Price (Per FT.)
Tray Control Cable THHN/PVC 600V 8 AWG - 750 MCM
Tray control cables are designed with quality features to meet harsh conditions with success, and this is one of the various types available in the cable markets. Designed for both outdoor and indoor applications, you can use this cable in almost all applications. A lot of features make the cable suitable for use.
It is mostly constructed using copper conductors. The copper is bare, fully annealed and stranded according to the ASTM B3. Annealing the conductor improves its quality in terms of response to high temperature and high impact. Annealed conductors tend to be stronger and resists breakage. Stranding helps to make a highly flexible and conductive cable.
For both indoor and outdoor application cables, security is not a thing taken for granted. So the Tray Control Cable THHN/PVC cable has the sturdy insulation system made of Polyvinyl Chloride, with clear Polyamide. The insulation is flame retardant and resistant to chemicals, water and ozone. It also provides mechanical support and protects the cable from mechanical breaking.
The overall security feature is the jacket. It is made from Polyvinyl Chloride. It is lead-free, flame-retardant and sunlight resistant. This jacket has a thickness of about 60 mils or less.
• Tray Control Cable THHN/PVC cable comes in varied sizes from 8 AWG to 750 CMC. It is used as a power cable in various applications. It is suitable for installation above ground, raceways or directly buried.
• This cable which is rated at 900C for dry and 750C for wet locations, is your suitable cable for extreme weather conditions.
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FAQ - Tray cable control 8 awg 750 awg
Will a tray cable control 8 awg though 750 awg having the smallest cable O.D. be suitable for purposes such as wet locations or direct burial?
Yes, as these cables are in accordance with NEC specifications in regard to wet and dry locations and also direct burial as per Class I, Div. 2 industrial hazardous locations. Moreover, it has the impact and crush requirements as that of Type MC Cable. In addition, it is lead-free and flame retardant even though the outer jacket will be less or equal to 60 mils.
What are the other notable qualities of tray cable control 8 awg 750 awg?
These cables have a flame retardant outer jacket and insulation, which is seen color coded as per ICEA Method 4. It is also resistant to sunlight, heat, cold, oil and grease. It is also permitted for ER or Exposed Run as per NEC specifications. It works well at 900C in dry locations and 75oC for wet locations.
How do I make the tray control cable totally moisture free in wet locations?
Care has to be taken during installation so that moisture does not get inside the cable, although the cables that we get from the market today are tightly packed with no possible space for moisture to seep through. However, when the ends are not sealed properly during installation, you can expect a little bit of moisture to collect.
Why does my cable have a ripcord?
The ripcord serves no other function than to make a neat slit in the outer jacket without damaging the wires inside. After the slit has been made, you can pull away the outer jacket to facilitate installation. Thus, there is hardly any damage done to the cable as well as the inside wires.
Is tray cable control 8 awg through 750 awg the right choice for outdoor and direct burial purposes?
There are many cables in the market along with the tray control cablewhich are well suited for outdoor uses and for direct burial. However, you can choose the tray cable control 8 awg through 750 awg when you want the smallest O.D. which gives you the strength, performance and long-life of cables with bigger O.D. The cables are well tested for all harsh conditions before they come to the market.
What is the unique quality that identifies a tray control cable?
These cables are specially designed for cable trays which are a support element for control, signaling and communication conductors. These cables are basically low-voltage or signal cables and so carry only a limited amount of electric current at a time. So the cables do not have to be spaced apart and they also do not have to be in a single row to dissipate heat.