VFD Variable Freq Drive Cable
Aside from a greater level of control over electronic processes, Variable Frequency Drive cables are known for generating a greater amount of energy savings and increasing the reliability, precision, and efficiency of induction motors in plants by preventing as much wear-and-tear from use. The typical design, which includes pulse width modulation, functions with motors of various power and sizes. Variable Frequency Drive cable also typically has tolerance levels of within 0.1% and can enable motors to run at levels lower than their maximum speeds.
AKA: |
- X20203 - 2 AWG 3C Armored Cable Continuous Corrugated Weld Annealed Bare Copper Non-Shielded MC-HL VFD 600V - Black2 AWG 3C 7 Stranded Annealed Bare Copper Conductor - Non-Shielded Shielding - Continuous Corrugated Weld Armored Cable - Cross Linked Polyethylene Insulation PVC Jacket MC-HL VFD - 600V - Industrial Cable for - Black
- 43CCCWVFDAR-01 - 4 AWG 3C Armored Cable Continuous Corrugated Weld Annealed Bare Copper Non-Shielded MC-HL VFD 600V - Black4 AWG 3C 7 Stranded Annealed Bare Copper Conductor - Non-Shielded Shielding - Continuous Corrugated Weld Armored Cable - Cross Linked Polyethylene Insulation PVC Jacket MC-HL VFD - 600V - Industrial Cable for - Black
- X21203 - 12 AWG 3C Armored Cable Continuous Corrugated Weld Annealed Bare Copper Non-Shielded MC-HL VFD 600V - BlackThis annealed bar copper wire is a non shielded choice for an Okonite VFD cable. Make One Stop Buy your electrical superstore for all Okonite Tray Cables!
- X21403 - 14 AWG 3C Armored Cable Continuous Corrugated Weld Annealed Bare Copper Non-Shielded MC-HL VFD 600V - Black14 AWG 3C 7 Stranded Annealed Bare Copper Conductor - Non-Shielded Shielding - Continuous Corrugated Weld Armored Cable - Cross Linked Polyethylene Insulation PVC Jacket MC-HL VFD - 600V - Industrial Cable for - Black
- 023CCCWVFDAR-01 - 2/0 AWG 3C Armored Cable Continuous Corrugated Weld Annealed Bare Copper Non-Shielded MC-HL VFD 600V - Black2/0 AWG 3C 19 Stranded Annealed Bare Copper Conductor - Non-Shielded Shielding - Continuous Corrugated Weld Armored Cable - Cross Linked Polyethylene Insulation PVC Jacket MC-HL VFD - 600V - Industrial Cable for - Black
- X225003 - 250MCM AWG 3C Armored Cable Continuous Corrugated Weld Annealed Bare Copper Non-Shielded MC-HL VFD 600V - Black250MCM AWG 3C 37 Stranded Annealed Bare Copper Conductor - Non-Shielded Shielding - Continuous Corrugated Weld Armored Cable - Cross Linked Polyethylene Insulation PVC Jacket MC-HL VFD - 600V - Industrial Cable for - Black
- 043CCCWVFDAR-01 - 4/0 AWG 3C Armored Cable Continuous Corrugated Weld Annealed Bare Copper Non-Shielded MC-HL VFD 600V - Black4/0 AWG 3C 19 Stranded Annealed Bare Copper Conductor - Non-Shielded Shielding - Continuous Corrugated Weld Armored Cable - Cross Linked Polyethylene Insulation PVC Jacket MC-HL VFD - 600V - Industrial Cable for - Black
Finding the Right VFD Cable Match The first things to bear in mind when selecting a Variable Frequency Drive cable is that there are special requirements and characteristics for every load. Understand the nature and requirements of the load. Your cable must have a high enough current capacity to stay in line with a load’s torque, speed, and power abilities. By choosing the most appropriate VFD cable, you can also benefit from lower levels of noise, a reduction in voltage reflections, and a lowered risk of repairs needed due to failed motor cables. From Belden and Alpha, there are basically two varieties of Variable Frequency Drive cable: those graded for construction and another rated for high performance. Construction-grade VFD cables are characterized by a more minimal level of conformity to UL and CSA standards for Tray Cable. Their construction usually consists of a single layer of copper tape for shielding. Construction-grade Variable Frequency Drive cords bare also meet NEC requirements. On the other hand, high-performance VFD cables are more intended for applications that have a need for guarding against noise levels. As a result of their more powerful ground and shielding systems, their lower ground impedance levels can be almost as much as three times lower. A flexible stranding and tinned conductors provide greater surface area coverage, better high-frequency performance, and improved connections. Preventing Damage to Motors and Cable Wear Unless you have the right type of cable in a VFD application, voltage wave can be reflected back from motors, thus producing enormously high voltage levels in conductors. Aside from the possible issue of in-service motor failure, excessive wear on motor bearings, and damage to drives, there is also the added concern that cables could be damaged from this misuse over the long term. Failures of these sort will inevitably lead to whole systems being brought down, with downtime in production being the worst consequence. OneStopBuy.com is here to help you find the right motor supply cable for your needs, at the best possible price. Start benefiting today from the important energy-saving and equipment-enhancing features of Variable Frequency Drive cable, MC-HL, Armored VFD, and motor supply cable. |