Minimum bending radius for
Flexing: 15 x cable diameter
Static: 4 x cable diameter

Temperatur range
Flexing: - 5 °C to + 70 °C
Static: - 30 °C to + 70 °C

Nominal Voltage: Uo/U:
£ 1,5 mm² / 300/500 V
³ 2,5 mm² / 450/750 V
in case of protected installation:
300/1000 V ( £ 1,5 mm² )

Test Voltage: 4000 V

Insulation: Specific insulation
resistance: >20 G W x cm

Conductor stranding:
fine wire to VDE 0295
class 5 /IEC228CI.5

Core ident code:
VDE-colour code:
or black with number ( VDE 0293 )

Protective conductor:
G = green / yellow
X = without

Specification: Colours
Cores in accordance with
VDE 0245/0281
Sheath in accordance with
VDE 0245/0281

Minimum bending radius for
Flexing: 15 x cable diameter
Static: 4 x cable diameter

Temperatur range
Flexing: - 5 °C to + 70 °C
Static: - 30 °C to + 70 °C

Nominal Voltage: Uo/U:
300/500 V

Test Voltage: 4000 V

Insulation: Specific insulation
resistance: >20 G W x cm

Conductor stranding:
fine wire to VDE 0295
class 5 / IEC228CI.5

Core ident code:
or black with number ( VDE 0293 )

Protective conductor:
G = GNYE - X = without

Specification: Colours
Cores in accordance with
VDE 0245/0281
Sheath in accordance with
VDE 0245/0281

Minimum bending radius for
Flexing: 20 x cable diameter
Static: 6 x cable diameter

Temperatur range
Static: - 30 °C to + 70 °C

Nominal Voltage: Uo/U:
300/500 V

Test Voltage: 4000 V

Insulation: Specific insulation
resistance: >20 G W x cm

Conductor stranding:
fine wire to VDE 0295
class 5 / IEC228CI.5

Core ident code: up to 5 cores:
VDE-colour code

Protective conductor:
G = GNYE - X = without

Cores in accordance with: 
VDE 0295
Sheath in accordance with:
VDE 0245/0281

Minimum bending radius for
Flexing: 15 x cable diameter

Temperatur range
Flexing: - 5 °C to + 70 °C
Static: - 30 °C to + 70 °C

Peak working Voltage: 250 V
( not for purposes of power / high
voltage current

Test Voltage: 1200 V

Insulation: Specific insulation
resistance: >20 G W x cm

Conductor stranding: strands,
fine wire 0,34 mm² , 7-wire

Mutual capacitance:
C/C approx 120 nF / km

Inductance: approx. 0,65 mH/km

In reference to:
VDE Specification: VDE 0812

Minimum bending radius for
Flexing: 15 x cable diameter
Solitary: 6 x cable diameter

Temperatur range
Static: - 30 °C to + 70 °C

Peak working Voltage: 250 V
( not for purposes of power / high
voltage current

Test Voltage: 1200 V

Insulation: Specific insulation
resistance: >20 G W x cm

Conductor stranding: strands,
fine wire 0,34 mm² , 7-wire

Mutual capacitance:
C/C approx 120 nF / km
C/C approx 160 nF/ km

Inductance: approx. 0,65 mH/km

In reference to:
VDE Specification: VDE 0812

Minimum bending radius for
Flexing: 15 x cable diameter
Solitary: 6 x cable diameter

Temperatur range
Flexing: - 5 °C to + 70 °C
Static: - 40 °C to + 70 °C

Nominal Voltage: Uo/U:
300/500 V

Test Voltage: 3000 V

Insulation: Specific insulation
resistance: >10 M W x cm

Conductor stranding: strands,
fine wire 0,34 mm² , 7-wire

Mutual capacitance:
C/C approx 120 nF / km
C/C approx 160 nF/ km

Inductance: approx. 0,65 mH/km

In reference to:
VDE Specification: VDE 0812

Minimum bending radius for
Flexing:
-140: 12,5 x cable diameter
-140 CY: 20 x cable diameter
Static:
-140: 4 x cable diameter
-140 CY: 6 x cable diameter

Temperatur range
Flexing: - 5 °C to + 70 °C
Static: - 40 °C to + 70 °C

Nominal Voltage: Uo/U:
300/500 V

Test Voltage: 3000 V

Insulation: Specific insulation
resistance: >10 M W x cm

Conductor stranding:
fine wire to VDE 0295
class 5 /IEC228CI.5

Core ident code: black cores:
with white numbers ( VDE 0293 )

Protective conductor:
G = GNYE - X = without

Minimum bending radius for
Flexing:
-140: 12,5 x cable diameter
-140 CY: 20 x cable diameter
Static:
-140: 4 x cable diameter
-140 CY: 6 x cable diameter

Temperatur range
Flexing: - 5 °C to + 70 °C
Static: - 40 °C to + 70 °C

Nominal Voltage: Uo/U:
300/500 V

Test Voltage: 3000 V

Insulation: Specific insulation
resistance: >10 M W x cm

Conductor stranding:
fine wire to VDE 0295
class 5 /IEC228CI.5

Core ident code: black cores:
with white numbers ( VDE 0293 )

Protective conductor:
G = GNYE - X = without