Dust collectors also reduce CO2! "Carbon Neutral" "SDGs"
Dust collectors can contribute to carbon neutrality through "constant air volume control."
■Control of dust collector fan with inverter By controlling the operating frequency of the fan, we reduce power consumption compared to adjusting airflow with dampers, thereby decreasing CO2 emissions. ■Suppression of dust accumulation in suction ducts Detects changes in processing airflow due to filter clogging or dust load. It enables constant airflow control operation to maintain a preset processing airflow. This helps prevent deterioration of the working environment due to insufficient suction airflow and reduces dust accumulation in the ducts.
basic information
Supported models - Dasmic JXM series - Dasmic KXN series - Dasmic FNB series - Dasmic ENB series - Dasmic CXN series - Dasmic FXN series* - Dasmic EXN series* - Dasmic PXN series* - UDCM series* - NCFM series* *Available as an option
Price range
Delivery Time
Applications/Examples of results
- Instead of airflow adjustment by a damper - Airflow adjustment through suction from multiple locations - Prevention of airflow reduction due to filter clogging
catalog（1）
Download All Catalogs
Recommended products
Distributors
Since its founding in 1934, Shinto Industries has focused on its casting business as a strong core, applying and expanding the technologies and know-how cultivated there into various non-casting fields of the material industry, continuously evolving. Shinto's manufacturing capabilities are recognized for their comprehensive strength as a plant engineering manufacturer that supports the manufacturing industry from behind the scenes, providing technologies that integrate "environment and safety" with "know-how" through the "three attractions plus alpha" of high-quality "machinery and equipment" that accumulates the latest technology, high-quality "projectiles, abrasives, and consumables" that maximize the performance of machinery and equipment, and "support for stable operations" that maintains high performance.