Tano Cable Flexible Cable meet various approvals. Flexible Cable may be UL Listed, CSA certified, CE marked and/or meet military specifications. However, every flexible cable is different, so make sure to specify if your flexible cable needs one or more standards to be met.

Flexible Cable applications are to withstand the extreme stress of flexing and motion. A few applications include: drag chain applications, applications with repetitive bending and torsion stress, machine tools, data processing equipment, robotics, assembly lines, automation networking, microprocessor and computer interconnects and many more.

According to Tano Cable products classify, there are four common types of flexible cable. These include rolling flexible cable, bending flexible cable or "tic-toc," torsional flexible cable and variable/random motion flexible cable. Variable flexible cable include rubber cable and welding cable.

AWG is determined by figuring out the radius of the wire squared, times pi. Most often, we use the term “circular mil,” which is the area of a 1/1000 or 1 mil diameter circle. These measurements are made on the wire alone; no jacketing or insulation factors into AWG size.

AWG is determined by figuring out the radius of the wire squared, times pi. Most often, we use the term “circular mil,” which is the area of a 1/1000 or 1 mil diameter circle. These measurements are made on the wire alone; no jacketing or insulation factors into AWG size.

If the bill of lading is not clearly declared the goods and defective clause or notation, packing condition is cleaning; On board date on the bill of lading already is content.

Accept it. Unless otherwise stated in the L/C, the bank will accept a single date earlier than the date of the L/C documents, the documents must be submitted within the time limit and the provisions of this convention in L/C.

For years rubber or neoprene were preferred for their superior abrasion resistance and flexibility, but modern thermoplastic technology has produced a number of PVC compounds that are soft and flexible but also very tough. As previously noted, thermoplastic processing is cheaper, faster and more predictable than that for thermoset materials. Only very specialized situations requiring oil or ozone resistance or extremes of temperature and climate demand neoprene or Hypalon jacketing.

The jacket is both armor and advertisement; it protects the cable from damage and enhances the marketability of the assembly. As armor, the jacket must resist abrasion, impact, moisture and sometimes hostile chemicals (Bud Light, for instance). As advertisement, it may be distinctively colored or printed with the name of the manufacturer or dealer for product identification. The materials used for jacketing are the same type as those used for the inner insulation (thermoset or thermoplastic), but the choice is dictated less by electrical criteria and more by physical durability and cosmetic acceptability.

The sad truth is that the most offensive “hum-producing” frequencies (60 and 120 Hz) generally emitted by transformers and heavy power cables are too low in frequency to be stopped by anything but a solid tube of ferrous (magnetic) metal—iron, steel, nickel, etc.—none of which contribute to the flexibility of a cable!