Hand-held spray gun HS 30
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Krautzbergera Hand-held spray gun HS 30 LINE Brief description The HS 30 low pressure hand-held spray gun is a further development of the well-established HS 25. The design of the HS 30 has been revised to allow the device to reap the following benefits of the XLINE air nozzle system: • Optimisation of the air nozzle via numerical flow simulation • Material changed to anodised aluminium; available in stainless steel on request • Automated 100% check integrated in the production process • Functional improvement of the air nozzles • Improved handling of the air nozzles • Colour-coded identification of spray procedures The XE air nozzle series has been specially developed for use on the HS 30. These nozzles are characterised by the following features: • Very fine atomisation • Broad, homogeneous spray pattern • Good suction power • Easily adjusted spray pattern • High level of application efficiency In addition to the conventional XE system, the HLVP system by Krautzberger has also been fundamentally revised and completes the range of hand-held spray guns with the HS 30 HV3. Special features • Reduced expenditure of energy on the pull lever to allow fatigue-free work • New, anodised, easy-care surface • Simple handling • User-friendly and dirt-resistant air nozzle locking thread • Extensive air and material nozzle range Technical data • L/W/H: 194/50/219 mm • Weight (without container): 0.57 kg • Flow connection: W17.5 x19AG • Suction connection: G3/8 • Atomiser air connection: Spout DN 8/9 or G1/4 AG Krautzberger GmbH StockbornstraBe 13 D-65343 Eltville am Rhein Telefon: +49(0)6123 698-0 Telefax: +49(0)6123 698-200 mail@krautzberger.com www.krautzberger.com Sales hotline Phone: +49(0)6123 698-222 Fax: +49(0)6123 698-240

Perfection I Quality I Performance Automated 100% control integrated in production process Zero defect strategy for continuos quality improvement Improved reproducibility of the spray patterns Functional improvement of the air nozzles Optimal centring of the fluid nozzle and the air nozzle through a spherical system Improved separation of flat and round jet air Optimisation via numerical flow simulation Further improved transfer rates through the optimisation of interior geometry Reduced soiling due to new exterior design Standard finishing in anodised aluminium Significant weight reduction...