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Out of stockThe SIP TP7.0/50 is a belt-driven petrol compressor boasting a compact 50 litre receiver, heavy-duty B3800 pump, steel guard and fuel tank, and splash oil lubrication for reliable performance. NOTE! This is a special order item and will be sent direct from supplier warehouse. Delivery 7/10 Days.
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The SIP V245/50 Vertical utilises a space-saving vertical receiver tank that helps reduces the overall compressor footprint, making it perfect for a range of applications requiring mobility. Perfect for environments where floor space comes at a premium, and for tasks requiring easy transport and manoeuvrability.
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Out of stockThe SIP V300/100 Vertical utilises a space-saving vertical receiver tank that helps reduces the overall compressor footprint, making it perfect for a range of applications requiring mobility. Perfect for environments where floor space comes at a premium, and for tasks requiring easy transport and manoeuvrability.
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Out of stockThe SIP ISBD5.5/270 Electric is a true workhorse built to last and designed for high performance, with industrial parts including robust pump, large interstage coolers, and long-stroke cast iron cylinders. A premium compressor perfect for heavy-duty industrial use.
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This compressor features an extra hard wearing pump unit for long lasting reliability and resistance to wear. Cast iron barrels have finned manifolds to improve cooling and an oversized crankcase for better lubrication. Ideal for heavy prolonged use - the right choice for serious DIY and smaller professional applications.
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The SIP 3/8" Midi Lower Regulator is a high-quality and heavy-duty compressor fitting designed to reliably regulate compressor output pressure, extending the service life of air tools in the process, and helping to hold unwanted spikes or drops during operation at bay to keep everything running smoothly.
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The SIP 3/8" 4-Way Pressure Switch is an important component for any air compressor, helping to maintain the proper pressure level demanded by the operator and air-powered equipment. This is achieved by starting the compressor motor when the pressure is lower, and stopping it when the required pressure is reached.