Top Cover Hinges

C11

Glass Lid Hinges

Door weight
1.5 - 4 kg
Life cycle test
10.000 Cycles
Temperature
115 °C

Developed for upper oven doors, the C11 features a lightweight plastic body design. Its compact construction supports practical integration and efficient appliance manufacturing.

A plastic body option for the upper doors of ovens.

Benefits

  • Lightweight construction
  • Compact installation footprint
  • Reduced component weight
  • Efficient integration
  • Cost-effective solution

Applications

  • Upper oven doors
  • Oven top covers
  • Appliance access covers
  • Compact cooking appliances
  • OEM appliance manufacturing

C11

Technical Specifications

Values refer to the standard configuration; contact us for solutions tailored to your application.

Door weight1.5 - 4 kg
Life cycle test10.000 Cycles
Maximum distance from pivot point to centre of gravity300 mm
Operating temperature115 °C
  • 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.

C11

About the Product

Product Overview

The Atasan C11 top cover hinge has been developed for upper oven doors and top cover applications requiring a lightweight, compact, and practical hinge solution. Featuring a durable plastic body construction, the C11 provides reliable motion characteristics while supporting efficient integration into modern appliance designs.

Its compact architecture makes it suitable for applications where reduced weight, installation flexibility, and cost-efficient manufacturing are important design considerations.

Lightweight Plastic Body Design

The C11 utilizes a plastic body structure developed for lightweight appliance applications.

This construction contributes to reduced component weight while maintaining the mechanical characteristics required for upper door and cover systems.

Stable Motion Characteristics

The hinge is designed to provide controlled and predictable movement for doors weighing between 1.5 and 4 kg.

Its geometry supports stable operation throughout the movement range while maintaining a simple and practical operating principle.

Structural Performance & Thermal Resistance

The C11 is suitable for appliance environments where reliable operation under elevated temperatures is required.

Designed for operating temperatures of up to 115°C, the hinge can be integrated into cooking appliances and other heat-exposed applications while maintaining stable operating characteristics.

OEM Integration & Manufacturing

The compact structure of the C11 supports straightforward integration into appliance production environments.

Its simple architecture enables efficient assembly processes and compatibility with high-volume manufacturing operations.

Why C11?

  • Spring and friction-assisted balancing system
  • Supports stable lid positioning at different opening angles
  • Helps reduce sudden closing movements
  • Lightweight plastic body construction
  • Reduced component weight
  • Suitable for upper glass lid applications
  • Compact and practical design
  • High-temperature operating capability
  • Cost-efficient integration
  • OEM manufacturing compatibility

C11

Technical Drawings

C11

Frequently Asked Questions

What is the maximum load capacity for the C11?

The C11 is designed to support door weights ranging from 1.5 – 4 kg, making it ideal for the specified category of appliances.

Is the C11 resistant to high temperatures?

Yes, it is rated for operation at temperatures up to 115°C, which is standard for high-heat appliance environments.

Has this hinge undergone cycle testing?

Yes, all Atasan hinges undergo rigorous life cycle testing (often up to 10,000 or 20,000 cycles) to ensure they meet international OEM standards.

Request a quote for this product

Tell us the size, force and angle requirements of your application.

  1. 01Needs analysis
  2. 02Solid model · 1–3 weeks
  3. 03First prototype · 2–3 weeks