Philips HD3761/60 PerfectDraft 5000 Series biertap

Enjoy fresh, perfectly chilled draft beer at home with the Philips HD3761/60 PerfectDraft 5000 Series Beer Dispenser. This professional-grade appliance uses an integrated cooling system to maintain the optimal serving temperature of 3°C, ensuring every pour is as good as from the tap. Compatible with PerfectDraft 6L kegs, it features an automatic pressure regulation system for consistent foam and taste. The brushed stainless steel and plastic housing adds a sleek touch to any kitchen or bar area.

Advantages

With the Philips PerfectDraft 5000, you can enjoy bar-quality draft beer without leaving home. The LED display shows remaining beer volume and freshness days, so you always know when to replace the keg. The removable drip tray and tap handle are dishwasher-safe for easy cleaning. Low noise operation makes it ideal for living spaces.

Suitable for

• Home bars and entertainment areas
• Beer enthusiasts who want fresh draft beer on demand
• Parties and gatherings

Key specifications

• Keg Compatibility: PerfectDraft 6L kegs
• Cooling Technology: Integrated cooling system
• Optimal Serving Temperature: 3°C
• Temperature Indicator: LED display
• Volume Indicator: LED display (shows remaining beer volume)
• Freshness Indicator: LED display (shows remaining freshness days)
• Housing Material: Brushed stainless steel and plastic
• Power Consumption: 70 W
• Input Voltage: 220-240 V
• Input Frequency: 50-60 Hz
• Noise Level: Low noise operation
• Drip Tray: Removable and dishwasher-safe
• Tap Handle: Professional-grade, removable for cleaning
• Cooling Time (from room temp): Approximately 12-15 hours
• Pressure System: Automatic pressure regulation
• Cord Length: 1.5 m
• Installation Type: Freestanding
• Colour: Black with chrome accents

Recommendations

For best results, pre-cool the keg in a refrigerator before inserting into the dispenser to reduce cooling time. Clean the drip tray and tap handle regularly to maintain hygiene. Use only PerfectDraft 6L kegs for optimal performance.