5419 SL001 Cables, Wires

Shield Type:	--
Shield Coverage:	--
Shield Material:	--
Conductor Insulation:	Poly-Vinyl Chloride (PVC)
Jacket (Insulation) Thickness:	0.0630" (1.600mm)
Usage:	Communication, Control
Operating Temperature:	-30°C ~ 105°C
Voltage:	600V
Features:	Biological Compatibility, Rip Cord
Ratings:	ISO 10993, UL Style 2501
Jacket Color:	Slate
Length:	1000.0' (304.8m)
Series:	Xtra-Guard® 1
Jacket (Insulation) Diameter:	0.503" (12.78mm)
Jacket (Insulation) Material:	Poly-Vinyl Chloride (PVC)
Conductor Material:	Copper, Tinned
Conductor Strand:	7/28
Wire Gauge:	20 AWG
Number of Conductors:	9
Moisture Sensitivity Level (MSL):	--
Cable Type:	Multi-Conductor
Lead Free Status / RoHS Status:	--
Part Status:	Active

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Multiple Conductor Cables are an essential part of any electrical system. They are typically used for the transmission of high voltage power, as well 5419 SL001 application field and working principle. These cables are specially designed for extreme conditions, such as high temperatures, shock, vibration, contamination, etc.The 5419 SL001 Application field and working principle is a cost-effective yet reliable cable used in the transmission of high voltage power. It is a perfect choice for rapid installation processes, due to its compact size and user-friendly construction. This cable is also designed to achieve a high level of system performance by isolating the conductor cores in a medium density polyethylene (MDPE) insulation layer. This eliminates the need for shielding, as the inner conductor cores are securely enclosed. The main feature of the 5419 SL001 Application field and working principle is its ability to effectively transfer high voltage power. It employs the use of two concentric insulated sheaths. The outer sheath is made from flame retardant PVC, and the inner sheath is composed of MDPE. The inner sheath of MDPE provides excellent electrical stability and is the primary means of cabling isolation and insulation. The sheath of MDPE also acts as a protective layer for the conductor cores or cables, as it isolates them from potential corrosion and dampening caused by low resistance electrochemical reactions. The outer PVC sheath is also designed to add further protection against mechanical shock and mechanical damage from outside elements.Another advantage of the 5419 SL001 Application field and working principle is its low resistance loss. As the inner conductor is wrapped in MDPE insulation, the whole cable system can cut down on unwanted power loss. Additionally, the overall weight of the cable system is greatly reduced due to the use of lightweight material. The high voltage transmission capacity allows for greater system efficiency and transmission quality, resulting in longer life spans and improved overall system performance. The 5419 SL001 Application field and working principle can be used for a variety of applications, ranging from residential and commercial to industrial and even offshore applications. It is also commonly used for the transmission of electrical power in oil and gas platforms, nuclear reactors, petrochemical refining processes, and military installations. Overall, the 5419 SL001 Application Field and Working Principle is an ideal solution for anyone looking for a cost-effective yet reliable high voltage power transmission cable. Its lightweight construction, superior insulation properties, and highly efficient electrical transmission make it the most cost effective choice for any application.

Multiple Conductor Cables are an essential part of any electrical system. They are typically used for the transmission of high voltage power, as well 5419 SL001 application field and working principle. These cables are specially designed for extreme conditions, such as high temperatures, shock, vibration, contamination, etc.

The 5419 SL001 Application field and working principle is a cost-effective yet reliable cable used in the transmission of high voltage power. It is a perfect choice for rapid installation processes, due to its compact size and user-friendly construction. This cable is also designed to achieve a high level of system performance by isolating the conductor cores in a medium density polyethylene (MDPE) insulation layer. This eliminates the need for shielding, as the inner conductor cores are securely enclosed.

The main feature of the 5419 SL001 Application field and working principle is its ability to effectively transfer high voltage power. It employs the use of two concentric insulated sheaths. The outer sheath is made from flame retardant PVC, and the inner sheath is composed of MDPE. The inner sheath of MDPE provides excellent electrical stability and is the primary means of cabling isolation and insulation.

The sheath of MDPE also acts as a protective layer for the conductor cores or cables, as it isolates them from potential corrosion and dampening caused by low resistance electrochemical reactions. The outer PVC sheath is also designed to add further protection against mechanical shock and mechanical damage from outside elements.

Another advantage of the 5419 SL001 Application field and working principle is its low resistance loss. As the inner conductor is wrapped in MDPE insulation, the whole cable system can cut down on unwanted power loss. Additionally, the overall weight of the cable system is greatly reduced due to the use of lightweight material. The high voltage transmission capacity allows for greater system efficiency and transmission quality, resulting in longer life spans and improved overall system performance.

The 5419 SL001 Application field and working principle can be used for a variety of applications, ranging from residential and commercial to industrial and even offshore applications. It is also commonly used for the transmission of electrical power in oil and gas platforms, nuclear reactors, petrochemical refining processes, and military installations.

Overall, the 5419 SL001 Application Field and Working Principle is an ideal solution for anyone looking for a cost-effective yet reliable high voltage power transmission cable. Its lightweight construction, superior insulation properties, and highly efficient electrical transmission make it the most cost effective choice for any application.

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