TABLE OF CONTENTS SECTION 1.0 RECEIVING AND INSPECTION SECTION 2.0 GRAPHIC SYMBOLS SECTION 3.0 INSTALLATION SECTION 4.0 CONTROL PANEL OVERVIEW SECTION 5.0 OPERATION SECTION 6.0 FYRITE READING SECTION 7.0 MAINTENANCE SECTION 8.0 TROUBLESHOOTING SECTION 9.0 PARTS LIST UNIT SPECIFICATION SCHEMATICS REV 6/04 4861495 This unit is a CO...
Section RECEIVING AND INSPECTION IMPORTANT: READ THIS INSTRUCTION MANUAL IMMEDIATELY. Your satisfaction and safety require a complete understanding of this unit, including its proper function and operational characteristics. Be sure operators are given adequate training before attempting to put the unit in service. NOTE: This equipment must be used for its intended application;...
Section GRAPHIC SYMBOLS Your incubator has been provided with a display of graphic symbols on the control panel which is designed to help in identifying the use and function of the available user adjustable components. Indicates that you should consult your manual for further description or discussion of a control or user item.
Section INSTALLATION Local city, county or other ordinances may govern the use of this equipment. If you have any questions about local requirements, please contact the appropriate local agency. Installation may be performed by the end user. It is unnecessary for this unit to be installed by a technician.
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Cleaning: The unit chamber should be cleaned and sterilized prior to operating. Use a suitable disinfectant that is appropriate to your application. DO NOT USE chlorine-based bleaches or abrasives as this will damage the interior chamber. DO NOT USE spray cleaners that might leak through openings and cracks and get on electrical parts or that may contain solvents that will harm the coatings.
Section CONTROL PANEL OVERVIEW (See Figure 2) Power Switch: The main power I/O (On/Off) switch on the panel controls all the power to the incubator. It must be in the I/On position before any systems are operational. Main Temperature Controller: Marked C°, this controller contains the digital temperature display, UP and DOWN arrow pads, HIGH and LOW alarm indicators and an alarm MUTE indicator.
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Sample Port: Chamber atmosphere can be taken from the Sample Port at the upper front corner on the left side of the chamber. CO concentration can then be checked using a FYRITE gas analyzer or other instrument such as a gas chromatograph.
Section OPERATION Read this section in its entirety before attempting operation. Connect service cord to grounded outlet. Set temperatures before connecting CO supply to the incubator. CAUTION: HUMIDIFICATION OF THIS UNIT POSES A SHOCK HAZARD DUE TO NON VAPOR PROOF ENTERIOR OUTLETS. USE OUTLETS WITH CAUTION. Getting Started: Turn the High Limit Thermostat to its maximum position, clockwise.
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set point, the High Limit needs to be adjusted. Previously turned to its maximum position as stated in section 5.1, now turn the control knob counterclockwise just until the SAFETY ACTIVATED indicator light comes on. Next, turn the control knob clockwise just until the indicator light goes off. Then turn the control knob clockwise two (2) of the smallest divisions on its scale past the point where the indicator light went off.
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5.10 Setting CO Controller: To set the CO percent you desire press either the UP or DOWN arrow pad until the digital display begins to blink from bright to dim. While blinking, the display is showing the current set point which can be changed by pushing the UP and DOWN arrow pads until the desired value is reached.
Section FYRITE READING NOTE: Be sure to hold canister away from face. Do not press button with canister inverted. To ensure accuracy, it is important to always follow the same procedure when taking a Fyrite reading. Press button on top of Fyrite canister to release CO concentration.
Section MAINTENANCE NOTE: Prior to any maintenance or service on this unit, disconnect the service cord from the power supply. Cleaning: Cleaning and decontamination are recommended on a regular basis. To prepare the incubator for cleaning remove all interior parts such as shelves and shelf clips.
Section TROUBLESHOOTING The incubator is designed so that no internal electrical servicing should be requires under normal conditions. If electrical servicing is necessary, it should be performed by qualified service personnel. FOR PERSONAL SAFETY, ALWAYS DISCONNECT THE POWER BEFORE SERVICING. Always make a visual inspection of the incubator and control console when troubleshooting.
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specifications in section 9.0 Unit will not heat over a temperature that is below set point 1/ confirm that fan is moving and that amperage and voltage match data plate – check fan motor motion in shadow box and feel for air movement in chamber 2/ confirm that set point is set high enough –turn High Limit counter clockwise and see if heating light or safety light comes on.
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3/ controller failure – evaluate if pilot light is operating correctly 4/ allow at least two hours to stabilize 5/ verify that reference thermometer is certified Can't adjust set points or calibration 1/ turn entire unit off and on to reset 2/ if repeatedly happens, call Customer Service Calibrated at one temperature, but not at another...
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Display and Fyrite reading do not match 1/ calibration error - clear chamber for 12 hrs and confirm at "0" 2/ turn set point up and down to see if solenoid valve works by feeling and listening to valve 3/ assure that IR tube block is completely tight 4/ if display is varying when doing Fyrite test, have a leak on IR base or mounting plate, or CO2 is injecting at time of test.
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4/ condensation collecting on CO2 sensor 5/ CO2 sensor or interface failure 6/ unit incorrectly calibrated, see section 5.11 8/ taking Fyrite reading too soon after the door has been opened 9/ air leak around CO2 sensor mounting plate MECHANICAL Door not sealing 1/ check physical condition of gasket 2/ confirm that door latch pulls door in tightly...
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Contamination in sample 1/ see “Contamination in chamber” 2/ reduce air flow in chamber by dampening down inlet restrictor; be sure to verify adequate temperature uniformity at the reduced air flow 3/ protect open samples from areas of maximum air current, e.g., inlet air ducts...
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