October 9, 2014 6:13 pm
Talon Products’ cable force calculation software greatly expands the results of electrical fault-current studies to include graphical and mathematical models of 3-phase short circuit current waveforms. Based on the Lorentz Force Law, the program’s proprietary algorithm efficiently calculates the electromechanical forces between cables. Within just a few seconds of entering the basic electrical parameters, the program provides a user-friendly force calculation report that includes all the necessary data to allow engineers to check and approve the results. Customers regularly take advantage of the rapid turnaround time to evaluate different cable cleat spacing options. The force calculation report provides the following information related to the severity of... View Article
October 9, 2014 6:12 pm
Talon® cable cleats utilize a high-strength interlocking frame that simultaneously encloses cables and a support rung. Other unique value-added performance features and impressive test results include: LOW SMOKE ZERO HALOGEN — safe for personnel, sensitive electronic equipment and the environment 20+ YEARS UV PROTECTION — advanced UV formulation RAPID INSTALLATION — lowest total installed cost Only Talon® cable cleats — Hold the Cables. Hug the Rung.®
August 27, 2014 7:12 pm
Please furnish as much of the following information as possible: GENERAL DETAILS Name and location of project Estimated quantity of cleats, if known Forces acting on cables (e.g. axial, high-shock, seismic, short circuit, thermal expansion, vertical strain relief, vibration, etc.) SYSTEM DETAILS Operating voltage ac (alternating current) or dc (direct current) Power frequency (50 Hz or 60 Hz) 1-Phase or 3-Phase Maximum available fault current and associated electrical parameters (e.g. IRMS-SYM, IRMS-ASYM, IPEAK, etc.) Maximum duration of fault current CABLE DETAILS Quantity of cables in each cleat Conductor cross-sectional area (AWG, kcmil, or mm2 for each cable) Cable diameter (outside diameter of... View Article
