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Summary of Contents for Sheldon Shel Lab SSI3-2
- Page 1 SHAKING INCUBATORS Installation - Operation Manual SSI3 SSI3-2...
- Page 2 The SSI3 incubator requires a 110 – 120-volt NEMA 5-15R power outlet. The SSI3-2 incubator requires a 220 – 240-volt CEE 7/7 power outlet. Warning: This product contains chemicals, including triglycidyl isocyanurate, known to the State of California to cause cancer as well as birth defects or other reproductive harm. For more information, go to www.P65Warnings.ca.gov.
- Page 3 SSI3-2: 220 – 240 Voltage Part Number (Manual): 4861492 Revised: January 28, 2020 SHEL LAB is a brand of Sheldon Manufacturing, INC, an ISO 9001 certified manufacturer. Safety Certifications These units are CUE listed by TÜV SÜD as orbital shaking incubators for professional, industrial or educational use where the preparation or testing of materials is done at an ambient air pressure range of 22.14 –...
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Page 4: Table Of Contents
TABLE OF CONTENTS INTRODUCTION ................................ 5 Read this Manual ..................................5 Safety Considerations and Requirements ........................5 Contacting Assistance ................................6 Manufacturing Warranty ..............................6 Engineering Improvements..............................6 Required Accessories ................................7 Reference Sensor Device ..............................8 RECEIVING YOUR UNIT ............................9 Inspect the Shipment ................................ -
Page 5: Introduction
INTRODUCTION Thank you for purchasing a SHEL LAB shaking incubator. We know you have many choices in today’s competitive marketplace when it comes to constant temperature equipment. We appreciate you choosing ours. We stand behind our products and will be here if you need us. EAD THIS ANUAL Failure to follow the guidelines and instructions in this user manual may create a protection... -
Page 6: Contacting Assistance
ONTACTING SSISTANCE Phone hours for Sheldon Technical Support are 6 am – 4:30 pm Pacific Coast Time (west coast of the United States, UTC -8), Monday – Friday. Please have the following information ready when calling or emailing Technical Support: the model number, serial number, and part number (see page 12). -
Page 7: Required Accessories
INTRODUCTION EQUIRED CCESSORIES Flask clamps, stationary tube racks, or plate clamps are required to secure samples to the shaking platform. Clamps and racks must be purchased separately. The manufacturer offers for sale several types of shaker accessories compatible with this incubator model. -
Page 8: Reference Sensor Device
INTRODUCTION EFERENCE ENSOR EVICE Must be purchased separately A reference sensor device is required for calibrating the unit temperature display. Reference devices must meet the following standards: Accurate to at least 0.1°C • The device should be regularly calibrated, preferably by a third party. Temperature Reference Temperature Probes... -
Page 9: Receiving Your Unit
RECEIVING YOUR UNIT NSPECT THE HIPMENT When a unit leaves the factory, safe delivery becomes the responsibility of the carrier. • Damage sustained during transit is not covered by the manufacturing defect warranty. • Save the shipping carton until you are certain that the unit and its accessories function •... -
Page 10: Orientation Images
RECEIVING RIENTATION MAGES SSI3 & SSI3-2 Chamber Lid Incubation Chamber Shaking Platform Control Panel Leveling Foot 10 | P a g e... - Page 11 RECEIVING Back of Units Vent Fuse Holder (SSI3-2 Only) Power Cord Inlet with Fuse Holder 11 | P a g e...
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Page 12: Recording Data Plate Information
RECEIVING ECORDING LATE NFORMATION Record the unit model number, serial number, and part number below for future reference. Tech Support needs this information to provide accurate help during support calls and emails. The data plate is located on the lower, right side of the unit, above the power inlet. •... -
Page 13: Installation
INSTALLATION NSTALLATION ROCEDURES HECKLIST For installing the unit in a new workspace location. Pre-Installation Check that the required ambient conditions for the unit are met, page 14. Check that the spacing clearance requirements are met, page 14. Unit dimensions may be found on page 47. •... -
Page 14: Required Ambient Conditions
INSTALLATION EQUIRED MBIENT ONDITIONS These units are 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). Operating outside these conditions may adversely affect the unit temperature performance. When selecting a location to install the unit, consider all environmental conditions that can adversely impact its temperature performance. -
Page 15: Power Source Requirements
INSTALLATION OWER OURCE EQUIREMENTS 110 – 120V When selecting a location for the unit, verify each of the following requirements is satisfied: Power Source: The power source must match the voltage and amperage requirements listed on the unit data plate. These units are intended for 50/60 Hz applications at the following voltages and amperages: Model Voltage... -
Page 16: Lifting And Handling
INSTALLATION IFTING AND ANDLING The unit is heavy. Use appropriate lifting devices sufficiently rated for these loads. Follow these guidelines when lifting the unit. Lift the unit only from its bottom surface. • Doors, handles, and knobs are not adequate for lifting or stabilization. •... -
Page 17: Install The Incubator
INSTALLATION NSTALL THE NCUBATOR Install the unit in a workspace location that meets the criteria discussed in the previous entries of the Installation chapter. EIONIZED AND ISTILLED ATER Do not use deionized water to clean the unit, even if DI water is readily available in your laboratory. The use of deionized water may corrode metal surfaces and voids the manufacturing •... - Page 18 INSTALLATION 18 | P a g e...
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Page 19: Graphic Symbols
GRAPHIC SYMBOLS The unit is provided with multiple graphic symbols on its exterior. These identify hazards and adjustable components as well as important notes in the user manual. Symbol Definition Consult the user manual Consulter le manuel d'utilisation AC Power Repère le courant alternatif I/ON O/OFF I indique que l'interrupteur est en position marche. - Page 20 SYMBOLS Symbol Definition Protective earth ground Terre électrique Potential Shock Hazard Risque de choc électrique Recycle the unit. Do not dispose of in a landfill. Recycler l'unité. Ne jetez pas dans une décharge 20 | P a g e...
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Page 21: Control Overview
CONTROL OVERVIEW Control Panel Main Power Switch Power is supplied when the switch is in the ( I ) ON position. Shaking Platform Power Switch (RPM) Activates the unit shaking function when in the ( I ) ON position. Timer Power Switch Activates the unit timer function when in the ( I ) ON position. - Page 22 CONTROL Continued from the previous page Set Timer Display and Controls When the timer is activated, the display counts down from the current timer value. The Up and Down arrow buttons adjust the Timer value. Over Temperature Limit This graduated dial sets the mechanical heating cutoff point for the Over Temperature Limit (OTL) system.
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Page 23: Operation
OPERATION HEORY OF PERATION Shaking Platform The unit is equipped with an orbital shaking platform providing circular agitation to samples. The orbital shaking speed is programmed using the Set RPM controls on the front control panel. Metal counterweights included with the incubator come installed beneath the shaking platform. The end-user can add or remove weights to accommodate varying sample loads. - Page 24 OPERATION Over Temperature Limit (OTL) System The OTL system is a user-set, mechanical heating cutoff connected to a hydrostatic sensor probe inside the incubation chamber. The system operates independently of the main microprocessor temperature controller and routes power away from the incubator heating elements if the chamber temperature exceeds the OTL temperature cutoff setting.
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Page 25: Put The Incubator Into Operation
OPERATION UT THE NCUBATOR INTO PERATION Perform the following steps and procedures to put the unit into operation after installing it in a new workspace environment. Adjust the agitation and platform load capacity if required. See the Adjusting the Agitation and Platform Load Capacity procedure on page 27 to configure the shaking platform the weight of your samples. - Page 26 OPERATION Continued from the previous page Allow the incubator to heat soak for a minimum of 8 hours Run the unit for at least 8 hours undisturbed (for example, overnight) prior to: Setting the Over Temperature heating cutoff limit. • Loading samples in the incubator •...
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Page 27: Adjusting Agitation And Platform Load Capacity
OPERATION DJUSTING GITATION AND LATFORM APACITY Adjust the Platform Agitation (Optional): You may reposition the shaker arm pivot point • and counterweights to change the orbital agitation intensity. The shaker arm and installed counterweights come from the factory positioned for light agitation. Platform Load Capacity: Counterweights must be added to ensure the platform is properly •... - Page 28 OPERATION Adjusting Agitation and Platform Load Capacity, Continued Warning: Exercise caution when rotating the shaking platform. Fingers can become pinched between the shaking platform and the metal chamber floor. Avertissement: Soyez prudent lorsque vous faites pivoter la plateforme d'agitation. Les doigts peuvent se pincer entre la plateforme d'agitation et le plancher de la chambre métallique.
- Page 29 OPERATION Adjusting Agitation and Platform Load Capacity, Continued Adjusting Platform Load Capacity To properly accommodate the total platform load, adjust the number of counterweights according to the chart below. Failure to correctly balance the platform load may lead to excessive vibration. Total Platform Load Number of Counterweights 0 –...
- Page 30 OPERATION Adjusting Agitation and Platform Load Capacity, Continued Adjust Platform Agitation Reposition the counterweights and shaker arm to adjust the platform agitation intensity. See the diagrams below. Light Agitation: ½” Orbit Moderate Agitation: ¾” Orbit Vigorous Agitation: 1” Orbit Continued next page 30 | P a g e...
- Page 31 OPERATION Adjusting Agitation and Platform Load Capacity, Continued Reattach the wingnuts to the shaker arm and counterweights. Do not tighten more than finger tight. Place the sample tray back in the chamber. Close the latches, securing the sample tray to the platform. End of Procedure 31 | P a g e...
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Page 32: Install Shaker Accessories
OPERATION NSTALL HAKER CCESSORIES Attach clamps, racks, or plates to the shaking platform. Place clamps on the platform in your desired configuration. Insert the included screws through the hole in the bottom of the clamp and into the shaking platform. Use a Phillips screwdriver to tighten the screws until the clamp is securely fastened. -
Page 33: Set The Temperature Setpoint
OPERATION ET THE EMPERATURE ETPOINT Perform the steps below to adjust the setpoint to your process or application temperature. Set the Over Temperature Limit control to its maximum setting, if not already set to max This prevents the heating cutoff system from •... -
Page 34: Set The Shaker Speed (Rpm)
OPERATION (RPM) ET THE HAKER PEED Perform the steps below to adjust the RPM setpoint. Turn on the shaking platform Verify the chamber lid is completely closed. Place the RPM switch in the ( I ) ON position. The platform will begin shaking. The platform agitates •... -
Page 35: Set The Over Temperature Limit
OPERATION Note: Test the OTL system at least once per year to verify its functionality. Failure to set the OTL voids the manufacturing defect warranty if over temperature damage occurs. ET THE EMPERATURE IMIT This procedure sets the mechanical heating limit cutoff to approximately 1˚C above the current chamber temperature. -
Page 36: Set The Timer
OPERATION ET THE IMER Perform the steps below to program a timed shaking process. Turn on the Timer Verify the lid is completely closed. Place the Timer switch in the ( I ) ON position. The platform will stop shaking until a value greater •... -
Page 37: Loading Samples
OPERATION OADING AMPLES The manufacturer strongly recommends waiting at least 8 hours after putting the incubator in operation before loading samples. This safeguards against temperature instability. Verify that sample containers are properly secured with shaker clamps or racks. • Samples should be placed at least 1 inch (25 mm) away from the chamber walls. •... -
Page 38: Condensation And The Dew Point
OPERATION ONDENSATION AND THE OINT Relative humidity inside the incubation chamber should never be allowed to exceed 80% at 25°C. Exceeding this threshold will likely result in condensation, possible leaks around the incubator, and may cause corrosion damage if allowed to continue for any significant length of time. Condensation takes place whenever the humidity level in the incubation chamber reaches the dew point. -
Page 39: User Maintenance
USER MAINTENANCE Warning: Disconnect this unit from its power supply prior to performing maintenance or services. Avertissement: Débranchez cet appareil de son alimentation électrique avant d'effectuer la maintenance ou les services. LEANING AND ISINFECTING If a hazardous material or substance has spilled in the unit chamber, immediately initiate your site Hazardous Material Spill Containment protocol. -
Page 40: Minimizing Contamination Exposure
MAINTENANCE Disinfecting When disinfecting the unit, keep the following in mind: Always turn off and disconnect the unit to safeguard against electrical hazards. • For maximum effectiveness, disinfection procedures are typically performed after cleaning. • Disinfect the unit chamber using commercially available disinfectants that are non-corrosive, •... -
Page 41: Door Components
MAINTENANCE OMPONENTS Periodically, inspect the door latch, trim, catch, and gaskets for signs of deterioration. Failure to maintain the integrity of the door system shortens the life span of the unit. LECTRICAL OMPONENTS Electrical components do not require maintenance. If the incubator fails to operate as specified, please contact your distributor or Technical Support for assistance. -
Page 42: Calibrate The Temperature Display
MAINTENANCE ALIBRATE THE EMPERATURE ISPLAY Note: Performing a temperature display calibration requires a temperature reference device. Please see the Reference Sensor Devices entry on page 8 for device requirements. Temperature calibrations are performed to match the incubator temperature display to the actual air temperature in the incubation chamber. - Page 43 MAINTENANCE 5. The unit temperature must be stable in order to perform an accurate calibration. The incubator must run for at least 8 hours prior to conducting a calibration. • The temperature is considered stabilized when the incubator has operated with the lid •...
- Page 44 MAINTENANCE Temperature Calibration Continued Place the display in its temperature calibration mode. a. Press and hold both the Up and Down temperature arrow buttons simultaneously for approximately 5 seconds. b. Release the buttons when the temperature display shows the letters “C O”. The display will begin flashing the current temperature display value.
- Page 45 MAINTENANCE Temperature Calibration Continued Reference Device Compare the reference device reading with the chamber temperature display. If the reference device and the chamber temperature • display readings are the same or the difference falls within the range of your protocol, the incubator is now calibrated for temperature.
- Page 46 MAINTENANCE 46 | P a g e...
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Page 47: Unit Specifications
UNIT SPECIFICATIONS SSI3 units are 110 – 120 voltage units. SSI3-2 units are 220 – 240 voltage units. Please refer to the unit data plate for individual electrical specifications. Technical data specified applies to units with standard equipment at an ambient temperature of 25°C and at nominal voltage. -
Page 48: Temperature
SPECIFICATIONS EMPERATURE Model Temp Range Uniformity Stability SSI3 Ambient +8°C to 60°C ±0.5°C @ 30°C ±0.1°C @ 30°C SSI3-2 Ambient +8°C to 60°C ±0.5°C @ 30°C ±0.1°C @ 30°C HAKING LATFORM Model RPM Range RPM Accuracy Max Shaker Load SSI3 30 –... -
Page 49: Parts List
PARTS LIST Description Parts Number Description Parts Number Power Cord 125 Volt, 15 Adjustable Amp, 9 ft. 5 in (2.89m) NEMA Leveling Foot 5-15P (110 – 120V unit) 2700506 1800510 Power Cord 250 Volt, 16 SSI3 Fuse, T16A Amp, 8.2 feet (2.5m), 250V 5x20mm CEE7/7 (220 –... - Page 50 PARTS Flask Clamp Accessories Description Parts Number Description Parts Number 25 ml Flask Holder 50 ml Flask Holder 9530529 9530528 125 ml Flask Holder 250 ml Flask Holder 9530530 9530531 500 ml Flask Holder 1000 ml Flask Holder 9530526 9530532 2000 ml Flask Holder 2800 ml Flask Holder 9530551...
- Page 51 PARTS Flask Clamp Accessories, Continued Description Parts Number Description Parts Number 10 – 13 ml Test Tube 14 – 16 ml Test Tube Shaker Rack (100 tubes) Shaker Rack (80 tubes) 9751177 9751178 18 – 20 ml Test Tube 22 – 25 ml Test Tube Shaker Rack (60 tubes) Shaker Rack (36 tubes) 9751179...
- Page 52 P.O. Box 627 Cornelius, OR 97113 support@sheldonmfg.com sheldonmanufacturing.com 1-800-322-4897 (503) 640-3000 FAX: 503 640-1366...
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