Klimawent industrial ventilation and filtration equipment

Aerodynamic sizing and selection of WPA radial exhaust fans

Klimawent WPA series industrial radial centrifugal fans are engineered to transport particulate-laden air through extended ducting networks in local exhaust ventilation systems.

System calculations require accurate assessment of total aerodynamic friction losses across duct elbows, filter elements, and capture hoods.

Backward-curved centrifugal impellers ensure superior energetic efficiency and stable operating air delivery without overloading electric motors during variable duct flow conditions. Solid molded aluminum or welded structural steel housings withstand mechanical vibration effectively.

Preventive servicing includes dynamic impeller balancing checks and electric motor bearing lubrication.

Pneumatic reverse pulse cartridge cleaning in UFO-A-N units

Filtration ventilation units of the UFO-A-N family are equipped with pleated polyester filter cartridges coated with microporous PTFE membranes. To eliminate accumulated particulate cakes from the outer cartridge media, an automated reverse pulse pneumatic system is employed.

A dedicated compressed air accumulator injects brief pressure pulses through solenoid valves into Venturi nozzles positioned directly above each cartridge. The resulting supersonic shock wave detaches dust layers instantaneously, directing them into a collection drawer.

Continuous differential pressure transmitter readings optimize pulse cycle intervals while conserving factory compressed air.

Kinematic design and balance adjustment of ERGO LUX extraction arms

Self-supporting articulated ERGO LUX extraction arms capture airborne fumes and hazardous gases directly at the welding or metal cutting source.

An internal kinematic mechanism consisting of aluminum linkages and tensioned counterbalancing springs holds the capture hood securely in any three-dimensional spatial orientation. Friction disks fitted with adjustable tension bolts allow operators to tune articulation stiffness precisely.

The intake hood incorporates a full rotational collar and an integrated manual throttle damper, enabling operators to close off branch airflow during work breaks to conserve central fan energy.

ATEX explosion protection engineering for SPARK-S/Ex roof exhausters

Klimawent SPARK-S/Ex series roof ventilation fans strictly comply with European ATEX safety directives for industrial hazardous locations handling flammable gas and vapour mixtures under categories 2G and 2D.

To prevent mechanical friction sparks, inner air contact surfaces feature protective non-sparking brass containment rings that eliminate potential impeller contact with steel shroud components. Explosion-proof electric motors feature embedded thermistors monitoring winding temperature continuously.

Antistatic composite external housings prevent hazardous electrostatic charge accumulation in outdoor rooftop atmospheres.

Automated vehicle exhaust evacuation via ALAN reels and KOS channels

Indoor evacuation of hazardous internal combustion engine exhaust emissions within service facilities and emergency vehicle depots relies on ALAN hose reels and KOS-AL extruded aluminum rail ducts.

A heavy-duty spring-driven recoil mechanism spools flexible heat-resistant rubber hoses automatically, keeping maintenance bay floors clear and unobstructed. Continuous aluminum extraction channels with rubber sealing flaps permit sliding carriages to track vehicles smoothly along service lanes.

High-temperature rubber or stainless steel exhaust tailpipe adapters with mechanical clamps or pneumatic cuffs ensure leak-free coupling.

Oil mist and coolant aerosol separation on precision CNC machine tools

High-speed metal machining operations generate substantial volumes of hazardous oil mists and water-soluble coolant aerosols.

Klimawent MISTOL-MIX filtration appliances utilize a proven three-stage separation layout: an inertial droplet pre-separator, a synthetic pocket filter, and a downstream HEPA final filtration cartridge.

Coalesced oil droplets accumulate along internal housing walls and drain automatically via a siphon trap back into the machine tool coolant reservoir. This process cuts cutting fluid consumption, protects sensitive electronic controller enclosures, and maintains clean air.

STORM cyclone pre-separators for coarse abrasive dust capture

To protect fine filtration stages from premature clogging and abrasive wear in metal fabrication and woodworking lines, Klimawent STORM series cyclone separators are installed upstream of primary filter units.

Centrifugal separation of coarse particulates captures up to ninety percent of heavy dust before the air stream enters cartridge or pocket collectors.

The tangential inlet nozzle generates a descending spiral vortex, throwing heavy particles toward the conical walls where they drop into a sealed collection hopper fitted with a manual or rotary valve.

Incorporating cyclone pre-cleaners significantly extends filter cartridge service life and reduces scheduled maintenance overhead during continuous multishift plant operation.

Flexible extraction ducting, high-temperature hoses, and automated control cabinets

Reliable operational performance of local exhaust systems depends directly on proper selection of flexible duct connections and integrated automation panels.

For articulated arms and mobile extraction units, Klimawent utilizes wear-resistant polyurethane hoses reinforced with copper-coated spring steel spirals, resisting abrasive friction and negative pressure collapse.

In vehicle exhaust extraction networks, multilayer vulcanized rubber and high-temperature fabric hoses maintain structural flexibility under hot engine exhaust contact.

Dedicated electrical control enclosures provide smooth motor startup, overload protection, automated pulse cleaning valve sequencing, and seamless supervisory bus integration.