Vacuuming - Import export

The ability to gently grip components of different dimensions, geometries and surface structures opens up completely new possibilities. Benefit from ✅ Increased efficiency of your processes ✅ Higher availability of your personnel ✅ Increased production speed ✅ Simple plug & play commissioning thanks to decentralized blower technology ✅ Modular design to increase performance Minimize ❌ Set-up times ❌ Maintenance costs ❌ Employment of personnel ❌ Process complexity Possible applications of the FH-E3020 ✅ Industrial robot applications for components up to 25 kg ✅ Loading and unloading of machines (e.g. press shop and body shop) ✅ Transporting parts (e.g. large, flat sheet metal parts such as fenders or hoods) ✅ Transportation of fragile parts ✅ Use in systems with high component variability ✅ Tube lifter applications

SAVEOMAT Satellite is the innovative vacuum conveying system in which the suction capacity can be split as required. The valve technology on the vacuum manifold allows the power to be split between different material separators. A control of the applied vacuum ensures a constant vacuum during material conveying and guarantees a delay-free material supply. Complete extrusion lines or entire production halls can thus be supplied via a single or several vacuum generators connected in parallel. The suction power is applied as needed for each individual component, ensuring careful feeding, even of critical materials. Other advantages/features: — Splitting of the suction power according to requirements — Simultaneous conveying of several material separators — Vacuum is available immediately — Careful material conveying — Reduction of energy costs — Suitable for PE, PP and PVC granules

Application as inline armature with venting and breather valve function for vessels. Preferably used for installation in pipes.

Explosion proof safety valve to protect inbreathing openings of storage tanks, vessels and pipes to prevent inordinate vacuum. Approved for flammable liquids of explosion group IIB3 with a maximum experimental safe gap (MESG) ≥ 0.65 mm and a Maximum operating temperature of 60 °C.

Application as end-of-line armature for venting and breathing of tanks. Tested and approved against atmospheric deflagrations for all materials of the explosion group IIB3 with a maximum experimental safe gap (MESG) ≥ 0.65 mm and a maximum operating temperature of 60 °C. Vertical mounting (for tank roofs) with an integrated elbow as an option.

As end-of-line armature, for venting apertures on tank installations. Used mainly as venting and breather device for fixed roof tanks. Used to prevent inadmissible pressure and vacuum and to minimize unwelcome gas losses or inadmissible emissions respectively. The housing is mounted perpendicularly on a tank roof. The product vapours can be discharged through a collective line into the atmosphere connected to the line flange on the pressure side.

As end-of-line armature, for venting apertures on tank installations. Used mainly as venting and breather device for fixed roof tanks. Used to prevent inadmissible pressure and vacuum and to minimize unwelcome gas losses or inadmissible emissions respectively. The housing is mounted perpendicularly on a tank roof.

Proof for products of explosion group IIA with a maximum experimental safe gap (MESG) > 0.9 mm and a maximum operating temperature of 60 °C. Mainly used as equipment of fixed roof tanks for venting and inbreathing to prevent undue pressure resp. vacuum and undesired losses of vaporization, respectively undue emissions. Installation on top of storage vessels. Available with an explosion and endurance burning proofed condensate drain device.

Application as installation explosion-proof and endurance burning proof for certain flammable liquids of the explosion group IIA with a maximum experimental safe gap (MESG) > 0.9 mm and a maximum operating temperature of 60 °C. As venting and breather device for fixed roof tanks to prevent inadmissible pressure and vacuum and to minimize gas losses by variable pressure setting of the weight-loaded and/or spring-loaded valve devices. Installation of an explosion-proof condensate drain device is possible.