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Driller

Instrumentation Cables

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Application :-

  • Adapted to EN 50288-7.

Cable Construction :-

  • Conductor : Annealed copper wires according to BS EN 60228
  • Insulation : Polyvinyl chloride PVC
  • Pairs : Twisted
  • Identification Pairs : Black & white, continuously numbered on white core (1, 2, 3…) for multi-element
  • Wrapping : 1 layer of PETP tape
  • Collective Screen : Aluminium / PETP tape over tinned copper drain wire
  • Cable Sheath : Polyvinyl Chloride PVC
  • Colour : Black. Blue for intrinsically safe system

Technical Data :-

  • Flame Propagation : EN 60332-1-2
  • Operating Temperature Range : -30°C to +70°C
  • Bending Radius : 7.5 x cable diameter
  • Operating Voltage : 500V
  • *Also available in 300V variant on request
  • Marking : RR KABEL n x m x a RE-Y(St)Y 500V EN 50288-7 CE + 0001m
  • n – No. of pairs, m – Pairs, a – Cross sectional area
Conductor Cross Section (Sq.mm) Class of Conductor No. of Strands/Max. Strand Diameter (mm) Max. DC Conductor Resistance* at 20°C (Ω/km) Max.L/R Ratio (μH/Ω) Min. Insulation Resistance (GΩ x cm) Max. Mutual Capacitance (nF/km) Max.Inductance (mH/km) Test Voltage Vrms (Core-Core) Test Voltage Vrms (Core-Screen)
0.5 2 7/0.3 36.0 25 20 250 1 2000 2000
0.5 5 16/0.2 39.0 25 20 250 1 2000 2000
0.75 2 7/0.37 24.5 25 20 250 1 2000 2000
0.75 5 24/0.2 26.0 25 20 250 1 2000 2000
1 2 7/0.43 18.1 25 20 250 1 2000 2000
1 5 32/0.2 19.5 25 20 250 1 2000 2000
1.5 2 7/0.53 12.1 40 20 250 1 2000 2000
2.5 2 7/0.67 7.41 60 20 250 1 2000 2000
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Application :-

  • Adapted to EN 50288-7.

Cable Construction :-

  • Conductor : Annealed copper wires according to BS EN 60228
  • Insulation : Polyvinyl chloride PVC
  • Pairs : Twisted
  • Identification Pairs : Black & white, continuously numbered on white core (1, 2, 3…) for multi-element
  • Individual Screen : Aluminium / PETP tape over tinned copper drain wire, plastic tape under and above screen
  • Assembly : Concentric layers
  • Collective Screen : Aluminium / PETP tape over tinned copper drain wire
  • Cable Sheath : Polyvinyl Chloride PVC
  • Colour : Black. Blue for intrinsically safe system

Technical Data :-

  • Flame Propagation : EN 60332-1-2
  • Operating Temperature Range : -30°C to +70°C
  • Bending Radius : 7.5 x cable diameter
  • Operating Voltage : 500V
  • *Also available in 300V variant on request
  • Marking : RR KABEL n x m x a RE-Y(St)Y 500V EN 50288-7 CE + 0001m
  • n – No. of pairs, m – Pairs, a – Cross sectional area
Conductor Cross Section (Sq.mm) Class of Conductor No. of Strands/Max. Strand Diameter (mm) Max. DC Conductor Resistance* at 20°C (Ω/km) Max.L/R Ratio (μH/Ω) Min. Insulation Resistance (GΩ x cm) Max. Mutual Capacitance (nF/km) Max.Inductance (mH/km) Test Voltage Vrms (Core-Core) Test Voltage Vrms (Core-Screen)
0.5 2 7/0.3 36.0 25 20 250 1 2000 2000
0.5 5 16/0.2 39.0 25 20 250 1 2000 2000
0.75 2 7/0.37 24.5 25 20 250 1 2000 2000
0.75 5 24/0.2 26.0 25 20 250 1 2000 2000
1 2 7/0.43 18.1 25 20 250 1 2000 2000
1 5 32/0.2 19.5 25 20 250 1 2000 2000
1.5 2 7/0.53 12.1 40 20 250 1 2000 2000
2.5 2 7/0.67 7.41 60 20 250 1 2000 2000
icon
icon
icon
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Application :-

  • Adapted to EN 50288-7.

Cable Construction :-

  • Conductor : Annealed copper wires according to BS EN 60228
  • Insulation : Polyvinyl chloride PVC
  • Pairs : Twisted
  • Identification Pairs : Black & white, continuously numbered on white core (1, 2, 3…) for multi-element
  • Individual Screen : Aluminium / PETP tape over tinned copper drain wire, plastic tape under and above screen
  • Assembly : Concentric layers
  • Collective Screen : Aluminium / PETP tape over tinned copper drain wire
  • Cable Sheath : Polyvinyl Chloride PVC
  • Colour : Black. Blue for intrinsically safe system

Technical Data :-

  • Flame Propagation : EN 60332-1-2
  • Operating Temperature Range : -30°C to +70°C
  • Bending Radius : 7.5 x cable diameter
  • Operating Voltage : 500V
  • *Also available in 300V variant on request
  • Marking : RR KABEL n x m x a RE-Y(St)Y 500V EN 50288-7 CE + 0001m
  • n – No. of pairs, m – Pairs, a – Cross sectional area
Conductor Cross Section (Sq.mm) Class of Conductor No. of Strands/Max. Strand Diameter (mm) Max. DC Conductor Resistance* at 20°C (Ω/km) Max.L/R Ratio (μH/Ω) Min. Insulation Resistance (GΩ x cm) Max. Mutual Capacitance (nF/km) Max.Inductance (mH/km) Test Voltage Vrms (Core-Core) Test Voltage Vrms (Core-Screen)
0.5 2 7/0.3 36.0 25 20 250 1 2000 2000
0.5 5 16/0.2 39.0 25 20 250 1 2000 2000
0.75 2 7/0.37 24.5 25 20 250 1 2000 2000
0.75 5 24/0.2 26.0 25 20 250 1 2000 2000
1 2 7/0.43 18.1 25 20 250 1 2000 2000
1 5 32/0.2 19.5 25 20 250 1 2000 2000
1.5 2 7/0.53 12.1 40 20 250 1 2000 2000
2.5 2 7/0.67 7.41 60 20 250 1 2000 2000
icon
icon
icon
icon
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Application :-

  • Adapted to EN 50288-7.

Cable Construction :-

  • Conductor : Annealed copper wires according to BS EN 60228
  • Insulation : Polyvinyl chloride PVC
  • Pairs : Twisted
  • Identification Pairs : Black & white, continuously numbered on white core (1, 2, 3…) for multi-element
  • Individual Screen : Aluminium / PETP tape over tinned copper drain wire, plastic tape under and above screen
  • Assembly : Concentric layers
  • Collective Screen : Aluminium / PETP tape over tinned copper drain wire
  • Cable Sheath : Polyvinyl Chloride PVC
  • Colour : Black. Blue for intrinsically safe system

Technical Data :-

  • Flame Propagation : EN 60332-1-2
  • Operating Temperature Range : -30°C to +70°C
  • Bending Radius : 7.5 x cable diameter
  • Operating Voltage : 500V
  • *Also available in 300V variant on request
  • Marking : RR KABEL n x m x a RE-Y(St)Y 500V EN 50288-7 CE + 0001m
  • n – No. of pairs, m – Pairs, a – Cross sectional area
Conductor Cross Section (Sq.mm) Class of Conductor No. of Strands/Max. Strand Diameter (mm) Max. DC Conductor Resistance* at 20°C (Ω/km) Max.L/R Ratio (μH/Ω) Min. Insulation Resistance (GΩ x cm) Max. Mutual Capacitance (nF/km) Max.Inductance (mH/km) Test Voltage Vrms (Core-Core) Test Voltage Vrms (Core-Screen)
0.5 2 7/0.3 36.0 25 20 250 1 2000 2000
0.5 5 16/0.2 39.0 25 20 250 1 2000 2000
0.75 2 7/0.37 24.5 25 20 250 1 2000 2000
0.75 5 24/0.2 26.0 25 20 250 1 2000 2000
1 2 7/0.43 18.1 25 20 250 1 2000 2000
1 5 32/0.2 19.5 25 20 250 1 2000 2000
1.5 2 7/0.53 12.1 40 20 250 1 2000 2000
2.5 2 7/0.67 7.41 60 20 250 1 2000 2000
icon
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Application :-

  • Adapted to EN 50288-7.

Cable Construction :-

  • Conductor : Annealed copper wires according to BS EN 60228
  • Insulation : Crosslinked polyethylene XLPE
  • Pairs : Twisted
  • Identification Pairs : Black & white, continuously numbered on white core (1, 2, 3…) for multi-element
  • Wrapping : 1 layer of PETP tape
  • Assembly : Concentric layers
  • Collective Screen : Aluminium / PETP tape over tinned copper drain wire
  • Inner Sheath : Polyvinyl chloride PVC
  • Armour : Galvanised round steel wires
  • Cable Sheath : Polyvinyl chloride PVC
  • Colour : Black. Blue for intrinsically safe system

Technical Data :-

  • Flame Propagation : EN 60332-1-2
  • Operating Temperature Range : -30°C to +70°C
  • Bending Radius : 10 x cable diameter
  • Operating Voltage : 500V
  • *Also available in 300V variant on request
  • Marking : RR KABEL n x m x a RE-Y(St)Y 500V EN 50288-7 CE + 0001m
  • n – No. of pairs, m – Pairs, a – Cross sectional area
Conductor Cross Section (Sq.mm) Class of Conductor No. of Strands/Max. Strand Diameter (mm) Max. DC Conductor Resistance* at 20°C (Ω/km) Max.L/R Ratio (μH/Ω) Min. Insulation Resistance (GΩ x cm) Max. Mutual Capacitance (nF/km) Max.Inductance (mH/km) Test Voltage Vrms (Core-Core) Test Voltage Vrms (Core-Screen)
0.5 2 7/0.3 36.0 25 20 250 1 2000 2000
0.5 5 16/0.2 39.0 25 20 250 1 2000 2000
0.75 2 7/0.37 24.5 25 20 250 1 2000 2000
0.75 5 24/0.2 26.0 25 20 250 1 2000 2000
1 2 7/0.43 18.1 25 20 250 1 2000 2000
1 5 32/0.2 19.5 25 20 250 1 2000 2000
1.5 2 7/0.53 12.1 40 20 250 1 2000 2000
2.5 2 7/0.67 7.41 60 20 250 1 2000 2000
icon
icon
icon
icon
icon
icon
icon

Application :-

  • Adapted to EN 50288-7.

Cable Construction :-

  • Conductor : Annealed copper wires according to BS EN 60228
  • Insulation : Crosslinked polyethylene XLPE
  • Pairs : Twisted
  • Identification Pairs : Black & white, continuously numbered on white core (1, 2, 3…) for multi-element
  • Wrapping : 1 layer of PETP tape
  • Assembly : Concentric layers
  • Collective Screen : Aluminium / PETP tape over tinned copper drain wire
  • Inner Sheath : Polyvinyl chloride PVC
  • Armour : Galvanised round steel wires
  • Cable Sheath : Polyvinyl chloride PVC
  • Colour : Black. Blue for intrinsically safe system

Technical Data :-

  • Flame Propagation : EN 60332-1-2
  • Operating Temperature Range : -30°C to +70°C
  • Bending Radius : 10 x cable diameter
  • Operating Voltage : 500V
  • *Also available in 300V variant on request
  • Marking : RR KABEL n x m x a RE-Y(St)Y 500V EN 50288-7 CE + 0001m
  • n – No. of pairs, m – Pairs, a – Cross sectional area
Conductor Cross Section (Sq.mm) Class of Conductor No. of Strands/Max. Strand Diameter (mm) Max. DC Conductor Resistance* at 20°C (Ω/km) Max.L/R Ratio (μH/Ω) Min. Insulation Resistance (GΩ x cm) Max. Mutual Capacitance (nF/km) Max.Inductance (mH/km) Test Voltage Vrms (Core-Core) Test Voltage Vrms (Core-Screen)
0.5 2 7/0.3 36.0 25 20 250 1 2000 2000
0.5 5 16/0.2 39.0 25 20 250 1 2000 2000
0.75 2 7/0.37 24.5 25 20 250 1 2000 2000
0.75 5 24/0.2 26.0 25 20 250 1 2000 2000
1 2 7/0.43 18.1 25 20 250 1 2000 2000
1 5 32/0.2 19.5 25 20 250 1 2000 2000
1.5 2 7/0.53 12.1 40 20 250 1 2000 2000
2.5 2 7/0.67 7.41 60 20 250 1 2000 2000
icon
icon
icon
icon
icon
icon
icon

Application :-

  • Adapted to EN 50288-7.

Cable Construction :-

  • Conductor : Annealed copper wires according to BS EN 60228
  • Insulation : Crosslinked polyethylene XLPE
  • Pairs : Twisted
  • Identification Pairs : Black & white, continuously numbered on white core (1, 2, 3…) for multi-element
  • Wrapping : 1 layer of PETP tape
  • Assembly : Concentric layers
  • Collective Screen : Aluminium / PETP tape over tinned copper drain wire
  • Inner Sheath : Polyvinyl chloride PVC
  • Armour : Galvanised round steel wires
  • Cable Sheath : Polyvinyl chloride PVC
  • Colour : Black. Blue for intrinsically safe system

Technical Data :-

  • Flame Propagation : EN 60332-1-2
  • Operating Temperature Range : -30°C to +70°C
  • Bending Radius : 10 x cable diameter
  • Operating Voltage : 500V
  • *Also available in 300V variant on request
  • Marking : RR KABEL n x m x a RE-Y(St)Y 500V EN 50288-7 CE + 0001m
  • n – No. of pairs, m – Pairs, a – Cross sectional area
Conductor Cross Section (Sq.mm) Class of Conductor No. of Strands/Max. Strand Diameter (mm) Max. DC Conductor Resistance* at 20°C (Ω/km) Max.L/R Ratio (μH/Ω) Min. Insulation Resistance (GΩ x cm) Max. Mutual Capacitance (nF/km) Max.Inductance (mH/km) Test Voltage Vrms (Core-Core) Test Voltage Vrms (Core-Screen)
0.5 2 7/0.3 36.0 25 20 250 1 2000 2000
0.5 5 16/0.2 39.0 25 20 250 1 2000 2000
0.75 2 7/0.37 24.5 25 20 250 1 2000 2000
0.75 5 24/0.2 26.0 25 20 250 1 2000 2000
1 2 7/0.43 18.1 25 20 250 1 2000 2000
1 5 32/0.2 19.5 25 20 250 1 2000 2000
1.5 2 7/0.53 12.1 40 20 250 1 2000 2000
2.5 2 7/0.67 7.41 60 20 250 1 2000 2000
icon
icon
icon
icon
icon
icon
icon

Application :-

  • Adapted to EN 50288-7.

Cable Construction :-

  • Conductor : Annealed copper wires according to BS EN 60228
  • Insulation : Crosslinked polyethylene XLPE
  • Pairs : Twisted
  • Identification Pairs : Black & white, continuously numbered on white core (1, 2, 3…) for multi-element
  • Wrapping : 1 layer of PETP tape
  • Assembly : Concentric layers
  • Collective Screen : Aluminium / PETP tape over tinned copper drain wire
  • Inner Sheath : Polyvinyl chloride PVC
  • Armour : Galvanised round steel wires
  • Cable Sheath : Polyvinyl chloride PVC
  • Colour : Black. Blue for intrinsically safe system

Technical Data :-

  • Flame Propagation : EN 60332-1-2
  • Operating Temperature Range : -30°C to +70°C
  • Bending Radius : 10 x cable diameter
  • Operating Voltage : 500V
  • *Also available in 300V variant on request
  • Marking : RR KABEL n x m x a RE-Y(St)Y 500V EN 50288-7 CE + 0001m
  • n – No. of pairs, m – Pairs, a – Cross sectional area
Conductor Cross Section (Sq.mm) Class of Conductor No. of Strands/Max. Strand Diameter (mm) Max. DC Conductor Resistance* at 20°C (Ω/km) Max.L/R Ratio (μH/Ω) Min. Insulation Resistance (GΩ x cm) Max. Mutual Capacitance (nF/km) Max.Inductance (mH/km) Test Voltage Vrms (Core-Core) Test Voltage Vrms (Core-Screen)
0.5 2 7/0.3 36.0 25 20 250 1 2000 2000
0.5 5 16/0.2 39.0 25 20 250 1 2000 2000
0.75 2 7/0.37 24.5 25 20 250 1 2000 2000
0.75 5 24/0.2 26.0 25 20 250 1 2000 2000
1 2 7/0.43 18.1 25 20 250 1 2000 2000
1 5 32/0.2 19.5 25 20 250 1 2000 2000
1.5 2 7/0.53 12.1 40 20 250 1 2000 2000
2.5 2 7/0.67 7.41 60 20 250 1 2000 2000
icon
icon
icon
icon
icon
icon
icon

Application :-

  • Adapted to EN 50288-7.

Cable Construction :-

  • Conductor : Annealed copper wires according to BS EN 60228
  • Insulation : Polyvinyl chloride PVC
  • Individual Screen : Aluminium / PETP tape over tinned copper drain wire, plastic tape under and above screen
  • Colour Code : Black, continuously numbered in white
  • Wrapping : 1 layer of PETP tape
  • Collective Screen : Aluminium / PETP tape over tinned copper drain wire
  • Cable Sheath : Polyvinyl chloride PVC
  • Colour : Black. Blue for intrinsically safe system

Technical Data :-

  • Flame Propagation : EN 60332-1-2
  • Operating Temperature Range : -30°C to +90°C
  • Bending Radius : 7.5 x cable diameter
  • Operating Voltage : 500V
  • *Also available in 300V variant on request
  • Marking : RR KABEL c x a RE-Y(St)Y 500V EN 50288-7 CE + 0001m
  • c – No. of cores, a – Cross sectional area
Conductor Cross Section (Sq.mm) Class of Conductor No. of Strands/Max. Strand Diameter (mm) Max. DC Conductor Resistance* at 20°C (Ω/km) Max.L/R Ratio (μH/Ω) Min. Insulation Resistance (GΩ x cm) Max. Mutual Capacitance (nF/km) Max.Inductance (mH/km) Test Voltage Vrms (Core-Core) Test Voltage Vrms (Core-Screen)
0.5 2 7/0.3 36.0 25 20 250 1 2000 2000
0.5 5 16/0.2 39.0 25 20 250 1 2000 2000
0.75 2 7/0.37 24.5 25 20 250 1 2000 2000
0.75 5 24/0.2 26.0 25 20 250 1 2000 2000
1 2 7/0.43 18.1 25 20 250 1 2000 2000
1 5 32/0.2 19.5 25 20 250 1 2000 2000
1.5 2 7/0.53 12.1 40 20 250 1 2000 2000
2.5 2 7/0.67 7.41 60 20 250 1 2000 2000
icon
icon
icon
icon
icon
icon
icon

Application :-

  • Adapted to EN 50288-7.

Cable Construction :-

  • Conductor : Annealed copper wires according to BS EN 60228
  • Insulation : Cross-linked polyethylene XLPE
  • Individual Screen : Aluminium / PETP tape over tinned copper drain wire, plastic tape under and above screen
  • Colour Code : Black, continuously numbered in white
  • Wrapping : 1 layer of PETP tape
  • Collective Screen : Aluminium / PETP tape over tinned copper drain wire
  • Cable Sheath : Polyvinyl chloride PVC
  • Colour : Black. Blue for intrinsically safe system

Technical Data :-

  • Flame Propagation : EN 60332-1-2
  • Operating Temperature Range : -30°C to +90°C
  • Bending Radius : 7.5 x cable diameter
  • Operating Voltage : 500V
  • *Also available in 300V variant on request
  • Marking : RR KABEL c x a RE-Y(St)Y 500V EN 50288-7 CE + 0001m
  • c – No. of cores, a – Cross sectional area
Conductor Cross Section (Sq.mm) Class of Conductor No. of Strands/Max. Strand Diameter (mm) Max. DC Conductor Resistance* at 20°C (Ω/km) Max.L/R Ratio (μH/Ω) Min. Insulation Resistance (GΩ x cm) Max. Mutual Capacitance (nF/km) Max.Inductance (mH/km) Test Voltage Vrms (Core-Core) Test Voltage Vrms (Core-Screen)
0.5 2 7/0.3 36.0 25 20 250 1 2000 2000
0.5 5 16/0.2 39.0 25 20 250 1 2000 2000
0.75 2 7/0.37 24.5 25 20 250 1 2000 2000
0.75 5 24/0.2 26.0 25 20 250 1 2000 2000
1 2 7/0.43 18.1 25 20 250 1 2000 2000
1 5 32/0.2 19.5 25 20 250 1 2000 2000
1.5 2 7/0.53 12.1 40 20 250 1 2000 2000
2.5 2 7/0.67 7.41 60 20 250 1 2000 2000
icon
icon
icon
icon
icon
icon
icon

Application :-

  • Adapted to EN 50288-7.

Cable Construction :-

  • Conductor : Annealed copper wires according to BS EN 60228
  • Insulation : Polyvinyl chloride PVC
  • Colour Code : Black, continuously numbered in white
  • Wrapping : 1 layer of PETP tape
  • Collective Screen : Aluminium / PETP tape over tinned copper drain wire
  • Inner Sheath : Polyvinyl Chloride PVC
  • Armour : Galvanised round steel wires
  • Cable Sheath : Polyvinyl Chloride PVC
  • Colour : Black. Blue for intrinsically safe system

Technical Data :-

  • Flame Propagation : EN 60332-1-2
  • Operating Temperature Range : -30°C to +90°C
  • Bending Radius : 10 x cable diameter
  • Operating Voltage : 500V
  • *Also available in 300V variant on request
  • Marking : RR KABEL c x a RE-Y(St)Y 500V EN 50288-7 CE + 0001m
  • c – No. of cores, a – Cross sectional area
Conductor Cross Section (Sq.mm) Class of Conductor No. of Strands/Max. Strand Diameter (mm) Max. DC Conductor Resistance* at 20°C (Ω/km) Max.L/R Ratio (μH/Ω) Min. Insulation Resistance (GΩ x cm) Max. Mutual Capacitance (nF/km) Max.Inductance (mH/km) Test Voltage Vrms (Core-Core) Test Voltage Vrms (Core-Screen)
0.5 2 7/0.3 36.0 25 20 250 1 2000 2000
0.5 5 16/0.2 39.0 25 20 250 1 2000 2000
0.75 2 7/0.37 24.5 25 20 250 1 2000 2000
0.75 5 24/0.2 26.0 25 20 250 1 2000 2000
1 2 7/0.43 18.1 25 20 250 1 2000 2000
1 5 32/0.2 19.5 25 20 250 1 2000 2000
1.5 2 7/0.53 12.1 40 20 250 1 2000 2000
2.5 2 7/0.67 7.41 60 20 250 1 2000 2000
icon
icon
icon
icon
icon
icon
icon

Application :-

  • Adapted to EN 50288-7.

Cable Construction :-

  • Conductor : Annealed copper wires according to BS EN 60228
  • Insulation : Cross-linked polyethylene XLPE
  • Colour Code : Black, continuously numbered in white
  • Wrapping : 1 layer of PETP tape
  • Collective Screen : Aluminium / PETP tape over tinned copper drain wire
  • Inner Sheath : Polyvinyl Chloride PVC
  • Armour : Galvanised round steel wires
  • Cable Sheath : Polyvinyl Chloride PVC
  • Colour : Black. Blue for intrinsically safe system

Technical Data :-

  • Flame Propagation : EN 60332-1-2
  • Operating Temperature Range : -30°C to +90°C
  • Bending Radius : 10 x cable diameter
  • Operating Voltage : 500V
  • *Also available in 300V variant on request
  • Marking : RR KABEL c x a RE-2X(St)YSWAY 500V EN 50288-7 CE + 0001m
  • c – No. of cores, a – Cross sectional area
Conductor Cross Section (Sq.mm) Class of Conductor No. of Strands/Max. Strand Diameter (mm) Max. DC Conductor Resistance* at 20°C (Ω/km) Max.L/R Ratio (μH/Ω) Min. Insulation Resistance (GΩ x cm) Max. Mutual Capacitance (nF/km) Max.Inductance (mH/km) Test Voltage Vrms (Core-Core) Test Voltage Vrms (Core-Screen)
0.5 2 7/0.3 36.0 25 20 250 1 2000 2000
0.5 5 16/0.2 39.0 25 20 250 1 2000 2000
0.75 2 7/0.37 24.5 25 20 250 1 2000 2000
0.75 5 24/0.2 26.0 25 20 250 1 2000 2000
1 2 7/0.43 18.1 25 20 250 1 2000 2000
1 5 32/0.2 19.5 25 20 250 1 2000 2000
1.5 2 7/0.53 12.1 40 20 250 1 2000 2000
2.5 2 7/0.67 7.41 60 20 250 1 2000 2000
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