RS PRO Solder Sucker, 195 mm Length

RS PRO Anti-Static De-Soldering Gun Pump Solder Sucker. The RS Pro Solder Sucker de-soldering gun is an anti-static model, hand operated lightweight tool. The solder sucker is a professional and quality tool used to cleanly remove solder plus providing joint dis-assembly. To assist you in removing solder the solder sucker picks up the debris by sucking it up via a dual spring-loaded piston, released by a push button and re-primed by a plunger. This RS PRO model has a replaceable anti-static, non-clogging nozzle which is self-cleaning and the main body of the de-soldering gun is made from aluminium giving you a hard-wearing construction. Features and Benefits. • Solder sucker, de-soldering pump. • Anti-Static model. • Hand operated. • Provides efficient solder removal and joint dis-assembly. • Fast sucking action via the dual spring loaded piston (double oil seals). • Anti-rust spring. • No air leakage. • Thumb setting. • Push button release (side mounted). • Powerful vacuum. • Replaceable tip. • Non-clogging self-cleaning nozzle. • Suction 32 cm-Hg (double O rings). • Aluminium body. • Anti-fatigue grip. • Easy to use. • Hard wearing. • Replacement nozzle see stock number (1513013) 1513013. How to use a Solder Sucker De-soldering Gun Pump. • Heat up the solder to be removed with your soldering iron. • Press the plunger of the solder sucker. • Place to desoldering pump against the solder to be removed. • The piston will then suck up the solder to be removed. • Repeat all of the above as many times as required. • When finished remove and dispose of the waste solder from the pump. Solder Sucker De-soldering Gun /Pump Dimensions. • Length 195 mm • Tip anti-static PP. • Weight 97 g. • Suction capability 32 cm-Hg. Safety Warning. • This Solder sucker desoldering gun should not be used on LIVE electrical circuits, it provides no protection from electric shock. • Always protects your eyes when using the de-soldering gun with industry approved eye protection to standards CE, OHSA and ANSI.