Gestigkeit precision heating plates with separate control unit
Gestigkeit precision heating plates with separate control are specially designed for precise heating tasks in chemistry and biology. These heating plates offer precise temperature control and are ideal for applications where uniform and reliable heating is required. Thanks to their robust construction and high-quality materials, they are durable and reliable. Compared to other hotplates, such as the Gestigkeit Ceran hotplate with separate control, they offer greater precision and flexibility.
Technical details and advantages
Gestigkeit precision hotplates are available in various models and sizes to meet the different requirements in laboratories. Here are some of the key technical specifications:
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Heating plate material: aluminum alloy
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Maximum temperature: 110°C or 350°C, depending on model
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Heating plate shapes: Rectangular and square
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Heating plate sizes: 140 x 140 mm, 200 x 200 mm, 280 x 200 mm, 350 x 350 mm, 580 x 430 mm, 610 x 160 mm
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Power: 450 W to 3300 W
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Voltage: 230 V or 2 x 400 V, N + PE available
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Weight: 2.2 kg to 21.2 kg
These heating plates are equipped with a separate control unit that enables precise temperature control. This is particularly important for applications where a constant temperature must be maintained over a longer period of time. The heating plates are also equipped with various safety functions, such as temperature limiters, which prevent overheating.
Certifications and standards
Gestigkeit precision heating plates comply with the relevant safety and quality standards to ensure safe operation in the laboratory. They are CE-certified and meet the requirements of the DIN standards for laboratory equipment.
Application examples
These heating plates are used in various areas of chemistry and biology. Here are some specific examples:
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Chemical syntheses: Precise temperature control is ideal for chemical reactions that require accurate temperature control.
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Biological experiments: In cell culture and biochemical experiments, uniform heating is crucial.
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Material tests: For investigating material properties under different temperature conditions.
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Sample preparation: Heating of samples prior to analysis, e.g. in HPLC or GC.
FAQs
How is the temperature of the heating plate controlled?
The temperature is controlled by a separate control unit, which enables precise setting and monitoring of the temperature.
What safety functions are integrated?
The heating plates are equipped with temperature limiters to prevent overheating. They are also CE-certified and comply with DIN standards for laboratory equipment.
Which models are available?
There are various models with different heating plate sizes and power levels to meet the specific requirements in laboratories. Examples include the PZ 14 ET model with a heating plate size of 140 x 140 mm and the PZ 72 ET model with a size of 580 x 430 mm.
What voltages are the heating plates designed for?
The heating plates are available for voltages of 230 V or 2 x 400 V, N + PE.
Conclusion
The Gestigkeit precision heating plates with separate control offer an excellent solution for precise heating tasks in laboratories. With their robust design, precise temperature control and integrated safety functions, they are a reliable choice for a wide range of applications in chemistry and biology.
