Precision air conditioner (TCU/ECU) provide air with precisely controlled temperature and humidity to spaces that require air conditioning, creating a stable environment.
Maintaining a constant temperature and humidity contributes to improving the reliability of measurements and tests, and stabilizing manufacturing conditions to improve quality.
Furthermore, no major construction work is required and it is highly energy-efficient. It is an eco-friendly air conditioner that has lower installation and running costs compared to air conditioning systems such as factory air conditioners.
Easier than a temperature-controlled room
Air conditioning
that cannot be achieved with overall
Features
What precision air conditioner (TCU/ECU) can do
Cooling/warming
A stable temperature environment is maintained at all times, regardless of the season, time of day, or weather. Temperature control is more stability than with overall systems such as factory air conditioners.
Dehumidification/humidification
Not only temperature but also humidity can be controlled with stability of ±0.5%RH. It can humidify during the dry winter months and dehumidify during the humid rainy season. It also achieves humidity control, which is difficult with factory air conditioners.
saving
Because it can only cool the areas that need it, it achieves significant energy savings compared to overall, it has high energy-saving performance thanks to its completely heaterless and inverter control.
to install
Simply enclose the equipment or space that requires air conditioning in a booth and connect precision air conditioner (TCU/ECU). This allows for flexible response to sudden layout changes or equipment relocation.
Cleanliness management
By combining it with an FFU (fan filter unit) equipped with a HEPA filter, you can create a clean room-like environment while also controlling temperature and humidity.
Cooling/warming
It maintains a stable temperature environment at all times, regardless of the season, time of day, or weather.
It is possible to cool or heat to the desired temperature without being affected by changes in the outside temperature.
Dehumidification/humidification
Not only temperature but also humidity can be controlled with stability of ±0.5%RH. It can humidify during the dry winter months and powerfully dehumidify during the humid rainy season.
saving
Because it can only cool the areas that need it, it achieves significant energy savings compared to overall, it has high energy-saving performance thanks to its completely heaterless and inverter control.
Cleanliness management
By combining it with an FFU (fan filter unit) equipped with a HEPA filter, you can create a clean environment while also controlling temperature and humidity.
The size of the space isflexible.
We will recommend the most suitable precision air conditioner (TCU/ECU) based on the size of the space you want to air condition.
A space the size of a constant temperature room
Even existing small clean rooms and measurement rooms can be air-conditioned in a short period of time and at low cost.
The space inside the booth
By enclosing the equipment in an air-conditioning booth, a local air-conditioned space can be created, allowing for temperature and humidity control.
The space inside the device
When precise temperature and humidity control is required for the space inside equipment such as printing machines and exposure machines, air can be supplied directly into the equipment.
Even in a small space on a table
Tabletop testing machines and analytical equipment can also be enclosed in small booths and air-conditioned.
Case studies
Customer feedback
The temperature inside the solder paste printer
Strictly controlled with precision air conditioner (TCU/ECU).
Printing defects occur when the viscosity of the solder paste changes due to temperature changes, etc. Therefore, it is very effective to use precision air conditioner (TCU/ECU) to keep the temperature inside the printing machine constant.
Tenryu Seiki Co., Ltd.
Since its founding, the company has been a factory automation equipment manufacturer based in Komagane City, Nagano Prefecture, that has been working on automation technology in fields such as electronics, automobiles, and medicine. In line with the age of AI and IoT, the company continues to take on the challenge of manufacturing with an eye to the future, developing printing machines that manufacture precision electronic circuit boards and obtaining patents for 5G-compatible transmission lines.
Examples of use
