Universal Cable Chains
C02 Universal Cable Chains
| Product Features |
The C02.25 universal cable chain has a wide range of applications, is easy to install, has a wide range of uses, and is sturdy and durable-high strength combined with quiet motion-long cable life and many installation options.
● Easy to assemble: chain links can be opened along the inner radius or outer radius from both sides
● High strength: large pins/holes and cross bars, with high locking force
● Long service life: side sliding surface design
● For longer unsupported lengths: strength and dual stop design
● Universal connection: multiple installation options with or without strain relief
| C02.25 Universal Cable Chains |
The C02.25 universal cable chain has a wide range of applications, is easy to install, has a wide range of uses, and is sturdy and durable-high strength combined with quiet motion-long cable life and many installation options.
● Long-term working temperature: -40 ~ + 120℃
● Internal height: 25 mm
● Internal width: 57-125mm
● Bending radius: 55-250 mm
● Link pitch: 46 mm
PDF Downloads: C02.25 Universal Cable Chains
| C02.35 Universal Cable Chains |
The C02.35 universal cable chain has a wide range of applications, is easy to assemble, has a wide range of uses, and is sturdy and durable-high strength combined with quiet movement-long cable life and many installation options.
● Long-term working temperature: -40 ~ + 120℃
● Internal height: 35 mm
● Internal width: 50-175 mm
● Bending radius: 63-250 mm
● Link pitch: 56 mm
PDF Downloads: C02.35 Universal Cable Chains
| C02.45 Universal Cable Chains |
The C02.45 universal cable chain has a wide range of applications, simple assembly, wide range of uses, strong and durable-high strength combined with quiet movement-long cable life and many installation options.
● Long-term working temperature: -40 ~ + 120℃
● Inner height: 45 mm
● Internal width: 80-250 mm
● Bending radius: 75-300 mm
● Link pitch: 67 mm
PDF Downloads: C02.45 Universal Cable Chains
| Unsupported applications |
If the upper stroke of the chain does not touch the lower stroke during the entire stroke, it is called an unsupported application. The distance between the moving end and the starting point of the radius curve is called the unsupported length. Unsupported applications are the most common. The CSB-PCC® chain is very suitable for high power and long service life. The maximum unsupported length depends on the loading weight and the type of chain or tube. As a result, we distinguished three unsupported lengths.
| Unsupported with straight upper run FLG |
When the upper sliding still has a camber angle and the straightness or maximum sag is 1/2 of the height of the chain link, the chain is not supported. It is always recommended to install the chain in the FLG. It runs smoothly without additional vibration.
FLG type installation always produces the longest service life and can operate to the greatest extent. The value of velocity and acceleration.
| Unsupported with permitted sag FLB |
When the sag is greater than 1/2 the link height and less than the minimum usable radius of this CSB-PCC® series, the chain is not supported. In most applications, unsupported FLBs can be used without any problems. There are restrictions on maximum speed and acceleration.
FLG type installation always produces the longest service life and can operate to the greatest extent. The value of velocity and acceleration.
