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MITSULITECHNOLOGY
B2B PRODUCT / SOLUTION

In-Furnace Camera Systems

Assess the implementation requirements and next steps for an in-furnace camera system.

Industrial Camera Systems

In-Furnace Monitoring Camera System

MICS-7300-TXV
In-furnace camera installation example 1 In-furnace camera installation example 2
Features:

Mounted on the furnace wall to observe material, equipment, molten material and flames. The camera and pinhole lens are installed in a specially designed high-temperature protective housing. The assembly automatically retracts from the furnace if compressed air or power is lost, or an overtemperature condition occurs. Applications include metallurgy, steel, power generation, glass, building materials and machinery.

For oil-, coal- and gas-fired furnaces, compressed-air cooling allows the lens to extend directly into the furnace below 2000°C for continuous observation of material heating, annealing, waste combustion and slag combustion flame patterns.

Engineered airflow creates a swirling protective air curtain in front of the lens to reduce dust contact and support stable, continuous operation with minimal maintenance.

Specifications:
Applications: cement kilns, metallurgical heating furnaces, power plant boilers, waste incinerators, petrochemical plants and steel reheating furnaces
Insertion / retraction: pneumatic or electric actuation with PLC control; manual operation optional. Automatic retraction upon fault detection.
Resolution: 3-megapixel IP camera with on-camera recording
Lens length can be customized to suit furnace wall thickness
The camera includes a temperature sensor, on-screen temperature display and high-temperature alarm.
Explosion-proof version optional / Optional explosion-proof configuration
  1. Monitor flames and material inside heating furnaces. The source lists conflicting temperature limits (below 2000°C / over 2000°C); confirm the rated operating limit and cooling requirements before selection.
  2. Automatic insertion and retraction using sensors and PLC control, with manual operation available
  3. Pressurized air forms a protective curtain at the lens tip to reduce dust accumulation
  4. Camera temperature sensor with on-screen readout and audible alarm output
In-furnace flame monitoring image High-temperature furnace monitoring image

At a Glance

Operating Environment

High-temperature, hazardous, dusty or continuous-process environments requiring remote visual monitoring.

Key Benefits

Improve process visibility, reduce personnel exposure and relay anomaly information to the monitoring center.

Integration Options

Networks, alarms, thermal imaging, AI vision and centralized monitoring can be configured to suit project requirements.

Engineering Requirements

Requirement Information to Provide
Operating Temperature Normal and maximum temperatures, and measurement locations
Installation Location Inside the furnace, at the furnace wall, outside equipment, on piping or elsewhere
Imaging Requirements Visible-light color, thermal, fixed, pan-tilt, 360° or mobile imaging
Communications Ethernet, 4G / Wi-Fi or integration with an existing monitoring system
Certification Requirements Explosion protection, ingress protection or other site-specific requirements

Next Steps

Describe Your Site ConditionsNo model selection required
Initial Engineering ReviewConfirm the appropriate system architecture
Solution & QuotationRecommendations based on specifications
Project ImplementationInstallation, testing and integration

Need Help Selecting a Solution?

Share the operating temperature, viewing distance, site photos, equipment application and requirements for an initial assessment.

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