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LABORATORY FURNACES - Thermo Fisher Scientific

BOXFURNACESTUBEFURNACESCRUCIBLE FURNACESCONTROLLERSHOT PLATESA nalyze Detect Measure Control LABORATORYFURNACESLBM104 Brochure 28/9/05 12:31 pm Page 11. What temperature is needed for the application?Lindburg/Blue M FURNACES are listed by increasing maximumtemperature; 1100 C, 1200 C, 1500 C and 1700 What type of furnace is needed: box, tube or crucible?Each type of furnace may be used for many different types ofapplications. Here are some examples: A box furnace may beappropriate for processing large samples or for ease of placement andaccess of samples.

Lindberg/Blue M furnaces are useful for materials testing and investigation, analysis, quality control and production of ceramics, electronics, polymers and

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Transcription of LABORATORY FURNACES - Thermo Fisher Scientific

1 BOXFURNACESTUBEFURNACESCRUCIBLE FURNACESCONTROLLERSHOT PLATESA nalyze Detect Measure Control LABORATORYFURNACESLBM104 Brochure 28/9/05 12:31 pm Page 11. What temperature is needed for the application?Lindburg/Blue M FURNACES are listed by increasing maximumtemperature; 1100 C, 1200 C, 1500 C and 1700 What type of furnace is needed: box, tube or crucible?Each type of furnace may be used for many different types ofapplications. Here are some examples: A box furnace may beappropriate for processing large samples or for ease of placement andaccess of samples.

2 A tube furnace may be appropriate for processingsmall samples in inert atmospheres. A crucible furnace may beappropriate for processing samples in If a tube furnace seems appropriate for theapplication, please consider the following features:Will a single zone or three zone furnace be moreappropriate for the application?A single zone furnace has one set of heating elements controlled byone controller. A three zone furnace has three groups of heatingelements controlled by three controllers, one for each zone. A threezone furnace can be configured to help reduce the heat loss at thetube ends or to provide a gradient temperature along the length of a split-hinge or solid tube furnace needed?

3 A hinge tube furnace allows a process tube to be easily changed andremoved and may be appropriate if tubes must be changed on afrequent basis. A solid tube furnace may be appropriate if the tubewill not be changed or removed from the furnace on a frequent heated length is needed?The heated length of a tube furnace refers to the area covered by theheating elements. The heated length is noted for each tube furnace inthe size process tube will be used in the furnace ?Most of our tube FURNACES will accommodate a range of processtubesdue to our interchangeable tube adapters.

4 Please see the specifica-tions for each furnace model for this What type of controller is needed? A single setpoint, asingle program with multiple segments, or multipleprograms and multiple segments?A single setpoint provides one ramp up to one temperature single program, multiple segment controller provides one programwith multiple ramp (change in temperature) and dwell (temperaturehold) settings. A multiple program, multiple segment controllerallows multiple programs to be stored in the controller memory, witheach program offering multiple segments for temperature see page 35 for additional information on each type Are you concerned about saftey?

5 Will the furnace beleft running while unattended or overnight?We offer an Over Temperature Control (OTC) feature that provides aredundant, back-up thermocouple and controller to shut down thefurnace if the high temperature limit is reached. This requires a man-ual reset for optimum safety. This feature is designated by a B inthe model number suffix or is available as an option on other selectfurnaces. Please see individual furnace specifications for Lindberg/Blue M product line offers aversatile selection of small, medium and largechamber box FURNACES suitable for a variety ofindustrial and LABORATORY engineering and specialized con-struction techniques include variable densityinsulation, double shell cabinets, long-lifeheating elements and vertical, horizontal sideswing or swing down doors.

6 1100 C Moldatherm Box FURNACES ..4-51200 C LGO Box FURNACES ..6-71200 C Box FURNACES , Heavy-Duty ..8-91500 C Box FURNACES , Multi-Purpose,Integral Control ..101500 C Box furnace , Heavy-Duty, Independent Control ..111700 C Box furnace , Independent Control ..12-131700 C Box furnace , Large Chamber,Integral Control ..14-15 Applications for Lindberg/Blue M TubeFurnaces include high temperature air andatmosphere processes in horizontal or verticalconfigurations. Single and three-zone designscreate precise temperature uniformity. Temperature controllers offer a range of sophistication,including microprocessor-based single andmulti-setpoint programmable 1100 C Tube furnace , Single Zone.

7 16-171100 C Tube FURNACES , Three Zone ..18-191200 C Split-Hinge Tube FURNACES ..20-231500 C Tube furnace , Heavy-Duty, Independent Control ..24-261500 C Tube furnace , General Purpose,Integral Control ..271700 C Tube FURNACES , HighTemperature, Independent Control ..28-29 Lindberg/Blue M Crucible FURNACES create safe, energy efficient, high temperature performance for melting, sintering, annealing and atmosphere processing. Microprocessor-based independent control systems assureaccuracy and C Crucible furnace , Top Loading ..30-311700 C Crucible furnace , Topor Bottom Loading.

8 32-33 Lindberg/Blue M Hot Plates provide largesurface heating up to 400 C for generalpurpose C Hot Plate, Solid-State Control ..34400 C Hot Plate, 3-Switch On/Off Control ..34 Controllers and Accessories ..35 Lindberg/Blue M FurnacesTube FurnacesCrucible FurnacesHot PlatesBox Furnaces2 Caution: FURNACES are not recommended for use with these substances as they may damage insulation: Strong fluxing agents, such as alkali (sodium, potassium, boria, vanadium, and iron oxide) Reducing conditions (oxygen depletion) environments. Example: high concentrations of hydrogen at low dew point above 1040 C would attack insulation Fluorine and chlorine (above 650 C for chlorine) Phosphates above 500 C Hydrofluoric and phosphoric acids Strong bases (sodium hydroxide)Controllers and AccessoriesSome questions to consider when selecting a Lindberg/Blue M furnace for your Brochure 28/9/05 12:31 pm Page 2 Lindberg/Blue M FURNACES are useful for materials testing and investigation, analysis, quality control and production ofceramics, electronics, polymers and chemicals.

9 With maximum temperature rangesfrom 1100 C to 1700 C, applications includeashing, sintering, crystallizing, annealing, fusion,tempering and hardening, atmosphere process-ing and And ConvenienceDesign techniques such as double shell construction and variable density insulationcombine to enhance performance over conventional FURNACES . Durable, high strengthhardware and a variety of control systems offerboth convenience and versatililty over a range To Operate, Up To 70% CoolerExterior temperatures of many Lindberg/Blue Mfurnaces are proven 70% cooler than competi-tive brands.

10 * Reduced heat loss improves energyefficiency, and cooler exterior temperaturesenhance operator safety.*Independent Study; test results available upon requestUnique Moldatherm InsulationThe patented Moldatherm ceramic fiber insula-tion composite has rapid heat-up and cool-downproperties which allow quick turn-around formore productive furnace use. Moldatherm hightemperature fiber is vacuum formed aroundoperating chambers to provide efficient radiant energy release, excellent uniformity, reducedoperating costs and increased resiliency tothermal Heating ElementThe patented LGO heating element,(light gauge overbend)


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