The maximum voltage rating for AC-90 armored cable is typically 600 volts. This type of cable is designed for use in various applications, including building wiring and power distribution, and is suitable for both indoor and outdoor installations. It's important to ensure that the cable is used in accordance with local electrical codes and standards.
The maximum DC voltage rating of a typical low-voltage (LV) cable rated for 1000V AC is generally around 1.5 times its AC rating. This means such cables can typically handle a maximum DC voltage of approximately 1500V. However, it's essential to consult the manufacturer's specifications, as actual ratings may vary based on the cable design and insulation materials used.
The use of armoured cable is determined by the application that needs an electrical source of voltage. It is a metal sheath cable classification. Armoured cable is used in applications that need mechanical protection usually below a certain elevation. Armoured cable is also usually used on surface wiring. If you have access to an electrical code book there is a whole section on armoured cable. In the CEC the section about armoured cable starts at 12-600 to 12-618.
Need to know the wire size of the core conductors.
It depends on the surround material, temperature, type of cable, and what you mean by "maximum current rating". Typically a maximum load current rating will be specified, such as 15A; this means you can push 15A through that cable nonstop without damaging it (it won't overheat). You might have a short time rating as well, such as a 4 hour rating, where the cable can handle runing 22A for 4 hours if the surrounding temperature is kept to some value, though this may slightly degrade the insulation. There's also a fusing current rating for many cables. At this current, the cable will eventually melt (like a fuse).
Copper xlpe armoured cable
The use of armoured cable is determined by the application that needs an electrical source of voltage. It is a metal sheath cable classification. Armoured cable is used in applications that need mechanical protection usually below a certain elevation. Armoured cable is also usually used on surface wiring. If you have access to an electrical code book there is a whole section on armoured cable. In the CEC the section about armoured cable starts at 12-600 to 12-618.
This is a voltage drop question. To answer is question the voltage must be stated.
The maximum voltage allowed on a coaxial cable is typically around 60 volts. Exceeding this limit can cause damage to the cable and connected devices.
To calculate voltage drop to size the wire, a voltage must be stated.
Need to know the wire size of the core conductors.
voltage drop is be a problem.
It depends on the surround material, temperature, type of cable, and what you mean by "maximum current rating". Typically a maximum load current rating will be specified, such as 15A; this means you can push 15A through that cable nonstop without damaging it (it won't overheat). You might have a short time rating as well, such as a 4 hour rating, where the cable can handle runing 22A for 4 hours if the surrounding temperature is kept to some value, though this may slightly degrade the insulation. There's also a fusing current rating for many cables. At this current, the cable will eventually melt (like a fuse).
Copper xlpe armoured cable
The maximum distance an armored cable can effectively run depends on several factors, including the type of cable, its gauge, and the application. For example, low-voltage power cables can typically run up to 300 meters without significant voltage drop, while data cables like Ethernet may be limited to 100 meters. It's essential to consider the specific requirements and standards for the application to ensure optimal performance. Always consult manufacturer guidelines and local regulations for precise limitations.
A shorted cable is one that has an unintentional connection between two of its conductors or to ground. If a cable is rated for 24VDC, then this is the maximum voltage that the conductors inside the cable should have between them. Same goes for a 110VDC rating. If you are asking if you can connect a 24VDC cable to a 110VDC cable, the the answer is yes, as long as you understand that you will still have the 24VDC limitations.
You have to be specific. whether the conductor is aluminum or copper. Current carrying capacity will be different for these two types. Copper cable can take more load than aluminum cable for same diameter.
Yry means copper round armoured cable