CAM CHAIN SCA-0409A 158L DID, DID-C-SCA0409A158, DIDCSCA0409A158, 3116701 30-405.DID

€ 68,37
1

DID CAM CHAIN SCA-0409A SDH 158 links. SC silent chains use specially-coated round pins and special plates for an ideal engagement mechanism, achieving a remarkably lower noise level than conventional roller chains. SC type silent chains can be used for high speed and large tension transmission like a toothed metallic belt since the plates directly engage with the sprockets for driving. SCR-04 silent chains are designed with an inner engaging structure for further reduced noise levels. Part Number: 30-400.158.DID. Cross reference numbers: 30-405.DID, 3116701, DIDCSCA0409A158, DID SCA-0409A SV X 158L, 92057-1170.

Specifications
SKU
30-400.158.DID
Brand
D.I.D Chain
Availability
In Stock (1)
General Product Group
Cam & Valvetrain
General Product Type
Cam Chain
Variant Id
232482
Shipping OptionsShown at checkout
14-Day ReturnsHassle-free
Easy CheckoutCard friendly
Product details

FULL DESCRIPTION

DID CAM CHAIN SCA-0409A 158L

This DID cam chain, model SCA-0409A, features 158 links and is designed for high performance and reduced noise. As a silent chain, it utilizes specially coated round pins and unique plates that create an ideal engagement mechanism. This design significantly lowers noise levels compared to traditional roller chains.

The SC type silent chains are engineered to handle high speeds and significant tension, performing similarly to a toothed metallic belt. This is achieved because the plates directly engage with the sprockets for efficient power transmission. The SCR-04 variant, within this silent chain series, incorporates an inner engaging structure for even further noise reduction.

Key Features:

  • Silent chain technology for reduced noise operation.
  • Specially coated round pins and unique plate design for optimal engagement.
  • Suitable for high-speed applications and high tension transmission.
  • Direct plate engagement with sprockets ensures efficient power transfer.
  • 158 links in length.