Caméra de four série BF

TEMPSENS · BF Series

BF Series

Temperature range: -50°C-1000°C, 600°C~1800°C

Category: Industrial sensors · Furnace monitoring cameras

Specifications by model

CharacteristicValue
EnvironmentUp to 2000°C
Pressure0.2~0.7MPa
Débit volumique0.1-0.4 m3/min
Température<35°C
Raccordement0.4~0.8MPa
Débit volumiquemin 0.2m3/h
Température≤35◦C
Image sensor1/2"CCD Sensor
H. Resolution580 TV lines
Video output1.0 Vp-p, 75Ω
S/N ratioMore than 48dB (AGC off)
Shutter speed1/50~1/100,000 Sec
Min Illumination0.0003Lux
PuissanceDC 12V 120mA
Pinhole lensFocal 2.1 mm (Infrared lens)
Champ de vision110°C
Plage de température-50°C-1000°C, 600°C~1800°C
Tolérance±2%FS, repeat accuracy±2%
Résolution1°C
Émissivité0-0.99
Value modeInstant, peak, and averaging.
Object distance0.6~infinite meters
Min. Object>Φ5mm
Alimentation15~24VDC
Consommation150mA(max)
Sortie4~20mA, 1~5V, RS485
Infrared camera resolution640*480/384*288
Video camera resolutionMax 1920*1080
Infrared viewing angle9mm:60°*44°
Vision viewing angle100°
Communication modeCoaxial video temperature control
Max. temperature inside furnace2000℃
Retraction systemTemperature, pressure, flow
Raccordement≥0.3Mpa
Air consumption≈20m3
ConsommationPneumatic 10W
Image Sensor1/2.7" 5 Megapixel progressive scan CMOS (6.858cm)
Minimum Illumination0.005 Lux@F1.7
Effective Pixels2592(H) x 1944 (V)
Shutter SpeedAuto/Manual, 1/3 s-1/100000 s
White BalanceAuto/Natural/Steet Lamp/Outdoor/Manual
LensC/CS
Power SourceDC 12V (±25%), AC 24V (±25%), PoE (802.3af), ePoE
Température de fonctionnement-30°C to +60°C (-22°F to +140°F)/ Less than 95 % RH

Full description

The blast furnace infrared camera imaging system is a specialized infrared camera system designed for iron works. It features a ball valve sealing and is cooled by water and air. The system utilizes a water-cooling device outside the probe and forced cooling with compressed nitrogen to cool the camera and lens. It creates an air curtain in front of the puncture, effectively preventing lens erosion from high temperatures and furnace powder. The camera lens is securely fixed to the top wall, allowing direct observation of charging, surface conditions, burning, and material temperature. This technology enhances safety, improves the working environment, reduces workload, and enables centralized direction and automation in the manufacturing process. The two-cylinder high-temperature camera system is designed for blast furnaces. Unlike traditional systems, it eliminates manual probe handling, reducing labor and safety risks. It automatically withdraws when over-temperature conditions are detected, enhancing safety and efficiency. • Tight structure and well-sealed probe • Automatic operation of pneumatic ball valve after probe withdrawal • Option to choose between video camera and infrared camera. • Temperature data saving and simulation temperature field analysis • Air purge device for cleaning the probe head. • Auto protection device for water cut off, air cut off, and power cut off.

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