5
MONTHLY CHECK
Leak test the entire system for working
pressure leaks.
Connect an 8060 series duplex
connector and hoses into the Triple Outlet Station.
Attach the other end of the hoses to a flowmeter and
turn the flow control knobs to the off position and the
on/off switch to the off position.
Pressurize the sedation gas supply lines with 50 PSI.
Observe any pressure decay after 12 hours. This 50
PSI test with the flowmeter tubing connections in
place tests the seal of the duplex connector extended
into the o-rings of the outlet station primary check
valves. (5 PSI drop allowed.)
SERVICE PRIMARY AND SECONDARY
CHECK VALVE ASSEMBLIES
The Oxygen and Nitrous Oxide primary and
secondary check valve assemblies may be field
disassembled and replaced.
1) Primary Check Valve Assembly
O
2
A-2689-000
N
2
O A-2690-000
2) Cartridge Body
O
2
B-2237-000
N
2
O B-2275-000
3) 016 O’ Ring
PB-102-215
4) Secondary Check Valve Assembly A-2699-000
5) Compression Spring
PB-115-63SS
PRIMARY CHECK VALVE
DISASSEMBLY INSTRUCTIONS
SERVICE PRIMARY CHECK VALVE
May be serviced with station pressurized to
50 PSI.
1.
Remove front plate. Mounting screws are behind
plate labels.
2. Unscrew the primary check valve assembly.
Oxygen right hand threads; Nitrous Oxide left
hand threads
.
Note: the secondary check
valve will move into position and seal the
50 PSI of the station pressure as the
primary check valve assembly is
removed.
WARNING
Do not remove the cartridge body
while servicing the primary check
valve assembly. The secondary
check valve cannot seal the 50 PSI
pressure if the cartridge body is
removed.
3.
Replace the entire assembly.
4.
Screw the replaced assembly into the cartridge
body.
5.
Alignment & Adjustment for Front Plate
Installation – The Oxygen and Nitrous Oxide
Valve Bodies are factory adjusted to allow for the
back of the Front Plate to press against the metal
surfaces of all three valve bodies. If adjustment
is needed, follow these steps:
5.1. Rotate the Oxygen and Nitrous Oxide valve
bodies so they both uniformly contact the
back of the Front Plate. Oxygen has right
hand threads and Nitrous Oxide has left
hand threads.
5.2. Adjust the right hand thread vacuum valve
body to align with the metal surfaces of the
other valve bodies.
6.
Leak test the entire system for working
pressure leaks per the Monthly Check.
6
SECONDARY CHECK VALVE
DISASSEMBLY INSTRUCTIONS
SERVICE SECONDARY CHECK VALVE
WARNING
To service the secondary check valve, first turn off pressure. Do not remove the
cartridge body until the pressure is bled off. The secondary check valve cannot
seal the 50 PSI pressure if the cartridge body is removed.
1.
Turn off pressure at tanks in tank room.
2.
Follow procedure to remove primary check valve assembly.
3.
Depress secondary check valve further into station block using a small probe or screw driver to bleed off
pressure.
4.
Unscrew cartridge body out of the station block.
5.
Take a small screw driver or needle nose pliers and insert into holes at the center of secondary check valve.
Carefully remove check valve and spring.
6.
Replace the 016 o-ring and secondary check valve parts as required and place in position for reassembly.
7.
Screw in the cartridge body and tighten.
8.
Screw in the primary check valve assembly and align and adjust for front plate installation.
9.
Leak test the entire system for working pressure leaks per the Monthly Check.
FM-252 Rev.
M
8
/
1
5
1
Parker Hannifin Corporation
Porter Instrument Division
245
Township Line Rd.
Hatfield, PA 19440 USA
(215) 723-4000 / fax (215) 723-5106
TRIPLE OUTLET STATION
INSTALLATION AND INSTRUCTIONS
The Porter Triple Outlet Station (6256-3) provides a
quick, safe, and reliable method of connection to both
Porter Sedation and Clean-Air™ outlet service. The
6256-3 provides all the service features of the Porter
6200-1 N
2
O/O
2
outlet station, and the Porter 5600-3
Clean-Air outlet station. Features include the
cross+protection
system to prevent unintentional
misconnection to the central piping system. The
outlet station utilizes a duplex connector which
prevents the Nitrous Oxide from being connected
unless the Oxygen is connected, and offers
resuscitator quick connect compatibility. Compact
stainless steel face plate is color coded for instant
gas identification. A qualified plumber should install
the outlet.
STATION INSTALLATION INSTRUCTIONS
1.
LOCATION
:
Select appropriate location for
mounting station to a stud prior to installing
drywall or wall board. Secure bracket “A” to stud.
(Fig. 1)
WARNING
Porter Instrument Outlet Stations utilize the
cross+protection
system. The copper tubing is
diameter indexed; 3/8” O.D. for Nitrous Oxide and ½”
for Oxygen. The
cross+protection
system is
designed to prevent misconnection of Oxygen and
Nitrous Oxide piping.
DO NOT ATTEMPT TO
CHANGE THE DIAMETERS!
Tampering with the
cross+protection
system constitutes acceptance of
liability by the installer. For your own protection, as
well as that of the Doctor and the patients, use 3/8”
O.D. tubing for all Nitrous Oxide lines and ½” O.D.
tubing for all Oxygen lines.
To assure safe operation and conformation to local
fire codes, all Porter Instrument Outlet Stations are
designed to be used with sedation delivery systems
mounted inside walls and they meet or exceed the
guidelines established by the National Fire Protection
Association for Nonflammable Medical Gas Systems,
NFPA 99. Copies of NFPA 99 or portions thereof may
be obtained by writing to:
National Fire Protection Association
Batterymarch Park
Quincy, MA 02269-9904
Or call: 1-800-344-3555
WARNING
Dental workers are exposed to N
2
O during
administration of N
2
O/O
2
conscious sedation
analgesia. NIOSH has recommended that exposures
should be minimized. Contact NIOSH (1-800-35-
NIOSH) to receive NIOSH Publications on
Control of
Nitrous Oxide in Dental Operatories.
Exposure can
be minimized by effective controls. National Institute
for Occupational Safety and Health (NIOSH)
publications state that controls, including System
Maintenance, Ventilation and Work Practices can
effectively reduce N
2
O concentrations in dental
operations. Your Porter Scavenger System is an
important part of the system of controls.
See page 3
for dimensions
BRACKET “A”
Fig. 1
4
1
6
5
