Entrance humidity, purge time, annual electricity costs, etc.! Here are examples comparing the power consumption of various adsorption dryers. We are also accepting requests for creating comparison materials tailored to your usage.
In this document, we present a comparison example of the electricity consumption (estimated) between heatless dryers and heater-type dryers. We include figures for inlet flow rate, outlet flow rate, annual electricity costs, and comparison graphs of power consumption. Additionally, we compare other items such as purge flow rate and control box power consumption. We invite you to read through it. 【Types of Comparison】 ■ Heatless ■ PPC Heatless ■ External (Blower) Heater Type ■ PPC Internal Heater Type *We can also create comparison materials tailored to each customer's usage. For more details, please refer to the PDF document or feel free to contact us.
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basic information
**Features of the PPC Heater Type Dryer "DEA Series"** ■Energy Saving - Minimizes heat loss by adopting an internal heater structure - Purge air is up to 3%, with an average purge amount in the range of 1-2% - Controls heating and purge amounts according to flow load using the AMLOC energy-saving device - Running costs are reduced to 1/5 to 1/3 compared to heatless dryers ■Reliability - Developed and used a dedicated Century valve for the dryer - Continuously supplies air even when the power is cut off (safe during power outages) - Does not use external air for cooling, preventing contamination from oil and impurities - Minimizes pressure fluctuations *For more details, please refer to the PDF document or feel free to contact us.*
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For more details, please refer to the PDF document or feel free to contact us.
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Nikkiso Co., Ltd. has an Industrial Division that mainly handles pump products, an Aerospace Division that deals with carbon fiber components for aircraft, and a Medical Division that handles artificial dialysis devices. In the Industrial Division, in addition to pump products, we handle electronic component manufacturing equipment centered around isostatic pressing devices, water quality control equipment for thermal and nuclear power generation, and air dryers. While leveraging existing technologies, we are always challenging ourselves with new technologies through flexible thinking that is not constrained by conventional frameworks. To ensure the stable supply of high value-added products, we place great importance on our in-house training system and are committed to the guidance and development of young employees by veteran staff.
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