TE 光伏電纜能夠適應光伏裝置的典型惡劣環境條件，較傳統電纜更耐用靈活、安全生態，預期使用壽命超過 25 年，可提供柔性的無鹵素雙壁電纜。認證標準包括 TUV1169/TUV1990/EN50618/UL4703。
優勢：
耐高、低溫，阻燃，防磨損，穩健性能強
靈活，易剝離

Akatsuki 光伏電纜能夠適應光伏裝置的典型惡劣環境條件，較傳統電纜更耐用靈活、安全生態，預期使用壽命超過 25 年，可提供柔性的無鹵素雙壁電纜。認證標準包括:
IEC 60228, IEC 60332-1-2, IEC 60754, IEC 60811, IEC 61034, IEC 62930
UL 44, UL 854, UL 1581, UL 2556, UL 4703
EN 50618, TUV 2 PfG 2750/09.20
ROHS 2011/65/EU
優勢：
耐高、低溫，阻燃，防磨損，穩健性能強
靈活，易剝離

TE 光伏電纜能夠適應光伏裝置的典型惡劣環境條件，較傳統電纜更耐用靈活、安全生態，預期使用壽命超過 25 年，可提供柔性的無鹵素雙壁電纜。認證標準包括 TUV1169/TUV1990/EN50618/UL4703。
優勢：
耐高、低溫，阻燃，防磨損，穩健性能強
靈活，易剝離

Akatsuki 光伏電纜能夠適應光伏裝置的典型惡劣環境條件，較傳統電纜更耐用靈活、安全生態，預期使用壽命超過 25 年，可提供柔性的無鹵素雙壁電纜。認證標準包括:
IEC 60228, IEC 60332-1-2, IEC 60754, IEC 60811, IEC 61034, IEC 62930
UL 44, UL 854, UL 1581, UL 2556, UL 4703
EN 50618, TUV 2 PfG 2750/09.20
ROHS 2011/65/EU
優勢：
耐高、低溫，阻燃，防磨損，穩健性能強
靈活，易剝離

Akatsuki 光伏電纜能夠適應光伏裝置的典型惡劣環境條件，較傳統電纜更耐用靈活、安全生態，預期使用壽命超過 25 年，可提供柔性的無鹵素雙壁電纜。認證標準包括:
IEC 60228, IEC 60332-1-2, IEC 60754, IEC 60811, IEC 61034, IEC 62930
UL 44, UL 854, UL 1581, UL 2556, UL 4703
EN 50618, TUV 2 PfG 2750/09.20
ROHS 2011/65/EU
優勢：
耐高、低溫，阻燃，防磨損，穩健性能強
靈活，易剝離

STAUBLI光伏電纜配除鹵素的交聯摻入製成的雙
重絕緣層，用於光伏設備的連接。
該電纜可與額定電壓為1500 V DC的絕大部分
數光伏部件一起使用，例如光伏接線盒和光伏連接器。

STAUBLI光伏電纜配除鹵素的交聯摻入製成的雙
重絕緣層，用於光伏設備的連接。
該電纜可與額定電壓為1500 V DC的絕大部分
數光伏部件一起使用，例如光伏接線盒和光伏連接器。

STAUBLI光伏電纜配除鹵素的交聯摻入製成的雙
重絕緣層，用於光伏設備的連接。
該電纜可與額定電壓為1500 V DC的絕大部分
數光伏部件一起使用，例如光伏接線盒和光伏連接器。

STAUBLI光伏電纜配除鹵素的交聯摻入製成的雙
重絕緣層，用於光伏設備的連接。
該電纜可與額定電壓為1500 V DC的絕大部分
數光伏部件一起使用，例如光伏接線盒和光伏連接器。

Akatsuki 光伏電纜能夠適應光伏裝置的典型惡劣環境條件，較傳統電纜更耐用靈活、安全生態，預期使用壽命超過 25 年，可提供柔性的無鹵素雙壁電纜。認證標準包括:
IEC 60228, IEC 60332-1-2, IEC 60754, IEC 60811, IEC 61034, IEC 62930
EN 50618
ROHS 2011/65/EU
優勢：
耐高、低溫，阻燃，防磨損，穩健性能強
靈活，易剝離

Akatsuki 光伏電纜能夠適應光伏裝置的典型惡劣環境條件，較傳統電纜更耐用靈活、安全生態，預期使用壽命超過 25 年，可提供柔性的無鹵素雙壁電纜。認證標準包括:
IEC 60228, IEC 60332-1-2, IEC 60754, IEC 60811, IEC 61034, IEC 62930
EN 50618
ROHS 2011/65/EU
優勢：
耐高、低溫，阻燃，防磨損，穩健性能強
靈活，易剝離

Akatsuki 光伏電纜能夠適應光伏裝置的典型惡劣環境條件，較傳統電纜更耐用靈活、安全生態，預期使用壽命超過 25 年，可提供柔性的無鹵素雙壁電纜。認證標準包括:
IEC 60228, IEC 60332-1-2, IEC 60754, IEC 60811, IEC 61034, IEC 62930
EN 50618
ROHS 2011/65/EU
優勢：
耐高、低溫，阻燃，防磨損，穩健性能強
靈活，易剝離

Akatsuki 光伏電纜能夠適應光伏裝置的典型惡劣環境條件，較傳統電纜更耐用靈活、安全生態，預期使用壽命超過 25 年，可提供柔性的無鹵素雙壁電纜。認證標準包括:
IEC 60228, IEC 60332-1-2, IEC 60754, IEC 60811, IEC 61034, IEC 62930
EN 50618
ROHS 2011/65/EU
優勢：
耐高、低溫，阻燃，防磨損，穩健性能強
靈活，易剝離

Akatsuki 光伏電纜能夠適應光伏裝置的典型惡劣環境條件，較傳統電纜更耐用靈活、安全生態，預期使用壽命超過 25 年，可提供柔性的無鹵素雙壁電纜。認證標準包括:
IEC 60228, IEC 60332-1-2, IEC 60754, IEC 60811, IEC 61034, IEC 62930
UL 44, UL 854, UL 1581, UL 2556, UL 4703
EN 50618, TUV 2 PfG 2750/09.20
ROHS 2011/65/EU
優勢：
耐高、低溫，阻燃，防磨損，穩健性能強
靈活，易剝離

Our improved triple TÜV-certified cable KBE Solar DB+ H1Z2Z2-K 62930 IEC 131 PV 1500-K provides a number of additional advantages, while maintaining our excellent conditions:

1. Triple TÜV-certified acc. to EN 50618 (H1Z2Z2-K), IEC 62930 (IEC 131) and TÜV 2Pfg 1169 /10.19 (PV 1500-K)
2. Product and manufacturing site inspection by TÜV Rheinland
3. Designed and tested for 1.500 VDC (1.800 VDC max.)
4. Including consecutive meter marking
5. Direct burial, due to high quality insulation materials
6. High quality – Made in Germany - and long life time of min. 25 years acc. to EN 50618 / IEC 62930
7. High flexibility and bendability, compatibility with all common connectors

Our improved triple TÜV-certified cable KBE Solar DB+ H1Z2Z2-K 62930 IEC 131 PV 1500-K provides a number of additional advantages, while maintaining our excellent conditions:

1. Triple TÜV-certified acc. to EN 50618 (H1Z2Z2-K), IEC 62930 (IEC 131) and TÜV 2Pfg 1169 /10.19 (PV 1500-K)
2. Product and manufacturing site inspection by TÜV Rheinland
3. Designed and tested for 1.500 VDC (1.800 VDC max.)
4. Including consecutive meter marking
5. Direct burial, due to high quality insulation materials
6. High quality – Made in Germany - and long life time of min. 25 years acc. to EN 50618 / IEC 62930
7. High flexibility and bendability, compatibility with all common connectors

Our improved triple TÜV-certified cable KBE Solar DB+ H1Z2Z2-K 62930 IEC 131 PV 1500-K provides a number of additional advantages, while maintaining our excellent conditions:

1. Triple TÜV-certified acc. to EN 50618 (H1Z2Z2-K), IEC 62930 (IEC 131) and TÜV 2Pfg 1169 /10.19 (PV 1500-K)
2. Product and manufacturing site inspection by TÜV Rheinland
3. Designed and tested for 1.500 VDC (1.800 VDC max.)
4. Including consecutive meter marking
5. Direct burial, due to high quality insulation materials
6. High quality – Made in Germany - and long life time of min. 25 years acc. to EN 50618 / IEC 62930
7. High flexibility and bendability, compatibility with all common connectors

Our improved triple TÜV-certified cable KBE Solar DB+ H1Z2Z2-K 62930 IEC 131 PV 1500-K provides a number of additional advantages, while maintaining our excellent conditions:

1. Triple TÜV-certified acc. to EN 50618 (H1Z2Z2-K), IEC 62930 (IEC 131) and TÜV 2Pfg 1169 /10.19 (PV 1500-K)
2. Product and manufacturing site inspection by TÜV Rheinland
3. Designed and tested for 1.500 VDC (1.800 VDC max.)
4. Including consecutive meter marking
5. Direct burial, due to high quality insulation materials
6. High quality – Made in Germany - and long life time of min. 25 years acc. to EN 50618 / IEC 62930
7. High flexibility and bendability, compatibility with all common connectors

Our improved triple TÜV-certified cable KBE Solar DB+ H1Z2Z2-K 62930 IEC 131 PV 1500-K provides a number of additional advantages, while maintaining our excellent conditions:

1. Triple TÜV-certified acc. to EN 50618 (H1Z2Z2-K), IEC 62930 (IEC 131) and TÜV 2Pfg 1169 /10.19 (PV 1500-K)
2. Product and manufacturing site inspection by TÜV Rheinland
3. Designed and tested for 1.500 VDC (1.800 VDC max.)
4. Including consecutive meter marking
5. Direct burial, due to high quality insulation materials
6. High quality – Made in Germany - and long life time of min. 25 years acc. to EN 50618 / IEC 62930
7. High flexibility and bendability, compatibility with all common connectors

Our improved triple TÜV-certified cable KBE Solar DB+ H1Z2Z2-K 62930 IEC 131 PV 1500-K provides a number of additional advantages, while maintaining our excellent conditions:

1. Triple TÜV-certified acc. to EN 50618 (H1Z2Z2-K), IEC 62930 (IEC 131) and TÜV 2Pfg 1169 /10.19 (PV 1500-K)
2. Product and manufacturing site inspection by TÜV Rheinland
3. Designed and tested for 1.500 VDC (1.800 VDC max.)
4. Including consecutive meter marking
5. Direct burial, due to high quality insulation materials
6. High quality – Made in Germany - and long life time of min. 25 years acc. to EN 50618 / IEC 62930
7. High flexibility and bendability, compatibility with all common connectors

Our KBE Solar Floating cable, certified according to TÜV 2 PfG 2750/09.20, is designed to fulfill the highest requirements for PV applications on waters & reservoirs. Our KBE Solar Floating is the only solar cable embracing 4 different TÜV certifications. An outstanding water- and UV-resistance ensures a high failure safety and a long lifetime.

1. TÜV certified acc. 2 PfG 2750/09.20, the new standard for FPV wires
2. Designed of FPV applications on waters through high-end insulation materials
3. High water resistance
4. High insulation resistance
5. High mechanical stability upon motion
6. High UV-stability

Our KBE Solar Floating cable, certified according to TÜV 2 PfG 2750/09.20, is designed to fulfill the highest requirements for PV applications on waters & reservoirs. Our KBE Solar Floating is the only solar cable embracing 4 different TÜV certifications. An outstanding water- and UV-resistance ensures a high failure safety and a long lifetime.

1. TÜV certified acc. 2 PfG 2750/09.20, the new standard for FPV wires
2. Designed of FPV applications on waters through high-end insulation materials
3. High water resistance
4. High insulation resistance
5. High mechanical stability upon motion
6. High UV-stability

Our KBE Solar Floating cable, certified according to TÜV 2 PfG 2750/09.20, is designed to fulfill the highest requirements for PV applications on waters & reservoirs. Our KBE Solar Floating is the only solar cable embracing 4 different TÜV certifications. An outstanding water- and UV-resistance ensures a high failure safety and a long lifetime.

1. TÜV certified acc. 2 PfG 2750/09.20, the new standard for FPV wires
2. Designed of FPV applications on waters through high-end insulation materials
3. High water resistance
4. High insulation resistance
5. High mechanical stability upon motion
6. High UV-stability

Our KBE Solar Floating cable, certified according to TÜV 2 PfG 2750/09.20, is designed to fulfill the highest requirements for PV applications on waters & reservoirs. Our KBE Solar Floating is the only solar cable embracing 4 different TÜV certifications. An outstanding water- and UV-resistance ensures a high failure safety and a long lifetime.

1. TÜV certified acc. 2 PfG 2750/09.20, the new standard for FPV wires
2. Designed of FPV applications on waters through high-end insulation materials
3. High water resistance
4. High insulation resistance
5. High mechanical stability upon motion
6. High UV-stability

Our KBE Solar Floating cable, certified according to TÜV 2 PfG 2750/09.20, is designed to fulfill the highest requirements for PV applications on waters & reservoirs. Our KBE Solar Floating is the only solar cable embracing 4 different TÜV certifications. An outstanding water- and UV-resistance ensures a high failure safety and a long lifetime.

1. TÜV certified acc. 2 PfG 2750/09.20, the new standard for FPV wires
2. Designed of FPV applications on waters through high-end insulation materials
3. High water resistance
4. High insulation resistance
5. High mechanical stability upon motion
6. High UV-stability

Our KBE Solar Floating cable, certified according to TÜV 2 PfG 2750/09.20, is designed to fulfill the highest requirements for PV applications on waters & reservoirs. Our KBE Solar Floating is the only solar cable embracing 4 different TÜV certifications. An outstanding water- and UV-resistance ensures a high failure safety and a long lifetime.

1. TÜV certified acc. 2 PfG 2750/09.20, the new standard for FPV wires
2. Designed of FPV applications on waters through high-end insulation materials
3. High water resistance
4. High insulation resistance
5. High mechanical stability upon motion
6. High UV-stability