Application Description

This section collects basic identification and contact information including last name, first name, company, function, full address, email, and phone number.

Identification

Specifies operating temperature range with minimum and maximum values in °C. Includes checkboxes for spring material and properties requirements such as operating in oil, stainless steel necessity, non-magnetic property, and conductivity.

Environment

Details mechanical dimensions and load conditions under working heights. Key parameters include housing diameter (L), shaft diameter (A), minimum and maximum working heights (H min and H max), centering mode selection (housing or shaft), preloading height (Hp), and working heights with corresponding loads (H1 with F1, H2 with F2).

Space Requirements

Defines free height (Ho) with minimum and maximum values in millimeters, indicating the spatial constraints for the spring.

Spring Type and Application

Identifies the spring type as a wave washer (Ondulée) and application type as static or dynamic. For dynamic applications, operating frequency in Hz and number of cycles are required.

Fatigue Quantities and Production Volume

Specifies quantities for prototypes, pre-series, series, and annual production volumes to assess fatigue and durability requirements.

Chemical Environment and Material

Includes information on surrounding chemical substances that may affect spring performance and specifies the required raw material for manufacturing.

Summary of Critical Requirements

• Operating temperature range (min and max °C)
• Material properties: stainless, non-magnetic, conductive, oil compatibility
• Dimensional constraints: housing and shaft diameters, working heights, preload height
• Load conditions at specified working heights
• Space constraints: free height minimum and maximum
• Application type: static or dynamic with frequency and cycle count
• Production volumes for fatigue assessment
• Chemical environment considerations
• Raw material specification

This form is designed to gather comprehensive technical and environmental data to support the engineering and selection of wave washer springs tailored to specific application requirements.