 to 20 mA

Device type (Typ)

Compare the specifications on the respective nameplate to your order documents. The supplied device version can be identified using the order details in Chapter 2.2 "Order details", page 10.

Part no. (TN)

The part no. clearly identifies an article in the catalog. It is important for communication between the customer and the sales department.

Among other things, the fabrication number indicates the production date (year/week) and the hardware version number.

Production date

Example: F-Nr = 0167938001012140001

The figures concerned are in positions 12, 13, 14, and 15 (from the left).

The device was produced in the 14th calendar week of 2012.

2 Identifying the device version

2.2 Order details

(1) Basic type

707050 dTRANS T05 B - 2-wire transmitter
	707051 dTRANS T05 T - 2-wire transmitter in mounting rail case
	(2) Configuration
x x	8 Factory-set (0 to 100 °C, Pt100 3-wire circuit, 4 to 20 mA)
x x	9 Customer-specific setting
	(3) Electrical connection type
x x	06 Screw terminals
	x 07 Spring-cage terminals

(1) (2) (3)

Order code / - Order example 707050 / 8 - 06

2.3 Scope of delivery

1 transmitter in the ordered version For type 707050: including fastening material (2 screws, 2 pressure springs, and 2 retaining washers)

1 operating manual B 707050.0

2.4 Accessories

Article Part no.
Setup program on CD-ROM, multilingual	00574959
Operating manual B 707050.0	00576951
USB cable, A-connector on mini B-connector, length 3 m	00506252
Screw-on end clamp for mounting rail	00528648
Mounting element for installation of type 707050 on mounting rail	00352463

3.1 Installation of the dTRANS T05 B

Exploded view diagram of a mechanical assembly showing exploded and assembled views (no text or labels)

3 Installation

3.2 Installation/dismounting of dTRANS T05 T

Installation Dismounting

Architectural floor plan outline showing room layout and structural elements (no text or labels)

Architectural floor plan showing room layout and mechanical component (no text or labels)

3.2.1 Connecting the wire to dTRANS T05 T with screw terminals

Technical line drawing of a mechanical assembly with tool and component (no text or symbols)

3.2.2 Connecting the wire to dTRANS T05 T with spring-cage terminals

Technical line drawing of a mechanical assembly with arrows indicating motion or force (no text or symbols)

3.2.3 Opening the hinged cover

Technical line drawing of a mechanical component with a screwdriver inserted, showing internal structure and mounting holes (no text or symbols)

TIP!

Close the hinged cover again after completing the configuration of the transmitter via the USB port.

3 Installation

3.2.4 DIN rail installation

Ensure that the device cannot slip off the DIN rail. For this purpose, attach end brackets for mounting rails alongside the outermost devices on the DIN rail. These are available as accessories.

Technical diagram of a mechanical or electrical component with numbered terminals and internal components labeled in Chinese.

4.1 Safety information

• The electrical connection must only be carried out by qualified personnel.
• When mounting, connecting, and operating the transmitter, ensure that no electrostatic charging can take place.
• The transmitter is not suitable for installation and application areas with an explosion hazard.
• Never expose the transmitter to magnetic or electrical fields (e.g. caused by transformers, walkie-talkies, or electrostatic discharge).
• An electrical connection that deviates from the connection diagram can destroy the transmitter.
• The transmitter is suitable for use in SELV or PELV current circuits according to protection rating 3. The case implements basic insulation of up to 50V towards neighboring devices.

4.2 Terminal assignment and dimensions (mm) of dTRANS T05 B

Ø7 USB 3W 4N 5 4 33 21 Ø5 Ø44

Connection for Terminal assignment
Voltage supplyType 707050 RDC 11 to 35 V	_B = (V_b - 11 V)/22 mA
Current output R4 to 20 mA V	_B = Load resistance _b = Voltage supply

4 Electrical connection

Connection for Terminal assignment
Analog inputs
RTD temperature probe R2-wire circuit R	L ≤ 11 L = Lead wire resistance per wire
RTD temperature probe R3-wire circuit (3W) R	L ≤ 11 L = Lead wire resistance per wire
RTD temperature probe R4-wire circuit (4W) R	L ≤ 11 L = Lead wire resistance per wire
Thermocouple
Resistance/potentiometer R2-wire circuit R	L ≤ 11 L = Lead wire resistance per wire
Resistance/potentiometer R3-wire circuit (3W) R	L ≤ 11 L = Lead wire resistance per wire
Resistance/potentiometer R4-wire circuit (4W) R	L ≤ 11 L = Lead wire resistance per wire
Resistance transmitter E = End	S = SliderA = Start
Voltage 0 to 1 V		3 4 5 6○ ○ ○ + -

4.3 Terminal assignment and dimensions (mm) of dTRANS T05 T

A 5:1 +1 -2 +3 -4 B 5:1 5 6 7 8 93.1 6.2 A B 101.2 102.5

This figure shows type 707051 installed on a TH 35-7.5 DIN rail. The specifications concerning dimensions are only valid for installation on this DIN rail and change accordingly if a TH 35-15 DIN rail is used.

Connection for Terminal assignment
Voltage supplyType 707051 RDC 11 to 35 VCurrent output R4 to 20 mA V	_B = (V _b - 11 V)/22 mA _B = Load resistance _b = Voltage supply
Voltage output0 to 10 V
Analog inputs
RTD temperature probe R2-wire circuit R	_L ≤ 11 _L = Lead wire resistance per wire
RTD temperature probe R3-wire circuit (3W) R	_L ≤ 11 _L = Lead wire resistance per wire
RTD temperature probe R4-wire circuit (4W) R	_L ≤ 11 _L = Lead wire resistance per wire

4 Electrical connection

Connection for Terminal assignment
Thermocouple
Resistance/potentiometer R2-wire circuit R	_L ≤ 11 _L = Lead wire resistance per wire
Resistance/potentiometer R3-wire circuit (3W) R	_L ≤ 11 _L = Lead wire resistance per wire
Resistance/potentiometer R4-wire circuit (4W) R	_L ≤ 11 _L = Lead wire resistance per wire
Resistance transmitter E = End	S = SliderA = Start
Voltage to 1 V		5 6 7 8○ ○ ○ ○+ -

4.4 PC interface for dTRANS T05, type B and T

Connection for Type Terminal assignment
USB connection to the PC	USB interface 2.0 (Mini-B; Full-Speed)	Standard (5-pin)

5.1 Establishing connection between PC and transmitter

The connection between transmitter and PC is established via a USB cable.

Connection between PC and transmitter, using the example of type 707050

(1) (2) (3) (4)

(1) Laptop/PC (3) Mini USB plug type B
(2) USB plug (4) USB socket for USB plug type B

For setup via USB, establish the following connections:

Step Activity

1 Insert the USB plug (2) of the USB cable into the laptop/PC (1).

2 Insert the mini USB plug (3) of the USB cable into the transmitter socket (4).

TIP!

If the connection between the PC and the transmitter is established via USB and the transmitter is not wired on the output side, the energy is supplied to the transmitter via the USB interface of the PC. The current output (and the voltage output for dTRANS T05 T) and the two-color LED are then not in operation.

When the transmitter is operated without a USB connection, the USB interface is deactivated.

TIP!

To guarantee smooth operation of the transmitter via a USB interface it must correspond to USB specification 2.0.

CAUTION!

Do not connect the USB with a grounded sensor, even if the ground of the PC is grounded (e.g. a desktop PC). The measuring input and the USB interface are not electrically isolated.

CAUTION!

Avoid a short circuit between the USB ground and the sensor terminals.

5 Configuration

5.2 Setup program

The transmitter is configured on the PC with the setup program. The connection between transmitter and PC is established via a USB cable. The transmitter interface is a USB port of the Mini-B type. It supports standard 2.0 "Full Speed". Once configuration of the transmitter has been completed make sure that the attached hinged-on lid is back on the transmitter's USB interface.

JUMO dTRANS T05 (Unicode) - [Setup1] File Edit Data transfer Extras Window Info JUMO dTRANS T05 Setup File info header Configuration Hardware Analog input Analog output Customized linearization Extended information File info text ► File info header: ► Hardware: ► Analog input: ► Analog output: ► Customized linearization: ► Extended information: ► File info text: Setup1 Date Time Name Value 1 Version data Process data Unit data MUX data /

Configurable parameters

Sensor type
Connection type 2/3-wire circuit or 4-wire circuit for RTD temperature probes or resistors/potentiometers
Linearization
Customer-specific linearization
Sensor factor for thermocouple/RTD temperature probe
Lead wire resistance with 2-wire circuit
External or internal cold junction for thermocouple
Scaling
Digital filter
Offset
Unit
Behavior in the event of a probe break/short-circuit
Output signal increasing or decreasing (reversion)
Output functions, current 4 to 20 mAType 705050 and type 705051	4 to 20 mA scalable (start/end)Constant current source
Output functions, voltage 0 to 10 VOnly type 705051	0 to 10 V scalable (start/end)Constant voltage source

TAG number (10-digit) and description (20-digit)

Installation date

Data pertaining to version, process and device of the transmitter can be displayed

Hardware and software requirements

For operation and the installation of the setup program the following hardware and software requirements have to be met.

Microsoft ^a Windows ^a XP, Windows Vista ^a , Windows 7 32-bit/64-bit

1 GB RAM

200 MB free hard disk space

1 USB interface

^a Microsoft, Windows, and Windows Vista are registered trademarks of Microsoft Corporation.

5.3 Working with the setup program

5.3.1 Establishing communication with the transmitter

The correct transmitter type must be selected in the setup program in order to use the setup program to transfer a configuration to the transmitter or to establish the connection so that device data can be queried.

Device wizard with automatic detection of connected hardware

Step Activity

1 Connect the transmitter with the USB cable.

2 Start the setup program.

3 In the navigation window, double-click S ETUP > CONFIGURATION > HARDWARE.

4 In the device wizard, select A UTOMATIC DETECTION and click NEXT.

5 Once the correct type is displayed, click F INISH.

6 The transmitter is connected.

Device and process data can be displayed and data transfer is possible. This can be performed via the menu DATA TRANSFER > DATA TRANSFER TO DEVICE... or DATA TRANSFER FROM DEVICE... or the corresponding buttons.

Device wizard with custom setting

Step Activity

1 Connect the transmitter with the USB cable.

2 Start the setup program.

3 In the navigation window, double-click SETUP > CONFIGURATION > HARDWARE.

4 In the device wizard, select USER-DEFINED SETTING and click NEXT.

5 Configuration

Step Activity
5	Select the correct transmitter type and click NEXT.
6 Once the correct type is displayed, click F INISH.
7 The transmitter is connected.

Device and process data can be displayed and data transfer is possible. This can be performed via the menu DATA TRANSFER > DATA TRANSFER TO DEVICE... or DATA TRANSFER FROM DEVICE... or the corresponding buttons.

Saving/using an existing configuration

Once the configuration of a transmitter has been completed, the configuration can be saved under FILE > SAVE AS .... All configured parameters and settings are saved in this setup file. These can be accessed and changed at any time, even if no device is connected.

Step Activity
1	Start the setup program. The setup that was opened most recently will be opened again. Close it if required.
2 Select a setup file under F ILE > OPEN and confirm with OPEN. The file is loaded.
3 The configuration can also be performed without a transmitter being connected.
4 To load	or read the configuration on a transmitter, the transmitter must be connected and the connection must be established via the device manager or under DATA TRANSFER > ESTABLISH CONNECTION.

Device and process data can be displayed and data transfer is possible. This can be performed via the menu DATA TRANSFER > DATA TRANSFER TO DEVICE... or DATA TRANSFER FROM DEVICE... or the corresponding buttons.

5.3.2 Customer specific linearization

The dTRANS T05 B and T transmitters provide the option of customer specific linearization of measured values. The corresponding configuration screen can be accessed in the setup program via the EDIT > CUSTOMIZED LINEARIZATION menu or in the tree structure under SETUP > CONFIGURATION > CUSTOMIZED LINEARIZATION. Linearization is performed via a table of values or a 4th order polynomial.

Customized linearization Kind of linearization: Form Form Table Measuring range start: 0.00000 Range end: 100.00000 Basic values X Y 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 Form y = 0 -x^4 + 0 -x^3 + 0 -x^2 + 0 -x + 0 Display graphic Update graphic OK Cancel

Linearization on the basis of the 4th order polynomial

For linearization on the basis of the 4th order polynomial, the FORMULA entry must be selected in the KIND OF LINEARIZATION selection field. The coefficients of the polynomial can be entered directly and the table is locked to entries. The graphic display is enabled by clicking the DISPLAY GRAPHIC button.

Linearization on the basis of the table of values

If the linearization is to be performed using a table with value pairs, the TABLE entry must be selected in the KIND OF LINEARIZATION selection field. It is not possible to enter polynomial coefficients. The X and Y values can then be entered in the table and displayed by clicking the DISPLAY GRAPHIC button.

Linearization with calculated polynomial coefficients

If at least two value pairs are used for linearization, the setup program provides the option for calculating the polynomial coefficients from these values. The linearization is then performed on the basis of the polynomial. For this purpose, the TABLE entry must be selected in the selection field. If the respective value pairs are entered, the polynomial coefficients can be calculated automatically by clicking the f_x button. The graphic display is enabled by clicking the DISPLAY GRAPHIC button. The following figures show the example of a table with value pairs and the graph of the value pairs with a superimposed graph of the polynomial.

5 Configuration

	X	Y
1	-0.1	-120
2	-0.069231	-118.2529
3	-0.038462	-113.0647
4	0.007632	-104.5929
5	0.023077	-93.09511
6	0.053846	-78.92058
7	0.084615	-62.5
8	0.115385	-44.33232
9	0.146154	-24.96954
10	0.175923	-5
11	0.207632	14.96954
12	0.238462	34.33232
13	0.269231	52.5
14	0.32	68.92058
15	0.330759	83.09511

5.3.3 Drag indicator function

The drag indicator function records the minimum and maximum process variables (e.g. temperature) that appeared on the sensor during transmitter operation. These values can be reset. The reset times for the drag indicator are saved in the device and are also displayed. In addition to the actual minimum and maximum process values, the time at which the respective variables occurred will be displayed – measured in operating hours since the reset time. This enables conclusions to be drawn with regard to special features of the plant.

To view this data, the ONLINE DATA checkbox in the WINDOW menu must be selected in the setup program and the PROCESS DATA tab must be selected at the bottom of the setup program window.

	Date	Time	Name	Value
1	8/7/2012	7:47:37 AM	Input	111.04 Ohm
2	8/7/2012	7:47:37 AM	Input (linearized)	28.382 °C / 83.088 °F
3	8/7/2012	7:47:37 AM	Output	21.760 mA
4	8/7/2012	7:47:37 AM	Type	JUMO dTRANS T05 Type B
5	8/7/2012	7:47:37 AM	Device status	Test mode
6	8/7/2012	7:47:37 AM	Reset time of the minimum process variables (Slave pointer)	19.06.2012 - 08:21
7	8/7/2012	7:47:37 AM	Minimum process variables Time of occurrence (in working hours after reset)	36 °C / 96.8 °F 26 h
8	8/7/2012	7:47:37 AM	Reset time of the maximum process variables (Slave pointer)	19.06.2012 - 08:21
9	8/7/2012	7:47:37 AM	Maximum process variables Time of occurrence (in working hours after reset)	244.2 °C / 471.6 °F 0 h
10	8/7/2012	7:47:37 AM	Temperature in the case	21.6 °C / 70.8 °F

The drag indicator can be reset via the menu item EXTRAS > RESET DRAG INDICATOR.

Example

In the figure above, the reset time of the minimum process variable is on June 19, 2012 at 08:21 a.m. Should you wish to establish the time at which the minimum process variable occurred, the value must be read in the corresponding line. In the example, this was 36.0 °C and occurred 26 hours after the reset time. According to the example, the minimum process variable occurred on June 20, 2012 at 10:21 a.m.

5.3.4 Operating hours counter

The minimum and maximum device temperature, operating hours in various ambient temperature ranges, and overall operating hours can be viewed using the operating hours counter function. To display this data, the ONLINE DATA checkbox in the WINDOW menu must be selected in the setup program and the DEVICE DATA tab must be selected at the bottom of the setup program window.

×	Date	Time	Name	Value
1	8/7/2012	11:52:43 AM	min. device temperature	-22.0 °C / -7.5 °F
2	8/7/2012	11:52:43 AM	max. device temperature	89.0 °C / 192.2 °F
3	8/7/2012	11:52:43 AM	Operating hour counter (total)	124 h
4	8/7/2012	11:52:43 AM	Operating hour counter (after configuration)	17 h
5	8/7/2012	11:52:43 AM	Operating hour counter (-40 ... 0°C)	41 h
6	8/7/2012	11:52:43 AM	Operating hour counter (0 ... 50°C)	55 h
7	8/7/2012	11:52:43 AM	Operating hour counter (50 ... 85°C)	22 h
8	8/7/2012	11:52:43 AM	Operating hour counter (> 85°C)	6 h

The operating hours counter (according to the configuration) can be called up and reset via the EXTRAS > OPERATING HOURS COUNTER menu item. No other operating hours counters can be reset.

TIP! The calculated min./max. time is derived with hourly resolution from the reset time of the drag indicator.

5.3.5 Displaying the current measured value/device status

In the setup program, the current input value and the linearized value can be displayed using the "Display measured value" function. The current device status is also displayed. Values that are out of range and wiring problems are displayed in text form. The function can be accessed by clicking the button with the magnifying glass symbol or in the menu under EXTRAS > DISPLAY MEASURED VALUE.

Measured value Input: 111.1 Ohm Input (linearized): 28.4 °C / 83.2 °F Device status: Setup active, Probe break Close

5 Configuration

6.1 Technical data

6.1.1 LED indication

Display Example Meaning
The two-color LED is continually lit green		OK
The two-color LED is continually lit red		Sensor error
The two-color LED alternately flashes red/green		Out of range
The two-color LED is continually lit red and green simultaneously		Initialization phase, Test mode "Permanent Current Output" mode

6.1.2 Analog input

All analog inputs are equipped with a digital filter of second order (filter constant adjustable from 0 to 10 s) and have a sampling rate of >2 measurements per second.

RTD temperature probe

Designation Standard ITS Connection			type	Measuring range in °CMin. Max.		Measuring accuracya
Pt100 IEC 60751:2008 ITS-90 Pt500 2/3-wire -200 850 ±0.4 K Pt1000 TK=3.85 × 10-31/K	2/3-wire -100 200 ±0.2 K
			4-wire	-100 200	±0.1 K
			4-wire	-200 850	±0.2 K
Pt100 TK=3.917 × 10-31/K	GOST 6651-2009 A.2	ITS-90	2/3-wire -100	200 ±0.2 K
			2/3-wire	-200	850	±0.4 K
			4-wire	-100	200 ±0.15 K
			4-wire	-200	850 ±0.25 K
Pt50 TK=3.91 × 10-31/K			2/3-wire -200	850 ±0.5 K
			4-wire	-200	850	±0.3 K
Ni100 DIN 43760 IPTS-TK=6.18 × 10-31/K	IPTS-4 K	68	2/3-wire -60	250 ±0.4 K
			4-wire	-60	250	±0.2 K
Ni500 2/3-wire -60 250 ±0.4 KTK=6.18 × 10-31/K
			4-wire	-60	250	±0.2 K
Ni1000 TK=6.18 × 10-31/K			2/3-wire -60	250 ±0.4 K
			4-wire	-60	250	±0.2 K

6 Appendix

Designation Standard ITS Connection			type	Measuring range in °CMin. Max.		Measuring accuracya
Ni 100 GOST 6651-TK=6.17×1301/K 4-wire -60	2009 A.5180 ±0.2 K	ITS-90	2/3-wire -60 180	±0.4 K
Cu50 GOST 6651-TK=4.28×1301/K 4-wire -180	2009 A.3200 ±0.3 K	ITS-90	2/3-wire -180 200	±0.5 K
Cu100 2/3-wire -180 200 ±0.4 KTK=4.28×10-31/K 4-wire -180	200 ±0.2 K

^a The accuracy value refers to the complete measuring range.

Connection type	2-wire, 3-wire, or 4-wire circuit
Sensor lead resistance- For 3/4-wire circuit- For 2-wire circuit	≤ 11 Ω per line
	Measuring resistance + ≤ 22 Ω inner line resistance
Sensor current	< 0.3 mA

Thermocouples

Designation Type Standard ITS Measuring				range in °CMin. Max.		Measuring accu-racya
Pt13Rh-Pt	R	IEC 584-1	ITS-90	-50	1768	± 0.15 % from +50 °C
Pt10Rh-Pt	S	IEC 584-1	ITS-90	-50	1768	± 0.15 % from +20 °C
Pt30Rh-Pt6Rh	B	IEC 584-1	ITS-90	0	1820	± 0.15 % from +400 °C
Fe-CuNi	J	IEC 584-1	ITS-90	-210	1200	± 0.1 % from -100 °C
Cu-CuNi	T	IEC 584-1	ITS-90	-270	400	± 0.1 % from -150 °C
NiCr-CuNi	E	IEC 584-1	ITS-90	-270	1000	± 0.1 % from -80 °C
NiCr-Ni	K	IEC 584-1	ITS-90	-270	1372	± 0.1 % from -80 °C
NiCrSi-NiSi	N	IEC 584-1	ITS-90	-270	1300	± 0.1 % from -80 °C
Fe-CuNi	L	DIN 43710	IPTS-68	-200	900	± 0.1 %
Cu-CuNi	U DIN	43710 IPTS-68	-200	600	± 0.1 % from -100 °C
Chromel-Copel (Ni9.5Cr-Cu44Ni)	L	GOST R 8.585-2001	ITS-90	-200	800	± 0.1 % from -80 °C
Chromel-Alumel		GOST R 8.585-2001	ITS-90	-270	1372	± 0.1 % from -80 °C
W5Re-W20Re	A1	GOST R 8.585-2001	ITS-90	0	2500	± 0.15 %
W5Re-W26Re	C	ASTM E230/E230M-11	ITS-90	0	2315	± 0.15 %
W3Re-W25Re D ASTM E1	751/E1	751M-09	ITS-90 0	2315 ± 0.25 %
PL II (PlatinelbII)		ASTM E1751/E1751M-09	ITS-90 0	1395 ± 0.15 %

Cold junction	Pt1000 internal or external cold junction; temperature adjustable 0 to 80 °C
Cold junction accuracy	± 1 K

^a The accuracy values refer to the complete measuring range.
b Platinel is a registered trademark of Engelhardt Corp.

Resistance transmitter and resistor/potentiometer

Designation Measuring range	Measuring accuracy
Resistance transmitter	Up to 10000 Ω	±10 Ω
Resistor/potentiometer	≤400 Ω	±400 mΩ
	≥400 Ω to ≤4000 Ω	±4 Ω
	>4000 Ω to ≤10000 Ω	±10 Ω

6 Appendix

Designation Measuring range	Measuring accuracy
Connection type Resistance transmitter: 3-wire circuit(A = Start, S = Slider, E = End)Resistor/potentiometer: 2-wire circuit, 3-wire circuit, and 4-wire circuit
Sensor lead resistance	≤ 11 per line for 2-wire circuit, 3-wire circuit, and 4-wire circuit

Direct current

Designation Measuring range	Accuracy	a	Input resistance
Input for mV generator	-100 to 1100 mV	±0.05 %	R_E ≥ 1 M

^a The accuracy value refers to the complete measuring range.

6.1.3 Measuring circuit monitoring

	Type 707050 Type 707051
Underrange Linear drop up to 3	.8 mA Linear drop up to 3 (According to NAMUR recommendation 43)	.8 mA (According to NAMUR recommendation 43) Linear drop up to -0.12 V
Overrange	Linear increase up to 20.5 mA (According to NAMUR recommendation 43)	Linear increase up to 20.5 mA (According to NAMUR recommendation 43) Linear increase up to 10.31 V
Probe short-circuit/probe and cable break	RTD temperature probe: (configurable) ≤ 3.6 mA, ≥ 21.7 mA Or free setting: 3.6 mA to 23 mA	RTD temperature probe: (configurable) ≤ 3.6 mA, ≥ 21.7 mA Or free setting: 3.6 mA to 23 mA
		≤ -0.2 V, ≥ 11.0 V Or free setting: -0.25 V to 11.875 V
	Thermocouple: (configurable)a ≤ 3.6 mA, ≥ 21.7 mA Or free setting: 3.6 mA to 23 mA	Thermocouple: (configurable)a ≤ 3.6 mA, ≥ 21.7 mA Or free setting: 3.6 mA to 23 mA
		≤ -0.2 V or ≥ 11.0 V Or free setting: -0.25 V to 11.875 V
Current limiting in the event of a probe short circuit or probe break	≤ 23 mA

^a For thermocouples and mV generator a probe short-circuit detection is not possible.

6.1.4 Output

	Type 707050 Type 707051
Output signal Load-independent	direct current: Load-independent direct current: Free setting: 4 to 20 mA or 20	current: to 4 mA Free setting: 4 to 20 mA or 2
		Voltage signal: Free setting: 0 to 10 V or 10 to 0 V
Electrical isolation Between input test voltage	put and output: Between input and output: = 3.75 kV/50 Hz	= 1.875 kV/50 Hz
Transmission behavior Linear, temperature-linear
Customer specificReversion of the output signal
Step response 0 to 100 %	< 2 s (with filter constant 0 s)
Switch-on delay	5 s (correct measured value after the supply voltage is applied)
	Current output
Load ( R_b )	R_b = (U_b - 11 V)/0.022 A
Load error	≤ ±0.02 %/100 Ω
Calibration conditions/accuracy	DC 24 V at approx. 22 °C/±0.05 %a
	Voltage output
Load resistance	≥ 2 kΩ
Load influence	± 15 mV
Residual ripple	± 1 % referring to 10 V, 0 to 90 kHz
Calibration conditions/accuracy	DC 24 V at approx. 22 °C/±0.05 %b

^a All specifications refer to the measuring range end value of 20 mA
^b All specifications refer to the measuring range end value of 10 V

6.1.5 Customer-specific linearization

Method	Characteristics
Pairs of values	Max. number: 40
	Interpolation: linear
Formula	Number of coefficients: 5
	Polynomial: 4th order

6.1.6 Voltage supply

	707050 707051
Voltage supply (Ub) DC 11 to 35 V (with reverse voltage protection a)Only for operation in SELV, PELV current circuits according to DIN EN 50178
Voltage supply error	≤ ± 0.01 %/V deviation from 24 Vb

^a Prerequisite for use of the voltage output of type 707051 is a supply voltage of at least 15 V
^b All specifications refer to the measuring range end value of 20 mA

6.1.7 Environmental influences

^a All specifications refer to the measuring range end value of 20 mA or 10 V
^b Under calibration conditions
^c % refer to the set measuring span. The greater value of the long-term stability applies.

	707050 707051
Operating temperature range	-40 to +85 °C	-10 to +70 °C
Storage temperature range	-40 to +100 °C	-10 to +70 °C
Temperature influenceRTD temperature probeResistance transmitterResistor/potentiometerThermocoupleDirect current	≤ ±0.005 %/K deviation from 22 °Ca≤ ±0.01 %/K deviation from 22 °Ca≤ ±0.01 %/K deviation from 22 °Ca≤ ±0.005 %/K deviation from 22 °Ca (plus accuracy of the cold junction)≤ ±0.01 %/K deviation from 22 °Ca
Long-term stability	≤ 0.1 K/yearbor ≤ 0.05%/year
Resistance to climatic conditionsIn terminal head, form BOpen assemblyOn DIN rail	Rel. humidity ≤ 95 %, with condensationRel. humidity ≤ 95 %, without condensation	Rel. humidity ≤ 95 %, without condensation
Vibration resistanceDIN EN 60068-2-6DIN EN 60068-2-27Germanischer Lloyd	Max. 2 g at 10 to 2000 HzShock; 10 g/6 msCharacteristic line 2	Max. 2 g at 10 to 55 HzShock; 10 g/6 ms-
Electromagnetic compatibility (EMC)Interference emissionInterference resistance	According to DIN EN 61326-1Class BIndustrial requirements
IP protection typeIn terminal head, form B IP54/IP65 (depending on the version)Open assembly IP00On DIN rail IP20

6.1.8 Case

	707050 707051
Material	Polycarbonate UL 94 V2 (grouted)	Polybutylene terephthalate UL 94 V0
Terminal type Screw terminals: Wire type Rigid and flexible wires	Screw terminals: Rigid and flexible wires ≤ 1.75 mm2; Max. torque 0.6 Nm	0.2 AWG/kcmil min. 26, max 12 Stripping length 12 mm Torque 0.5 - 0.6 Nm
		Spring-cage terminals Rigid and flexible wires 0.2 mm2 to 2.5 mm2 AWG/kcmil min. 26, max 12 Stripping length 8 mm
Assembly type	In terminal head, form B (DIN EN 50446); In the surface-mounted case (see accessories); In the control cabinet (mounting element required)	On DIN rail TH 35-7.5 Or TH 35-15 (DIN EN 60715);
Installation position	Any
Weight	~ 35 g	~ 50 g

6 Appendix

JUMO GmbH & Co. KG

Street address:

36039 Fulda, Germany

Delivery address:

Mackenrodtstraße 14

36039 Fulda, Germany

Postal address:

36035 Fulda, Germany

Phone: [phone]

Fax: [phone]

E-mail: [e-mail]

Internet: www.jumo.net

JUMO Instrument Co. Ltd.

JUMO House

Temple Bank, Riverway

Harlow - Essex CM20 2DY, UK

Phone: [phone]

Fax: [phone]

E-mail: [e-mail]

Internet: www.jumo.co.uk

JUMO Process Control, Inc.

8 Technology Boulevard

Canastota, NY 13032, USA

Phone: [phone]

1-800-554-JUMO

Fax: [phone]

E-mail: [e-mail]

Internet: www.jumousa.com

JUMO dTRANS T05

Two views of a mechanical component: one showing a blue cylindrical housing with internal pins, the other showing two gray plastic enclosures with labeled ports (no text or symbols visible)

B 707050.0

Exploded view diagram of a mechanical assembly showing exploded and assembled views (no text or labels)

3 Montage

Architectural floor plan outline showing room layout and structural elements (no text or labels)

Architectural floor plan showing room layout and mechanical component (no text or labels)

Technical line drawing of a mechanical assembly with tool and component (no text or symbols)

Technical line drawing of a mechanical assembly with tool and component annotations (no text or symbols)

Technical line drawing of a mechanical component with a screwdriver inserted, showing internal structure and mounting holes (no text or symbols)

REMARQUE!

Technical diagram of a mechanical or electrical component with numbered pins and connection points

Pure technical line drawing of a mechanical assembly without any text, numbers, or symbols

Raccordement pour Brochage
AlimentationType 707050 R11 - 35 V DCSortie en courant R4 - 20 m A	_B = (U_b - 1 1 V) / 2 2 mA _B = résistance de charge = alimentation

8712 Stäfa, Switzerland

Telefon: [phone]

Telefax: [phone]

E-Mail: [e-mail]