Black Aqua Flow Series Benchtop Alkaline Water Cooler

Click here TO DOWNLOAD FULL PRODUCT BROCHURE

Product Overview

• Design & Aesthetics: Boasting a high gloss front and brushed steel sides, the Aqua Flow Series offers a stylish, slim design, perfect for modern homes and offices.
• Versatile Placement: Suitable for both countertop and floor standing setups.

Features

• Cold Tank: 3.3-liter capacity, constructed with Type 304 stainless steel for optimal chilling and ease of maintenance.
• Hot Tank: 1.8-liter Type 304 stainless steel tank, equipped with a 500-watt heater for reliable temperature control.
• Taps: NSF approved, self-closing push taps made from durable polypropylene, with an integrated hot safety tap on models featuring hot water functionality.
• Cabinet Design: Elegant black high gloss front coupled with brushed steel silver sides, utilizing durable ABS plastic and high polymer polyester coated steel.
• Compatibility: Designed to work seamlessly with self-fill bottles for continuous fresh water, as well as standard water bottles.
• Please note: Bottle and Filters are optional add-ons and are sold separately.

Specifications

• Refrigeration: Employs eco-friendly R134A gas, regulated by a capillary tube system without moving parts.
• Electrical Compliance: Includes a hermetically sealed compressor with overload protector. Comes with a certificate number 160793, 220v 50hz single phase, a 1.5-meter power cord, and requires 1.2 amps full load current.
• Performance: Provides a cold water temperature range of 4-10°C and a hot water temperature of approximately 84-89°C.
• Capacity: Efficiently serves up to 44 cups of 10°C water per hour, subject to ambient room temperature.

Warranty

• Coverage: This range is backed by a comprehensive 3-year warranty, offering complete parts and labor protection from the date of original purchase.
• Conditions: The warranty may be void in cases of damage due to reverse osmosis or incorrect filtration. Consultation with a water filter specialist is recommended to ensure optimal use.