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Recherche dans l'ensemble de la station

Unités de contrôle de température pharmaceutiques

for pharmaceutical factory

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LNEYA Pharmaceutical temperture control unit characteristics

LNEYA is your trusted partner in industries such as pharmaceuticals, chemicals, aerospace, semiconductors, and new energy. We can develop a temperature control system perfectly tailored to your specific needs.

Each of our temperature controllers is equipped with powerful temperature control performance, an easy-to-use operating system, and reliable safety protection features, ensuring excellent functionality and a worry-free experience. Through the use of feedforward PID, fuzzy self-built tree algorithms, and the LNEYA PLC controller, we provide intuitive operation that enhances the user experience.

At LNEYA, we understand that every application is unique. Therefore, we offer flexible customization of temperature control devices based on your specific requirements. You can choose from our standard models to further enhance your system’s functionality, or collaborate with our team to design a fully customized temperature control solution for your special application.

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No matter whether you are in pharmaceutical production, research laboratories, manufacturing environments, or temperature-controlled storage and transportation, ensuring precise temperature control is crucial. LNEYA’s advanced pharmaceutical temperature control units can help you achieve optimal temperature management, ensuring stability and efficiency in production, R&D, and transportation.

TCS series

-120°C

le plus bas

250°C

Le plus élevé

±1°C

Précision du contrôle de la température


Mode de contrôle Feed forward PiD + Notre calcul de contrôle dynamique spécial, contrôleur PLC LNEYA
Protocole de communication Protocole MODBUS RTU, interface RS485, interface Ethemet/R232 en option
Sélection du contrôle de la température Contrôle de la température du processus
Retour d'information sur la température La température de trois points : l'entrée et la sortie du fluide caloporteur, le matériau dans le réacteur (température externe), capteur PT100.
Retour d'information sur la température du processus Retour d'information sur le processus de traitement des matières premières : PT100 ou 4～20mA ou communication donnée
Précision de la température ±1℃
Entrée et affichage Écran tactile couleur de 7 pouces, affichage graphique de la température
Protection de la sécurité Fonction d'autodiagnostic ; protection contre la surcharge du congélateur ; pressostat haute pression ; relais de surcharge ; dispositif de protection thermique ; protection contre les températures élevées et protection contre les températures excessives.
Exécuter la pièce de robinetterie Signal de commande de la vanne de régulation proportionnelle 4-20mA
Matériau de l'étui SUS304
Matériau de la coquille Tôle laminée à froid (REL7035)

Principle of o Pharmaceutical temperature control Unit

  • La méthode de modification de la valeur de consigne de la commande permet de répondre au décalage du système dans le processus aussi rapidement que possible et d'obtenir un dépassement plus faible du système. Le contrôle consiste en deux ensembles de boucles de contrôle PID, appelées : boucle principale et boucle esclave. La sortie de contrôle de la boucle principale est utilisée comme valeur de réglage de la boucle esclave. En contrôlant le gradient de changement de température de cette manière, la précision de contrôle de la température du système est garantie.
  • Le prédicteur d'hystérésis spécialement conçu génère un signal dynamique yc(t) au lieu de la variable de processus y(t) comme signal de rétroaction. Générer un signal e(t) pour le contrôleur, de sorte que le contrôleur prédise que l'action de contrôle n'a pas de retard important.
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(Contrôle de la température du matériau du réacteur)

1.Direct TCU
Direct heating/cooling: the medium flows directly through the reaction vessel without secondary heat exchange.
Simple structure: fewer system components, relatively easy installation and maintenance.
Fast response speed: quickly adjust the temperature, suitable for processes that require rapid temperature changes.

2.Secondary heat exchanger type TCU
Indirect heating/cooling: the temperature of the reaction vessel is indirectly controlled by a heat exchanger, and the medium does not directly contact the reactants.
Complex structure: The system includes additional heat exchangers, making installation and maintenance more complicated.
Precise temperature control: Suitable for processes with extremely high requirements for temperature control.

LNEYA ne déçoit jamais les utilisateurs！

Application of TCS series


  •  Biopharmaceuticals: In the production of biopharmaceuticals such as laboratory antibodies and vaccines, TCUs provide pharmaceutical controlled room temperature  for bioreactors, ensuring the stability of cell culture and product expression.  
  •  Chemical Synthesis: In drug synthesis, TCUs control the temperature within reactors to ensure that chemical reactions occur under optimal conditions, improving product yield and purity.  
  •  Sterile Production: In the production of sterile products like injectables and infusions, TCUs provide precise temperature control, ensuring a sterile environment and preventing contamination.  
  •  Fermentation Process Temperature Control: In biopharmaceuticals, the fermentation process requires strict temperature control to ensure the optimal growth environment for microorganisms. TCUs maintain a constant temperature, improving fermentation efficiency and product quality.  
  •  Crystallization Process Temperature Control: In drug crystallization, temperature changes directly affect the morphology and size of crystals. TCUs can precisely control the temperature gradient during the crystallization process, optimizing crystal quality.  
  •  Temperature Control During Storage and Transportation: TCUs are used in refrigerated trucks, cold storage, and other settings to ensure pharmaceutical temperature controlled transport.  
  •  Sterilization Process Temperature Control: TCUs maintain the required temperature within sterilization equipment to ensure thorough sterilization.  
  •  Drying Process Control: TCUs precisely control drying temperatures to ensure product quality.  
  •  Reactor Temperature Control: In drug synthesis, precise temperature control within reactors is necessary to guarantee reaction efficiency and product quality.  
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Representative to obtain a standard product catalog for Pharmaceutical temperture control units, or customize.

 

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Get in touch with our Pharmaceutical temperature control unit experts

Vous ne trouvez pas le refroidisseur qui vous convient ? Ou vous ne savez pas comment choisir ? Contactez-nous dès maintenant pour obtenir des informations et des tarifs.

Thermal control system is a device that can quickly adjust the heating and cooling power. By controlling the heat exchanger of the system, precise control of the heating and cooling process is achieved. When heating is required, the system can quickly increase the heating power to quickly reach the required temperature of the material; when cooling is required, the system can quickly reduce the heating power and quickly discharge the heat through the heat exchanger to quickly cool the material. This ability to switch quickly makes the entire production process stable.

Yes. LNEYA will also assist you with installation and commissioning. After you complete the acceptance process, our after-sales service engineers will provide technical training until you are proficient in operation. Should you have any questions during use, you can consult us regarding technical issues, and we will provide support either online or offline depending on the situation.
 
Additionally, LNEYA promises that once you purchase our equipment, we will offer lifetime after-sales support and maintenance (with a one-year free warranty, after which maintenance fees will apply depending on the situation).

LNEYA recommends selecting a Pharmaceutical TCU from the following perspectives:

  • Process Requirements:

If rapid temperature changes and medium compatibility are required, a direct type should be chosen.

If high temperature control accuracy or medium incompatibility is needed, choose a secondary heat exchange type.

  • Medium Compatibility:

When the medium is compatible, the direct type is more convenient.

When the medium is incompatible, the secondary heat exchange type is safer.

  • Temperature Range:

For medium to low temperature or medium to high temperature processes, the direct type is suitable.

For extreme temperature processes, the secondary heat exchange type is more appropriate.

  • Cleanliness Requirements:

For processes with high cleanliness requirements, the secondary heat exchange type is more suitable.

  • Space and Maintenance:

If space is limited or maintenance simplicity is preferred, the direct type is a better option.

If complex installation and maintenance are acceptable, the secondary heat exchange type can be chosen.

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