Shel lab BACTRON300 User manual

BACTRON® 110 –120 Volts
Installation and
Operation Manual
BACTRON300, BACTRON600, BACTRON900
Previously Designated:
BACTRONII, BACTRONIV, BACTRONIV-900

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BACTRON Anaerobic Workstation 110 - 120 Volts
Installation and Operation Manual
Part number (Manual): 4861700-1
Revision: January 20, 2016
Pictured on Cover: BACTRON900 (BACTRONIV-900)
BACTRON600 (BACTRONIV)
BACTRON300 (BACTRONII)
These units are TÜV CUE listed as anaerobic chambers for professional, industrial, or educational
use where the preparation or testing of materials is done at an ambient air pressure range of 22.14
–31.3 inHg (75 –106 kPa) and no flammable, volatile, or combustible materials are being heated.
These units have been tested to the following requirements:
CAN/CSA C22.2 No. 61010-1:2012
CAN/CSA C22.2 No. 61010-2-010:2004 Reaffirmed: 2014-07
UL 61010-1:2012-05
UL 61010A-2-010:2002-03
EN 61010-1:2010
EN 61010-2-010:2014
Supplemented by: UL 61010-2-010:2015

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TABLE OF CONTENTS
INTRODUCTION........................................................................................................................................... 6
General Safety Considerations.................................................................................................................6
Engineering Improvements .......................................................................................................................7
Contacting Assistance...............................................................................................................................7
RECEIVING YOUR BACTRON....................................................................................................................8
Inspecting the Shipment............................................................................................................................8
Orientation Photos.....................................................................................................................................9
Record Data Plate Information................................................................................................................12
Temperature Reference Sensor Device .................................................................................................12
Catalyst Oven..........................................................................................................................................12
INSTALLATION..........................................................................................................................................14
Installation Checklist ...............................................................................................................................14
Required Ambient Conditions .................................................................................................................15
Workspace ..............................................................................................................................................15
Environmental Disruption Sources..........................................................................................................15
UV Lighting..............................................................................................................................................15
Power Source Requirements..................................................................................................................16
High Altitude Effects................................................................................................................................16
Lifting and Handling ................................................................................................................................17
Leveling...................................................................................................................................................17
Install the BACTRON ..............................................................................................................................17
Gas Supply Requirements ......................................................................................................................18
Connect the Gas Supply .........................................................................................................................19
Connect to a Vacuum Supply Source.....................................................................................................20
Connect the Foot Pedal Controls............................................................................................................21
Fill the Manometer...................................................................................................................................22
Installation Cleaning and Disinfection.....................................................................................................22
Place Anaerobic Monitoring Strips..........................................................................................................23
Install Shelf Spacers ...............................................................................................................................23
Prepare the Incubators............................................................................................................................23
Install the Arm Port Doors.......................................................................................................................24
GRAPHIC SYMBOLS.................................................................................................................................26
CONTROL PANEL OVERVIEW.................................................................................................................29
OPERATION...............................................................................................................................................33
Theory of Operation and Major Component Functions...........................................................................33
Place the BACTRON in Operation..........................................................................................................36
Establish an Anaerobic Atmosphere.......................................................................................................37
Attach the Sleeve Assemblies.................................................................................................................41
Chamber Entry........................................................................................................................................42
Moving in the Pressurized Chamber.......................................................................................................43
Anaerobic Monitoring Strips....................................................................................................................43
Verifying an Anaerobic Atmosphere........................................................................................................44
Troubleshooting Oxygen in the Chamber ...............................................................................................45
Exiting the Chamber................................................................................................................................46
Set the Temperature Set Point................................................................................................................47
Temperature Accuracy Verification.........................................................................................................48
Set the Over Temperature Limit..............................................................................................................50
Cycling the Pass Box ..............................................................................................................................51
Load Samples .........................................................................................................................................53
Reactivating the Catalyst Cartridges.......................................................................................................54
AMG Conservation Methods...................................................................................................................54

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Volatile Compound Scrubber and Rejuvenation Cycle...........................................................................55
Attaching Equipment to the Chamber Accessory Outlets.......................................................................55
Deionized and Distilled Water.................................................................................................................56
Humidifying Incubators............................................................................................................................56
Pressure Unit Conversion .......................................................................................................................56
USER MAINTENANCE...............................................................................................................................58
Daily Maintenance...................................................................................................................................59
Normal Gas Consumption.......................................................................................................................59
Leak Diagnostic –Unit in Use.................................................................................................................60
Leak Check –Empty Unit........................................................................................................................62
Door Gasket Maintenance and Usage....................................................................................................63
Sleeve Maintenance and Usage .............................................................................................................63
Replacing Sleeve Assembly Components..............................................................................................64
Cleaning and Disinfecting .......................................................................................................................66
Maintaining the Acrylic Glass Panels......................................................................................................68
Vacuum Pump Maintenance...................................................................................................................68
Electrical Components ............................................................................................................................68
Condensation and the Dew Point............................................................................................................69
Calibrate the Temperature display..........................................................................................................70
UNIT SPECIFICATIONS.............................................................................................................................74
Weight .....................................................................................................................................................74
Workstation Dimensions .........................................................................................................................74
Stand Dimensions...................................................................................................................................75
Pass Box Interior Dimensions.................................................................................................................75
Pass Box Plate Capacity.........................................................................................................................75
Incubator Dimensions .............................................................................................................................75
Capacity ..................................................................................................................................................76
Total Plate Capacity................................................................................................................................77
Temperature............................................................................................................................................77
Power ......................................................................................................................................................77
PARTS LIST ...............................................................................................................................................78
Ordering Parts and Consumables...........................................................................................................80
ACCESSORIES..........................................................................................................................................81

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INTRODUCTION
Thank you for purchasing a Shel Lab BACTRON® Anaerobic Chamber Workstation. We know that
in today’s competitive marketplace, customers have many choices when it comes to constant
temperature equipment. We appreciate you choosing ours. Our continued reputation as a leading
laboratory product manufacturer rests with your satisfaction. Sheldon Manufacturing, Inc. stands
behind our products, and we will be there if you need us.
BACTRON workstations are intended for professional, industrial, and educational applications as
anaerobic workstations suitable for the cultivation of clinical bacteria. These units are not intended
for use at hazardous or household locations. Only use this equipment for its intended spectrum of
applications; any alterations or modifications void the warranty.
Before using the BACTRON read this entire manual carefully to understand how to install, operate,
and maintain the workstation in a safe manner. Keep this manual available for use by all
workstation operators. Ensure that all operators are given appropriate training prior to using the
BACTRON.
GENERAL SAFETY CONSIDERATIONS
Note: Failure to follow the guidelines and instructions in this manual may create a protection
impairment by disabling or interfering with the unit’s safety features. This can result in injury
or death.
Your BACTRON and its recommended accessories are designed and tested to meet strict safety
requirements. The workstation is built to connect to a wall power source using the specific power
cord type shipped with the unit.
For continued safe operation of your BACTRON, always follow basic safety precautions including:
Always plug the unit power cord into a protective earth grounded electrical outlet that
conforms to national and local electrical codes. If the unit is not grounded properly, parts
such as knobs and controls can conduct electricity and cause serious injury.
Avoid damaging the power cord. Do not bend it excessively, step on it, or place heavy
objects on it. A damaged cord can be a shock or fire hazard. Never use a power cord if it is
damaged or altered in any way.
Always position the unit so that end-users can quickly unplug it in the event of an
emergency.
Do not attempt to move the unit while in operation or before the unit has cooled.
Use only approved accessories. Do not modify system components. Alterations or
modifications to the unit can be dangerous and void the manufacturing defect warranty.
Follow all local ordinances in your area regarding the use of this unit. If you have any
questions about local requirements, please contact the appropriate agencies.
Ensure that the vacuum line from the vacuum pump to the workstation is not kinked, and
that the pump is placed in a location with adequate ventilation to avoid overheating.

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INTRODUCTION (CONTINUED)
ENGINEERING IMPROVEMENTS
Sheldon Manufacturing continually improves all of its products. As a result, engineering changes
and improvements are made from time to time. Therefore, some changes, modifications, and
improvements may not be covered in this manual. If your unit’s operating characteristics or
appearance differs from those described in this manual, please contact your Shel Lab dealer or
distributor for assistance.
CONTACTING ASSISTANCE
If you are unable to resolve a technical issue with the BACTRON, please contact Sheldon
Technical Support. Phone hours for Sheldon Technical Support are 6am –4:30pm Pacific Coast
Time (west coast of the United States, UTC -8).
Please have the following information ready when calling or emailing Technical Support: the model
number and the serial number. These will be found on the unit data plate, which is located in the
workspace chamber above the inner pass box door. See page 12.
EMAIL: [email protected] PHONE: [phone] extension 4 or [phone] FAX: (503)
640-1366
Sheldon Manufacturing INC.
P.O. Box 627
Cornelius, OR 97113

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RECEIVING YOUR BACTRON
Before leaving our factory, all BACTRONs are packaged in high-quality shipping materials to
provide protection from transportation-related damage. When the unit departs the factory, safe
delivery becomes the responsibility of the carrier. Damage sustained during transit is not covered
by the BACTRON’s warranty.
This makes it important that you inspect your BACTRON for concealed loss or damage to its
interior and exterior when receiving it. If you find any damage to the workstation, follow the carrier’s
procedure for claiming damage or loss. See the orientation photos on the following pages for a
visual reference.
INSPECTING THE SHIPMENT
Carefully inspect the shipping carton for damage. Report any damage to the carrier service that
delivered the BACTRON. If the carton is not damaged, open the carton and remove the contents.
Carefully check all packaging before discarding. Save the shipping carton until you are certain that
the unit and its accessories function properly.
The unit should come with an Installation and Operation Manual and a Certificate of Compliance.
Verify that the correct number of items are included with the unit:
Anaerobic Monitoring
Strips (5 packets)
Arm Port Door
Left
Arm Port Door
Right
BACTRON300 / 900
Shelf Spacers (3)
BACTRON600
Arm Port Door
Stands (2)
2 Catalyst Cartridges
Leave in Package!
Do not Unwrap Yet!
Foot Pedal Unit
Gas Regulator
Kit, AMG
LED Lamp Unit
Leveling Feet (4)
BACTRON300/900
Petrie Dish Rack (7)
BACTRON600/900
Petrie Dish Rack (10)
Power Cord NEMA
5-15P
Vacuum Pump 110 -
120 Volt
2 Sleeve
Assemblies
(Size 8 Medium)
Small
Large
See page 78 for component replacement part numbers

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Figure 1: BACTRON900
Figure 2: BACTRON600
RECEIVING YOUR BACTRON (CONTINUED)
ORIENTATION PHOTOS
Gas and
Vacuum Ports
Main Control
Panel
Manometer
Side Storage Incubator
Pass Box
Workspace Chamber
Workspace Chamber
Incubator
Catalyst Cartridge
Gas and
Vacuum Ports
Workspace Incubator Control Panel
Side Storage Incubator
Pass Box
Right Arm Port
LED Lamp
Main Control
Panel (Side
Storage
Incubator)
Catalyst Cartridge
Manometer
LED Lamp
Left Arm Port
Right Arm Port
Left Arm Port

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Figure 4: BACTRON300
Figure 3: Power
Supply Panel, All
Units (located on
back)
RECEIVING YOUR BACTRON (CONTINUED)
Workspace Chamber
Incubator
Catalyst Cartridge
Gas and
Vacuum Ports
Pass Box
Right Arm Port
Control Panel
Manometer
Left Arm Port
Power Outlet
Vacuum Pump
Power Cord Inlet
with Fuse
Fuse Holder Vacuum
Pump Outlet
Workspace
Chamber

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RECEIVING YOUR BACTRON (CONTINUED)
Workspace Chamber Orientation (All Units)
Figure 5: Workspace Chamber Layout
Pass Box Orientation
Figure 6: Pass Box Inner Door and Sliding Shelf
The pass box-style airlock is provided with an integral sliding shelf to facilitate material transfers.
Small items may be introduced into the chamber via the Arm Port Doors and Sleeve Assemblies
using proper sleeve technique.
Catalyst
Cartridge
Data Plate
Pass Box Inner
Door Gasket

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RECEIVING YOUR BACTRON (CONTINUED)
RECORD DATA PLATE INFORMATION
Locate the data plate in the workspace chamber above the inner pass box door. The data plate
contains the BACTRON model number and serial number. Enter this information below for future
reference.
Date Plate Information
Model Number
Serial Number
TEMPERATURE REFERENCE SENSOR DEVICE
The BACTRON does not come with a temperature reference device. A reference sensor device
must be purchased separately for performing accuracy verifications and calibrations of the
incubator temperature display(s).
The reference device must be accurate to at least 0.1°C, and should be regularly calibrated,
preferably by a third party.
For best results, use a digital device with a wire-connected temperature sensing probe. For
example: a wire thermocouple probe that can be introduced into the incubator, leaving the device
outside. Readings taken outside the incubator avoid incubator door openings during verifications
and calibrations, and eliminate subsequent waits for the incubator air temperature to re-stabilize
before proceeding.
Select a probe suitable for the application temperature you will be calibrating or verifying the display
accuracy at.
Alcohol thermometers are insufficient for conducting accurate verifications and calibrations. Do not
use a mercury thermometer. Never place a mercury thermometer in the BACTRON.
CATALYST OVEN
The BACTRON is provide with two catalyst cartridges containing activated palladium, which are
used to scrub oxygen from the workspace chamber atmosphere. Only one cartridge is used at a
time. Each cartridge requires a bake out of at least 8 hours at 200°C to reactivate the palladium
after 24-hour of use in the chamber. This necessitates at least one bake-out per day.
An oven for reactivating catalyst cartridges must be purchased separately.

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RECEIVING YOUR BACTRON (CONTINUED)
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INSTALLATION
INSTALLATION CHECKLIST
Pre-Installation
Procure an AMG gas supply for the BACTRON, suitable for your application. See page 18 for
gas requirements.
Optional: Obtain a neutral, medical-grade gas such as nitrogen (N2), to reduce AMG use
during pass box auto cycles. Obtain a regulator and filtered tubing, see pages 18 and 83.
Check that sufficient countertop space is available for the BACTRON. Stands to mount the
BACTRON on are available for purchase, see pages 15 and 82
Check that the ambient conditions and ventilation spacing requirements are met, page 15
Check for sources of temperature and atmospheric disruption in the environment, page 15
Verify that no damaging UV light sources are present, page 15
Check that a suitable electrical outlet and power is present, page 16
Install the BACTRON in a suitable location
Review lifting and handling instructions, page 17
Make sure the BACTRON is Level, page 17
Set up the BACTRON for use
Connect the gas supply source(s) to the BACTRON, page 19
Connect a vacuum supply source to the BACTRON, page 20
Connect the foot pedal arm port controls to the BACTRON, page 21
Fill the manometer in the BACTRON workspace chamber with water, page 22
Clean and disinfect the workstation and items that will be placed in the chamber, page 22
Place BACTRON items in the chamber, page 22
Place 5 unopened anaerobic monitoring packets in the workspace chamber, page 23
Install shelf spacers in the workspace incubator (BACTRON300 and BACTRON900), page 23
Prepare the incubators by leaving the incubator doors slightly ajar (0.5 inch / 1cm), page 23
Install the arm port doors, page 24

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INSTALLATION (CONTINUED)
REQUIRED AMBIENT CONDITIONS
This workstation is intended for use indoors, at room temperatures between 15C and 30C (59F
and 86F), at no greater than 80% Relative Humidity (at 25C / 77F). Allow a minimum of 4
inches (10cm) between the workstation and walls or partitions, and 2 inches (5cm) of clearance
above the top of the workstation for unobstructed airflow. The BACTRON will require continual
connection to 1 or 2 compressed gas cylinders and a vacuum supply source. Both gas and vacuum
sources connect to the left side of the unit.
Operating the BACTRON outside of these conditions may adversely affect its incubator
temperature range and stability. For conditions outside of those listed above, please contact your
distributor or Shel Lab Sales to explore other options suited to your laboratory or production
environment.
WORKSPACE
Verify sufficient countertop space exists in the laboratory for the BACTRON, including the spacing
described above for ventilation, as well as gas and vacuum supply connections. Please page 74 for
unit dimensions. Caster-mounted stands for BACTRONs are available for purchase, see page 82.
ENVIRONMENTAL DISRUPTION SOURCES
When selecting a location to install your BACTRON, consider environmental factors that can affect
the workstation temperature and atmospheric integrity:
Ovens, autoclaves, and any device that produces significant radiant heat
High-traffic areas
Direct sunlight
Heating and cooling ducts, or other sources of fast-moving air currents
Direct exposure to air conditioning vents or other sources of cold air can result in condensation or
fogging on the acrylic glass panels of the workstation, depending on humidity and other ambient
conditions. Prolonged exposure to cold air flows may adversely affect the temperature performance
of the incubator.
UV LIGHTING
Check if your laboratory or workspace contains sources of UV lighting. Sustained exposure to direct
sunlight, UVC, or UV germicidal lighting around 254nm, will cause a rapid aging of BACTRON
acrylic glass panels and arm port sleeves. Periodic use of long-wave (365nm) UV hand lamps for
bacterial identification should not damage the acrylic glass. See the Maintaining the Acrylic Glass
Panels entry on page 68 for more details.

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INSTALLATION (CONTINUED)
POWER SOURCE REQUIREMENTS
When selecting a location for the BACTRON, check that each of the following requirements are
satisfied:
The wall power source for the BACTRON must match the voltage and ampere requirements listed
on the unit data plate. These units are intended for 110 - 120V 50/60 Hz applications at the
following amperages:
Model
Amperage
BACTRON300
9 Amps
BACTRON600
11 Amps
BACTRON900
14 Amps
Supplied voltage must not vary more than 10% from the data plate rating. Damage to
the unit may result if supplied voltage varies more than 10%.
The wall power source must be protective earth grounded.
Use a separate circuit to prevent loss of the unit due to overloading or circuit failure.
The recommended wall circuit breakers for these units are 15 amps.
The wall power source must conform to all national and local electrical codes.
The unit must be positioned so that all end-users can quickly unplug the BACTRON in the event of
an emergency.
The unit comes provided with a 125 volt, 15Amp, 9ft 5 in (2.86m) NEMA 5-15P power cord.
Always use this cord or an identical replacement.
These units come provided with a T12.5 Amp, 250V 5x20mm fuse located in the power
cord inlet. The unit must be fused in order to operate.
These units come provided with a T10 Amp, 250V 5x20mm fuse located in the vacuum pump
power outlet. The pump outlet must always be fused for safe operations.
HIGH ALTITUDE EFFECTS
Altitudes of around 6500 feet (2000m) or higher may affect the operation of the BACTRON vacuum
system, depending on ambient conditions. If a vacuum pump plugged into the BACTRON runs
continuously or near continuously at a high altitude location, contact Sheldon Technical Support
(see page 7) for assistance.

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INSTALLATION (CONTINUED)
LIFTING AND HANDLING
The BACTRON is heavy. Use appropriate powered lifting devices. Follow these guidelines when
lifting and handling the BACTRON workstation:
Lift the BACTRON only from its bottom surface.
Doors, handles, and knobs are not adequate for lifting or stabilization.
Restrain the BACTRON completely while lifting or transporting so it cannot tip.
Remove all removeable components, such as shelf spacers and trays, and secure all doors
in the closed position during transfer to prevent shifting and damage.
Note: To prevent damage when moving the BACTRON, turn each of the four leveling feet
completely clockwise.
LEVELING
The BACTRON must be level and stable for safe operation. Each BACTRON ships with four
leveling feet.
1. Insert one leveling foot into each of the four holes in the bottom corners of the workstation.
2. Adjust each foot at each corner until the workstation stands level and solid without rocking.
a. To raise a foot, turn it in a counterclockwise direction; to lower a foot, turn it in a
clockwise direction.
INSTALL THE BACTRON
Install the unit in a workspace location that meets the criteria discussed in the previous entries of
the Installation section.
Do not connect the unit to its power source at this time.

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INSTALLATION (CONTINUED)
GAS SUPPLY REQUIREMENTS
Warning: Never exceed a 5% hydrogen concentration inside the anaerobic workspace chamber.
Avertissement: La concentration d’hydrogène ne doit pas dépasser 5% dans la chambre anaérobie.
AMG (Anaerobic Mixed Gas) - Required
The BACTRON maintains an anaerobic environment in the workspace chamber in part through a
catalytic oxygen-capturing scrubbing process. The BACTRON requires an anaerobic mixed gas
with 5% hydrogen for this catalysis. Sheldon Manufacturing recommends a source of anaerobic
mixed gas (AMG) with the following ratios:
Hydrogen (H2) 5%
Carbon Dioxide (CO2) 5%
Nitrogen (N2) 90%
Anaerobic Mixed Gas is often sold by gas suppliers under the category of Anaerobic Incubation
Mixtures or Biological Atmospheres. Contact your site safety officer and review your institutional
safety protocols for handling, storing, and using compressed gases. Follow all local ordinances and
national regulations regarding compressed gases in research, clinical, or production environments.
Dual and Single Gas Configuration Options
AMG is also used to cycle the pass box and arm ports. To reduce anaerobic mixed gas
consumption during pass box auto cycle purges, the BACTRON can be connected to a second
compressed gas cylinder containing a cheaper inert gas such as nitrogen (N2), for use in the first
two stages of the three-stage auto cycle.
For dual gas configurations, Sheldon Manufacturing recommends one cylinder of AMG gas
at the above ratios along with a cylinder of 100% Nitrogen (N2).
The BACTRON will not draw from the second cylinder during manual pass box cycles or
when cycling the arm ports.
Requirements - All Configurations
All gases must be medical grade. Non-medical grade gas supplies may contain
impurities that can contaminate samples and damage BACTRON components. Use of
non-medical grade gases voids the manufacturing defect warranty.
Gas regulators for BACTRON applications must be set at 15 - 20 psi. Please see the
Pressure Unit Conversion table on page 56 in the Operation Section for working with
units other than Pounds per Square Inch.
Always use a dual-stage regulator for each supply cylinder to ensure precise flow rates.
Use the filtered gas supply tubing kit provided with the AMG regulator.
Figure 7: Gas
Tubing Kit

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INSTALLATION (CONTINUED)
CONNECT THE GAS SUPPLY
Warning: Never exceed a 5% hydrogen concentration in the unit chamber.
Avertissement: La concentration d’hydrogène ne doit pas dépasser 5% dans
la chambre anaérobie.
Single Gas Configuration
Carry out the following steps to connect a single cylinder
of anaerobic mixed gas.
1. Locate the T-shaped brass fitting included with the BACTRON AMG gas regulator
(normally shipped in the regulator box)
2. Connect the fitting to the GAS 1 and GAS 2 IN ports on the BACTRON gas panel
3. Attach the AMG regulator provided with the BACTRON to the cylinder, set to 15 –20 psi
4. Attach the clear tubing on the filtered gas tubing kit to the barb adapter of the T-fitting.
Attach the black tubing of the kit to the AMG regulator.
Note: Failure to connect the T-fitting to both the GAS 1 and 2 ports will interfere with pass box auto
cycles.
Dual Gas Configuration
Carry out the following steps to set up the dual gas
configuration.
1. Attach the AMG regulator provided with the
BACTRON to the AMG supply cylinder. Set to 15 –
20 psi
2. Connect an appropriate regulator to the neutral gas
cylinder, set to 15 –20 psi
3. Connect the AMG regulator tubing to the
BACTRON GAS 1 IN port
4. Connect the inert gas cylinder supply tubing to the
BACTRON GAS 2 IN port
Do not start a flow of gas to the BACTRON at this time, for either configuration.
Figure 8: T-Fitting
Figure 9: Single Gas Configuration
T-Fitting
Filtered Gas
Tubing Kit
Figure 10: Dual Gas Configuration

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INSTALLATION (CONTINUED)
CONNECT TO A VACUUM SUPPLY
SOURCE
The BACTRON requires a supply of vacuum to
perform pass box and arm port cycles. The BACTRON
may be connected to either a building vacuum supply
system, or the vacuum pump provided with the unit.
Connect to a Building Vacuum Supply System
An in-house system must be capable of evacuating a
minimum of 25 inches (63.5 cm) of mercury. Carry out
this procedure to connect the BACTRON to a building
vacuum supply system.
1. Connect a 3/8 inch hose from the in-house system
to the VAC IN port on the left side of the
BACTRON.
2. Do not supply vacuum to the BACTRON at this
time.
- OR -
Connect the Vacuum Pump
Cary out this procedure to connect the vacuum pump included with the BACTRON.
1. Place the vacuum pump in a well-ventilated location adjacent to the
BACTRON.
a. The pump must be ventilated to prevent overheating. An overheated
vacuum pump can become a fire hazard.
2. Connect the 3/8 inch hose from the vacuum pump barb adaptor to the
BACTRON VAC IN port.
3. Plug the vacuum pump power cord into the circular power outlet labeled VAC
on the power supply panel, located on the back of the BACTRON.
4. Make sure there are no kinks in the vacuum line running from the pump to the
BACTRON.
Do not plug the vacuum pump power plug into a wall outlet! This will run the
pump non-stop, rather than only when needed by the BACTRON. Continual
operations risks overheating the pump and greatly reduces its lifespan.
Figure 12: Vacuum
Pump (9740502)
Figure 11: Connection to a
Vacuum Supply Source
Figure 13:
Vacuum Pump
Power Outlet