Automatic Spark Detection Technology

Automatically discovers spark scattering at an early timing, contributing to advance disaster-prevention!

Solution Point

Spark scattering is constantly photographed with a camera, and sparks with a high risk of fire are automatically detected and an alarm is issued.
Enables monitoring without missing possible disaster.

Features 01

Expected Problems

・Doesn't your plant have places where sparks scatter, with a high risk of causing a fire?

・Don't you want to prevent disaster by automatic monitoring of sparks?

Features 02

Technology highlight

・Detection is possible based on the red-hot duration after sparks drop, allowing the system to detect only those remain red-hot for a long time and have a particularly high risk.

・Easy to relocate as the system does not require retraining when the environment changes.

Features 03

Proposed Solutions (Examples)

"In the steel industry, this technology can be applied to processes that generate sparks and other high- temperature splatter. For example, it has a proven record of use with welding machines, grinders, hot saws, and converters (blowing in steelmaking shops)."

Links 01