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Hot air blower Proxxon 27 130 — 500 W, 180 l/min, 350–550 °C, 500 g
Hot air blower Proxxon 27 130 — 500 W, 180 l/min, 350–550 °C, 500 g
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Hot air blower Proxxon 27 130 — 500 W, 180 l/min, 350–550 °C, 500 g
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Hot air blower Proxxon 27 130 — 500 W, 180 l/min, 350–550 °C, 500 g
Hot air blower Proxxon 27 130 — 500 W, 180 l/min, 350–550 °C, 500 g
Proxxon 27 130 is a compact hot air blower designed for precision heat tasks in workshop, hobby electronics and small repair projects. It provides an adjustable working temperature range from 350 °C to 550 °C with an input power of 500 W and an airflow of up to 180 l/min. The tool is AC powered, weighs approximately 500 g and has a glass fibre reinforced polyamide housing with soft components in the grip area for improved handling. It includes a main nozzle and spare rust-proof steel nozzles and features an installed thermostat to protect against overheating.
The device combines high power and compact design to deliver stable temperature and airflow for tasks such as soldering and heat-shrinking. Two-stage heat control and a reliable heating element enable consistent performance while the thermostat increases operational safety. Corrosion-resistant nozzles and a reinforced housing ensure durability under workshop conditions. At around 500 g the blower is lightweight enough for handheld work yet has footprint features for stationary use.
Connect the hot air blower to a suitable AC power source and select the required heat stage. Hold the tool by the grip area with the airflow directed at the workpiece, maintaining a safe distance and constant movement to avoid overheating localised areas. For soldering and desoldering, use directed airflow and the appropriate nozzle to concentrate heat on the component or joint. For paint stripping or plastic shaping, move the nozzle evenly across the surface while monitoring temperature and substrate condition. Allow the tool to cool before changing nozzles or storing.
Use appropriate personal protective equipment (heat-resistant gloves, eye protection) and ensure adequate ventilation when working with paints, adhesives or plastics. Test on a small area where possible to determine the optimal temperature and distance, and use steady motion to avoid damage from excessive heat. Do not block the air intake and follow the manufacturer’s safety instructions for thermal tools.
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