DUAL FAUCET DIGITAL COMMERCIAL UNDERCOUNTER LEFT HINGE KEGERATOR WITH X-CLUSIVE PREMIUM DIRECT DRAW KIT
Perfect for any bar, restaurant, or tasting room, Kegco's HK38BSC-L-2 Commercial Undercounter Left HInge Kegerator is ETL listed and packed full of powerful and convenient performance features that make it easier than ever to dispense two kegs of beer, coffee, kombucha, or wine simultaneously. At 3200 therms, it has the most powerful compressor in its class, delivering unbeatable cooling for fast recovery and temperature pulldown in busy commercial environments. The wide 23-59 F temperature range makes it versatile enough to dispense many different types of beverages, and the temperature can be easily monitored and adjusted using an intuitive digital display. Suitable for both built-in and freestanding use, this keg dispenser comes complete with a high-quality dispense system and all of the commercial-grade components you'll need to tap up to two kegs.
Kegco knows that you want to serve your customers the freshest tasting beer possible, so we've included a premium draft dispense system with the HK38BSC-L-2 to provide you with the very best keg dispensing tools at an excellent value.
The dual faucet polished stainless steel beer tower has an extra tall 14.5" height that takes the hassle out of filling growlers and tall pint glasses. It includes two stainless steel Perlick 630SS faucets with an innovative design that will not stick, making them the most sanitary and reliable faucets on the market. Combined with the stainless steel probes on the keg couplers, these faucets ensure that our beer will only touch 100% stainless steel metal components from the keg to your glass. A two-product commercial grade double gauge regulator is included, so you'll always know when the corrosion-resistant, electric red epoxy-coated CO2 tank needs to be refilled. The premium commercial-grade components included in Kegco's exclusive direct draw kit give you the peace of mind of knowing that you are serving your customers beer in its optimum conditions.