Constant temperature and humidity room CSC (comparative signal control) type air conditioner
Itex Co., Ltd.
This product is registered by Itex Co., Ltd..
About This Product
■Features
CSC is an abbreviation for comparative signal control, and was developed by our company as an energy-saving control method for environmental test chambers and constant temperature and humidity chambers. This is the internal name of our unique method that can operate under a wide range of temperature and humidity conditions with the least amount of electricity, while also providing extremely stable temperature and humidity conditions. Compared to the conventional PID system, it requires less equipment power, and in particular, the power consumption during operation is half to one-fourth that of conventional air conditioners.
■Compared to the conventional PID method, power consumption is significantly lower.
Each piece of equipment is operated at the minimum required amount when needed, so it depends on the operating conditions, but in actual practice the amount is definitely less than half. Especially when replacing an air conditioner with another company's air conditioner, if the equipment was overly designed, there are cases where the electricity bill was reduced to 1/5 to 1/6 after replacing the air conditioner. In addition, the CSC method is equipped with an energy-saving mode switch as standard, and there are cases where power consumption has been reduced to 1/10 when set to energy-saving mode, although temperature and humidity control is sacrificed a little.
■Automatic blower control is standard equipment.
Until the setting is reached, air conditioning is performed at strong wind speeds to quickly shift the temperature of the surrounding walls, so the temperature distribution quickly becomes constant. After reaching the setting, the wind speed changes to low noise. The amount of air flow at this time can be freely set by the customer.
Everyone is surprised by the low indoor noise and indoor wind speed. This is especially appreciated if you use precision balances or other high-precision measuring instruments indoors. Additionally, when indoor humidity increases, dehumidification control is prioritized to prevent condensation on the walls that occurs when moving from low to high temperatures.
■This is a control method that allows the temperature and humidity to change over time very quickly.
The capacity of the blower, refrigerator, heater, and humidifier are all automatically variable. When heating is at its maximum, cooling is at its minimum, and when cooling is at its maximum, heating is at its minimum. Humidification and dehumidification similarly work like a seesaw, so the transition speed is fast and there is no overshoot, so the indoor temperature and humidity can be adjusted quickly. Stable. In addition, the blowers and refrigerators are turned to maximum speed during the transition to maximize their capacity.
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Constant temperature and humidity room CSC (comparative signal control) type air conditioner
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