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  • TUV UL 250V 16A FSKH Ceramic Bimetal Thermostat Fuse Types Over Temperature Switch
  • TUV UL 250V 16A FSKH Ceramic Bimetal Thermostat Fuse Types Over Temperature Switch
  • TUV UL 250V 16A FSKH Ceramic Bimetal Thermostat Fuse Types Over Temperature Switch
  • TUV UL 250V 16A FSKH Ceramic Bimetal Thermostat Fuse Types Over Temperature Switch
  • TUV UL 250V 16A FSKH Ceramic Bimetal Thermostat Fuse Types Over Temperature Switch
  • TUV UL 250V 16A FSKH Ceramic Bimetal Thermostat Fuse Types Over Temperature Switch
TUV UL 250V 16A FSKH Ceramic Bimetal Thermostat Fuse Types Over Temperature Switch
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TUV UL 250V 16A FSKH Ceramic Bimetal Thermostat Fuse Types Over Temperature Switch

  • 10000 - 99999 Pieces
    $0.25
  • >= 100000 Pieces
    $0.21

TUV UL 250V 16A FSKH Ceramic Bimetal Thermostat Fuse Types Over Temperature Switch

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Over-temperature Protection: Automatically interrupts electrical circuits when temperature exceeds predefined thresholds, safeguarding equipment and systems from overheating.
  • Precise Temperature Control: Adjustable temperature settings (via KSD301 design) enable customization for specific applications, ensuring optimal thermal regulation in heating/cooling systems.

Key features

  • 1. Ceramic Body for Enhanced Thermal Stability

  • With a ceramic body, you can ensure reliable operation in extreme temperature fluctuations, outperforming traditional metal-bodied switches prone to thermal expansion.

  • 2. Adjustable Temperature Thresholds for Precision Control

  • With customizable temperature settings, you can optimize activation/deactivation points to suit specific applications, unlike fixed-temperature alternatives.

  • 3. High-Power Compatibility for Demanding Applications

  • With a 250V/16A rating, you can handle heavy-duty systems, surpassing lower-rated switches (e.g., 125V/10A) in commercial or industrial settings.

  • 4. Versatile Mounting and Design for Universal Integration

  • With a compact, surface-mount design, you can easily integrate the switch into tight spaces or custom systems, unlike bulkier competitors.

  • 5. Comprehensive Safety and Environmental Compliance

  • With TÜV, UL, CB, RoHS, and REACH certifications, you can meet global safety and eco-friendly standards, exceeding basic compliance requirements.

Product details

TUV UL 250V 16A FSKH Ceramic Bimetal Thermostat Fuse Types Over Temperature Switch

The TUV UL 250V 16A FSKH Ceramic Bimetal Thermostat Fuse Types Over Temperature Switch (KSD301) is a robust temperature control solution designed for applications requiring precise thermal regulation. With a ceramic body and metal contacts, it ensures durability in harsh environments while meeting global safety standards like TUV and UL.

Technical specifications

FeatureSpecificationBenefit
MaterialCeramic body, brass/copper contactsHigh thermal stability and corrosion resistance
Rated Voltage250V AC/DCSafe for high-power systems
Current Rating16ASupports heavy-duty applications
Temperature RangeAdjustable (Customizable per request)Flexible for diverse thermal control needs
CertificationsTUV, UL, RoHS, REACHEnsures safety and compliance with global standards

Customization guide

Adjustable temperature settings allow customization to meet specific thermal thresholds (e.g., 50°C to 150°C). The compact design can be modified in size and shape to fit mounting constraints, ensuring seamless integration into HVAC systems, industrial equipment, or consumer appliances.

Get inspired

With its ceramic construction and adjustable parameters, this thermostat switch empowers engineers to build safer, more efficient temperature-controlled systems. Whether preventing overheating in industrial machinery or maintaining precise climate control in appliances, this switch delivers reliability and precision.

Choose your model

ParameterBase Model (KSD301)Advanced ModelPro Model
Temperature Range50–120°C50–150°C50–200°C*
Response Time2–5 seconds1.5–4 seconds1–3 seconds (+20% faster)
Current Rating16A20A25A

Supplier's note

  1. Technical Breakthroughs:

    • Ceramic Body: Provides superior thermal stability compared to plastic alternatives, enabling operation in extreme environments.
    • Adjustable Temperature Settings: Allows users to define precise cutoff points, reducing energy waste and equipment damage.
    • Multi-Certification Compliance: Meets TUV/UL safety and RoHS environmental standards, ensuring global market readiness.
  2. Optimal Version Selection:

    • Base Model: Ideal for standard applications like household appliances or HVAC systems requiring 50–120°C control.
    • Advanced Model: Suitable for industrial equipment needing higher temperature thresholds (up to 150°C) and faster response times.
    • Pro Model: Designed for extreme environments (e.g., automotive or heavy machinery) with ultra-wide temperature ranges and 25A current capacity.

With the Pro version’s 200°C tolerance, you can safely regulate temperatures in high-heat systems, while its 20% faster response time minimizes downtime. Pair this with its ceramic body to ensure zero thermal drift over time. For cost-sensitive projects, the Base Model offers reliable performance at an entry-level price.

Frequently asked questions

  • Which thermostat switch model is best for high-temperature industrial equipment?

  • How do I clean and maintain a ceramic bimetal thermostat switch to ensure longevity?

  • Why is ceramic preferred over metal for thermostat switch bodies in high-temperature applications?

  • Can the KSD301 thermostat switch be customized for specific temperature ranges or mounting requirements?

  • Is the KSD301 thermostat switch certified for safety and environmental standards?

  • What types of systems is the KSD301 thermostat switch suitable for?

  • How does the KSD301 ensure reliability in harsh environments?

  • What advantages does the bimetal design offer in the KSD301 thermostat switch?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Bimetal ThermostatsHVAC systems, appliance temperature controlCeramic body: Operating Temp -40°C to 120°C (Industry: -20°C to 100°C) ▲▲ (IEC 60068-2-1)High thermal stability;耐腐蚀 (resists corrosion)Limited adjustable range (fixed set points in some models)
Thermal Cutoff SwitchesOverheating protection in motors/transformers250V/16A (IEC 60947-5-1) ▲ vs industry 220V/10AHandles high current/voltage; auto-reset (UL 1054 compliant)Bulky design; may require replacement after repeated trips
Electronic Temperature SensorsPrecision industrial processesAdjustable set point ±5°C ▲▲ (Industry: ±10°C) (ASTM E1150)Customizable thresholds; real-time monitoringRequires calibration; sensitive to electromagnetic interference
Fuse-Type Over-Temperature SwitchesElectrical enclosures, circuit protectionAuto-reset after cooling (UL 1054) + 16A rating ▲▲ vs industry 10ANo manual reset needed; high current handlingFragile ceramic body; limited temperature range (fixed thresholds)
Adjustable Temperature SwitchesLab equipment, industrial ovens50°C-150°C range (▲▲ vs industry 40°C-120°C) (ISO 7500-1)Broad temperature coverage; precise controlHigher cost; requires专业安装 (professional installation)
Ceramic Body SwitchesHarsh environments (chemical plants)Non-corrosive ceramic (ASTM C623) ▲ vs plastic-based competitorsChemical resistance;耐高温 (heat resistance up to 120°C)Brittle material; heavier than plastic alternatives

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