1. Furnace automatic, it applies to all kinds of high temperature furnaces.

2. It applies to the furnace that the thickness of furnace wall less than or equal to 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. Using 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.

1. Furnace automatic, it applies to all kinds of high temperature furnaces.

2. It applies to the furnace that the thickness of furnace wall less than or equal to 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. Using 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.

The Explosion-Proof Peep Type Pinhole Furnace Camera serves as a key visual component in machine vision-based flame observation systems for petrochemical heating furnaces. Certified for use in Group ⅡC explosive atmospheres (including hydrogen, acetylene, etc.), this furnace camera provides a safe, discreet view directly inside the furnace chamber. It captures smooth, real-time images of burner flames, furnace tubes, and nozzles, enabling operators to visually monitor combustion conditions and coking.

This visual feed is then analyzed by machine vision technology, which automatically detects critical events such as individual burner flame extinction or unexpected fire bursts. Upon detection, the system outputs alarm signals to the DCS or automatic control system for immediate intervention, ensuring safety and operational stability.

The LM-BG700EX Explosion-proof High-temperature industrial TV system for kiln monitoring is a sophisticated kiln monitoring system. It features a dual-optical path design, combining a high-definition color camera for clear visual observation with a kiln infrared camera dedicated to precise, non-contact temperature measurement. This integration enables a full-field, real-time monitoring system for workpiece surface temperature inside the furnace. 

For maximum safety in hazardous environments, the system incorporates an intelligent auto-protection mechanism. In the event of sudden power loss, abnormally high temperatures, or gas supply interruption, the monitoring probe automatically withdraws from the kiln. It is designed to re-enter only after power, cooling, and ambient temperature are verified as normal, ensuring continuous and reliable operation.