DANFOSS / EATON BLACK LINE LPG 3/4 H90012-500R

Specifications

Abrasion Resistance 29	Application LPG	Certifications RMA Class A	Color Black	Conductivity 30	Construction Multi Braid	Cover Material Synthetic Rubber	Cover Style Pin-Pricked	Dash Size -12	Brand Danfoss (IGS)	Brand Danfoss Power Solutions	Pack Size 1.00	UOM FT	Features A solution for every hose need\|Industry leader since 1870\|Designed for safety and reliability	ICC Hoses and Flexible Tubes	Language English	Lay Line Style Ink Jet	Minimum Bend Radius 9	Minimum Bend Radius 9	Minimum Working Temperature -40	NMFC 70	Product Width 1.25	Qualified Hose Fittings Z, 1A, 1G fitting, Swage or Crimp male couplings	Reinforcement Material Polyester	Sub Brand None	Supplier Part Number H90012-500R	Tube Material Synthetic Rubber	Product Weight 0.30 lbs

Product Questions & Answers 3

Product Questions & Answers

hose says it's conductive, does that mean it's actually safe for LPG transfer, or is that just a material thing?

Question by: Hubert C on Aug 23, 2025, 5:38 PM

Conductivity in an LPG hose matters because static buildup during fuel transfer can be a real hazard. This hose carries an RMA Class A rating and is built with conductive properties specifically to address that. So yes, the conductivity is a functional safety feature, not just a material characteristic. It's built into the hose to help dissipate static during operation.

Answer by: Customer Support on Aug 25, 2025, 6:37 AM

Will this here hose handle LPG alright, and is it safe for that kinda work?

Question by: Scott B on May 14, 2025, 8:28 AM

Rated to RMA Class A standards, this hose offers conductive properties for safe and efficient operation with LPG.

Answer by: Customer Support on May 15, 2025, 4:21 PM

got a tight spot to route this line, how sharp can i bend the Eaton Black Line LPG 3/4 without kinking it up

Question by: Duane D on Apr 3, 2026, 2:51 PM

For routing, the minimum bend radius is 9 inches. Keeping your bend at 9 inches or larger helps the hose hold its shape and avoid damage from being forced too tight.

Answer by: Customer Support on Apr 4, 2026, 9:45 PM