Product Description
BS medical gas probes, also known as British Standard gas probes. These are a crucial part of the BS medical gas outlet system, and theyre used to connect devices like flowmeters, ventilators, and suction regulators to gas supply outlets in hospitals. BS (British Standard) probes are gas-specific connectors used with BS 5682/BS EN ISO 9170-1-compliant wall outlets in the UK and other countries following British medical gas standards. They work as male connectors that plug into the female wall-mounted gas outlets. Feature Description Standard BS 5682 / BS EN ISO 9170-1 Connection Type Quick-release probe with push-and-click locking Gas-Specific Design Each probe has a unique shape and indexing to prevent cross-connection Material Usually brass, chrome-plated, or stainless steel Use Attaches medical devices to oxygen, air, vacuum, NO, AGSS, etc.
FAQs of BS MEDICAL GAS OUTLET PROBES:
Q: What is the primary application of BS Medical Gas Outlet Probes?
A: The primary application of BS Medical Gas Outlet Probes is for Measurement and Testing purposes in industrial and laboratory environments.
Q: What material is used to manufacture BS Medical Gas Outlet Probes?
A: BS Medical Gas Outlet Probes are manufactured using high-quality stainless steel.
Q: What is the shape of the BS Medical Gas Outlet Probes?
A: The BS Medical Gas Outlet Probes are cylindrical in shape.
Q: Are BS Medical Gas Outlet Probes automated or manual?
A: BS Medical Gas Outlet Probes are designed for manual operation.
Q: What properties make BS Medical Gas Outlet Probes suitable for testing applications?
A: BS Medical Gas Outlet Probes are durable and provide high precision, making them ideal for testing applications.
Q: What type of testing equipment are BS Medical Gas Outlet Probes suitable for?
A: BS Medical Gas Outlet Probes are suitable for use with laboratory and industrial testing equipment.
Q: What color code is associated with BS Medical Gas Outlet Probes?
A: The color code associated with BS Medical Gas Outlet Probes is silver.