Jet Nozzle for Heat Management Now Compatible with Φ200 Air Ducts
Panasonic HVAC & CC will release the new "NK-20JNA" Jet Nozzle on May 29, 2026, compatible with Φ200 air ducts. It reduces perceived temperature by up to 2.2°C and contributes to a maximum 11.3% reduction in power consumption.
📋 Article Processing Timeline
- 📰 Published: May 29, 2026 at 10:00
- 🔍 Collected: June 1, 2026 at 02:23 (64h 23m after Published)
- 🤖 AI Analyzed: June 1, 2026 at 21:59 (19h 36m after Collected)
Panasonic HVAC & CC Co., Ltd. (hereinafter "Panasonic") will launch a new product in its "Jet Nozzle" lineup for heat management on May 29, 2026. This product is compatible with Φ200 air ducts, commonly used in large spaces such as factories, and reduces the user's perceived temperature by up to 2.2°C simply by attaching it to the duct tip.
In recent years, the increase in extreme heat days has led to growing needs for heat countermeasures, particularly in large spaces like factories due to the nature of the work environment. In 2023, Panasonic launched the "Jet Nozzle" NK-12JNA, which reduces the user's perceived temperature by up to 2.9°C just by attaching it to the tip of spot air conditioning units. This product fits Φ120–150 ducts commonly used with spot cooling, and can be used without the need for duct replacement or construction. Its unique special multi-layer structure suppresses the intake of surrounding warm air, efficiently delivers cold air to the user, and effectively reduces the WBGT (heat stress index), leading to its adoption by many customers.
The newly launched NK-20JNA supports Φ200 ducts used in large spaces such as automotive factories, and reduces the user's perceived temperature by up to 2.2°C. This allows usage without excessively lowering the air conditioning set temperature, leading to a maximum 11.3% reduction in power consumption. Furthermore, the condensation-resistant structure makes it less prone to water droplets in summer usage environments, allowing for use in a wider variety of locations.
With this product, Panasonic continues to contribute to creating comfortable environments for customers by providing not only heat management solutions but also energy solutions.
[Contact Information]
Panasonic Environmental Engineering Co., Ltd.
Phone: 0568-81-1162
In recent years, the increase in extreme heat days has led to growing needs for heat countermeasures, particularly in large spaces like factories due to the nature of the work environment. In 2023, Panasonic launched the "Jet Nozzle" NK-12JNA, which reduces the user's perceived temperature by up to 2.9°C just by attaching it to the tip of spot air conditioning units. This product fits Φ120–150 ducts commonly used with spot cooling, and can be used without the need for duct replacement or construction. Its unique special multi-layer structure suppresses the intake of surrounding warm air, efficiently delivers cold air to the user, and effectively reduces the WBGT (heat stress index), leading to its adoption by many customers.
The newly launched NK-20JNA supports Φ200 ducts used in large spaces such as automotive factories, and reduces the user's perceived temperature by up to 2.2°C. This allows usage without excessively lowering the air conditioning set temperature, leading to a maximum 11.3% reduction in power consumption. Furthermore, the condensation-resistant structure makes it less prone to water droplets in summer usage environments, allowing for use in a wider variety of locations.
With this product, Panasonic continues to contribute to creating comfortable environments for customers by providing not only heat management solutions but also energy solutions.
[Contact Information]
Panasonic Environmental Engineering Co., Ltd.
Phone: 0568-81-1162
FAQ
パナソニックのジェットノズル「NK-20JNA」の主な特徴は何ですか？
工場などの大規模空間で多く使用されている口径Φ200の空調ダクトに対応し、取り付けにより使用者の体感温度を最大2.2℃低減します。
ジェットノズルを設置することでどのような省エネ効果がありますか？
過度に空調機器の設定温度を下げることなく体感温度を下げられるため、最大11.3％の消費電力削減につながります。
ジェットノズルはどのような環境での使用に適していますか？
工場や自動車工場などの大空間に適しており、結露対策構造により夏季の水滴が発生しづらく、多様な場所で使用可能です。
既設の空調設備への工事は必要ですか？
空調ダクトの入れ替え工事や施工を行うことなく、ダクト先端に取り付けるだけで使用できます。
体感温度の低減にはどのような技術が使われていますか？
独自の特殊多重構造機構により周囲の暖気の巻き込みを抑制し、冷たい風を使用者まで効率よく届ける仕組みを採用しています。