Yes. The water from these dispensers can reach approx. 90 C / 194 F. That’s hot enough for any hot drink such as coffee, hot chocolate, tea and soup.

Our hot water dispensers offer child-protected spout option that makes it more difficult for young children to operate, thus reducing the chance of injury.

You can always switch the hot water switch off if you don’t want to use heated water. However, to keep the reservoir clean, drain the hot water tank periodically.

Our dispensers have a drip tray to keep the water from dripping every time you draw water from the taps.

The bottom-loading design of the water dispenser comes with an auto-reminder for water shortage, which notifies you with a beep when the water can needs replacement.

Homage dispensers come with a stainless steel tank designed using anti-bacterial, food-grade material, ensuring that the water stored in the tank is not contaminated. The water taps and the drip tray are all designed using the same food-grade material.

The dispenser heats the water to approximately 85°C, making it hot enough for tea, coffee, and instant soup/noodles.

Homage water dispensers come with a child-lock for the hot water tap, ensuring safety for young children.

Metal cookware should not be used in a microwave.

Many of today’s plastic containers, packages, and wraps are specially designed to withstand microwave temperatures. To ensure yours is suitable, check the item or its packaging label and follow any instructions. Usually, the term “Microwave-safe” is used with microwave cookware.

A power inverter is a DC (battery) powered device that converts DC (Direct Current) power into AC (Alternating Current) power. The output is 230 VAC, 50 Hz.

Yes, they can be mounted on a table-top or on the wall.

Single battery connection: When using a single battery, its voltage must be equal to the voltage of HEXA Nominal Input Voltage (applies to HEX-1004 & HEX-1204 models).

Parallel battery connection: When using multiple batteries in parallel, each battery’s voltage must be equal to the voltage of HEX-1004 & HEX-1204 Nominal Input Voltage.

Series battery connection: When using multiple batteries in series, all batteries must be equal in voltage and AH capacity, and the sum of their voltages must be equal to the voltage of HEX-2004 Nominal Input Voltage.