Découvrez vos économies d’air grâce à la série 353
Les nouvelles vannes de décolmatage de la série 353 utilisent moins d’air par impulsion tout en améliorant la pression maximale. Découvrez combien d’air vous pouvez économiser.
Les systèmes de décolmatage sont essentiels pour assurer un environnement de travail propre et sûr via la filtration de l’air. Grâce aux systèmes de contrôle-commande à la surveillance des conditions, aux vannes, interrupteurs, actionneurs et composants ultra-fiables d’Emerson vos systèmes de collecteurs de poussière offriront des performances élevées et des cycles de vie plus longs des équipements, avec moins de maintenance, une conception et un encombrement simplifiés, une consommation d’énergie et d’air comprimé plus faible et des coûts opérationnels compétitifs pour l’utilisateur.
The ASCO Series 353 Pulse Valve by Emerson delivers outstanding performance through an innovative redesign which features a patented clamp connection for faster and easier installation compared to threaded and dresser Patented Quick Mount Connection.
With our Dust & Pulse Technologies, you can:
- Improve cleaning performance
- Locate broken bag filter, failed coils & diaphragm of solenoid valves
- Prolong lifetime of critical and costly components like pulsing valves and filter bags
- Ensure compliance with environmental protection regulation
- Reduce unexpected downtime
With our Dust & Pulse Technologies, you can:
- Improve cleaning performance
- Locate broken bag filter, failed coils & diaphragm of solenoid valves
- Prolong lifetime of critical and costly components like pulsing valves and filter bags
- Ensure compliance with environmental protection regulation
- Reduce unexpected downtime
Explaining the ASCO product line for Dust Collector Systems; Emerson provides the world’s best supported automation for dust collector systems. Our ultra-reliable valves, switches, actuators and components come with ensured availability and local support no other manufacturer can match. For decades, we’ve been a leading supplier to OEMs and end users of dust collector systems across many industries:
• Concrete processing
• Grain, agriculture & feed
• Abrasive blasting
• Food processing
• Foundries
• Pharmaceutical
• Mining
• Rubber mixing/processing
Precise and reliable control of compressed air is essential to optimize dust collector system cleaning performance and efficiency. Emerson’s high-flow, high-efficiency valves function with extremely short response times and fast pulsing, and enable dust collector systems to operate at peak pressures for best cleaning efficiency. Their robust design also reduces downtime and helps dust collector manufacturers create more cost-efficient systems.
The performance and health of dust collector systems depend on accurate and reliable process data. Emerson’s robust, intrinsically safe technology provides insights into monitoring systems via accurate and reliable particle, differential pressure and temperature sensors. With simplified design and easy installation, our sensors and data transmitters help to identify clogged filters and air leakage, and reduce emissions even in challenging environments.
Emerson’s Dust & Pulse technology (DPT) delivers superior diagnostics that help reduce system downtime and excessive emissions. It enables leakage detection, reduced demand for energy resources, increased lifespan of filter bags, and real-time health diagnostics of filtration systems. Application-specific electronics and refined diagnostic and control algorithms optimize system cleaning with stable differential pressure control and reduced pulsing counts.
Superior pneumatic motion control, sensing technology and air preparation reduce the cost of safe maintenance, provide greater visibility into dust collector systems and ensure precise control of damper opening and closing. Emerson’s cylinders, valves, proximity sensors and limit switches bring superior performance coupled with real time monitoring capability, and deliver IIoT capability that can reduce downtime, energy consumption and overall system emissions.