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CE-36(BE)/LIS (1coil/100m≒328ft)

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(1coil/100m≒328ft)

Use
・Wiring to internal and external electrical equipment or with cable tray
・Wiring in oil environment
※If you would like to know the detail of how to wiring in USA, you should refer to NFPA70 and NFPA79

Features
・Global-standard cables designed to CE&UL・cUL & TR-CU
・Corresponding to NFPA70 and NFPA79(Type CL3 for Power-Limited Circuits)
・Oil resistance, heat resistance, flexible

Temperature range
Fixed:-20 〜80℃
※If you use it in temperature less than 0℃ , you should be careful about shocks, flexure, vibration and so on.

Bending radius
Fixed:4 times or more of the cable diameter

RoHS Directive
Conformity

 

 

Technical data

Technical data_CE-36(BE)/LIS

Construction
Construction_CE-36(BE)/LIS
Conductors Identification

Conductors identification_CE-36(BE)/LIS

Example : 7 × 0.75㎟(18AWG)+ 1 × 2.5㎟(14AWG)

Example : 7 × 0.75㎟(18AWG)+ 1 × 2.5㎟(14AWG)_CE-36(BE)/LIS

Construction table
Construction table_CE-36(BE)/LIS
Allowable ampacity

Allowable ampacity (A) for cable is based on calculation under aerial one-cable and temperature at 30℃ , not repressenting a guaranteed value.
Allowable ampacity cable at ambient temperature abobe 30℃ is to be determined by multiplying the current value by the appropriate current reduction factorin
the following table1.
The allowable ampacity for cable are the calculated by JCS0168, but not guaranteed.
For details on Allowable ampacity of the cable when used in Europe, refer to the applicable standard“ IEC 60364-5-52 (Electrical installations of buildings -
Part 5-52:Selection and erection of electrical equipment - Wiring systems)”
   JCS0168…“Calculation of the current rating of power cables for rated voltage up to and including 33kV”

Table1 Current reduction factors
Table1 Current reduction factors_CE-36(BE)/LIS
Construction table
Construction table_CE-36(BE)/LIS
Allowable ampacity

Allowable ampacity (A) for cable is based on calculation under aerial one-cable and temperature at 30℃ , not repressenting a guaranteed value.
Allowable ampacity cable at ambient temperature abobe 30℃ is to be determined by multiplying the current value by the appropriate current reduction factorin
the following table1.
The allowable ampacity for cable are the calculated by JCS0168, but not guaranteed.
For details on Allowable ampacity of the cable when used in Europe, refer to the applicable standard“ IEC 60364-5-52 (Electrical installations of buildings -
Part 5-52:Selection and erection of electrical equipment - Wiring systems)”
   JCS0168…“Calculation of the current rating of power cables for rated voltage up to and including 33kV”

Table1 Current reduction factors

Table1 Current reduction factors_CE-36(BE)/LIS

  • Certification:
    CE-36(BE)/LIS  (1coil/100m≒328ft) CE-36(BE)/LIS  (1coil/100m≒328ft) CE-36(BE)/LIS  (1coil/100m≒328ft) CE-36(BE)/LIS  (1coil/100m≒328ft) CE-36(BE)/LIS  (1coil/100m≒328ft)
  • Category:
    Global Cables
  • Manufacturer:
    Kuramo
  • Insulator:
    Heat resistant PVC
  • Flame Retardant
  • Oil Resistant
Nominal cross sectional area
Number of conductors
Product Description

(1coil/100m≒328ft)

Use
・Wiring to internal and external electrical equipment or with cable tray
・Wiring in oil environment
※If you would like to know the detail of how to wiring in USA, you should refer to NFPA70 and NFPA79

Features
・Global-standard cables designed to CE&UL・cUL & TR-CU
・Corresponding to NFPA70 and NFPA79(Type CL3 for Power-Limited Circuits)
・Oil resistance, heat resistance, flexible

Temperature range
Fixed:-20 〜80℃
※If you use it in temperature less than 0℃ , you should be careful about shocks, flexure, vibration and so on.

Bending radius
Fixed:4 times or more of the cable diameter

RoHS Directive
Conformity

 

 

Technical data

Technical data_CE-36(BE)/LIS

Construction
Construction_CE-36(BE)/LIS
Conductors Identification

Conductors identification_CE-36(BE)/LIS

Example : 7 × 0.75㎟(18AWG)+ 1 × 2.5㎟(14AWG)

Example : 7 × 0.75㎟(18AWG)+ 1 × 2.5㎟(14AWG)_CE-36(BE)/LIS

Construction table
Construction table_CE-36(BE)/LIS
Allowable ampacity

Allowable ampacity (A) for cable is based on calculation under aerial one-cable and temperature at 30℃ , not repressenting a guaranteed value.
Allowable ampacity cable at ambient temperature abobe 30℃ is to be determined by multiplying the current value by the appropriate current reduction factorin
the following table1.
The allowable ampacity for cable are the calculated by JCS0168, but not guaranteed.
For details on Allowable ampacity of the cable when used in Europe, refer to the applicable standard“ IEC 60364-5-52 (Electrical installations of buildings -
Part 5-52:Selection and erection of electrical equipment - Wiring systems)”
   JCS0168…“Calculation of the current rating of power cables for rated voltage up to and including 33kV”

Table1 Current reduction factors
Table1 Current reduction factors_CE-36(BE)/LIS
Construction table
Construction table_CE-36(BE)/LIS
Allowable ampacity

Allowable ampacity (A) for cable is based on calculation under aerial one-cable and temperature at 30℃ , not repressenting a guaranteed value.
Allowable ampacity cable at ambient temperature abobe 30℃ is to be determined by multiplying the current value by the appropriate current reduction factorin
the following table1.
The allowable ampacity for cable are the calculated by JCS0168, but not guaranteed.
For details on Allowable ampacity of the cable when used in Europe, refer to the applicable standard“ IEC 60364-5-52 (Electrical installations of buildings -
Part 5-52:Selection and erection of electrical equipment - Wiring systems)”
   JCS0168…“Calculation of the current rating of power cables for rated voltage up to and including 33kV”

Table1 Current reduction factors

Table1 Current reduction factors_CE-36(BE)/LIS

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