Gestigkeit ceramic hotplate with separate control unit
The Gestigkeit ceramic heating plate with separate control from Harry Gestigkeit is a high-precision heating device that has been specially developed for use in microbiology and other scientific fields. With this heating plate, you can heat your vessels, materials or samples at extremely precise temperatures tailored to your needs. This hotplate offers a variety of power options and sizes to meet the specific requirements of different applications. Comparisons such as the Gestigkeit EB-C built-in ceramic hotplate demonstrate the versatility and adaptability of Gestigkeit products.
Technical details and advantages
The Gestigkeit ceramic hotplate is characterized by its robust design and the use of high-quality ceramic as the hotplate material. This ensures even heat distribution and high resistance to chemical substances. Here are some of the most important technical data:
- Heating plate material: Ceran
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Maximum temperature: 500°C
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Power options: 2000 W, 3000 W, 4400 W, 5700 W
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Voltage: 230 V AC or 3 x 400 V, N+PE
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Heating plate shapes: Rectangular and square
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Heating plate sizes: 280 x 280 mm, 280 x 430 mm, 430 x 430 mm, 580 x 430 mm
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Weight: 5.5 kg to 11.5 kg
This heating plate is available in different models that vary in size, power and weight to meet the specific requirements of your application. The separate control allows for precise temperature control, which is particularly beneficial in sensitive laboratory environments.
Certifications and standards
The Gestigkeit Ceran hotplate meets all relevant safety and quality standards required in laboratory environments. These include, among others:
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CE marking: ensures compliance with European safety, health and environmental protection requirements.
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DIN standards: Complies with German industry standards for laboratory equipment.
Application examples
This hotplate is ideal for a variety of applications in microbiology, chemistry and other scientific fields. Here are some specific application examples:
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Microbiological studies: Heating of culture media and samples to promote the growth of microorganisms.
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Chemical syntheses: Heating reaction vessels to carry out synthesis reactions.
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Material tests: Heating materials to investigate their thermal properties.
FAQs
How is the temperature of the heating plate controlled?
The temperature of the Gestigkeit Ceran heating plate is precisely controlled via a separate control unit. This makes it possible to set the temperature precisely to the desired values and keep it constant.
What safety precautions should be taken when using the hotplate?
It is important to place the heating plate on a stable, heat-resistant surface and ensure that there are no flammable materials in the vicinity. In addition, the heating plate should cool down sufficiently after use before it is cleaned or stowed away.
Can the hotplate be used for all types of vessels?
Yes, the Gestigkeit ceramic hotplate is suitable for a wide range of vessels, including glass, metal and ceramic. However, it is important to consider the specific temperature requirements and material properties of the vessels.
Conclusion
The Gestigkeit ceramic hotplate with separate control is a versatile and reliable heating device that is ideal for use in laboratory environments. With its robust design, precise temperature control and various power options, it offers an optimal solution for a wide range of applications in microbiology and chemistry.
