JUMO diraVIEW 108 (Querformat 96 x 48 mm, 1 x Analogeingang, 2 x Relais, 1 x DI, 1 x DI / DO)

Product number: 802137
Product information "JUMO diraVIEW 108 (Querformat 96 x 48 mm, 1 x Analogeingang, 2 x Relais, 1 x DI, 1 x DI / DO) "

JUMO diraVIEW 108 - Digital indicator

Typ: 701513/8-0300-23/000

  • Version: Standard with factory settings
  • Power supply: AC 110-240 V +10/-15%, 48 to 63 Hz
  • Option 2: 1 analogue output (configurable)
  • Option 1,3 und 4: not assigned
  • Extra code: without
  •  1 analogue input
  •  2 digital inputs (digital input 1 as an alternative to logic output)
  •  2 relay (normally open contact)
  •  1 logic output 0/14 V (alternative to digital input 1)
  •  Display and storage of min/max values
  •  Tare function
  •  Hold function
  •  Tare function for weighing applications
  •  Customised linearisation with the option of defining up to 40 value pairs or a polynomial
  •  Timer function
  •  Monitoring of 4 limit values
  •  Customised user levels
  •  Optional customised application using structured text (ST code)
  •  Optional maths and logic function
  •  Simple installation thanks to push-in technology
  •  Optional analogue output
  •  Optional RS485 or Ethernet interface
  •  Additional analogue and digital inputs via the interface

This digital indicator consists of five freely configurable and universally applicable devices in different DIN formats for displaying temperature, pressure and other process variables. The process variables and parameters are displayed on two 18-segment LCD displays. Types 701512, 701513 and 701514 are also equipped with a pixel matrix LCD display for displaying text. In addition, all devices have separate display elements for the switching positions of the outputs and the timer. They are operated via a membrane keypad with four buttons and are suitable for use in harsh environmental conditions thanks to their high IP65 protection rating.

Inputs and outputs

Each device type is equipped with a universal analogue input that is suitable for resistance thermometers, thermocouples, current, voltage, resistance transmitters and resistance/potentiometers. In addition, each device has a digital input, a switchable digital input/output.

With the exception of type 701510, which has one relay output (normally open contact) as standard, all other types have two relay outputs (normally open contact). The digital inputs are designed for connection with a potential-free contact. The digital output provides a logic signal from 0 to 14 V. Furthermore, additional optional

  •  Relay outputs (normally open contact)
  •  Logic outputs (0 to 14 V)
  •  PhotoMOS® relay outputs
  •  Analogue output (0 to 10V / 0 to 20 mA)

are available.
Certain inputs and outputs cannot be used simultaneously (see notes in the connection diagram)
Signal assignment via selectors
The input signals and all internal signals are available in so-called selectors (analogue selector, digital selector) for further use in the device. The control signals for the outputs are also assigned via selectors, which enables flexible assignment of signals and functions.

Interfaces
The device has a USB device interface (Micro-B socket on the rear), which is specially designed for connection to a PC for the setup programme. During configuration, the device is supplied with power via this USB interface so that no mains supply is required.
An optional RS485 interface is available, which is intended for communication with a Modbus master (Modbus RTU operating mode). The master can transmit up to two analogue values and two binary values to the device, which are used there as external input signals. In addition, two analogue flags and two digital flags (binary) are available. An Ethernet interface is also available as an option, which supports the Modbus TCP and Modbus RTU/ASCII operating modes via TCP. The same parameters and process values can be transmitted via this interface as via the RS485 interface.

Power supply
Two power supply variants are available:

  •  AC110 to 240 V
  •  AC/DC 20 to 30 V

48 to 63 Hz in each case

Electrical connection
Simple and time-saving connection using practical spring-loaded terminals (push-in technology)

Min-max function
Using the min-max function, the lowest and highest measured values are saved and continuously updated. It is possible to display these values separately or alternately with the current measured value. A binary signal makes it possible to reset the stored values and return them to the current measured value.

Hold function
The hold function "freezes" the value of the indicator, which means that this value is displayed for as long as the controlling binary signal is active.

Tare function
The tare function makes it possible to set the value of the indicator to zero, controlled by a binary signal (for weighing applications). The currently displayed value is added to the tare value each time. Another binary signal can be used to reset the tare value to zero so that the current value appears on the display again.

Limit value monitoring
The device has four limit value monitors, each with eight configurable alarm functions. Any analogue signal can be selected from a selector for monitoring. The limit values can either be absolute values or depend on another analogue signal. Various special functions are available, such as

  •  On/off delay
  •  Wiper function
  •  Alarm suppression during the switch-on phase or in the event of parameter changes
  •  Alarm latching
  •  Latching with acknowledgement

available.
These extensive functions enable flexible and precise realisation of alarm and limit value functions.

Digital control signals
This function enables the configuration of up to 4 digital control signals. The control signal is either formed by an AND/OR/XOR combination of up to three selectable binary signals or a single binary signal is used as an input signal and can be output as a pulsed signal, delayed signal, wiper signal or edge-triggered signal. In the latter case, the rising or falling edge of the binary signal is determined and the output signal is activated for the duration of a sampling interval. The output signal can be inverted in all these cases.

Timer
Once the timer is activated, an invertible signal is generated for the specified timer runtime. The timer can also be started after a lead time has elapsed or a tolerance limit has been reached. After the timer has elapsed, a timer end signal can be generated that is either time-limited or requires acknowledgement. These timer functions enable a wide range of time-dependent processes.

Service counter
The service counter can either count the number of switching operations of a binary signal or measure its switch-on duration. As soon as the adjustable limit value is reached, a binary signal is activated that must be acknowledged. An operating hours counter is also available, which records the operating time of the device.

Maths and logic function
The optional maths and logic function (extra code) can be used to link analogue or binary values. Up to four freely configurable maths or logic formulas can be created using the setup program. The results are then available for further use in the analogue or digital selector.

Individual user level
The individual user level offers space for up to 16 editable configuration parameters. These parameters can be selected individually in the setup programme.

Setup programme
With the setup programme, data records can be created, edited, transferred to the device and read out from there. The data can be saved and printed out. The programme also allows the user to easily create and print out a connection diagram showing the current terminal assignment of the device.
Startup: The startup function enables the recording of process variables during commissioning for a maximum of 24 hours. The recorded diagrams are available on the PC and can be used for system documentation, for example.
Online data: The current process variables of the device are displayed in a separate window.

Customer-specific linearisation
Individual linearisation according to customer requirements also makes it possible to use sensor signals with special characteristics. Programming is carried out in the setup program either using your value table with up to 40 value pairs or using a formula (4th order polynomial). The device supports 2 customer-specific linearisations.

Structured text
The "Structured text" option (extra code) allows the user to develop a customised application. This application is created using the ST editor, which is part of the setup programme, and uses the "Structured text" PLC programming language. Once completed, the application is transferred to the device and executed continuously. Online debugger functions are available in the ST editor for troubleshooting and testing.
With the help of the ST code, it is possible to display up to 10 stored text messages depending on the application.

Other attributes

Customs tariff number 90303370
Format 96 x 48 mm
Spannungsversorgung AC 110 bis 240 V + 10/-15% , 48 bis 63Hz
Technical data:

Analog Input

Thermocouples

Designation

Typ

Norm

ITS

Measuring range

Accuracy

Fe-CuNi

„L“

DIN 43710 (1985)

IPTS-68

-200 to +900 C

£ 0,25 %

Fe-CuNi

„J“

DIN EN 60584-1:2014

IEC 60584-1:2013

ITS-90

-210 to +1200 °C

£ 0,25 % off -100 °C

Cu-CuNi

„U“

DIN 43710 (1985)

IPTS-68

-200 to +600 °C

£ 0,25 % off -100 °C

Cu-CuNi

„T“

DIN EN 60584-1:2014

IEC 60584-1:2013

ITS-90

-270 to +400 °C

£ 0,25 % off -150 °C

NiCr-Ni

„K“

DIN EN 60584-1:2014

IEC 60584-1:2013

ITS-90

-270 to +1300 °C

£ 0,25 % off -80 °C

NiCr-CuNi

„E“

DIN EN 60584-1:2014

IEC 60584-1:2013

ITS-90

-270 to +1000 °C

£ 0,25 % off -80 °C

NiCrSi-NiSi

„N“

DIN EN 60584-1:2014

IEC 60584-1:2013

ITS-90

-270 to +1300 °C

£ 0,25 % off -80 °C

Pt10Rh-Pt

„S“

DIN EN 60584-1:2014

IEC 60584-1:2013

ITS-90

-50 to +1768 °C

£ 0,4 % off 20 °C

Pt13Rh-Pt

„R“

DIN EN 60584-1:2014

IEC 60584-1:2013

ITS-90

-50 to +1768 °C

£ 0,25 % off 50 °C

Pt30Rh-Pt6Rh

„B“

DIN EN 60584-1:2014

IEC 60584-1:2013

ITS-90

-50 to +1820 °C

£ 0,25 % off 400 °C

W5Re-W26Re

„C“

DIN EN 60584-1:2014

IEC 60584-1:2013

ITS-90

0 to 2315 °C

£ 0,25 % off 500 °C

W3Re-W25Re

„D“

ASTM E1751M-15

ITS-90

0 to 2315 °C

£ 0,25 % off 500 °C

W5Re-W20Re

„A1“

GOST R 8.585-2001

ITS-90

0 to 2500 °C

£ 0,25 % off 500 °C

Chromel®-Copel

„L“

GOST R 8.585-2001

ITS-90

-200 to +800 °C

£ 0,25 % off -80 °C

Chromel®-Alumel®

„K“

GOST R 8.585-2001

ITS-90

-270 to +1300 °C

£ 0,25 % off -80 °C

a  Accuracy refers to the measurement range.

 

Ambient temperature influence

£ 100 ppm/K

Comparison agency

internal or external (constant)

Comparison point temperature (ex- tern)

0 to 100 °C (adjustable)

Sampling cycle

150 ms

Eingangsfilter

2nd order digital filter; Filter constant adjustable from 0 to 100.0 s

 

Resistance thermometer

Designation

Norm

ITS

Connection type

Measuring range

Accuracy

Measuring current

Pt100

DIN EN 60751:2009

IEC 60751:2008

ITS-90

2-Ladder

-200 to +850 °C

£ 0,2 %

500 mA

3- Ladder

-200 to +850 °C

£ 0,1 %

500 mA

Pt1000

DIN EN 60751:2009

IEC 60751:2008

ITS-90

2-/3- Ladder

-200 to +850 °C

£ 0,1 %

50 mA

Pt100

GOST 6651-2009 A.2

ITS-90

2- Ladder

-200 to +850 °C

£ 0,2 %

500 mA

3- Ladder

-200 to +850 °C

£ 0,1 %

500 mA

KTY

 

 

2- Ladder

-53 to +153 °C

£ 2,0 %

50 mA

a  Accuracy refers to the measurement range.

 

Ambient temperature influence

£ 50 ppm/K

Sensor Line Resistance

max. 30 W je Line

Sampling cycle

150 ms

Speeds

2nd order digital filter; Filter constant adjustable from 0 to 100.0 s

 

Resistance Potentiometer/WFG and Resistance/Potentiometer

 

Designation

Measuring range

Accuracya

Measuring current

Widerstandspotenziometer/WFG

0 bis 4000 W

£ 0,1 %

50 mA

Widerstand/Poti

0 to 400 W

0 to 4000 W

£ 0,1 %

£ 0,1 %

500 mA

50 mA

a Accuracy refers to the maximum measurement range. At small measuring spans, the linearization accuracy is reduced.

 

Ambient temperature influence

£ 100 ppm/K

Anschlussart

 

Resistance Potentiometer/

Three-wire circuit

WFG

 

Widerstand/Poti

Two-/three-wire circuit

Sensor Line Resistance

max. 30 W per line

Sampling cycle

150 ms

Speeds

2nd order digital filter; Filter constant adjustable from 0 to 100.0 s

Voltage, current (unit signals)

 

Designation

Measuring range

Accuracy

Input resistance or load voltage

Voltage

0 to 10 V

£ 0,1 %

>  500 kW

2 to 10 V

£ 0,1 %

>  500 kW

Current

4 to 20 mA

£ 0,1 %

< 2,5 V

0 to 20 mA

£ 0,1 %

< 2,5 V

a Accuracy refers to the maximum measurement range. At small measuring spans, the linearization accuracy is reduced.

 

Ambient temperature influence

£ 100 ppm/K

Measuring range under/exceeding

according to NAMUR recommendation NE 43 (only current input 4 to 20 mA)

Sampling cycle

150 ms

Speeds

2nd order digital filter; Filter constant adjustable from 0 to 100.0 s

Measuring Circuit Monitoring

The behavior of the device in the event of a fault is configurable.

 

Transmitter

Measuring range below

Exceeding the measuring range

Short circuit (sensor/line)

Bruch (Fühler/Lei- tung)

Reverse polarity

Widerstandsthermo- meter

++

++

++

++

---

Widerstand/Poti

---

++

---

++

---

Widerstandspotenzio- meter/WFG

---

++

(+)a

(+)b

---

Thermoelement

++

++

---

++

(+)c

Strom 0 to 20 mA

---

++

---

---

---

Strom 4 to 20 mA

++

++

++

++

++

Spannung 0 to 10 V

---

++

---

---

++

Spannung 2 to 10 V

++

++

++

++

++

++ = is detected                                                                   --- = is not recognized                                                        (+) = is conditionally recognized

a  is not recognized in all combinations

b  Break in the measurement current path is not detected

c  depending on the set characteristic curve

 

Digital Inputs

 

Input for potential-free contact

Function

 

Sampling cycle

 

Contact closed: Input is active (RON < 1 kΩ)

Contact open: Receipt is inactive (ROFF > 50 kΩ)

150 ms

Analogoutput

 

Voltage

Ausgangssignal Lastwiderstand

 

DC 0(2) to

Output Signal Load Resistance 10 V

> 500 

Current

Output Signal Load Resistance

 

DC 0(4) bis 20 mA

< 450 

Accuracy

 0,5 %

Ambient temperature influence

 150 ppm/K

 

Digital outputs 

Relay (NO contact)

Switching capacity contact life

 

max. 3 A bei AC 230 V or DC 30 V, ohmsche Last

150.000 Circuits at Rated Load

350.000 Circuits at 1 A

Relays (NO contacts) with longer contact life

Schaltleistung Kontaktlebensdauer

 

 

max. 3 A bei AC 230 V, ohmsche Last

300.000 Schaltungen bei Nennlast

1.500.000 Schaltungen bei 1 A

Logic Output

Output

Strom

 

DC 0/14 V ±15 %

max. 20 mA per output (at nominal voltage 14 V)

PhotoMOS®-Relaisa

Switching capacity

 

max. 200 mA at AC 30 V or DC 45 V; not short-circuit proof

a PhotoMOS is a registered trademark of Panasonic Corporation.

 

Interfaces

 

USB-Device

 

Plug Type

Micro-B (Buchse)

Standard

Low-Speed, Full-Speed

Max. cable length

5 m

RS485

 

Baudrate

9600, 19200, 38400, 115200

Data format

8/1n, 8/1e, 8/1o, 8/2n

Protocol

Modbus-RTU as Slave

Ethernet

 

Plug Type

RJ45 (Buchse)

Übertragungsrate

10 Mbit/s, 100 Mbit/s

Protocol

TCP/IP, DHCP; Modbus-TCP, Modbus-RTU/ASCII über TCP, als Slave

 

Display

 

18-segment LCD displays

Digit height

obere Anzeige:

bottom display:

Typ 701510 (Format 132)

7,2 mm

3,8 mm

Typ 701511 (Format 116)

12,3 mm

5,9 mm

Typ 701512 (Format 108H)

11,5 mm

8,5 mm

Typ 701513 (Format 108Q)

16,5 mm

9 mm

Typ 701514 (Format 104)

24,8 mm

12 mm

Color

top display: white; Bottom display: green

Digits incl. decimal places

top display: 4; bottom display: 4 (5 for type 701510, 8 for type 701511)

Decimal places

0, 1, 2, 3 or automatically (configurable)

 

Pixel matrix LCD display (701512, 701513, and 701514 types only)

Pixel Fields

 

Typ 701512 (Format 108H)

2 rows of 9 pixel fields each

Typ 701513 (Format 108Q)

2 rows of 8 pixel fields each

Typ 701514 (Format 104)

2 rows of 11 pixel fields each

Pixelanzahl is Feld

8 x 5

Color

weiß

Electric Dating

 

Spannungsversorgung Variante 1

Variante 2

(see nameplate)

AC 110 to 240 V +10/-15 %, 48 to 63 Hz

AC/DC 20 to 30V, 48 to 63Hz

Electrical safety

according to DIN EN 61010, Part 1; Overvoltage category II up to 300 V mains voltage, contamination grade 2

Class

I with internal separation to SELV

Power consumption

at AC 110 to 240 V:

for AC/DC 20 to 30 V:

Typ 701510 (Format 132)

max. 3,5 W

max. 3,0 W

Typ 701511 (Format 116)

max. 4,1 W

max. 3,7 W

Typen 701512, 701513

(Formate 108H, 108Q)

max. 5,8 W

max. 5,7 W

Typ 701514 (Format 104)

max. 6,6 W

max. 6,7 W

Electrical connection

on the back via spring-loaded clamps (push-in technology)

Conductor cross-section

 

Wire or stranded wire

min. 0,2 mm2, max. 1,5 mm2

(without ferrule)

 

Stranded wire with ferrule

without plastic collar: min. 0,2 mm2, max. 1,5 mm2

 

mit Kunststoffkragen: min. 0,2 mm2, max. 0,75 mm2

Stripping length

8 mm

 

Environmental influences 

Ambient temperature range

Storage

Operation

 

-30 to +70 °C

-10 to +55 °C

Installation height

max. 2000 m above NN

Climatic environmental conditions Climate resistance

Storage

according to DIN EN 60721-3 with extended temperature range

£ 90 % relative humidity without condensation after class 1K2

Operation

after class 3K3

 

Mechanical environmental conditions Storage

Transport

Operation

according to DIN EN 60721-3

according to class 1M2

by class 2M2

according to class 3M3

Electromagnetic compatibility (EMV) Emission

Stability

according to DIN EN 61326-1

Class A - for industrial use only - Industry Requirement

Gehäuse

 

Housing type

Plastic enclosures for panel installation in accordance with DIN IEC 61554 (use indoors))

Cabinet front

made of plastic with membrane keypad

Panel thickness

1 to 10 mm

Housing Mounting

in the control panel using the supplied mounting frame or the two fastening elements

Usage position

Any a

Protection

according to DIN EN 60529, front IP65, rear IP20

Gewicht

 

Typ 701510 (Format 132)

max. 85 g

Typ 701511 (Format 116)

max. 120 g

Typ 701512 (Format 108H)

max. 160 g

Typ 701513 (Format 108Q)

max. 160 g

Typ 701514 (Format 104)

max. 220 g

a The maximum permissible ambient temperature only applies to installation with vertical orientation of the display.

 

Approvals and test marks

 

Mark

Checkpoint

Certificates/Test Numbers

Test basis

Applies to

c UL us

Underwriters Laboratories

E201387

UL 61010-1 (3. Ed.),

CAN/CSA-22.2 No. 61010-1

(3. Ed.)

all versions

DNV GL

DNV GL

TAA00001B3

Class Guideline DNVGL-CG-0339

Typ 701511 (DC 20 bis 30 V)

and Type 701514 (AC 110 to 240 V), without Ethernet interface, panel mounting

BUREAU VERITAS

Bureau Veritas

53627/A0 BV

Bureau Veritas Rules for the Classification of Steel Ships

The device has approval if the relevant test mark is shown on the device.