GRM-016 Kettle & Coffee Maker Temperature Sensor

High-temperature NTC sensor for kettles, coffee makers, hot-water pots, and beverage-heating equipment.

This product belongs under Kettle & Coffee Maker Temperature Sensors and is positioned for both practical sourcing and B2B quote requests.

Highlights

• Encapsulated sensor design available in aluminum-cap and ceramic-cap styles
• Fast response suited to heating control in beverage and kitchen appliances
• Typical application range from -20°C to 300°C based on source content
• Useful for kettles, coffee makers, hot-water pots, and related heated vessels

Common applications

• electric kettles
• coffee makers
• electric tea kettles
• hot-water pots
• IH cookers

Current catalog details

The source content describes GRM-016 as an aluminum-cap or ceramic-cap temperature sensor for IH cookers, electric hot-water pots, and IH rice cookers with fast response.

Technical snapshot

Specification	Details
Type / Series	GRM-016
Application focus	Kettle, coffee maker, and beverage appliance temperature control
Construction	Encapsulated NTC sensor with aluminum cap or ceramic cap options
Operating range (source basis)	-20°C to 300°C
Response note (source basis)	Approx. 5 sec on hot plate
Customization	Cap material, resistance value, lead wire, connector, mounting

Configuration options

• Resistance or sensing configuration where applicable
• Cable length, lead wire, and insulation material
• Connector or terminal style
• Mounting or structural variations for OEM projects
• Branding, labeling, and packaging support for distribution

How to confirm fit

1. Confirm the application or compatible system you are buying for.
2. Check connector size, mechanical fit, and any key dimensions.
3. Review temperature exposure and the environment around the part.
4. Send photos, drawings, or existing part details if there is any fit uncertainty.

Questions buyers often ask

Why use a dedicated beverage-appliance sensor?

Kettles and coffee makers heat quickly, so sensor construction, cap material, and thermal response all affect safety, shutoff accuracy, and product lifetime.

What is the difference between aluminum-cap and ceramic-cap versions?

The choice depends on the appliance design, target response, contact style, and operating environment. We cover that in the linked comparison resource.

Can this be built for OEM projects?

Yes. OEM and ODM projects can include custom resistance curves, cable sets, and terminal styles can be specified.

Helpful guides

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