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    Rapid Ref : H1002  Mfr Ref : 3600308

    Harris 918 Oxygen Regulator Single Stage Gaugeless 10.0 bar, 5/8" BSP RH Cylinder Connection, 3/8" BSP Outlet, UK Fitting Only
    3600308 H1002

    £67.83  EX VAT
    SSP Suggested Selling Price = £75.30  YOU SAVE £7.47
     Buy in 3 easy interest free payments of £22.61† with

    Applications

    • Medium duty cutting, heating, and welding
    • Designed for all industrial applications in the toughest working conditions

    Features

    • Maximum inlet pressure of 300 bar
    • Enough flow to cut up to 300 mm steel
    • Forged brass body for maximum strength
    • High pressure capsule seat with Kel-F (CTFE) sealing surface
    • Smooth adjustment with high precision
    • Side inlet connection
    • Cylinder pressure shown on indicator with polycarbonate cover
    • Delivery pressure set by turning the knob on calibrated bonnet

    Product Details

    Version Gas Max. inlet pressure (bar) Delivery pressure (bar) Max. air flow (m3/h)
    Gaugeless Oxygen 300 0 - 10 175

    Brochures & Manuals

    BROCHURES & MANUALS
       View Brochure

    Related Items

    Oxygen Single Stage Gas Regulators FAQs

    Answers on choosing, fitting and looking after single stage oxygen regulators for cutting and welding.

    Do I need a regulator with two gauges, or is a gaugeless one fine?icon-minus-redicon-plus-red

    Regulators can have a contents gauge on the cylinder side showing supply pressure, and a second gauge on the outlet side showing the working pressure. Some adjustable regulators have no gauges but a pressure indication marked on the housing, and some give a fixed pressure.

    Two gauges let you see how much gas is left and set the working pressure accurately, which suits cutting where you need to match the tip chart. A gaugeless type gives you no direct contents reading, so it is better where the pressure needs are simple and you have another way to judge the cylinder. Gauges should meet the relevant standard, which includes safe venting if the gauge fails.

    What do the inlet and outlet sizes on an oxygen regulator mean?icon-minus-redicon-plus-red

    The inlet is the nut that connects to the cylinder valve, and the outlet is the connection for the hose or flashback arrester. On UK oxygen regulators you will commonly see a 5/8 inch BSP right-hand inlet and a 3/8 inch BSP outlet, but the exact fitting depends on the cylinder valve and the maker.

    Oxygen connections use right-hand threads, while fuel gas connections use left-hand threads, partly to avoid mix-ups. Check the cylinder valve outlet and the hose or arrester thread before ordering, and note that a regulator made for another country's cylinder connection will not fit a UK cylinder.

    What is the difference between side entry and bottom entry regulators?icon-minus-redicon-plus-red

    It is only about how the regulator meets the cylinder valve. A bottom entry regulator has the inlet underneath, so it sits upright on a cylinder with an upward-facing valve outlet. A side entry regulator has the inlet on the side, so the gauges face the right way on a cylinder whose valve outlet points sideways.

    The threads are normally the same. The choice does not change whether the regulator is single or two stage. You can use either style with an adaptor, but the gauges may then end up at an awkward angle, so choose the style that matches your cylinder valve and keeps the gauges easy to read.

    How do I fit a regulator to a new oxygen cylinder safely?icon-minus-redicon-plus-red

    Follow the regulator maker's and gas supplier's instructions, as the recommended steps can differ. Wipe the cylinder valve outlet and the regulator connection with a clean lint-free cloth and check both are free from grease, grit and dirt, then make the connection.

    With the regulator outlet closed and the pressure adjuster backed off, open the cylinder valve very slowly, then open the regulator outlet slowly. This avoids sudden compression of oxygen inside the regulator, which can heat and ignite internal parts. Do not use tape or jointing compound on the connections.

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