PTHC-C95WExd High and Low Temperature Dynamic Temperature Control System

Product Introduction

The PTHC series high and low temperature dynamic temperature control system mainly consists of a refrigeration system, a circulation system, a control system, a box, etc. The refrigeration system adopts steam compression refrigeration, and the compressor and main refrigeration components adopt international standardsbrandThe circulation system consists of a circulation pump, electric heating tube, expansion vessel, exhaust valve, one-way valve, thermistor, pipeline, etc. The control system adopts PID control technology, high-definition touch screen display, and multiple protection functions to ensure the safe operation of the equipment. By utilizing the cooling and heating capabilities of the unit itself, the heat transfer fluid is transported to the external environment to meet the process requirements. Suitable for external applications that require rapid heating and cooling, temperature control for glass reactors, metal reactors, bioreactors, etc., material testing, especially suitable for controlling heat absorption and release processes during the reaction process.

Product Features

System features: Fully sealed, no oil mist, no odor. Thermal conductive liquids have a long lifespan, participate in less circulation, and have fast heating and cooling.

Control function: PLC advanced controller, dynamic temperature control, accuracy ± 0.1 ℃. Customization of non-standard control programs, including output and input points, communication methods, alarm points, etc.

Automation function: automatic exhaust, built-in solenoid valve. Pressure detection and protection. Real time display of operating status, automatic fault diagnosis, and multiple alarm protections.

Remote management: The controller can be optionally equipped with the Internet of Things, allowing for remote viewing of data, alarm information, and remote control through a mobile app.

Control stability: Advanced dynamic control system with high control repeatability. Adaptive PID control algorithm, suitable for different environments and loads.

Multiple security protections: Comprehensive security measures and multiple security protection mechanisms.

Application field

Temperature control of jacketed reactors in chemical, pharmaceutical, and biological fields

Temperature control of distillation crystallization purification system

Temperature control of high-pressure reactor

Dynamic temperature control of cold and heat sources in jacketed reactor

Temperature control of mixing tank

Temperature control of cold and heat sources in microchannel reactors

Temperature control of crystallization system