Atasan Inc.

K17 - Oven Hinges

Atasan designs hinges that offer comfort to consumers. With a vision that allows the production of cost-efficient options, the company is able to adapt its innovative technologies to any desired weight.

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  • OEM Compatible
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Overview

 

K17 Standard Oven Hinge

Product Overview

The Atasan K17 standard oven hinge has been developed as a versatile mechanical solution for a wide range of oven door applications. Designed to support door weights between 2.5 and 12 kg, the hinge combines a compact and durable structure with balanced motion characteristics suitable for modern appliance platforms.

Its architecture is engineered to accommodate doors with a center of gravity distance of up to 230 mm, providing a practical solution for manufacturers seeking a reliable and adaptable hinge platform across multiple product variants.

Door Balancing & Motion Control

The K17 utilizes a counterbalance mechanism designed to support controlled and predictable door movement throughout the operating range.

Its mechanical geometry contributes to balanced opening and closing characteristics while supporting stable door positioning at various operating angles. The hinge is intended to provide a consistent user experience without requiring additional soft-close mechanisms.

Broad Application Compatibility

With support for door weights ranging from 2.5 to 12 kg, the K17 can be integrated into a variety of oven platforms and door constructions.

This broad operating range allows manufacturers to utilize a common hinge solution across different appliance models, supporting efficient product development and component standardization.

Benefits

  • Wide door weight compatibility
  • Adaptable to multiple oven platforms
  • Simplified component management
  • Flexible OEM integration

Structural Strength & Reliability

The hinge is manufactured using precision-stamped steel components produced through controlled manufacturing processes.

Its robust structure is designed to support static loads of up to 25 kg while maintaining alignment and stability throughout normal operating conditions. The focus on dimensional accuracy and repeatable manufacturing contributes to consistent product performance across large production volumes.

Thermal Performance

Developed for oven environments, the K17 is suitable for operating temperatures of up to 115°C.

Material selection and structural design considerations support stable mechanical behavior under repeated thermal exposure commonly encountered in residential cooking appliances.

Durability & Life Cycle Performance

The K17 design has been evaluated through controlled life cycle testing programs to assess mechanical behavior under repeated use conditions.

Testing references include ≥20,000 opening and closing cycles, providing an engineering benchmark for product validation and durability assessment.

OEM Integration & Manufacturing

The K17 has been developed to support efficient integration into appliance production environments.

Its straightforward mechanical architecture facilitates assembly operations while providing compatibility with high-volume manufacturing processes. 

 

Applications

  • -Built-in ovens
  • -Freestanding ovens
  • -Residential cooking appliances
  • -OEM appliance manufacturing

 

Technical Drawing

Detailed engineering schematic with all critical dimensions.

K17 Engineered Appliance Hinge Technical Drawing - Metal Component Specs

Specifications

Technical properties at a glance.

Technical Specifications

Door Weight 2.5 - 12 kg
Life Cycle Test 20.000 Cycles
Maximum distance from pivot point to centre of gravity 230 mm
Opening Angle 86 °
Operation Temperature 115 °C
Maximum supported static load 25 kg

All values shown are nominal reference values and may vary depending on application conditions, installation methods, product configuration, and testing parameters.

Life cycle test results are based on internal testing under defined laboratory conditions and should not be interpreted as a guarantee of service life in any specific application.

Maximum load values are application-dependent and should be verified based on installation conditions, mounting configuration, and operating requirements.

Frequently Asked Questions

The K17 hinge is designed to support oven doors with weights ranging from 2.5 kg to 12 kg. Optimal performance also depends on the door's center of gravity, which should be within a maximum distance of 230 mm from the pivot point to maintain balanced motion characteristics.

This hinge system has been evaluated using a 20,000-cycle life test as a performance benchmark under laboratory conditions. It is engineered with durability in mind for residential oven applications, supporting consistent motion over repeated use. Actual service life can vary depending on application-specific conditions.

The K17 hinge is engineered to function in thermal environments with operating temperatures up to 115°C. The materials and design are selected to help maintain mechanical stability and consistent motion behavior under the heat exposure associated with many residential oven applications.

The K17 hinge system is designed with a specific motion profile that allows for a maximum door opening angle of 86 degrees. This provides access to the oven cavity while maintaining controlled door movement and stability in the fully open position for typical use cases.

The K17 hinge is designed to support a maximum static load of 25 kg. This specification relates to the structural integrity of the hinge when the door is in a static, open position, contributing to overall system stability and safety in appropriate oven door applications.

Why K17?

  • -Wide door weight compatibility

  • -Stable motion characteristics

  • -Durable steel construction

  • -High-temperature operating capability

  • -Efficient OEM integration

  • -Consistent production quality

  • -Suitable for multiple oven platforms

Product information is provided for informational purposes only. Specifications, dimensions, materials, performance characteristics, and available configurations may change without notice. Final product suitability should be evaluated for each specific application.

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