A braided shield is applied by braiding bunches of copper strands called picks around the insulated, electrostatically shielded center conductor. The braided shield offers a number of advantages. Its coverage can be varied from less than 50% to nearly 97% by changing the angle, the number of picks and the rate at which they are applied. It is very consistent in its coverage, and remains so as the cable is flexed and bent.

Type PLTC is Power Limited Tray Cable, rated to only 300 volts, while Type TC is rated to 600 volts.

TANO Cable's tray cable have an abundance of superior features that make them excellent for the aforementioned applications. Our Type TC Tray Cable conforms to specified articles of the National Electrical Code, UL guidelines, and flame tests. The cable is sunlight, heat and moisture resistant.

Industrial CableIndustrial Cable from TANO Cable is supplied to a variety of industries. Industrial Cable is used in tough, demanding applications.

Tray cable is made for use in petrochemical refineries, industrial control systems, intercom systems, traffic controls relay, power extensions, and for many other high power functions. The cable is recognized for use in Class 1 and 2, Division 2 hazardous locations and for installation in trays, wireways, troughs, ducts, conduit and channels.

To be most effective the cable shield is tied to a ground—usually a metal amplifier or mixer chassis that is in turn grounded to the AC power line. Cable shielding effectiveness against high-frequency interference fields is accomplished by minimizing the transfer impedance of the shield.

The copper shield of a coaxial cable acts as the return conductor for the signal current and as a barrier to prevent interference from reaching the “hot” center conductor. Unwanted types of interference encountered and blocked with varying degrees of success by cable shielding include radio frequency (RFI) (CB and AM radio), electromagnetic (EMI) (power transformers) and electrostatic (ESI) (SCR dimmers, relays, fluorescent lights).

The electrostatic shield’s charge-draining properties help greatly to diminish triboelectric effects. Triboelectric impact noise is also reduced by decreasing the capacitance of the cable with thicker and softer insulation because the deflection of the conductor is proportionally reduced.

The center conductor, insulation and shield of a coaxial cable form a capacitor; and, as many a microphone manufacturer will tell you, when the plates of a capacitor are deflected, a voltage is generated.

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