What is the primary difference between an incubator and a heating and cooling unit?

While an incubator primarily maintains a warm, stable environment, a heating and cooling unit offers both heating and active cooling capabilities, allowing for a broader range of temperature control, including below ambient.

What kind of maintenance is typically required for this equipment?

Routine maintenance commonly involves cleaning the interior chamber, checking door seals for integrity, and ensuring ventilation openings are clear. Calibration checks may also be required periodically.

Can this unit be used for both heating and cooling simultaneously?

No, these units are designed to maintain a set temperature, either above or below ambient, but not to actively heat and cool different sections simultaneously. They switch between heating and cooling modes to maintain the setpoint.

Is special installation required for a unit of this type?

Typically, installation is straightforward, requiring a stable level surface and access to a standard electrical outlet. No special plumbing or ventilation is usually needed beyond ensuring adequate airflow around the unit.

What are the common safety features on such units?

Common safety features include over-temperature protection, door open alarms, and often an independent secondary temperature limiter to prevent damage to samples or the unit in case of primary control failure.

Used Thermo Scientific Heratherm IMH100 laboratory heating and cooling unit - Thermal Processing & Environmental Control, photo 1

Used Thermo Scientific Heratherm IMH100 laboratory heating and cooling unit - Thermal Processing & Environmental Control, photo 2

Used Thermo Scientific Heratherm IMH100 laboratory heating and cooling unit - Thermal Processing & Environmental Control, photo 3

Used Thermo Scientific Heratherm IMH100 laboratory heating and cooling unit - Thermal Processing & Environmental Control, photo 4

Used Thermo Scientific Heratherm IMH100 laboratory heating and cooling unit - Thermal Processing & Environmental Control, photo 5

Used Thermo Scientific Heratherm IMH100 laboratory heating and cooling unit - Thermal Processing & Environmental Control, photo 6

Used Thermo Scientific Heratherm IMH100 laboratory heating and cooling unit - Thermal Processing & Environmental Control, photo 7

Used Thermo Scientific Heratherm IMH100 laboratory heating and cooling unit - Thermal Processing & Environmental Control, photo 8

Used Thermo Scientific Heratherm IMH100 laboratory heating and cooling unit - Thermal Processing & Environmental Control, photo 9

Used Thermo Scientific Heratherm IMH100 laboratory heating and cooling unit - Thermal Processing & Environmental Control, photo 10

Used Thermo Scientific Heratherm IMH100 laboratory heating and cooling unit - Thermal Processing & Environmental Control

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Vendeur vérifié

Thermo Fisher Scientific - Thermo Scientific Heratherm IMH100 laboratory heating and cooling unit

Name: Thermo Scientific Heratherm IMH100 laboratory heating and cooling unit
Brand: Thermo Fisher Scientific
SKU: 0826640 0826641
Price: 595 GBP
Availability: InStock

Prix : £ 595

Thermo Scientific Heratherm IMH800 laboratory heating and cooling unit, designed for reliable temperature-controlled laboratory applications.

Cambridgeshire, United Kingdom

À 5 773 km

Numéro de modèle

Heratherm IMH800

Numéro de stock

0826640 0826641

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Informations types pour cette catégorie de machines. Vérifiez toujours les détails auprès du vendeur.

Incubation of microbial cultures and cell lines in research and clinical laboratories.
Storage of temperature-sensitive reagents, samples, and media.
Environmental testing of materials and components under controlled temperature conditions.
General laboratory heating and cooling processes requiring precise temperature stability.

Typical capacity: For this class of equipment, internal volumes commonly range from 100 to 800 litres.
Temperature range: Units of this type typically offer a temperature range from 0°C to +100°C, often with Peltier-based cooling.
Temperature uniformity: Achieves high temperature uniformity, typically within ±0.5°C at 37°C, crucial for sensitive applications.
Power supply: Commonly operates on standard single-phase UK mains power (230V, 50Hz).
Internal construction: Typically features an electropolished stainless steel interior for ease of cleaning and corrosion resistance.
Control system: Units are generally equipped with a microprocessor-based controller for precise temperature setting and monitoring.

While an incubator primarily maintains a warm, stable environment, a heating and cooling unit offers both heating and active cooling capabilities, allowing for a broader range of temperature control, including below ambient.

Thermal processing and environmental control equipment serves critical functions in laboratory, biotech and pharmaceutical settings. Industry sentiment favours reliable models from established manufacturers with solid build quality. Buyers typically prioritise equipment with precise temperature control capabilities and consistent performance records. When purchasing used units, inspectors should verify calibration history, assess heating and cooling response times, and confirm all sensors function correctly. Well-maintained examples generally offer good value, though buyers should verify serviceability and spare parts availability before committing to purchase.

Vue d'ensemble pour ce type de machine

Machinery Masters Intelligence. Indications générales pour cette catégorie de machines uniquement, qui ne remplacent pas les caractéristiques exactes du vendeur. Vérifiez toujours les détails auprès du vendeur.