Large Forced Convection Laboratory Oven
Large Forced Convection Laboratory Oven

Construction of Laboratory Incubators and Ovens

Standard units 240V 50Hz AC.

  • Larger capacity units available.
  • Special types made to customer's specifications
  • External finish is tough, easy to clean epoxy gloss
  • Chamber is satin finish stainless steel
  • Wire type trays with incubators
  • Robust hinges support door without sag
  • Door seals are of durable silicone rubber.
  • An inner glass door seals against a rubber seal and is held by an effective catch and hinges
  • External casing is made of zinc-seal steel
  • Insulated with 50mm of fibreglass


Temperature variations in Incubators and Ovens and Control options:

Thermostatic control (dial setting which, from experience, provides accurate, reliable temperature) is standard. Alternatively, digital PID control with digital display (dial temperature and feedback temperature digital display) are available. The latter makes a thermometer redundant.

Ovens and incubators are constructed in different ways to achieve even temperature distribution and quick temperature recovery at varying cost. All but the smallest size incubator and oven are available with the different heat distribution systems. The smallest oven and incubator are supplied with gravity convection only. Gravity convection is cheapest, though it does not result in best air circulation and greatest temperature uniformity within the chamber. In a given spot the temperature will, however, be constant within about 0.3°C. Mechanical convection (a stirrer) markedly improves temperature uniformity. Best, but most expensive, is forced air convection within a chamber jacket. This type of incubator may fluctuate at 37°C by ± 0.1°C in one spot (oven at 100°C by 0.5°C). Within the chamber, the temperature can vary by ±0.5°C (ovens ± 2°C). Variations of forced air convection systems are side, up and down draft ovens and incubators.

Options for various temperature regulating and forced circulating systems are available for all incubators and ovens - except the smallest, the E14 (incubator) and E24 (oven).



Shipping of Ovens, Incubators and Hot Plates:
Our quotations include shipping cost of these items within Australia. For overseas orders please ask for a price including freight.
Shipping dimensions and weights of incubators, ovens, hotplates, waterbaths and steambaths.

Gravity Convection Incubator
E15G
Gravity Convection Incubator
E14G

Incubators

Gravity & Forced Convection Incubators

Exterior: Tough, easy to clean semi‐gloss finish. Powder coated cream or to customer's requirements.

Outer Door: Well supported with robust hinges to give long life and eliminate sag. The door seals with a magnetic surround and non protruding easy opening stainless finger strip.

Control Panel: Mounted above door to give eye level vision of instruments. Solid state temperature control with digital readout and touch switch temperature selection. Controller easy to remove for quick replacement if needed. A push button reset overheat thermostat is mounted on the control panel.

Insulation: 50 mm thick grade fibreglass for minimum heat loss.

Interior: All stainless steel with clear floor space for special equipment.

Inner Door: The glass door is fitted with robust hinges. A catch ensures positive seal against rubber surround.

Shelves: Chrome plated straight wire type shelves allow maximum circulation.

Forced Convection: Fan motor, rubber mounted for very quiet running.

Incubator data

Model No.Temperature RangeInternal Dimensions HxWxD mmExternal Dimensions HxWxD mmCapacity LitresNo. Shelf PositionsNo. Shelves SuppliedPower Rating (Watts)
E14AMB.‐70°C200 x 250 x 200400 x 360 x 3001032200
E15AMB.‐80°C350 x 300 x 300650 x 430 x 42031.532200
E16AMB.‐80°C460 x 380 x 350750 x 510 x 4606042300
E17AMB.‐80°C600 x 500 x 500900 x 630 x 62015053600
E18AMB.‐80°C900 x 600 x 5001200 x 730 x 62027064950
E19AMB.‐80°C1200 x 600 x 6001500 x 730 x 700432841300

Standard units 240V 50Hz AC.
Typical Temperature Fluctuation ±0.1°C at 37°C.
Typical Temperature Variation ±0.5°C at 37°C.

Gravity Convection Incubators
Spiral type elements in the heating chamber are used for even temperature distribution. Accurate control is obtained with either a snap action hydraulic thermostat solid state analogue instrument or digital indicator controller. This type can be supplied with stirrer (mechanical convection).

Large Capacity Incubators
Information on incubators with a greater working volume will be provided on request.

*Special types made to customer's specifications*

ProSciTech routinely sells these items below the manufacturer's retail price.

Incubators may be equipped to suit requirements and budgets.
Variations Available
G ‐ gravity convection, thermostat temperature control
GD ‐ gravity convection, digital PID temperature control
M ‐ mechanical convection, thermostat
MD ‐ mechanical convection, digital PID
FD ‐ forced convection, vertical draught, digital PID
M and MD are available for sizes 15, 16 and 17.

Digital PID
PID stands for Proportional‐Integral‐Derivative control.
Digital PID may also be supplied 'programmable' or the digital control may be supplied with a computer interface for computer control.
The Yokogawa 16 step programmable PID has 1 program of 16 steps, 8 ramps and 7 dwells. Example: Start at ambient temperature (25°C, first dwell), move to 50°C in 5 minutes with a first ramp of 5°C/min. Stay at 50°C for 30 minutes (second dwell) before moving to 100°C in 5 minutes with a second ramp of 10°C/min etc.
The Shimaden 40 step allows 1 program of 40 steps, 2 programs of 20 steps each, or 4 programs of 10 steps each. Frequently used programs can be stored and used again without having to reprogram the PID.

EDCG Cabinet fitting for dry gas use on page E12 is required to bleed any gas into desiccators, incubators or ovens.

E14 Incubator, amb‐70°C, 200 x 250 x 200mm
E15 Incubator, amb‐80°C, 350 x 300 x 300mm
E16 Incubator, amb‐80°C, 460 x 380 x 350mm
E17 Incubator, amb‐80°C, 600 x 500 x 500mm
E18 Incubator, amb‐80°C, 900 x 600 x 500mm
E19 Incubator, amb‐80°C, 1200 x 600 x 600mm

E14G
Incubator, 200 x 250 x 200, gravity convection
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E14GD
Incubator, 200 x 250 x 200, gravity convection, digital PID
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E15FD
Incubator, 350 x 300 x 300mm, forced convection, digital PID
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E15G
Incubator, 350 x 300 x 300mm, gravity convection
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E15MDP
Incubator, amb - 80°C, 31.5L, mechanical convection, digital PID, Yokogawa
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E16G
Incubator, 60L, gravity convection, thermostat control
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E19FDPC
Incubator, 432L, forced convection, programmable controller, cutout panel
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E19FDPI
Incubator, 432L, forced convection, programmable control, internal outlet
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Mini Incubator
Mini Incubator
Mini Incubator with rocker
Mini Incubator with rocker

MINI DIGITAL INCUBATOR

With digital temperature control, the MyTemp™ incubators provide convenient "set and walk away" operation, eliminating the need for external thermometers and repetitive "fine tuning" of an analogue control knob. Simply choose the desired temperature and the incubator immediately begins to heat up (or cool down, -HC model only) while accurately monitoring the chamber temperature and conveniently displaying the temperature in real time on the large LED control panel. Despite a modest footprint of 330 x 368mm, the MyTemp incubators feature large internal chambers, capable of storing flasks and bottles up to 2 litre. In addition, the incubators include two adjustable/ removable shelves for increased capacity. A mini nutating rocker (supplied with both flat and dimpled mats) is also available for agitation of samples during incubation.

Features

  • Digital temperature control
  • supplied with universal power supply, converting mains to 12VDC
  • supplied with car power adapter cord
  • Personal sized, 330 x 368mm footprint (20L)
  • Accepts bottles and flasks up to 2L
  • Two models: Heat only or heat/cool
  • Optional mini shaker available for agitation of samples
Temperature range (H)Ambient +1°C to 60°C
Temperature range (HC)5°C lowest (achieves ambient -15°C) to 60°C*
Temperature accuracy0.5°C (at 37°C)
Temperature uniformity± 1°C (at 37°C)
Temperature increment1°C
Platform dimensions235 x 290mm
Operating temperature range+4 to +65°C
Dimensions (w x d x h) 
Exterior335 x 370 x 475mm
Interior260 x 235 x 325mm
Capacity20L
Weight6.5 kg
Warranty2 Years
Electricaluniversal supply 100 - 230V, 50 or 60Hz
Warranty2 Years

* Minimum temperature is 5°C. This is achieved if ambient is 20°C room.

EBH2200-H
MyTemp mini digital incubator, with heating only
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EBH2200-HC
MyTemp mini digital incubator, with heating and cooling
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EBH2200-SH
Extra shelf, for EBH2200, 267 x 203mm
50% DISCOUNT FOR 1
AUD7939.50
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EBH3D1020
Mini nutating rocker with flat cord, 203 x 152mm platform
AUD665.00
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60 Litre Forced Convection Incubator
E16FD 60 Litre Forced Convection Incubator
CLINILAB INCUBATORS

EIGCL Clinilab Incubator

A specially designed portable incubator for use in clinical, public health, and small industrial labs. Also suitable for use in school and university laboratories. Double wall construction. The exterior wall is made of heavy gauge zinc coated steel finished in polyurethane enamel. The interior wall is stainless steel. Accurate temperature control is maintained by a hydraulic thermostat. Fitted with a carrying handle, rubber feet, a removable thermometer 0 to 100°C and a hinged door. Included is a combination Petri dish rack and test tube holder, 210 mm x 117 mm, with four shelves and 32 holes, each 17 mm diameter, for test tubes.

Temperature Range5°C above ambient to 50°C
Temperature Fluctuation±0.5°C from 25 to 70°C
Internal Dimensions (mm)198 H x 214 W x 120 D
External Dimensions (mm)316 H x 260 W x 147 D
Working Volume (L)5
Rating40W 240V 50Hz

EIGCLD Clinilab Incubator
Similar to Cat. No. EIGCL Clinilab Incubator but designed for operation from 12VDC or 240V 50Hz (Not illustrated).

EIGCL
Clinilab incubator, 198 x 214 x 120mm
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EIGCLD
Clinilab incubator, 198 x 214 x 120mm, dual voltage
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Heated shaking water bath

SHAKING INCUBATOR

Features

  • Stainless steel chamber
  • Microprocessor control system, LCD display.
  • Parameter memory function with password lock.
  • Power failure protection and automatic resume
  • Interlock function: toughen glass cover and shaking motor
  • Over-temperature protection


Optional accessories

  • Desk printer
  • RS485 interface for software connection
Cat. No.EB400-20EB400-48EB400-70
Rotary speed20 - 300rpm
Rotary speed precision±1 rpm
Vibration rangeΦ 26mm
Max capacity50mL x 12 or 100mL x 950mL x 20 or 100mL x 16 or 250mL x 12 or 500mL x 9100mL x 20 or 250mL x 16 or 500mL x 12
Standard configuration100mL x 950mL x 4; 100mL x 4; 250mL x 3; 500mL x 350mL x 5; 100 x 5; 250mL x 4; 500mL x 3
Rocking plate size (mm)295 x 245450 x 370450 x 410
Timing range0-999 hours
Temperature range+5-60°C4-60°C
Temperature precision±0.1°C
Temperature fluctuation±1°C
DisplayLCD display
Rocking plate No.1 pc (accessories available)
Capacity (L)204870
Consumption (W)220320580
Power supplier230V ±10% 50Hz
External size (WxDxH mm)440 x 410 x 390600 x 580 x 510780 x 682 x 560
Package size (WxDxH mm)580 x 530 x 540740 x 700 x 660920 x 800 x 610
Gross weight4188125
EB400-20
Bench heated shaking incubator, 20L
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EB400-48
Bench heated shaking incubator, 48L
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EB400-70
Bench heated shaking incubator, 70L
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CO₂ incubator
CO₂ incubator
CO₂ INCUBATOR

Carbon Dioxide Incubator

Features

  • Internal material: high quality stainless steel
  • Microcomputer intelligent temperature controller ‐ P.I.D. controlled, stable and higher precision
  • LED high brightness digital display, intuitive and clear interface.
  • Double‐layer door structure: open outer door, observe studio experimental results though the inner door which is made from high intensity toughened glass, temperature and humidity unaffected.
  • Independent heating system of the door, avoid inner glass connect dew phenomenon effectively.
  • Humidity is controlled by water dish natural evaporation, displayed directly.
  • UV lamp for sterilisation, more effectively prevent cell of pollution in incubation period.

Specifications

Cat. No.EB420‐80EB420‐160EB420‐80WEB420‐160W
Capacity (L)8016080160
HeatingAir jacketWater jacket
CO₂ controlProportion match
HumidifyingNatural evaporation (water match plate)
Humidity range>95% RH (+37°C when working stable)
CO₂ control range0‐20%
Temperature rangeAmbient temperature +5°C ‐ 65°C
Temperature precision0.1°C
Temperature fluctuation±0.5°C
Timing range0‐99 hours or continuous
Consumption (Watts)4005008501250
Power supply230v, 50Hz
Internal size (mm)400 x 400 x 500500 x 500 x 650400 x 400 x 500500 x 500 x 650
External size (mm)570 x 590 x 930690 x 690 x 1030570 x 590 x 930690 x 690 x 1130
Package size (mm)640 x 680 x 1030700 x 780 x 1180640 x 680 x 1030700 x 780 x 1180
Gross weight (kg)8511085110
EB420-160
CO2 incubator, 160L
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EB420-80
CO2 incubator, 80L
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10 LITRE LABORATORY OVEN AND INCUBATOR

Construction
The inner working chamber is constructed of satin finish stainless steel with three shelf positions. Two chrome plated perforated trays are supplied.
The door is hinged on the left side with positive catch to keep it closed against a silicone rubber seal. The incubator has an acrylic inner door fitted.
A vent tube is situated in the top of the oven. The outer body is constructed of zinc seal steel, finished with light cream enamel.

 Oven - Cat. No. E24GIncubator - Cat. No. E14G
Internal Dimensions (mm)200H x 255W x 200D200H x 255W x 200D
External Dimensions (mm)390H x 362W x 300D390H x 362W x 300D
Rating240V x 400W x 50Hz240V x 200W x 50Hz
TemperatureAmbient to 150°CAmbient to 70°C
Temperature Fluctuation±2°C at 100°C±0.3°C at 37°C
Temperature ControlThermostatThermostat


Options
- Thermostat or digital PID control
- Fan forced

ProSciTech routinely sells these items below the manufacturer's retail price.

432 Litre, soil drying oven
E29FSDR 432 Litre, soil drying oven (right hand controls)
600°C wide bodied oven after bench testing
600°C wide bodied oven after bench testing
Laboratory oven
E24G
Laboratory oven
E24G

GRAVITY AND FORCED CONVECTION OVENS

Exterior
Attractive gloss finish baked enamel.

Outer Door
Well supported with robust hinges to give long life and eliminate sag. The door seals against a silicone rubber extrusion with a positive chrome plated finger tip release door catch.

Control Panel
A solid state digital controller with touch switch temperature selection working in conjuction with a zero switching solid state relay. A push button reset overheat thermostat is mounted on the control panel.

Insulation
65 mm thick is high grade fibre glass insulation is used for temperature up to 300°C.

Interior
All stainless steel.

Shelves
Chrome plated straight wire type give maximum strength and ventilation.

Forced Convection
Fan motor, rubber mounted in bottom cabinet for very quiet running.

Ventilation
An adjustable ventilation port is mounted on top of oven.

Oven Data

Model No.Temp. RangeInternal Dimensions HxWxD (mm)External Dimensions HxWxD (mm)Capacity (L)No. Shelf PositionsNo. Shelves SuppliedPower Rating (W)
E2440‐150°C200 x 250 x 200400 x 360 x 3001032400
E2540‐200°C350 x 300 x 300750 x 490 x 45031.5321000
E2640‐200°C450 x 380 x 350850 x 570 x 50060421500
E2740‐200°C600 x 500 x 500980 x 690 x 650150532000
E2840‐200°C900 x 600 x 5001290 x 790 x 650270643000
E2940‐200°C1200 x 600 x 6001560 x 790 x 740432744500
E3540‐300°C350 x 300 x 300750 x 490 x 45031.5321300
E3640‐300°C450 x 380 x 350850 x 570 x 50060421750
E3740‐300°C600 x 500 x 500980 x 690 x 650150532800
E3840‐300°C900 x 600 x 5001290 x 790 x 650270643500


Standard units 240V 50Hz AC.

Gravity Convection Ovens
Gravity convection type ovens have spiral type elements distributed in heating chamber for even heating. This type of oven can be supplied with stirrer (mechanical convection) or as forced convection and can be fitted with snap action thermostat or digital PID indicator temperature controllers.

Forced Convection Ovens
Typical instrument temperature fluctuation ±0.5°C at 100°C. Typical temperature variation ±2°C at 100°C.

Temperature Fluctuation
The short term change in temperature at any position in the oven working space.

Temperature Variation
The difference between the temperature at the centre of the oven and at any other position in the working chamber.

A range of sizes and types is available to suit the varying requirements of individual users. Higher temperature operating standards can be met and certified tests can be made if required. Heavy duty industrial ovens are made to customer specifications.

Very Hot Ovens
The 300°C oven designs can be modified to cope with higher temperatures. These only come with forced convection and digital PID. See table for a few examples. Other sizes in these 3 temperature ranges are available, please ask for a quote.

Model No.Temperature RangeInternal Dimensions HxWxD mm
E45FD40‐400°C350 x 300 x 300
E55FD40‐500°C350 x 300 x 300
E65FD40‐600°C350 x 300 x 300


ProSciTech routinely sells these items below the manufacturer's retail price.

Variations available:
G ‐ gravity convection, thermostat temperature control
GD ‐ gravity convection, digital PID temperature control
FS ‐ forced convection, side draught, thermostat
FSD ‐ forced convection, side draught, digital PID
F ‐ forced convection, vertical draught, thermostat
FD ‐ forced convection, vertical draught, digital PID

Digital PID may also be supplied 'programmable' or the digital control may be supplied with a computer interface for computer control.
Other additions including gas supplies and explosion relief valve in solvent drying ovens are available ‐ please advise your requirements and we'll find a solution.

E24 Laboratory oven, 40‐150°C, 200 x 250 x 200mm
E25 Laboratory oven, 40‐200°C, 350 x 300 x 300mm
E26 Laboratory oven, 40‐200°C, 450 x 380 x 350mm
E27 Laboratory oven, 40‐200°C, 600 x 500 x 500mm
E28 Laboratory oven, 40‐200°C, 900 x 600 x 500mm
E29 Laboratory oven, 40‐200°C, 1200 x 600 x 600mm
E35 Laboratory oven, 40‐300°C, 350 x 300 x 300mm
E36 Laboratory oven, 40‐300°C, 450 x 380 x 350mm
E37 Laboratory oven, 40‐300°C, 600 x 500 x 500mm
E38 Laboratory oven, 40‐300°C, 900 x 600 x 500mm
E45FD Laboratory oven, 40‐400°C, 350 x 300 x 300mm
E55FD Laboratory oven, 40‐500°C, 350 x 300 x 300mm
E65FD Laboratory oven, 40‐600°C, 350 x 300 x 300mm

E24G
Laboratory oven, 200 x 250 x 200mm, gravity convection
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E24GD
Laboratory oven, 10L, gravity convection, digital PID control
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E25FD
Laboratory oven, 31.5L, forced convection, vertical draught, digital PID
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E25FS
Laboratory oven, 350 x 300 x 300mm, forced convection, side draught
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E25G
Laboratory oven, 350 x 300 x 300mm
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E25GD
Laboratory oven, 350 x 300 x 300mm, gravity convection, digital PID
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E26FSD
Laboratory oven, 60L, forced convection - side draught, digital PID control
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E26G
Laboratory oven, 460 x 380 x 350mm
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E26GD
Laboratory oven, 60L, gravity convection with PID
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E27FS
Laboratory oven, 610 x 510 x 510mm, forced air convection
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E27G
Laboratory oven, 610 x 510 x 510mm
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E27GD
Laboratory oven 610 x 510 x 510mm, gravity convection, digital PID control
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E28FDPC
Oven, 270L, forced convection, programmable controller, cutout panel
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E28FDPI
Oven, 270L, forced convection, programmable control, internal outlet
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E28G
Laboratory oven, 910 x 610 x 510mm
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E29FDPC
Oven, 432L, forced convection, programmable controller, cutout panel
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E29FDPI
Oven, 432L, forced convection, programmable control, internal outlet
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E29G
Laboratory oven, 1200 x 610 x 610mm
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E36G
Laboratory oven, 460 x 380 x 350mm, 300°C, gravity convection
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E37G
Laboratory oven, 600 x 500 x 500mm, 300°C, gravity convection
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E37GD
Laboratory oven, 600 x 500 x 500mm, 300°C, gravity convection, digital PID
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E38FS
Laboratory oven, 270L, 300°C, forced convection, side draught
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E38FSD
Laboratory oven, 270L, 300°C, forced convection, side draught, digital PID
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E38G
Laboratory oven, 270L, 300°C, gravity convection, thermostat
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E45FD
Laboratory oven, 31.5L, 400°C, vertical fan-forced convection, digital PID
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E65FD
Laboratory oven, 31.5L, 40-600°C,forced convection, digital PID control
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Minimum Free Space Oven
EMFSO
MINIMUM FREE SPACE OVEN

This oven conforms to the requirements of BS 1016 and has a working chamber of 274 x 158 x 28mm.

The working chamber is inside an outer chamber, which contains the heating elements.

The sensing element for the control systems is attached to the outside of the working chamber.

The temperature controller switches power to the elements via a solid state relay. Maximum continuous working temperature is 200°C. Temperature fluctuation (under normal conditions) is within 0.25°C. This design gives extremely uniform conditions within the oven, very close temperature control and a high degree of reproducibility of results.

Oven temperature can be checked by inserting a thermometer at the back of the oven. The door is fitted with a silicone rubber gasket, providing an excellent seal.

The nitrogen inlet is situated at the top rear of the oven. It is connected by a copper tube, passing through the heating chamber, to the oven proper, ensuring that the nitrogen is at the correct temperature before being admitted to the oven. The gas outlet is at the top front of the working chamber.
Samples are placed inside the MFSO, then heated to the required temperature. After heating they are removed and placed into the desiccator to cool, with the nitrogen also connected to the desiccator.

The desiccator for use with the oven, consists of a welded steel case with a thick bottom to give high heat capacity and to reduce cooling time. Inlet and outlet tubes are provided at the front and rear to allow for the passage of nitrogen.

Dimensions overall373H x 300W x 380D mm
Ratings240V 1250W

ProSciTech routinely sells these items below the manufacturer's retail price.

EMFSO
Minimum free space oven, 274 x 158 x 28mm
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EXPLOSION RELIEF OVEN

SEM(SA)'s range of Explosion Relief Ovens are designed to comply with the Australian Standard AS1681-2002 - Safety requirements for electrically heated type 1 Ovens in which flammable volatiles occur. The standard specifies oven design requirements to prevent an ignition or explosion within the oven. This is achieved by a reliable and continuous supply of ventilating air while the oven is operating and flammable vapours are being given off. Failure of any ventilation equipment automatically shuts down the heating system.


Pre-ventilation or purging of the oven before heating is enabled guarantees dissipation of any accumulated vapour following shut down or initial loading.


Note: Compliance with AS1681does not imply compliance with AS2380, AS2381 or AS/NZS60079


Features:

  • Ignition & explosion relief
  • Continuous & reliable ventilation
  • AS1681compliance
  • Australian manufactured & supported

Model No.

External Dimensions H x W x D (mm)

Internal Dimensions H x W x D (mm)

Shelf positions

Shelves supplied

Power Rating (Watts) **

ERO25

640 x 660 x 500

380 x 300 x 300

3

2

1000

1500

ERO26

750 x 780 x 550

460 x 380 x 350

4

2

1500

2000

ERO27

900 x 900 x 700

600 x 500 x 500

5

3

2000

2400

ERO28

1200 x 1060 x 700

900 x 600 x 500

6

4

2400

3600

ERO29

1500 x 1080 x 800

1200 x 600 x 600

8

4

3600

4800


** Higher Wattage required for temperatures over 120°C


Optional Features: Prices available on request

  • Duration Timer (3 minutes to 30 hours)
  • Programmable temperature control
  • Chart Recorder or Data Logger
  • Communications, RS485 or RS232.
  • Stand or fork lift base
  • Castors
  • Colour - any standard powder coat colour
  • Variations to standard sizes listed
  • LHS controls in lieu of standard RHS

To calculate your exact requirements for dilution air flow rate, purge times, etc., we require the following information.

  1. Oven temperature for process
  2. Process time
  3. Solvent / Volatile liquid e.g. Ethanol, Toluene etc.
  4. Quantity of solvent to be evaporated.
ERO25
Explosion relief oven, 260°C, 640 x 660 x 500mm, digital PID
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