Yamaha Fine Technologies Offers Industry-first System to Safely Generate Blended Hydrogen/Nitrogen Gas

Yamaha Fine Technologies Offers Industry-first System to Safely Generate Blended Hydrogen/Nitrogen Gas

Press Release (Asianet)

AsiaNet 82956

HAMAMATSU, Japan, Feb. 21, 2020 (Antara/Kyodo JBN-AsiaNet) --

- Ready to Take Orders for YMHN-50 Hydrogen Trace Gas Generator -

On March 2 (Monday), Yamaha Fine Technologies Co., Ltd., a subsidiary of Yamaha Corporation, will start taking orders for the YMHN-50, a system for automatic generation of the non-flammable hydrogen-nitrogen gas blend that is used as trace gas for leak testing of airtight products.

(Image: https://kyodonewsprwire.jp/prwfile/release/M102122/202002197004/_prw_PI1fl_5U86crxP.jpg)

The YMHN-50 can generate a hydrogen-nitrogen gas blend (below, "hydrogen trace gas") from just an injection of purified water, and is also capable of generating hydrogen trace gas easily and economically.
*Trace gas: Very small quantities of a gas that, in product airtightness investigations and testing, is mainly used to detect leakages in test subjects.

Summary
- Generates hydrogen from purified water and extracts nitrogen from air, then
  blends them precisely to produce hydrogen trace gas.
- Highly reliable safety system emits no flammable hydrogen gas.
- Under Japanese law, no legal applications need to be submitted for
  installation and the system can be installed smoothly into a production line.

Product name: Hydrogen trace gas generator
Model number: YMHN-50
Starting date of order acceptance: March 2 (Monday)
Scheduled number of sales in the first year (domestic, overseas): 5 units in total

Product specifications
Product name: Hydrogen trace gas generator
Model number: YMHN-50
Generatable hydrogen concentration: Max. 3.5 vol%
Trace gas output flow rate: Max. 50 NL/min
Trace gas output pressure: Max. 390 kPa
Supplied water: Purified water (electrical conductivity of 0.2 microseconds/cm or below)
External dimensions: W1,200 mm x H1,770 mm x D1,310 mm
Installation environment: Temperature 5 to 35 C, humidity below 85%, without condensation
Weight: Approx. 600 kg

External diagrams: https://kyodonewsprwire.jp/attach/202002197004-O1-hz7o2HGd.pdf

For details of product specifications, please see Yamaha Corporation website.
https://www.yamaha.com/en/news_release/2020/20022101/

Source: Yamaha Fine Technologies Co., Ltd.

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