<p>&nbsp;<span style="color: rgb(51, 51, 0); "><strong><span style="font-family: Helvetica, Arial, san-serif; font-size: 10pt; ">The Metis Self Contained series of IR Pyrometers</span></strong></span><span style="font-family: Helvetica, Arial, san-serif;

The Metis Self Contained series of IR Pyrometers was developed for precision on-line process temperature measurement applications. By utilizing digital signal processing, the Metis series exceeds standard analog pyrometers as far as accuracy, repeatability and wide temperature ranges are concerned.

Precision, adjustable focusable optics allows the Metis to pinpoint very small targets and features advanced sighting capabilities such as through the lens, laser or video. A variety of spectral responses are available for addressing the needs for specific temperature measurement applications. i.e.: Metals, Glass, Semiconductor, Vacuum, Ceramics, Plastics, Composites, etc.

The aluminum extruded housing (IP65) with mounting adaptation allows for easy installation onto a swivel base, adjustable bracket or within a companion heavy duty water cooling jacket for use in harsh environments.

Metis-Pyrometers provide analog & digital signals such as 4-20mA, 0-20mA, RS232, RS485 & Profibus. Optionally the product line offers integrally a bright rear LED display, dual relays or fiber optic versions for use in high temperature environments, use in tight spaces or in high magnetic RF fields.

 

 

   

PRODUCT

TEMP.
RANGE

SPECTRAL RESPONSE

APPLICATIONS

FIBER OPTIC

OPTICAL ALIGNMENT, LASERhttp://www.processsensorsir.com/wp-content/uploads/Laser-TableGraphic1.gif
VISUAL,VIDEO TV 
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MIN. SPOT
SIZE

RESPONSE TIME

Metis MQ11

600 - 1300 °C
750 - 1800 °C
900 - 2500 °C
900 - 3000 °C

2-color
0.7 – 1.1 µm

Metals
Composites
Molten Glass
Graphite
Semiconductor
Vacuum Applications

Y

Laser

Visual

TV

0.5 mm

2 ms

Metis MQ22

300 - 1000 °C
350 - 1800 °C

2-color
1.45 – 1.8 µm

Metals
Composites
Molten Glass
Graphite
Semiconductor
Vacuum Applications

Y

Laser

Visual

TV

1 mm

2 ms

Metis MS09

550 - 1400 °C
650 - 1800 °C
750 - 2500 °C
1000 - 3300 °C

0.7 – 1.1 µm

Metals
Semiconductor Wafers
Molten Glass
Composites
Vacuum Applications

Y

Laser

Visual

TV

0.35 mm

1 ms

Metis MI16

200 - 1300 °C
300 - 1300 °C
300 - 2500 °C
350 - 1800 °C

1.45 – 1.8 µm

Metals
Laser Applications
Composites
Vacuum Applications

Y

Laser

Visual

TV

0.35 mm

1 ms

Metis MI18

120 - 550 °C
160 - 800 °C

1.45 – 1.8 µm

Metals
Laser Applications
Ceramics
Composites
Vacuum Applications

Y

Laser

Visual

TV

0.7 mm

1 ms

Metis MP23

130 - 700 °C

2.0 – 2.6 µm

Metals
Ceramics
Composites
Vacuum Applications

 

Laser

Visual

0.6 mm

3 ms

Metis MP25

75 - 550 °C
100 - 700 °C
160 - 1200 °C
200 - 1300 °C

2.0 – 2.6 µm

Metals (Low Temp.)
Graphite
Ceramics
Composites
Vacuum Applications

 

Laser

Visual

TV

0.25 mm

3 ms

Metis MB35

50 - 700 °C
100 - 1000 °C

2 – 5 µm

Metals
Composite
Ceramics
Plastics

 

Laser

Visual

1.6 mm

3 ms

Metis MB46

500 - 1500 °C

4.6 µm

Boiler
Furnace

 

Laser

Visual

1.6 mm

100 ms

Metis MY34

300 - 1300 °C

3.43 µm

Plastics
Semiconductor Wafers
Glass (Sub surface)

 

Laser

Visual

1.5 mm

100 ms

Metis MB39

200 - 1000 °C
500 - 2000 °C

3.95 µm

Sees thru Clean Flames
Furnace Applications
 
Glass (Sub surface)

 

Laser

Visual

0.9 mm

100 ms

Metis MY51 

100 - 1000 °C
300 - 1300 °C
500 - 2500 °C

5.14 µm

Glass Surface

 

Laser

Visual

0.8 mm

10 ms
40 ms
100 ms

Metis MY68

50 - 400 °C

6.85 µm

Plastic

 

Laser

Visual

5 mm

100 ms

Metis MY80 

50 - 400 °C

8.05 µm

Plastics
Thin Glass

 

Laser

Visual

2.5 mm

100 ms

Metis MY81

0 - 400 °C
0 - 800 °C
0 - 1000 °C

8 – 10 µm

Organic Materials
Sees thru Calcium Flouride Window
Low Vacuum Applications

 

Laser

Visual

1.2 mm

5 ms
40 ms
100 ms

Metis MY84 

0 - 400 °C
0 - 700 °C
0 - 1000 °C

8 – 14 µm

Organic Materials
Rubber
Paper
Lacquers

 

Laser

Visual

0.9 mm

5 ms
40 ms
100 ms

 

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