Low Profile D System Keg Coupler – 100% stainless Steel- NSF Certified- (C4999)
When you got vertical space challenges, a low profile keg coupler is the only solution.
Low Profile D System Keg Coupler comes with PRV (55 Psi Pressure Release valve) and is NSF Certified. Release excess pressure from a keg pulling PRV ring. Co2 Gas-IN barb of keg coupler is suitable for red beer gas hose.
The body and all internal parts of the dispense coupler are made from 304 stainless steel grades. This is a corrosion-resistant grade and is also considered the best in the food industry.
Krome dispense is a leading manufacturer of keg beer dispense keg couplers.
How to tap low profile keg coupler?
Tapping a low profile keg Sankey coupler is easy. Simply twist the coupler on a domestic beer keg.
D system keg couplers are also called American Sankeys as they work with most North American kegs. USA and Canadian brands, like Budweiser, Busch, Coors Light, Killian’s, Labatt, Michelob, Miller Lite, Milwaukee’s Best, Molson, Moosehead, OV, Pete’s Wicked, Sam Adams use D type keg valves.
Always use the same coupler type as your keg. If you are unsure about the keg you have, Checkout our complete Keg Coupler List.
- Suitable for domestic kegs
- All stainless 304 body and contact with the beer
- Silicon check valve included CO2 side of the keg coupler
- Gas inlet and Beer outlet on sides of the keg coupler
- Standard industry Parts – like beer nut and gas tailpieces included
- Once installed, requires less than 3.75″ of vertical space to operate. Saves space in keg stacking setup
Specifications
Weight | 1.07 |
Material | Stainless Steel |
Type | D System Keg Coupler |
Thread Size | 5/8" |
Standard Packing | 12 |
- Technical Sheet (PDF)
- Submittal
- Exploded View (PDF)
- Exploded View
- Dimensions & Measurements (PDF)
- Line drawing
Warnings / Instructions
- Important information – Prop. 65 for CA residents.
- Proposition 65 Warning: This product contains chemicals known to the State of California to cause cancer and/or birth defects or other reproductive harm.