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Infrared Linear Array Camera (0.8 to 1.1µm) | SIMTRUM Photonics

Products / Imaging /Infrared Pyrometer/Cameras /Infrared linear Array Camera /Infrared Linear Array Camera (0.8 to 1.1µm) /
Infrared Linear Array Camera (0.8 to 1.1µm)
Overview Specifications & Model Guide Related Products Order Now!

PYROLINE 512N - Non-contact measurement of temperature profiles up to 3000 °C

Whether in quality control, process monitoring or process automation in metal industry – the infrared camera PYROLINE 512N measures temperatures without contact exactly and reliably. To minimize physically caused temperature measurement errors resulting from emissivity inaccuracies the camera works at a short wavelength range from 0.8  µm to 1.1 µm. Also in fast processes or at temperature changes the data acquisition happens in real-time. In stationary industrial continuous operation measurement data is recorded with high thermal and spatial resolution on fixed or moving measurement objects. In this way production processes are monitored and controlled efficiently. 


Therefore the Fast Ethernet interface guarantees a data acquisition without loss and with no appreciable time delay up to 256 lines per second. Numerous motor focus infrared lenses, including wide angle and telephoto lenses, provide a flexible adjustment to different measurement object sizes at different measurement distances. The infrared camera is either built in a small aluminium housing "compact+" or in a stainless steel industry protection housing "protection" that has an air purge unit and watercooling by default. The camera observes the production in stand-alone operation without any connected computer via two galvanically isolated digital inputs and outputs. All process parameters of the standalone version are programmed once on location via PC connection. The modular Windows software PYROSOFT of the camera can be adjusted and extended to process-related requirements. The free software PYROSOFT Compact is delivered with every PYROLINE infrared camera.


- Precise non-contact temperature measurement with extremely 

  wide temperature ranges: 600°C to 1500°C, optional 1400°C to 3000°C 

- High-dynamic Si-CMOS array with 512 × 1 pixels 

- Numerous optics with motor focus 

- Spectral range 0.8 µm to 1.1 µm 

- Fast Ethernet interface 

- Measurement frequency 256 lines per second 

- Large dynamic range and 16-Bit analog digital converter 

- Camera in small housing "compact+" (IP54) or industry protection 

  housing "protection" (IP65) 

- Integration in customized system solutions including hard- and 

  software adjustment
































Housing

Connectors


PYROSOFT

To complement the use of DIAS infrared cameras, the powerful online software PYROSOFT for Windows ® allows you to control the camera and record, view, manipulate and store the measured data.

Features:

·         Real Time data recording

·         Definition of zones and monitoring of alarm thresholds

·         Analysis of trends

·         Data export (Text, Bitmap, Video)

·         Support of process interfaces (e.g profibus, analog and digital inputs and outputs)

For system integration the PYROSOFT DAQ software is available with a programming interface (Windows ®-DLL). The free software PYROSOFT Compact is delivered with every PYROVIEW infrared camera. For demanding applications, the versions PYROSOFT Professional and PYROSOFT Automation are available.

 

A breakdown of the features of each software is shown in the table below.





Please check the table below for individual specifications tied to individual products.

Product Brochure Link: PYROLINE 512N


Technical data
Device type512N/256 Hz compact+512N/256 Hz protection
Continuous measuring temperature range1600 °C to 1500 °C1400 °C to 3000 °C600 °C to 1500 °C1400 °C to 3000 °C
NETD2,3< 1 K (600 °C, 256 Hz)4≈ 2 K (1400 °C, 256 Hz)4< 1 K (600 °C, 256 Hz)4≈ 2 K (1400 °C, 256 Hz)4
Spectral range0.8 µm to 1.1 µm
Aperature angle (HFOV × VFOV)36° × 0.15°, optional: 90° × 0.34°, 51° × 0.2°, 19° × 0.08°,   13° × 0.05°, 9° × 0.04° (optics with motor focus)
Sensorhigh-dynamic Si-CMOS array (512 × 1 pixels)
Measurement uncertainty31 % of measured value °C2 % of measured value °C1 % of measured value °C2 % of measured value °C
Maximum line frequency256 Hz
Response timeinternal 8 ms , selectable: 2 / measurement frequency
InterfacesFast Ethernet (real-time, 256 Hz), galvanically isolated   digital inputs (trigger) and digital outputs (alarm)
Connectors

round plug connector HR10A (12 pin, power supply,

 digital inputs and outputs),

    round plug connector M12A (Ethernet)

round plug connector M23 (16 pin, power supply, digital

 inputs and outputs),

    round plug connector M12A (Ethernet)
Power supply12 V to 36 V DC, typical 10 VA
Weightapprox. 1.6 kgapprox. 4.2 kg
Housingaluminium compact housing IP54,
    65 mm (L) × 160 mm (W) × 79 mm (H), without lens   and connectors, optional with weather protection housing with pan-tilt-unit		industry protection housing IP65, stainless steel, with air   purge and water cooling, diameter 110 mm, length 280 mm (without mechanical   mounting and connectors),
    6 bar max. water pressure, 2 bar max. air   pressure, protection window
Operating temperature of
    the camera		–10 °C to 50 °C–10 °C to 50 °C (without water cooling),
    –25 °C to 150 °C (with water cooling)
Storage conditions–20 °C to 70 °C, max. 95 % rel. humidity
Softwarecontrol and imaging software PYROSOFT for Windows ®, customized modifications on request
Scope of deliveryinfrared line camera PYROLINE 512N, calibration certificate, manual, software PYROSOFT Compact

1    Others on request.

2  Noise equivalent temperature difference. 

3  Specifications for black body radiator and ambient temperature 25 °C.  

4  ... or   0.15 % of measured value in °C, 256 Hz.


Camera typePixelTemperature range1,2NETDSpectral range
512N/256 Hz512 × 1600 °C to 1500 °C, 1400 °C to 3000 °C4< 1 K (600 °C)4
    ≈ 2 K (1400 °C)4		0.8 µm to 1.1 µm
    Metals in high temperature range
    (steel, stainless steel, steel melts)
HS 512N/2 kHz512 × 1650°C to 1500°C, 1400 °C to 3000 °C4< 1 K (600 °C)4
    ≈ 2 K (1400 °C)4
Optics with motor focus: 9°, 13°, 19°, 36°,   51°, 90°
    4 ... or   0.15 % of measured value in °C at 256 Hz respectively 2 kHz.


Lens variants (optics with motor focus)


1. HFOV ... Horizontal Field Of View (horizontal aperture angle)  

2. VFOV ... Vertical Field Of View (vertical aperture angle) 

3. IFOV ... Instantaneous Field Of View (spatial resolution) 

4. W ... Image width

5. H ... Image height 

6. D ... Measurement distance

HFOV × VFOVD [m]W [mm]H [mm]
IFOV
36° × 0.15°16402.5
319207.5
1.2 mrad10640025
90° × 0.34°120007.8
3600023.4
3 mrad102000078.1
51° × 0.2°19603.8
3288011.3
1.7 mrad10960037.5
19° × 0.08°13341.3
310023.9
0.7 mrad10333913
13° × 0.05°12190.9
36582.6
0.4 mrad1021948.6
9° × 0.04°11540.6
34611.8
0.3 mrad1015366



Camera type Pixel Temperature range1,2 NETD3 Spectral range
128LS/256 Hz 128 × 1 0°C to 80°C 0.2 K/0.5 K 8 µm to 14 µm
    Wood, paper, plastics, gum, 
    bulk materials, building material, textiles, food
128L/256 Hz 128 × 1 50°C to 550°C 0.5 K/1.5 K
256L/256 Hz 256 × 1 50°C to 550°C 0.5 K/1.5 K
128LS/512 Hz 128 × 1 50°C to 550°C 0.5 K/2 K
256L/512 Hz 256 × 1 150°C to 800°C 0.5 K/2 K
                                    Optics with motor focus: 40°, 60°, 90°
128G/256 Hz 128 × 1 450°C to 1250°C 1 K/3 K 4.8 µm to 5.2 µm
    Glasses: float glass, container glass, glass bottles, glass melts
256G/256 Hz 256 × 1 450°C to 1250°C 1 K/3 K
128GS/256 Hz 128 × 1 250°C to 800°C 1 K/3 K
Optics with motor focus: 40°, 60°, 90°
128M/256 Hz 128 × 1 450°C to 1250°C 0.5 K/1.5 K 3 µm to 5 µm
    Building materials (clay, brick), metals
    (non-ferous metals, rolled steel) 
256M/256 Hz 256 × 1 450°C to 1250°C 0.5 K/1.5 K
128MS/256 Hz 128 × 1 200°C to 800°C 0.5 K/1.5 K
Optics with motor focus: 40°, 60°, 90°
512N/256 Hz 512 × 1 600°C to 1500°C,
    1400°C to 3000°C4		 < 1 K (600°C)4 0.8 µm to 1.1 µm
    Metals in high temperature range
    (steel, stainless steel, steel melts)
    ≈ 2 K (1400°C)4
HS 512N/2 kHz 512 × 1 650°C to 1500°C,
    1400°C to 3000°C4		 < 1 K (600°C)4
    ≈ 2 K (1400°C)4
Optics with motor focus: 9°, 13°, 19°, 36°, 51°, 90°

 

Remark:

1.Others on Request.

2.Specifications for black body radiator and ambient temperature 25°C.

3.Noise equivalent temperature difference at 32Hz and maximum measurement frequency.

4.or 0.15 % of measured value in °C at 256 Hz respectively 2 kHz.


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Continuous measuring temperature range

NETD


Search Reset
Compare Model Drawings & Specs NETD Spectral range (µm) Continuous measuring temperature range Maximum line frequency Availability Reference Price
(USD)
512N compact+ B
 0.8 µm to 1.1 µm600 °C to 1500 °C256 Hz 4-6 Weeks Request for quote
512N protection+ A
 0.8 µm to 1.1 µm600 °C to 1500 °C256 Hz 4-6 Weeks Request for quote
512N protection+ B
 0.8 µm to 1.1 µm600 °C to 1500 °C256 Hz 4-6 Weeks Request for quote
512N compact+ A
 0.8 µm to 1.1 µm600 °C to 1500 °C256 Hz 4-6 Weeks Request for quote

512N compact+ A - Parameter

Housing
aluminium compact housing IP54, 65 mm (L) × 160 mm (W) × 79 mm (H), without lens and connectors, optional with weather protection housing with pan-tilt-unit

NETD

Sensor
high-dynamic Si-CMOS array (512 × 1 pixels)

Measurement Uncertainty
1 % of measured value °C

Response time
internal 8 ms , selectable: 2 /measurement frequency

Spectral range (µm)
0.8 µm to 1.1 µm

Continuous measuring temperature range
600 °C to 1500 °C

Aperature angle (HFOV × VFOV)
36° × 0.15°, optional: 90° × 0.34°, 51° × 0.2°, 19° × 0.08°, 13° × 0.05°, 9° × 0.04° (optics with motor focus)

Maximum line frequency
256 Hz

Operating temperature
–10 °C to 50 °C

512N protection+ B - Parameter

Housing
industry protection housing IP65, stainless steel, with air purge and water cooling, diameter 110 mm, length 280 mm (without mechanical mounting and connectors), 6 bar max. water pressure, 2 bar max. air pressure, protection window

NETD

Sensor
high-dynamic Si-CMOS array (512 × 1 pixels)

Measurement Uncertainty
2 % of measured value °C

Response time
internal 8 ms , selectable: 2 /measurement frequency

Spectral range (µm)
0.8 µm to 1.1 µm

Continuous measuring temperature range
600 °C to 1500 °C

Aperature angle (HFOV × VFOV)
36° × 0.15°, optional: 90° × 0.34°, 51° × 0.2°, 19° × 0.08°, 13° × 0.05°, 9° × 0.04° (optics with motor focus)

Maximum line frequency
256 Hz

Operating temperature
–10 °C to 50 °C (without water cooling), –25 °C to 150 °C (with water cooling)

512N protection+ A - Parameter

Housing
industry protection housing IP65, stainless steel, with air purge and water cooling, diameter 110 mm, length 280 mm (without mechanical mounting and connectors), 6 bar max. water pressure, 2 bar max. air pressure, protection window

NETD

Sensor
high-dynamic Si-CMOS array (512 × 1 pixels)

Measurement Uncertainty
1 % of measured value °C

Response time
internal 8 ms , selectable: 2 /measurement frequency

Spectral range (µm)
0.8 µm to 1.1 µm

Continuous measuring temperature range
600 °C to 1500 °C

Aperature angle (HFOV × VFOV)
36° × 0.15°, optional: 90° × 0.34°, 51° × 0.2°, 19° × 0.08°, 13° × 0.05°, 9° × 0.04° (optics with motor focus)

Maximum line frequency
256 Hz

Operating temperature
–10 °C to 50 °C (without water cooling), –25 °C to 150 °C (with water cooling)

512N compact+ B - Parameter

Housing
aluminium compact housing IP54, 65 mm (L) × 160 mm (W) × 79 mm (H), without lens and connectors, optional with weather protection housing with pan-tilt-unit

NETD

Sensor
high-dynamic Si-CMOS array (512 × 1 pixels)

Measurement Uncertainty
2 % of measured value °C

Response time
internal 8 ms , selectable: 2 /measurement frequency

Spectral range (µm)
0.8 µm to 1.1 µm

Continuous measuring temperature range
600 °C to 1500 °C

Aperature angle (HFOV × VFOV)
36° × 0.15°, optional: 90° × 0.34°, 51° × 0.2°, 19° × 0.08°, 13° × 0.05°, 9° × 0.04° (optics with motor focus)

Maximum line frequency
256 Hz

Operating temperature
–10 °C to 50 °C

512N compact+ A - Download

512N protection+ B - Download

512N protection+ A - Download

512N compact+ B - Download

Accessories

Compare Model Drawings & Specs Availability Reference Price
(USD)

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