This product is registered by Manse Kogyo Co., Ltd..
About This Product
■Summary
・Reduce power consumption by up to 33%
・Reducing CO2 emissions
・Enhanced various management functions
■Features Energy saving design
・Uses newly developed high-performance MSC and special pressure equalization method (licensed through technical partnership: MB-PT method)
・Power consumption is reduced by up to 33% by significantly reducing raw material air (applicable compressor can be made one rank smaller)
・Reducing CO2 emissions
・More energy-saving operation possible by using an inverter compressor (Eco-turn method: Equipped with N2 flow rate detection type energy-saving function)
■Features Space-saving design
・Inheriting the conventional compact design, achieving the industry's smallest footprint even for energy-saving models
・Significantly reduces maintenance space
■Features: Cost saving and convenience
・Strengthening the pre-treatment mechanism and adopting a highly reliable air-driven valve
・Extended maintenance cycle by 1.5 times
・Can be combined with general-purpose compressor (0.7MPaG) (with some exceptions)
・Enhanced management functions by centralizing driving data (equipped with high-performance color touch panel and various sensors)
■Introduction effects
If you install KN4-60NSP, you can reduce your annual electricity bill by approximately 1.35 million yen and reduce your annual CO2 emissions by 50 tons.
(Comparison of our SP)
*Calculation conditions: 15 yen/kWh, 6,000 hours/year operation
*CO2 emissions are 0.555kg・CO2/kWh
This value is based on Article 3 of the Enforcement Order of the Act on Promotion of Global Warming Countermeasures.
■Others
*Nitrogen gas purity is the volume ratio of nitrogen gas + argon gas, etc.
*For overseas shipments, performance, power supply, and pressure vessel standards may differ depending on the shipping destination, so please contact us for details.
*Due to improvements and improvements, specifications and dimensions of the device may change without prior notice.
*N2 generation amount and N2 pressure vary depending on the raw material air pressure. Prepare compressed air at the highest possible pressure.
*Design temperature range 5~30℃.
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