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INFRATHERM pyrometer ISR 50-LO 

 

 

33

1.6 

Disposal / decommissioning 

Inoperable IMPAC pyrometers have to be disposed corresponding to the local regulations of electro or elec-
tronic material.  
 
 

2

 

Technical data 

 

Temperature ranges: 

  700 ... 1800°C 

(MB 18)  

  800 ... 2500°C 

(MB 25)  

1000 ... 3000°C 

(MB 30) 

Sub range: 

any range adjustable within the temperature range, minimum span 51°C 

Spectral ranges: 

channel 1: 0.9 µm 
channel 2: 1.05 µm 

IR detector: 

Silicon foto diode (Si/Si) 

Fibre: 

MB 18: HD multi fibre 0.6 mm (green fibre mark) 
MB 25: HD mono fibre 0.2 mm (red fibre mark) 
MB 30: HD mono fibre 0.1 mm (yellow fibre mark) 

 

Power supply: 

24 V DC (18 ... 36 V DC), ripple < 500 mV 

Power consumption: 

Max. 1 W 

Analog output: 

0 ... 20 mA or 4 ... 20 mA (linear), switchable; 
Test current 10 mA or 12 mA by pressing test key 

Load: 

0 ... 500 

Ω

 

Digital Interface: 

RS232 or RS485 addressable (half duplex), switchable; 
baud rate 1200 up to 115200 Bd 

Resolution: 

0.1°C on interface and display; 
< 0.1% of temperature range at the analog output 

Isolation: 

power supply, analog output and digital interface are  
galvanically isolated from each other 

Internal LC display: 

LC display for temperature indication or parameter settings 

 

Parameters: 

Adjustable or readable at the instrument or via interface:  

Measuring temperature, operation mode (ratio / mono), emissivity slope K 
or emissivity 

ε

, exposure time t

90

, clear times t

clear

 for maximum value 

storage incl. automatically or external deletion of maximum value storage, 
or hold function, analog output 0 ... 20 or 4 ... 20 mA, sub range, switch-
off level, contamination limit, RS485 address, baud rate, RS485-wait time 
t

W

, temperature display in °C or °F, error status, maximum  

internal temperature  

Emissivity slope K: 

0.8 ... 1.2 adjustable in steps of 0.001 

Emissivity 

ε

5 ... 100% adjustable in steps of 0.1% 

Switch-off level:  

2% ... 50%, adjustable 

Exposure time t

90

10 ms;  adjustable to 0.01 s; 0.05 s; 0.25 s; 1 s; 3 s; 10 s 

Maximum value storage: 
 

Built-in single or double storage. Clearing with adjusted time t

clear  

(off; 0.01 s; 

0.05 s; 0.25 s; 1 s; 5 s; 25 s), extern, via interface or automatically with the 
next measuring object 

Switch contact 
Opto relay (AC/DC ): 

Switch contact for dirty window alarm 
max. switch current 0.5 A  
max. switch supply 60 V AC/DC 

 

Uncertainty:  

(

ε

 = 1, t

90

 = 1 s, T

amb.

 = 23°C)

 

up to 1500°C:  

0.5% of measured value in °C + 2°C 

above 1500°C:  1.0% of measured value in °C 

Repeatability: 

(

ε

 = 1, t

90

 = 1 s, T

amb.

 = 23°C)

 

0.2% of measured value in °C + 2°C 

Ambient temperature: 

0 ... 50°C at the converter 
0 ... 250°C at optical head 

Storage temperature: 

-20 ... 60°C 

Summary of Contents for Impac INFRATHERM ISR 50-LO

Page 1: ...1 ISR 50 LO INFRATHERM Pyrometer Betriebsanleitung User Manual IMPAC Spezialist f r ber hrungslose Temperaturmessung IMPAC Specialist in non contact thermometry www imaxsun com...

Page 2: ...5 2 1 Short description 36 5 3 Connecting the pyrometer to a PC 36 5 4 Connecting to RS232 interface 37 5 5 Connecting to RS485 interface 37 5 6 Connection of additional analyzing devices 37 6 Mechan...

Page 3: ...mum internal temperature MaxIntTemp 45 10 Settings via interface and software 45 10 1 Installation 45 10 2 Program start 45 10 3 The menu 46 10 4 Beginning 46 10 5 Number of devices 46 10 6 Basic sett...

Page 4: ...arameter settings Parameters Adjustable or readable at the instrument or via interface Measuring temperature operation mode ratio mono emissivity slope K or emissivity exposure time t90 clear times tc...

Page 5: ...late the temperature This technique offers the following advantages compared with the standard one color pyrometers The temperature measurement is independent of the emissivity of the object in wide r...

Page 6: ...Only qualified specialists are allowed to connect such devices to the mains voltage 5 Electrical Installation The ISR 50 LO is powered by a voltage of 24 V DC possible range 18 36 V DC With the conne...

Page 7: ...g is frozen as long as pin 7 24 V is connected to pin 5 Pin 8 6 If the pyrometer is used in ratio mode a relay contact for the integrated contamination alarm is available It switches at the too low si...

Page 8: ...rate has to be reduced by 50 when the transmission distance is doubled see also 9 9 Baud rate 5 6 Connection of additional analyzing devices Additional analyzing instruments for example a LED digital...

Page 9: ...radius 0 6 mm fibre 0 2 mm fibre 0 1 mm fibre green mark red mark yellow mark for short time max 250 C 30 mm 50 mm 50 mm permanent max 250 C 50 mm 120 mm 120 mm wound up Zustand max 50 C 50 mm 120 mm...

Page 10: ...ce possible range is 340 4500 mm the measuring distance is always measured from the front of the lens Only in this distance the spot sizes mentioned in the table 7 1 will be achieved A tape can be use...

Page 11: ...e user of an own communication software find all inter face commands on section 14 Data format UPP 8 1 Settings at the instrument The LC display as well as the push buttons for displaying and setting...

Page 12: ...Adress Adr 00 Baud rate kBaud 19 2 kBd Wait time tw for RS485 10 Temperature display C F C Switch for interface RS485 RS232 RS232 9 Parameters settings 9 1 Operating mode Mode The standard use for the...

Page 13: ...same temperature Different materials have different emissivities ranging between 0 and 100 settings at the pyrometer between 5 and 100 Additionally the emissivity is depending on the surface condition...

Page 14: ...Here the maximum value for each object has to be indicated In this mode the maximum value is stored until a new hot object appears in the measuring beam The temperature which has to be recognized as h...

Page 15: ...nal in such a high level that a correct temperature measurement will be impossible this can also happen if the object is smaller than the spot size of the pyrometer To avoid wrong measurements in adva...

Page 16: ...he operating and analyzing software InfraWin is included in delivery of the pyrometer With this software all pyrometer functions also can be used on the PC except changing the interface or using the t...

Page 17: ...sing RS485 may be operated simultaneously by the same interface if two different addresses have been properly entered see 9 8 Address 10 5 Number of devices With a click on Number of devices InfraWin...

Page 18: ...ngth of the relative signal warning level graphically and numerically switch off level graphically and numerically The measuring mode the emissivity or emissivity slope and values for the warning leve...

Page 19: ...nce the temperature entry has been entered and confirmed with OK InfraWin will then calculate the emissivity slope which occurs with the new temperature This is displayed immediately and can be used f...

Page 20: ...e mouse Selecting the Trend output initially causes all the saved data to be displayed If the data exceeds an amount that can be represented reasonably you may Zoom in on a partial segment using the m...

Page 21: ...ter is designed for a storage temperature of 20 60 C with non condensing conditions Other kind of storage can damage or malfunction the pyrometer 12 Maintenance 12 1 Safety Attention during pyrometer...

Page 22: ...are see 10 6 Basic settings Test commands can be exchanged directly with the pyrometer The data exchange occurs in ASCII format with the following transmission parameters The data format is 8 data bit...

Page 23: ...AdwXX XX dec 99 in 00 switches off this function is the set value for the switch off limit aw Address AAgaXX XX 00 97 00 97 regular device addresses 99 global address with response 98 global address w...

Page 24: ...ough for this 2 The pyrometer s response will follow after 3 ms at latest 3 If there is no response there is a parity or syntax error and the inquiry has to be repeated 15 Reference numbers 15 1 Refer...

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