AES Chambers Temperature Forcing Systems

 

AES temperature forcing system is an advanced temperature control system designed for laboratory and industrial applications, especially for those scenarios that require precise temperature control under extreme conditions. This type of system can provide fast and accurate temperature changes to meet the needs of different experiments or production processes.

Features of AES temperature forcing system

1. Wide temperature range: AES systems can generally cover a very wide temperature range, ranging from -80°C to +250°C, or even wider.

2. High-precision control: Highly accurate temperature control capabilities, generally achieving an accuracy of ±0.1°C or higher.

3. Fast response: Able to change temperature quickly in a short time, support dynamic temperature change curves, suitable for applications that require rapid heating or cooling.

4. Powerful circulation capability: Built-in efficient pumping system ensures that the fluid is evenly distributed in the reactor or other containers, improving heat transfer efficiency.

5. Intelligent control system: Equipped with an advanced control interface, supporting touch screen operation and multiple programming modes, it is convenient for users to set complex temperature programs.

6. Safety protection function: including over-temperature protection, low liquid level alarm, pressure monitoring and other functions to ensure the safety of equipment and operators.

7. Energy saving and environmental protection: adopt high-efficiency energy-saving technology to reduce operating costs and reduce the impact on the environment.

 

Application of AES temperature forcing system

Chemical synthesis: in the process of organic synthesis, inorganic synthesis, etc., the occurrence of specific reactions is promoted or inhibited by precise temperature control.

Material testing: used for the research and development of new materials, such as polymers, ceramics, metal alloys, etc., to observe the performance changes of materials by controlling temperature.

Biopharmaceuticals: in biological processes such as drug synthesis and cell culture, maintaining a stable temperature environment is the key to ensuring product quality.

Food processing: in the food industry, it is used for processes such as freeze drying and fermentation to ensure the quality and safety of food.

Key points for selecting AES temperature forcing system

Temperature range: determine the required minimum and maximum operating temperatures according to your specific needs.

Temperature control accuracy: consider the requirements of the experiment for temperature control and select the appropriate accuracy level.

Circulating media: Make sure the selected media (such as silicone oil) is compatible with your experimental equipment and can work stably within the required temperature range.

Pumping capacity: Choose the appropriate pump force according to the size of the reactor and the length of the connecting pipe to ensure uniform distribution of the fluid.

Operator interface: Choose a device with an intuitive and easy-to-use operator interface and programming functions for easy setup and monitoring.

Safety features: Make sure the device has the necessary safety protection measures to prevent accidents.

If you are looking for a specific AES temperature forcing system model or brand, or need further assistance, please provide more details, such as budget range, specific application areas, etc., and I will try my best to provide you with more specific suggestions.

 

Modell	AES-4535	AES-6035	AES-8035	AES-A1035W	AES-A1235W
	AES-4535W	AES-6035W	AES-8035W
Temp. Bereich	-45℃～225℃	-60℃～225℃	-80℃～225℃	-100℃～225℃	-120℃～225℃
Temp. Kontrolle Genauigkeit	±0.5℃
Temp. Umrechnung Zeit	-25℃ bis 150℃ Ungefähr 10S	-45℃ bis 150℃ Ungefähr 10S	-55℃ bis 150℃ Ungefähr 10S	-70℃ bis 150℃ Ungefähr 10S	-80℃ bis 150℃ Ungefähr 11S
	150℃ bis -25℃	150℃bis -45℃	150℃bis -55℃	150 ℃bis -70℃	150℃bis -80℃
	Ungefähr 20s	Ungefähr 20s	Ungefähr 15s	Ungefähr 20s	Ungefähr 20s
Luftbedarf	Luftreiniger<5um
	Ölgehalt der Luft:<0,1ppm
	Lufttemp&Feuchtigkeit：5℃～32℃ 0～50%RH
Air Handing Kapazität	7m3/h ～ 25m3/h Druck 5bar～7.6bar
Systemdruck-Verteilung	Der Druck des Kältesystems wird durch ein Manometer (Hochdruck, Niederdruck) ermittelt;
	Der Druck im Kreislaufsystem wird von einem Drucksensor erfasst und auf dem Touchscreen angezeigt.
Controller	Siemens PLC, Fuzzy-PID-Regelalgorithmus.
Temp. Steuerung	Kontrolle der Austrittstemperatur
Programmierbar	10 Verfahren können entwickelt werden, und jedes Programm kann aus 10 Schritten bestehen
Kommunikationsprotokoll	Ethernet-Schnittstelle TCP/IP-Protokoll.