Original LANG+MENKE KAS (Type K3): Maximum Precision for Quiet Operation and Extended Service Life
The Original LANG+MENKE Ball Bearing Compensating Washers (KAS), available in specific types such as KAS 06-KAS 95-K3, are the ultimate solution for significantly quieter performance and a considerably extended service life for electric motors and their bearings. These precision components reliably compensate for axial tolerances up to 1.5 mm and define the standard in small electric motor construction.
Superior Performance through Precision
The constantly increasing demands on quieter, yet powerful electric motors present a challenge. This is where the Original LANG+MENKE KAS Compensating Washer comes in: as a product proven millions of times over, it was specifically designed to meet these high demands. The products are available through Seipp GmbH, your qualified partner.
Your Key Advantages
- Maximum Noise Reduction: Our KAS compensating washers significantly contribute to lowering the noise level of modern electric motors. Experience a noticeably quieter environment under all installation conditions.
- Extended Service Life and Lower Maintenance: By precisely compensating for axial tolerances (up to 1.5 mm), the stress on bearings and components is minimized. This considerably extends the service life of your motors and ensures functional reliability.
- Defining Innovation: The technical significance of the LANG+MENKE compensating washer is unique: it played a key role in shaping the requirements profile of DIN standard 42013 and has established itself as a leading innovation in construction.
Material, Standards, and Technical Data
| Product Data | Value / Standard |
|---|---|
| Item Number | KAS (e.g., KAS 06-KAS 95-K3) |
| Material | Fine strip steel C 75 S (DIN 17 222) |
| Standard | DIN E 10 132-4 |
| Hardness | Tempered to 390 - 555 HV |
| LM Standard | 1100 or 1201 |
| Packaging | Packed as sales unit (VPE) in bags and boxes |
Key Characteristic Values: n (Number of waves), d1 (Wavy diameter inside), d2 (Wavy diameter outside), t (Material thickness), h (Height when all waves are supported), F (Test force at test height h_p).
Also take a look at our new brochure: