Audited Supplier
Product Name: Rotary kiln head shell temperature monitoring camera,Kiln Shell Temperature Monitoring with Infrared Scanners
Product Model: LM-NZ500
Product Introduction:
1. Furnace automatic, it applies to all kinds of high temperature furnaces.
2. It applies to the furnace that the thickness of furnace wall is around 500mm.
3. Probe hood is made of stainless steel, with good corrosion resistance.
4. Special spiral air curtain, the lens does not gather dust.
5. Special air and water cooling, the device can be used in all kinds of bad conditions normally.
6. Sapphire heat resisting lens.
7. Probe hood enter and exit automatically.
8. Use heat resisting cylinder, with good reliability.
9. Probe hood will exit automatically if there is any accident on power or water/air cooling.
10. Central control room or project site can control the equipment to entry or exit.
11. PLC procedural control, DCS software control camera menu and aperture.
12. Use the 500 mm high temperature optical pinhole lens.
13. Use 27 x optical zoom (electronic zoom 3.6-78) integrated camera.
Main Function,Probe Will Exit :
1. when the temperature of the hood rises above 50°C (specified levels).
2. when the compressed air input air pressure below 0.2 MPa.
3. when the probe hood cooling water input flow is less than 0.2M³/h.
4. when the power is cut off.
5. when the control room or control device of project site send out exit signal.
6. Alarm signal can be connected to the DCS.
Technical Parameters:
1. Resolution: 1920*1080
2. Zoom: (electronic zoom 3.6-78) 27 x optical zoom
3. Exit distance: 450mm
4. Angle of view: 17°-81° focus or zoom
5. Lens aperture: electric remote control or manual control
6. Signal Noise Ratio: 56db
7. Colour filter device: can choose red, yellow to filter or panchromatic filtration
Compressed Air:
1. Total intake pipe: G1
2. Connecting pipe: 4-G1/2"
3. Inlet pressure: 0.3~0.7MPa
4. Inlet temperature: ≤35°C
5. Minimum flow: 0.3M³/min
Cooling Water:
1. Total intake pipe:G3/4"
2. Connecting pipe: 2-G1/2"
3. Inlet pressure: 0.2~0.5MPa
4. Minimum flow: 0.8M³/h
5. Inlet temperature: ≤35°C
Working Condition Temperature:
1. Automatically exit device: -20°C~100°C
2. Control device: -5°C~75°C
3. Furnace temperature: <=1700°C
Dimension:
1. Automatically exit device: 1350*400*300 (unit: millimeter)
2. Control box: 500*700*200 (width*height*thickness) (unit: millimeter)
3. Manipulator(there are three type, when ordering it, please specify)
3.1 Wall mounting (see figure )
3.2 Flush mounting (see figure )
3.3 Cabinet mounting or place on the operating desk (see figure)
4. Installation diagram: (see figure)
5. Open pore requirement (see figure)
| Technical Parameters | 1.Resolution: 1920*1080 2.Zoom:(electronic zoom3.6-78 ) 27 x optical zoom 3. Exit distance: 450mm 4. Angle of view: 17°-81° focus or zoom 5. Lens aperture: electric remote control or manual control 6. Signal Noise Ratio: 56db 7. Colour filter device: can choose red, yellow to filter or panchromatic filtration |
| Compressed Air | 1. Total intake pipe: G1/2" 2.Connecting pipe: 4-G1/2" 3. Inlet pressure: 0.3~0.7MPa 4. Inlet temperature:≤35°C 5. Minimum flow: 0.3M³/min |
| Cooling Water | 1.Total intake pipe: G3/4" 2.Connecting pipe: 2-G1/2" 3.Inlet pressure: 0.2~0.5MPa 4.Minimum flow: 0.8M³/h 5.Inlet temperature:≤35°C |
| Working Temperature | 1. Automatically exit device: -20°C~100°C 2. Control device: -5°C~75°C 3. Furnace temperature:<=1700°C |
| Dimension | 1. Automatically exit device: 1350*400*300(unit:millimeter) 2. Control box: 500**700*200(width*height*thickness)(unit:millimeter) 3. Manipulator(there are three type, when ordering it,please specify) 3-1 Wall mounting(see figure ) 3-2 Flush mounting(see figure ) 3-3 Cabinet mounting or place on the operating desk(see figure ) 4. Installation diagram:(see figure ) 5. Open pore requirement(see figure) |
Installation Drawings:
