Why Are NTC Thermostats Used in Multifunctional Healthy Pots?

Traditional electric kettles are designed mainly to bring water to boiling temperature. Multifunctional healthy pots have a different requirement.

They may need to heat water to several different temperature levels and maintain a selected temperature for a period of time.

This changes the role of temperature sensing.

From Boiling Control to Temperature Feedback

A conventional kettle thermostat can provide a simple boil/no-boil decision.

A multifunctional appliance may instead need information about the actual temperature.

This is where NTC sensing becomes useful.

The NTC component changes resistance as the temperature changes. The electronic control system can interpret that signal and adjust heating according to the programmed temperature.

Typical Functions

Depending on the product design, a healthy pot may provide:

· Boiling

· Keep warm

· Tea preparation

· Milk heating

· Soup preparation

· Multiple temperature settings

These applications require a different control strategy from a basic kettle.

Why Does Component Integration Matter?

An NTC thermostat or temperature-control assembly needs to fit the mechanical structure of the appliance.

The sensing location influences the temperature signal. The wiring and connector configuration influence assembly. The control board needs to be compatible with the electrical output.

Jiatai currently offers NTC-based thermostat solutions for multifunctional healthy pots, including KSD568-5M and other models in the electric kettle thermostat portfolio. 

OEM Development Should Start With the Complete System

For a new healthy pot project, the buyer should not simply request “an NTC thermostat.”

A better specification includes:

· Target temperature range

· Temperature accuracy

· Sensor position

· Heating power

· Control board

· Connector

· Required functions

· Mechanical drawing

That information allows the thermostat supplier to propose a more appropriate solution.