Jiatai supplies 5-pole electric kettle thermostat solutions for electric kettles and water heating appliances. Designed for stable power connection, safe operation and convenient cordless use, our products help manufacturers build reliable 360° kettle control systems for daily household appliance applications.
Our 5-Pole Electric Kettle Thermostat uses steam sensing with a bimetal snap action for fast, reliable boil cut-off. Five terminals typically serve line, neutral, control/steam sense, lamp/auxiliary, and protective grounding. Designs support 360° rotating bases and AC250V service at 10A, 13A, or 16A. For platform planning, see our broader electric kettle thermostats.
Since 1985, our R&D and in-house testing help deliver precise control with safety protections such as auto shut-off, dry‑boil, and overheat safeguards. We focus on energy efficiency, repeatable performance, and long service life.
As an OEM/ODM partner, we customize calibration, recovery, terminal layout, footprint, and indicator integration. A one‑stop process—from needs analysis to pilot runs—plus rigorous tests (e.g., salt spray and high‑voltage endurance) supports quality and reliable on‑time delivery.
Options include standard bimetal models for mainstream kettles, easy‑assembly versions that speed production, and smart/NTC‑integrated designs for tighter control and keep‑warm modes. Material and sealing choices enhance durability in demanding environments.
| Approx. Kettle Wattage | Suggested Rating | Typical Use |
|---|---|---|
| 1000–1600 W | 250V 10A | Compact or travel models |
| 1600–2200 W | 250V 13A | Mainstream 1.5–1.7 L kettles |
| >2200 W or heavy duty | 250V 16A | Premium or extended duty cycles |
NTC‑equipped versions enable multi‑mode heating, tighter temperature control, and keep‑warm. Our engineers coordinate sensor interfaces and firmware behavior during development.
Suitable for plastic, stainless steel, and glass kettles from about 0.6 L to 2.0 L, including gooseneck and travel designs. Interfaces are tuned for 360° bases, and coordinate well with kettle couplers, lower base connectors, and switches for faster assembly and dependable rotation.
Typical mapping: L (heater input), N (return), control/steam sense, lamp/auxiliary, and protective ground. Maintain clearances, preserve the steam path, and verify indicator load and polarity early.
Match current rating to wattage and mains region with safety margin.
Define boil calibration, deviation, and recovery to fit the user experience.
Choose easy‑assembly or conventional formats based on line throughput.
Confirm indicator/lamp requirements and pole usage upfront.
Align documentation and testing needs with target certifications early.
Request samples and an engineering review from our OEM/ODM manufacturer team. Share target ratings, kettle capacity/power, voltage region, mounting constraints, indicator needs, preferred calibration, and timeline. We provide drawings, DFM feedback, prototypes, and pilot runs to move quickly from design to production.
