Cordless Kettle Insertion Withdrawal Tester โ€“ KingPo IEC 60335-2-15 Clause 22.103 Base Contact Endurance Test Equipment for Kettle Manufacturers
Cordless Kettle Insertion Withdrawal Tester โ€“ KingPo Stepping Motor and Ball-Screw Main Manipulator for 0-100 mm Precise Insertion/Withdrawal per IEC 60335-2-15
Cordless Kettle Insertion Withdrawal Tester Control Panel โ€“ KingPo 7" PLC Touchscreen with Real-Time Cycle and Position Monitoring
Cordless Kettle Insertion Withdrawal Tester โ€“ KingPo Built-in 0-250 V / 0-15 A Load Circuit with Automatic Load/No-Load Switching
Cordless Kettle Insertion Withdrawal Tester โ€“ KingPo IEC 60335-2-15 Clause 22.103 Base Contact Endurance Test Equipment for Kettle Manufacturers
Cordless Kettle Insertion Withdrawal Tester โ€“ KingPo Stepping Motor and Ball-Screw Main Manipulator for 0-100 mm Precise Insertion/Withdrawal per IEC 60335-2-15
Cordless Kettle Insertion Withdrawal Tester Control Panel โ€“ KingPo 7" PLC Touchscreen with Real-Time Cycle and Position Monitoring
Cordless Kettle Insertion Withdrawal Tester โ€“ KingPo Built-in 0-250 V / 0-15 A Load Circuit with Automatic Load/No-Load Switching

Cordless Kettle Insertion Withdrawal Test โ€“ IEC 60335-2-15 Clause 22.103 Kettle Base Contact Endurance Test Equipment

Cordless Kettle Insertion Withdrawal Tester delivers IEC 60335-2-15 compliant base contact endurance validation for kettle manufacturers and certification laboratories.

  • Stroke: 0-100 mm adjustable (main manipulator) / 0-25 mm (auxiliary)
  • Speed: 0-100 mm/s adjustable (main) / 0-20 mm/s (auxiliary)
  • Test Cycles: 0-999999 programmable
  • Load Voltage / Current: 0-250 V / 0-15 A adjustable
  • Control: PLC with 7″ color touchscreen
  • Modes: Automatic load / no-load switching with auxiliary mechanism
  • Fixture: Height-adjustable multifunctional clamp
  • Standards Compliance: IEC 60335-2-15 Clause 22.103
  • MOQ: 1
  • Delivery Period: 30 working days

Cordless Kettle Insertion Withdrawal Tester Description

IEC 60335-2-15 Cordless Kettles Insertion And Withdrawn Endurance Tester

The Cordless Kettle Insertion Withdrawal Tester is a specialized, high-precision single-station endurance test system manufactured by KingPo. It is purpose-built to rigorously evaluate the mechanical durability, electrical conductivity stability, and long-term reliability of the base contact coupling system in cordless kettles according to the latest requirements of IEC 60335-2-15:2024 Clause 22.103. The tester accurately replicates the repetitive insertion and withdrawal motions experienced during normal consumer use while performing both loaded and unloaded testing.

Why This Cordless Kettle Insertion Withdrawal Tester Meets the Needs of OEMs and Certification Laboratories๏ผŸ

  • For large-scale kettle manufacturers and accredited testing laboratories, the primary challenge is achieving repeatable, fully traceable endurance data that satisfies the stringent mechanical and electrical requirements of modern safety standards. This tester directly addresses these needs through PLC-driven stepping motor and ball-screw actuation, independent load/no-load switching, real-time cycle and conduction monitoring, and automatic data logging. It supports high-volume testing while maintaining the precision and documentation required for both internal quality assurance and third-party certification submissions.

KingPo Factory Advantages

KingPo is an ISO 9001, ISO 14001 and ISO 45001 certified manufacturer specializing in electrical appliance safety and endurance testing equipment. With over a decade of experience serving global small-appliance OEMs, certification laboratories and testing organizations, we have delivered numerous Cordless Kettle Insertion Withdrawal Testers worldwide. Every system undergoes rigorous factory calibration and is supplied with comprehensive documentation, on-site installation guidance, a full one-year warranty and lifetime technical support from our Dongguan facility.

Professional Construction & Technical Precision

Key features include:

  • Stepping motor + ball-screw drive for smooth, repeatable reciprocating motion
  • 7″ touchscreen PLC control with real-time position display and parameter preset
  • Height-adjustable multifunctional fixture for different kettle models
  • Built-in load circuit (0-250 V / 0-15 A) with automatic load/no-load switching
  • Auxiliary mechanism for reliable on/off action during loaded testing
  • Floor-standing rigid frame with casters for easy laboratory mobility

These technical elements ensure high accuracy, excellent repeatability and full compliance with IEC 60335-2-15 Clause 22.103 requirements.

Technical Parameters

Core Test Parameters

Parameter Specification Remark / Notes
Main Manipulator Stroke 0-100 mm adjustable Ball-screw driven, preset via touchscreen
Auxiliary Stroke 0-25 mm adjustable Supports on/off action during load test
Speed (Main) 0-100 mm/s adjustable Precise control for realistic insertion/withdrawal
Speed (Auxiliary) 0-20 mm/s adjustable Optimized for switch actuation
Test Cycles 0-999999 programmable Automatic shutdown and data save on completion
Test Time per Cycle 0-999.9 s programmable Independent setting for dwell time
Load Voltage / Current 0-250 V / 0-15 A adjustable Built-in load circuit for loaded endurance testing
System Parameters
Parameter Specification Remark / Notes
Control System PLC with 7″ color touchscreen Real-time monitoring, manual adjustment mode
Drive Mode Stepping motor + precision ball screw Low noise, high repeatability
Fixture Height-adjustable multifunctional clamp Suitable for various cordless kettle bases
Power Supply AC 220 V 50 Hz (or clientโ€™s local requirement) 1 kW power consumption
Dimensions / Weight Approx. 830 ร— 500 ร— 1040 mm / 150 kg Floor-standing with casters for mobility

 

Primary Use Cases & Business Value

The Cordless Kettle Insertion Withdrawal Tester supports critical stages in product development and quality assurance. Appliance engineers use it to validate base contact durability under repeated insertion/withdrawal cycles. Certification laboratories rely on its precise cycle counting and load control to generate traceable data for IEC 60335-2-15 compliance. Production teams perform batch verification to prevent field failures caused by contact wear. The equipment also enables failure analysis by replicating exact endurance stresses, helping manufacturers identify and eliminate design weaknesses early.

Cordless Kettle Insertion Withdrawal Tester โ€“ Laboratory Operator Setting Up IEC 60335-2-15 Endurance Test on Cordless Kettle Base
Cordless Kettle Insertion Withdrawal Tester โ€“ Laboratory Operator Setting Up IEC 60335-2-15 Endurance Test on Cordless Kettle Base

Procurement Benefits

Integrated PLC control with automatic load/no-load switching and real-time data logging delivers consistent, repeatable results with minimal operator intervention. Robust floor-standing construction ensures long-term reliability and low maintenance costs. This Cordless Kettle Insertion Withdrawal Tester strengthens base contact validation per IEC 60335-2-15 and minimizes quality risks, ultimately reducing warranty claims and accelerating time-to-market for reliable cordless kettles. Contact us today for your quote โ€“ we will respond within 24 hours with detailed technical specifications and pricing.

Cordless Kettle Insertion Withdrawal Tester Applications

  • Cordless Electric Kettles โ€“ Precise verification of base contact mechanical endurance and electrical performance under repeated insertion/withdrawal cycles
  • Household Appliances for Heating Liquids โ€“ Endurance life testing for cordless coffee makers, tea makers, soy milk makers and similar heating devices
  • Small Domestic Electrical Appliances โ€“ Compliance and reliability testing in accordance with IEC 60335-2-15 safety standard
  • Accredited Certification Laboratories โ€“ Generation of highly traceable and repeatable test data required for product safety certification
  • R&D and Engineering Departments โ€“ Optimization of cordless connector design, contact materials, and mechanical structure to enhance product durability and minimize field failures

Compliance & Regulatory Assurance

This equipment is strictly designed and manufactured in accordance with IEC 60335-2-15:2024 Clause 22.103 for the endurance testing of cordless kettle base contacts. It provides a controlled environment to simulate repeated insertion and withdrawal operations (with or without electrical load) for accurate evaluation of contact mechanical and electrical performance, thereby ensuring long-term reliability and safety in household appliances for heating liquids.

For comprehensive technical guidance on safety requirements for appliances for heating liquids and testing methodology, please refer to the latest edition of IEC 60335-2-15.

Calibration certificates are available at additional cost. Regular verification of stroke accuracy, speed, load parameters and cycle counting is recommended to maintain traceability.

Technical Inquiry for Cordless Kettle Insertion Withdrawal Tester

KingPo specializes in electrical appliance safety and endurance testing equipment. If you require precise IEC 60335-2-15 Clause 22.103 testing for cordless kettle base contacts or similar heating appliances, our engineering team can provide customized configurations and technical support.

The Core Value We Deliver to You

  • PLC-controlled precision stroke and speed for repeatable endurance testing
  • Automatic load/no-load switching with auxiliary on/off mechanism
  • 7″ touchscreen interface with real-time monitoring and data logging
  • Height-adjustable fixture compatible with multiple kettle models
  • Up to 999999 programmable cycles with automatic shutdown
  • Full compliance with IEC 60335-2-15:2024 Clause 22.103

Tell us your kettle model, required cycle count or test voltage/current โ€” our engineering team will reply with tailored recommendations within 24 hours.

Detail Display

Cordless Kettle Insertion Withdrawal Tester FAQs

What exactly does IEC 60335-2-15 Clause 22.103 require for cordless kettles?
IEC 60335-2-15 Clause 22.103 mandates that the base contact system of cordless kettles must withstand a minimum number of insertion and withdrawal operations without impairing electrical or mechanical performance; this tester fully automates and documents the required endurance cycles to ensure compliance.
How does the Cordless Kettle Insertion Withdrawal Tester simulate real-world kettle use?
The tester uses a stepping motor and precision ball screw to deliver controlled 0-100 mm strokes at adjustable speeds up to 100 mm/s, replicating the exact insertion/withdrawal motion consumers perform daily, with an auxiliary mechanism ensuring reliable on/off action during loaded tests.
Can the tester perform both loaded and unloaded endurance tests automatically?
Yes. It features built-in 0-250 V / 0-15 A load circuitry with automatic or independent switching between load and no-load modes, allowing manufacturers to verify contact performance under both powered and unpowered conditions in a single test sequence.
How accurate is the cycle counting and data logging on this endurance tester?
The PLC system counts every insertion/withdrawal cycle and conduction event with full traceability, automatically saves test data, and shuts down precisely when the preset number of cycles (up to 999999) is reached, providing certification-ready records for IEC 60335-2-15 compliance.
Is the fixture suitable for different brands and models of cordless kettles?
Yes. The height-adjustable multifunctional fixture accommodates a wide range of kettle base geometries and can be quickly repositioned via the touchscreenโ€™s manual mode, making the tester ideal for both R&D validation and multi-model production-line testing.
What safety protections does the Cordless Kettle Insertion Withdrawal Tester include?
The system incorporates emergency stop, overcurrent protection, automatic shutdown on cycle completion, and a rigid floor-standing frame with casters, ensuring operator safety and equipment protection during extended high-cycle endurance testing.
How does the tester handle long-duration tests without data loss?
The industrial PLC features full power-off memory and automatic data saving, allowing tests to resume exactly where they left off even after power interruptionsโ€”critical for uninterrupted multi-day endurance runs required by certification laboratories.
Can the tester be customized for special kettle designs or higher cycle requirements?
Yes. KingPo offers full customization of stroke limits, fixture geometry, load parameters, and software functions to match proprietary kettle base designs or extended test protocols beyond standard IEC 60335-2-15 requirements.
What maintenance is required to keep the Cordless Kettle Insertion Withdrawal Tester performing at peak accuracy?
Monthly verification of ball-screw lubrication, fixture alignment, and load circuit calibration is recommended; the robust construction and accessible design minimize downtime while maintaining the precision needed for repeatable IEC 60335-2-15 test results.
How can manufacturers obtain a quotation tailored to their specific cordless kettle testing needs?
Simply provide your kettle model drawings, required cycle count, or voltage/current specifications to our engineering team; we will return a fully customized configuration and competitive quotation within 24 hours.

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