Temperature Control System TCU

完璧な温度制御ソリューションについては、今すぐお問い合わせください。

Temperature control system TCU is a temperature control equipment commonly used in industrial production. Its main function is to transport heating or refrigeration media to equipment that needs to be heated or cooled to meet the temperature control requirements in the production process. The temperature control system TCU detects temperature changes on the surface of the object through sensors, transmits the data to the controller in real time for analysis and processing, and outputs control signals to drive heating or cooling equipment to maintain a constant temperature on the surface of the object. The TCU system can perform precise temperature control through PID algorithm, and has the advantages of high stability, fast response, and uniform temperature.

The principle of temperature control system tcu

The working principle of temperature control system TCU is to transport the heating or cooling medium through pipelines to the equipment that needs to be heated or cooled, and monitor the temperature inside the equipment in real time through sensors, and perform heating or cooling according to the set temperature control mode. Specifically, the TCU temperature control system mainly consists of heaters, coolers, circulation pumps, controllers and other parts. When heating is required, the heater will heat the heating medium to the set temperature, and the circulation pump will transport the heated medium to the equipment that needs to be heated. When cooling is required, the cooler will cool the medium to the set temperature, and the circulation pump will transport the cooled medium to the equipment that needs to be cooled. The controller is responsible for monitoring and adjusting the temperature inside the equipment to ensure that the temperature of the equipment is always within the set range.

Temperature control system tcu structure

The structure of the TCU temperature control system is mainly composed of heaters, coolers, circulation pumps, pipelines, sensors, controllers and other parts. Among them, heaters and coolers are used to heat and cool the medium, the circulation pump is responsible for transporting the heated or cooled medium to the equipment that needs to be heated or cooled, the pipeline is used to connect various parts, and the sensor is used to monitor the temperature inside the equipment and control The controller is used to control heaters, coolers, circulation pumps, etc. to achieve high-precision control of equipment temperature.

Characteristics of temperature control system tcu

1. High-precision control: The TCU system uses PID algorithm for control, which can achieve high-precision control of temperature and meet the temperature control needs of complex production processes.

2. Quick response: The TCU system can achieve quick response, effectively shortening the heating or cooling time and improving production efficiency.

3. Uniform temperature: The TCU system can control the uniform distribution of temperature to avoid product quality problems caused by uneven temperature.

4. Automated control: The TCU system can achieve fully automated control, reducing manual intervention and improving production efficiency and stability.

5. Easy to operate: The TCU system has a simple and easy-to-use operation interface, making it easy to operate and maintain.

Application areas of temperature control system tcu

1. Electronic product manufacturing: The TCU system can control the heating and cooling process of the circuit board to avoid failure of electronic components due to temperature changes.

2. Plastic processing: The TCU system can control the temperature of the mold to ensure the molding quality of plastic products.

3. Medical device manufacturing: The TCU system can control the heating and cooling process of medical devices to ensure the sterilization effect of medical devices.

4. Food processing: The TCU system can control the food heating and cooling process to ensure food quality and safety.

5. Solar photovoltaic industry: TCU system can control the temperature of solar panels and improve the power generation efficiency of solar panels.

温度制御システムの設計から製造まで一貫して行います。標準モデルから完全なカスタマイズ製品まで 900 .私たちはカスタマーサービスに特化し、お客様一人ひとりのニーズに合った最適な温度制御システムを提供することに専念しています。

私達は標準外カスタマイズされた解決を提供します。単一の冷却のスリラーおよび冷却及び暖房のコンボの単位は両方利用できます。

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冷暖房システム (SUNDIシリーズ)

（カスタムデザイン）

温度制御範囲：-120°C～+350°C

さまざまな企業で広く利用された冷却および暖房のサーモスタット。

冷暖房システム（WTDシリーズ）

（カスタムデザイン）

（マイクロチャンネル・チューブリアクター特化型）

温度制御範囲：-70℃～+300

マイクロ流路に特化した設計（液体保持容量が小さく、熱交換容量が大きく、循環システムの圧力損失が高い）

冷暖房サーキュレーター

（カスタムデザイン）

温度制御範囲：-45℃～+250

加熱サーキュレーター

（カスタムデザイン）

温度制御範囲+50℃〜+300

注：UCシリーズは熱媒体の温度を制御することができる。USTシリーズは熱媒の温度を制御できるだけでなく、反応材料の温度も制御できます。

TESシリーズ

（カスタムデザイン）

温度制御範囲：-85℃～+250

LTSシリーズ（フッ素系液体） 

（カスタムデザイン）

温度制御範囲：-80°C～+80°C

TCU マルチリアクター温度制御システム

（カスタムデザイン）

温度制御範囲：-120°C～+250°C

冷却チラー                                                                                                     

循環式チラー / 冷凍サーキュレーター

(カスタムデザイン)

チラーは様々な産業や研究所で広く使用することができ、カスタマイズされた設計をサポートしています。

ウォーター・チラー／小型チラー

(カスタムデザイン)

チラーは様々な産業や研究所で広く使用することができ、カスタマイズされた設計をサポートしています。

低温チラー

(カスタムデザイン)

当社は、-150℃の温度制御範囲を持つ低温冷凍機の生産を専門としており、さまざまな業界の冷凍ニーズを満たすことができます。

高温チラー

(カスタムデザイン)

チラーは様々な産業や研究所で広く使用することができ、カスタマイズされた設計をサポートしています。