Getting Started
FTS Systems LyoStar™ 3
6
Rev 006, 01/14
© SP Scientific 2014
Vacuum Pump Exhaust.
If applicable, check your facilities vacuum pump
exhaust piping. SP Scientific recommends an adequate vacuum pump
exhaust system be installed, as pump vapors can be unpleasant in the lab
and are not typically permitted in a clean room environment. SP Scientific
suggests vacuum pump exhaust piping travel horizontally from the pump
across to a “T” equipped with a drainable trap and then 90 degrees vertically
to an outside vent. Always place the drain trap as close to the pump as
possible. Exhaust lines should have an inside diameter no smaller than the
discharge of the pump. Filters are also available. If you cannot exhaust
directly outside the facility, a hood may be used.
Doors and Ports.
Ensure that all ports, including the condenser drain port,
11.
are closed and/or sealed. Close the product and condenser chamber doors.
Optional Water-Cooled Units.
If your unit is equipped with an optional water-
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cooled refrigeration system, ensure that the flow rate and temperature of the
water meets the lyophilizer’s specified requirements. During warmer months,
water temperature may increase. If water from a controlled temperature
source is not used, take steps to ensure that the water temperature is
maintained within the unit’s specified temperature range.
Attach the cooling water supply to the cooling water inlet connector and a
water return line to the cooling water outlet connector. SP Scientific
recommends installing manual shut off valves and pipe unions on both the
cooling water inlet and cooling water outlet connectors for ease of service.
Note: SP Scientific recommends installing a 30 x 40 mesh or finer strainer on the
cooling water supply (reference: McMaster Carr 98775K45).
Pneumatic Isolation Valve.
Standard LyoStar™ 3 lyophilizers are equipped
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with a pneumatic isolation valve. This valve requires a water-free compressed
air source. Ensure that your air source meets the unit’s specified
requirements. Connect the compressed air source at this time.
Inert Gas for Backfill.
Nitrogen or other inert gas may be used to backfill the
14.
product chamber prior to stoppering. When using inert gas for backfill, ensure
that the source meets the specified requirements. Connect the source to the
sterile air inlet port.
Drain for condensed pump oil mist
Vacuum Exhaust Piping
Summary of Contents for LYOSTAR 3
Page 2: ......
Page 6: ...iv Rev 006 01 14 SP Scientific 2014...
Page 10: ...Contents FTS Systems LyoStar 3 viii Rev 006 01 14 SP Scientific 2014...
Page 18: ...Getting Started FTS Systems LyoStar 3 8 Rev 006 01 14 SP Scientific 2014...
Page 30: ...Operating your Lyophilizer FTS Systems LyoStar 3 20 Rev 006 01 14 SP Scientific 2014...
Page 36: ...Liquid Nitrogen Trap FTS Systems LyoStar 3 26 Rev 006 01 14 SP Scientific 2014...
Page 48: ...Sample Extractor Assemblies FTS Systems LyoStar 3 38 Rev 006 01 14 SP Scientific 2014...
Page 52: ...Stoppering FTS Systems LyoStar 3 42 Rev 006 01 14 SP Scientific 2014...
Page 56: ...Shelf Latching FTS Systems LyoStar 3 46 Rev 006 01 14 SP Scientific 2014...
Page 74: ...Appendix A Sample Recipe FTS Systems LyoStar 3 64 Rev 006 01 14 SP Scientific 2014...
Page 80: ...Appendix C Stainless Steel Cleaners FTS Systems LyoStar 3 70 Rev 006 01 14 SP Scientific 2014...
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