LumaSense 140 Series Installation and operating instructions

MANUAL
OPERATION MANUAL
MANUAL
Manual Addendum
IMPAC Pyrometer
Series 140 with Profinet Interface

Confidential Information
The material contained herein consists of information that is the property of LumaSense
Technologies and intended solely for use by the purchaser of the equipment described in this
manual. All specifications are subject to change without notice. Changes are made periodically
to the information in this publication, and these changes will be incorporated in new editions.
LumaSense Technologies prohibits the duplication of any portion of this manual or the use
thereof for any purpose other than the operation or maintenance of the equipment described
in this manual, without the express written permission of LumaSense Technologies.
Copyright
© LumaSense Technologies 2016. All rights reserved.
Trademarks
IMPAC is a trademark of LumaSense Technologies.
All other trademarks are trademarks, registered trademarks, and/or service marks of their
respective holders.
Service Centers
LumaSense Technologies, Inc.
North America
Sales & Service
3301 Leonard Court
Santa Clara, CA, 95054
Ph: [phone]
Ph: [phone]
Fax: [phone]
LumaSense Technologies GmbH
Other Than North America
Sales & Support
Kleyerstrasse 90
60326 Frankfurt, Germany
Ph: [phone]
Fax: [phone]
Global and Regional Centers
Our Headquarters
LumaSense Technologies, Inc.
3301 Leonard Court
Santa Clara, CA, 95054
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Americas, Australia, & Other Asia
LumaSense Technologies, Inc.
3301 Leonard Court
Santa Clara, CA, 95054
Ph: [phone]
Fax: [phone]
Europe, Middle East,
Africa
LumaSense Technologies GmbH
Kleyerstrasse 90
60326 Frankfurt, Germany
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Brazil
LumaSense, Vendas Brasil
Rua Ataliba Camargo Andrade,
172/sl 112
Campinas, SP – 13025-290
Brasil
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Rm 1004,
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Pudong New Area
Shanghai, 200122
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E-mail [e-mail]
[e-mail]
[e-mail]
Website http://www.lumasenseinc.com
Part No 3 876 153-EN
Revision C
December 2016

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Contents
1General...........................................................................................................................5
1.1 Differences from the Series 140 Manual..............................................................5
1.2 Legend ...................................................................................................................5
1.3 Terminology...........................................................................................................5
2Connections ................................................................................................................... 7
2.1 Electrical Installation ............................................................................................ 7
2.1.1 Pin Assignment of the Male Socket ....................................................................7
2.1.2 Bus Interface Connector......................................................................................8
2.1.3 Bus Cable .............................................................................................................8
2.1.4 LED Status Indicator ............................................................................................8
2.2 IT-Functions............................................................................................................ 9
2.3 Layout .................................................................................................................... 9
3Project Planning........................................................................................................... 11
3.1 Profinet GSDML File ............................................................................................11
3.2 Data Format.........................................................................................................12
3.3 Profinet Address and Device Name Assignment ............................................... 13
4Configuration Example Step7..................................................................................... 15
5Reference Numbers .....................................................................................................17
5.1 Instrument Reference Numbers.......................................................................... 17
5.2 Connection Cable Reference Numbers ............................................................... 17
Index .................................................................................................................................. 19

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1General
This manual is supplemental to the standard Series 140 manuals and only contains information
relevant to Profinet use. It is not intended to be a standalone reference. For information about
operating our Series 140 pyrometers please refer to the standard Series 140 manuals.
1.1 Differences from the Series 140 Manual
∂No onboard parametrizing or test button, only key for laser targeting light
∂No serial interface RS 232/485
∂No external clearing of peak picker
∂Interface Profinet-IO with baud rate 100 Mbit/s, Protocol TCP/IP
∂Profinet-IP: 0. 0. 0. 0 (setting ex works), Ethernet (MAC-Adresse)
∂LC display shows temperature and emissivity (emissivity can be changed via Profinet)
∂Analog output 0/4 … 20 mA preadjusted
∂Maximum operation temperature 0 … 55 °C
∂24 V AC (48…62Hz) or 14…30 V DC, approx. 4 VA
∂Software InfraWin cannot be used
1.2 Legend
Note: The note symbol indicates tips and useful information in this manual. All notes
should be read to effectively operate the instrument.
Attention: This sign indicates special information which is necessary for a correct
temperature measurement.
Warnings and Cautions: The general warnings and cautions symbol signifies the
potential for bodily harm or damage to equipment.
MB Shortcut for Temperature range (in German: Messbereich)
1.3 Terminology
The used terminology corresponds to the VDI- / VDE-directives 3511, part 4.

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2Connections
2.1 Electrical Installation
2.1.1 Pin Assignment of the Male Socket
Pin Color Indication
1 brown 0 V power supply
2 white + 24 V power supply (or 24 V AC)
3 black Screen only for cable extentions, don’t connect at switchboard
4 green + Ioutp. analog output
5 yellow – Ioutp. analog output
Profinet
-
IO
female connector
M12x1
d-coded ♀
Bus-exit
Power supply
/
analog current output
connector ♂- Series 712 - M9x0.5
Profinet
-
IO
female connector
M12x1
d-coded ♀
Bus-entry
Linkact0 LED
Linkact1 LED
Error LED
Status LED
Power LED
Button for laser aiming,
or thru-lens view finder

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2.1.2 Bus Interface Connector
The Series 140 Profinet Pyrometer features two Profinet ports - one port can for instance be
used as outgoing Profinet-port.
M12 Profinet Pin Assignment
Pin Color Signal Indication
1 yellow TxD+ Transmission Data+
3 orange TxD- Transmission Data-
2 white RxD+ Receiver Data+
4 blue RxD- Receiver Data-
2.1.3 Bus Cable
The maximum permissible line length between two Profinet devices is 100 metres. Only
crossover cables with quality level CAT5e or higher combined with an M12 connector system
(D-type) may be used to connect Profinet devices.
Cable type Shielded Twisted Pair Standard
Line Transmission properties in conformity with ISO/IEC 11801
Connection geometry M12 D-coded in accordance with IEC 61076-2-101
Protection type IP 65/67 (when connected)
2.1.4 LED Status Indicator
The back of the pyrometer provides five integrated LEDs indicating the pyrometer operating
status and eventually error messages. In particular upon commissioning and in case of error they
provide the first information on the system status.
Netword Status LED (RUN)
Status Description
LED continuous "Ethernet ok", the communication between the control system and the
pyrometer is established and the process data communication is active
LED flashing
No process data can be exchanged in this state. The pyrometer is located
in the "config mode" and Profinet is initialized.
on
off
Flashing
200 ms
200 ms

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Link/Activity LEDs
Status Description
OFF No bus connection
ON Connection is established, but no activity.
The instrument is on a fully functional network.
Flashing Connection and communication active
Error LED
Status Description
OFF Communication is ok
Flashing Indicates internal errors of bus, configuration problems, or errors while
initializing Profinet.
Power LED
Status Description
OFF Power OFF
ON Indicates power is ok
2.2 IT-Functions
The Series 140-PN also supports functions like Webserver and FTP functions. The IT functions can
be used simultaneously with the Profinet communication.
2.3 Layout
Although Profinet permits many different familiar topologies such as linear, tree, star structure,
as well as combinations of line, branch, or stub cables, a normal Profinet system consists of one
Profinet master and at least one connected Profinet slave, which exchange data over the bus
topology that is used. The master is connected at the beginning of the line. The slaves follow
after it in any order. The OUT socket remains open for the last station.

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3Project Planning
Use an arbitrary projection tool for project planning. Corresponding to the requirements, 5
different mode configurations can be selected:
UPP1 Meas: Status + Temperature
UPP2 Meas + Parameter: Status + Temperature, emissivity
UPP3 Meas + Parameter: Status + Temperature, emissivity, T90, TCl, laser targeting light
UPP4 Meas + all Parameter: Status + Temperature, emissivity, T90, TCl, laser targeting light,
internal temperature, beginning and end of sub range
UPP5 Transparent 32Byte I/O
The mode “UPP5 Transparent 32Byte I/O“ allows direct access to the pyrometer. In this case the
UPP command has to be sent as an ASCII sequence corresponding to the manual of the
pyrometer but without the address byte (e.g. „msCR“ CR=ASCII-code 13).
Then the response string of the pyrometer has to be analysed in the Profinet master. This is only
necessary for special applications which have to access special parameters of the pyrometer
which are not converted by the Profinet adaptor.
Examples:
Temperature reading + adjustment of emissivity
∂Select mode 2
Temperature reading + adjustment of emissivity + use of laser targeting light
∂Select mode 3
3.1 Profinet GSDML File
A description of the Series 140 Profinet IO device is made available to the master in an electronic
device datasheet (device master file Markup Language, GSDML file). This file contains all
parameters required for integration into Profinet network in XML file format. Generally the
description file must be imported into the master system. The GSDML file required for this
purpose can be loaded from the integrated WEB-Server.
“GSDML-V2.1-Lumasense-Pyrometer-20110527.xml“
In the delivery state the pyrometer has saved the following default configuration:
IP-Address: 0. 0. 0. 0
Name: pyrometer
The IP address and the instrument's name can be changed. In case you want to operate more
than one pyrometer in the network, you need to assign a name to each pyrometer which clearly
identifies the instruments (e.g. pyrometerA, pyrometerB, etc.). Each name may only be used
once in the network.
The integrated WEB server contains all information and operating instructions to the pyrometer.
First you have to assign a new IP address to the pyrometer before you call the web server.
Note: The IP address in a network is generally structured as follows:
Example: 192.168.0.X
Your default gatway (router) probably has the IP-Address: 192.168.0.1
For the pyrometer, enter a free address such as: 192.168.0.99

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3.2 Data Format
Name Format Bytes Flags Function UPP mode
Status Word with
sign 2 Reading
Each data package gets a new
number to enable the master
to recognize if data were
read twice or if data packages
were not read. Negative
values (BIT 15=1) identify a
wrong data exchange with
the pyrometer.
1, 2, 3, 4
Temperature Float 4 Reading
Temperature in °C or °F
depending on a Pyrometer
type
1, 2, 3, 4
Emissivity Float 4
Reading /
Writing Emissivity in % 2, 3, 4
Response time T90 Byte 1
Reading /
Writing Response time T90 (0…6) 3, 4
Clear time TCL Byte 1 Reading /
Writing Clear time TCL (0…6 ir 8) * 3, 4
Laser targeting light Byte 1
Reading /
Writing
Laser targeting light off/on
(0 or 1) 3, 4
Internal temperature
of the instrument Byte 1 Reading
Internal temperature of the
instrument in °C or °F 4
Beginning of sub
range
Word with
sign 2 Reading
Beginning of sube range in
°C or °F 4
End of sube range
Word with
sign 2 Reading End of sube range in °C or °F 4
*External clearing (TCL=7) is impossible with Profinet instruments (this function doesn’t exist)

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3.3 Profinet Address and Device Name Assignment
By default in the delivery state the pyrometer has saved its MAC-Address and the Device type.
The MAC-Address is also printed on the label of the device, e.g. “00-14-11-0A-A5-47“. The name
for the device type is “pyrometer”. Normally this information can also be read in the
engineering tool with a so-called Bus Scan. The IP-address is assigned to the pyrometer by the
Profinet-IO-controller (PLC). Alternatively it can be assigned manually.
Assigning a device name for a concrete IO-Device works similar to the adjustment of the
PROFIBUS address in case of a DP-slave.
Example for Profinet IP address assignment:
Select menu Online > Online & Diagnostics > Functions > Assign IP address
Example for Profinet Device name assignment:
Select menu Online > Online & Diagnostics > Functions > Assign name
Note: During a device name change, the unit must not communicate with the PLC via
Profinet. If you change the device name during communication between pyrometer
and PLC, you will receive an error message.

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4Configuration Example Step7
Any project tool can be used for configuring of the Series 140 Profinet-IO device. The following
example shows how the Series 140-PN can be integrated into a Profinet network. The used CPU
is a Siemens SIMATIC. If you work with a programmable logic controller (PLC) from another
manufacturer, the procedure is the same.
1. Install the GSDML file “GSDML-V2.1-Lumasense-Pyrometer-20110527.xml“
2. Select menu Options > Install general station description file (GSD)
3. Select the device under Other Field Device > PROFINET IO > Sensors >Lumasense >
IR Thermometer and connect with the PLC
4. Set module for the desired UPP version (in the example UPP4)

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5. Set the Device Parameters (temperature unit and analog output current)
6. Creating a list of variables (for values observation)

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5Reference Numbers
5.1 Instrument Reference Numbers
Type Temperature Range Laser Targeting Light Thru-lens View
Finder
IS 140-PN MB 14: 550 ... 1400 °C 3 908 100 3 908 110
IS 140-PN MB 16: 600 ... 1600 °C 3 908 120 3 908 130
IS 140-PN MB 18: 650 ... 1800 °C 3 908 140 3 908 150
IS 140-PN MB 25: 750 ... 2500 °C 3 908 160 3 908 170
IS 140-PN MB 33: 900 ... 3300 °C 3 908 180 3 908 190
IS 140-PN MB 18L: 550 ... 1800 °C 3 908 200 3 908 210
IGA 140-PN MB 13: 300 ... 1300 °C 3 908 300 3 908 310
IGA 140-PN MB 18: 350 ... 1800 °C 3 908 320 3 908 330
IGA 140-PN MB 25: 450 ... 2500 °C 3 908 340 3 908 350
IGA 140-PN MB 13.5L: 250 ... 1350 °C 3 908 360 3 908 370
IGA 140-PN MB 20L: 300 ... 2000 °C 3 908 380 3 908 390
IGA 140-PN MB 25L: 350 ... 2500 °C 3 908 400 3 908 410
IGA 140/23-PN MB 7: 50 ... 700 °C 3 911 410 3 911 420
IGA 140/23-PN MB 9: 75 ... 900 °C 3 911 430 3 911 440
IGA 140/23-PN MB 13: 100 ... 1300 °C 3 911 450 3 911 460
IGA 140/23-PN MB 18: 150 ... 1800 °C 3 911 470 3 911 480
5.2 Connection Cable Reference Numbers
Connection Cable Reference
Number
Cables for power supply and analog output, 5 m, with angled connector 3 821 070
Cables for power supply and analog output, 10 m, with angled connector 3 821 080
Cables for power supply and analog output, 15 m, with angled connector 3 821 090
Cables for power supply and analog output, 30 m, with angled connector 3 821 100
Cables for power supply and analog output, 2 m, with straight connector 3 821 750
Cables for power supply and analog output, 5 m, with straight connector 3 821 760
Cables for power supply and analog output, 10 m, with straight connector 3 821 770
Cables for power supply and analog output, 15 m, with straight connector 3 821 780
Cables for power supply and analog output, 20 m, with straight connector 3 821 790
Cables for power supply and analog output, 25 m, with straight connector 3 821 800
Cables for power supply and analog output, 30 m, with straight connector 3 821 810

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Index
C
Configuration 15
Connection cable 18
Connection Cable Reference Numbers 17
Connections 7
D
Data Format 12
Device name 13
E
Electrical Installation 7
I
Installation
Electrical 7
Instrument Reference Numbers 17
IP address 13
M
Male Socket 7
P
Pin assignment 7
Profinet GSDML File 11
Project Planning 11
R
Reference numbers 17