Puritan Type
We design and manufacture our Medical Gas Outlets (Terminal Units) to last and to ensure a constant and reliable medical gas flow for the patient and the medical equipment.
All outlets are 100 % tested for flow, leakage and are cleaned for oxygen services prior to shipping.
Our outlets are designed by industrial designers to ensure an appealing and pleasant environment for the patient and the medical staff.
Downloads:
■ Accepts Puritan Bennett-type gas-specific
adapters.
■ All outlets are 100% hydrostatic
and tested for leaks.
The outlets are factory-assembled,
degreased, and cleaned for medical
gas service.
■ Indexed to eliminate interchangeability
of gas services.
■ 360-degree swivel inlet pipe for ease
of installation.
■ Low maintenance due to the use of
VITON seals in front assembly (latch value).
■ Modular singles - designed to provide
ganging of rough-in modules in the field
to form multiples in any order with
120mm spacing.
■ Medical Gas System Standards:
NFPA99 requirements.
■ Applicable Standards:
ISO 9170-1.
■ Silbermann’s Quality Management System:
CE marked by the notified body TÜV-SÜD.
■ The medical gas outlet shall be
SILBERMANN Puritan Bennett-type
manufactured according to ISO 9170-1.
■ The outlet shall be gas-specific by indexing
each front service panel to a gas-specific
pin-indexed rough-in module.
■ The outlet of positive and negative
pressure shall consist of primary and
secondary check valves to allow
testing and online maintenance.
■ The outlet shall be manufactured
175 mm long, type K, 12.7 mm (1/2”)
OD copper pipe. Rough-in pipe shall
be silver brazed to the outlet body.
■ With the rough-in mounted, the outlet
shall be depth adjustable to compensate
for various wall thicknesses.
■ The quick-connect outlet shall comply with
ISO 9170-1 standard type and accept only
the corresponding Puritan Bennet
gas-specific adapter.
■ Pressure drop of less than 20 Kpa
through the outlet at 120 LPM and
350 Kpa (3.5 Bar) inlet pressure.
■ When fully open, the outlet allows
a flow of up to 600LPM and a pressure
of 400 KPa (4 Bars).