Mining Cables

Не силовой кабель "с запасом по меди", а reeling-конструкция для конкретного узла: барабана намотки спредера, где растяжение, кручение и циклический изгиб действуют одновременно, а рядом с 44 медными жилами нужно провести ещё и 12 волокон для камер, антираскачивания и ПЛК-сети. Ниже — почему это не задача для обычного кабеля, как проверить барабан расчётом, и полные данные 44G2,5 мм² + 12×OM1 без единого сокращения.

FC-SPREADERFLEX™ FO (аналог RHEYCORD®-RTS OFE): кабель-спредер с интегрированной оптикой для кранов STS/RTG/RMG

Не силовой кабель “с запасом по меди”, а reeling-конструкция для конкретного узла: барабана намотки спредера, где растяжение, кручение и циклический изгиб действуют одновременно, а рядом с 44 медными жилами нужно провести ещё и 12 волокон для камер, антираскачивания и ПЛК-сети. Ниже — почему это не задача для обычного кабеля, как проверить барабан расчётом, и полные данные 44G2,5 мм² + 12×OM1 без единого сокращения.
тип SHD-GC (Shielded Heavy-Duty with Ground Check) — промышленный стандарт для питания мобильного горного оборудования на открытых и подземных разработках. Кабель рассчитан на волочение по грунту, намотку на барабан, многократный изгиб, удары, воздействие масла, воды и ультрафиолета. Три экранированные фазы, два проводника заземления и контрольный проводник ground-check обеспечивают отказоустойчивый мониторинг цепи заземления — требование стандартов безопасности горнодобывающих предприятий (MSHA 30 CFR Part 7).

SHD-GC: горно-шахтный кабель среднего напряжения 2–25 кВ для тяжёлых условий эксплуатации

тип SHD-GC (Shielded Heavy-Duty with Ground Check) — промышленный стандарт для питания мобильного горного оборудования на открытых и подземных разработках. Кабель рассчитан на волочение по грунту, намотку на барабан, многократный изгиб, удары, воздействие масла, воды и ультрафиолета. Три экранированные фазы, два проводника заземления и контрольный проводник ground-check обеспечивают отказоустойчивый мониторинг цепи заземления — требование стандартов безопасности горнодобывающих предприятий (MSHA 30 CFR Part 7).
An engineering guide to the cable that solves North American field wiring: UL listed to UL 1277 and 1063, TC-ER for exposed runs without conduit, WTTC at 1 000 V for wind turbines, MTW for machine tools per NFPA 79, FT4/IEEE bunched-cable flame rating and UL OIL RES I.

2-NORM TRAY TC-ER MTW: UL-listed tray cable for exposed runs, machine tools and wind turbines

An engineering guide to the cable that solves North American field wiring: UL listed to UL 1277 and 1063, TC-ER for exposed runs without conduit, WTTC at 1 000 V for wind turbines, MTW for machine tools per NFPA 79, FT4/IEEE bunched-cable flame rating and UL OIL RES I.
Una solución de cable para Sudamérica debe responder a altitud, humedad, salitre, polvo, roca, radiación UV, movilidad y requisitos de certificación. Feichun Cable combina diseño flexible, materiales resistentes, protección eléctrica y documentación por proyecto.

Por qué Feichun Cable es adecuado para minería y puertos en Sudamérica

Una solución de cable para Sudamérica debe responder a altitud, humedad, salitre, polvo, roca, radiación UV, movilidad y requisitos de certificación. Feichun Cable combina diseño flexible, materiales resistentes, protección eléctrica y documentación por proyecto.
SHD-GC significa, en la práctica de cables mineros norteamericanos, un cable de potencia apantallado para servicio severo con circuito de comprobación de tierra. Se utiliza como trailing cable de equipos de corriente alterna y como distribución de alta tensión en minas subterráneas cuando el punto de alimentación cambia con frecuencia. Prysmian describe esta familia para palas eléctricas, draglines, canteras, grúas pórtico, recuperación de escoria y distribución subterránea móvil. [1] La letra GC no es decoración comercial: el ground-check forma parte de la filosofía de protección. El circuito permite comprobar continuidad y detectar una condición de tierra abierta mediante el relé adecuado. La pantalla metálica y los conductores de tierra, por su parte, deben proporcionar un camino de falla de baja impedancia. Los tres elementos tienen funciones distintas y no deben conectarse como si fueran intercambiables.

ASTM B-33: el conductor de cobre estañado que sostiene la flexibilidad y la confiabilidad del cable minero

ASTM B-33 es una especificación del material conductor: cubre alambre redondo de cobre blando o recocido, estañado, para usos eléctricos. En un cable SHD-GC, G-GC o similar, esta norma aporta criterios para diámetro, resistividad, resistencia mecánica, elongación y continuidad/adherencia del estaño. No es una norma completa de cable minero; debe coordinarse con ICEA S‑75‑381, la aprobación del mercado, el aislamiento, la pantalla, la cubierta y los ensayos de producto.
An engineering guide to a dual-standard control cable rated UL/CSA 1 000 V and VDE 300/500 V: 90 °C PVC to UL 1581, numbered cores, a tinned copper braid of approx. 85 % coverage, TM54 oil resistance, bunched-cable fire performance and a black UV-resistant version for outdoor use.

2-NORM-CY 1 000 V UL/CSA: 90 °C EMC-screened control cable in grey and black +UV

An engineering guide to a dual-standard control cable rated UL/CSA 1 000 V and VDE 300/500 V: 90 °C PVC to UL 1581, numbered cores, a tinned copper braid of approx. 85 % coverage, TM54 oil resistance, bunched-cable fire performance and a black UV-resistant version for outdoor use.
An engineering guide to a dual-standard control cable rated UL/CSA 1 000 V and VDE 300/500 V: 90 °C PVC to UL 1581, numbered cores, TM54 oil resistance, bunched-cable fire performance and a black UV-resistant version for outdoor use.

2-NORM 1 000 V UL/CSA: 90 °C control cable in grey and black +UV

An engineering guide to a dual-standard control cable rated UL/CSA 1 000 V and VDE 300/500 V: 90 °C PVC to UL 1581, numbered cores, TM54 oil resistance, bunched-cable fire performance and a black UV-resistant version for outdoor use.
An engineering guide to the multi-approved control cable: HAR 300/500 V at 70 °C and UL/CSA 600 V at 90 °C, numbered black cores, a PVC inner sheath, a tinned copper braid of approx. 85 % coverage and a special oil-resistant grey PVC sheath for wet rooms and water-oil mixtures.

MULTINORM-CY H05VVC4V5-K HAR/UL/CSA: one screened, oil-resistant control cable for Europe and North America

An engineering guide to the multi-approved control cable: HAR 300/500 V at 70 °C and UL/CSA 600 V at 90 °C, numbered black cores, a PVC inner sheath, a tinned copper braid of approx. 85 % coverage and a special oil-resistant grey PVC sheath for wet rooms and water-oil mixtures.
An engineering guide to the screened member of the harmonised PVC family: numbered black cores, a PVC inner sheath, a tinned copper braid of approx. 85 % coverage and a special oil-resistant grey sheath for wet rooms and water-oil mixtures.

H05VVC4V5-K HAR: harmonised, screened and oil-resistant control cable

An engineering guide to the screened member of the harmonised PVC family: numbered black cores, a PVC inner sheath, a tinned copper braid of approx. 85 % coverage and a special oil-resistant grey sheath for wet rooms and water-oil mixtures.
An engineering guide to the European harmonised control cable for machine building: fine-wire copper, black numbered cores, and a special oil-resistant grey PVC sheath suitable for wet rooms and water-oil mixtures.

H05VV5-F HAR: harmonised oil-resistant PVC control cable with numbered cores

An engineering guide to the European harmonised control cable for machine building: fine-wire copper, black numbered cores, and a special oil-resistant grey PVC sheath suitable for wet rooms and water-oil mixtures.
Engineer's summary: a VFD motor lead is a high-frequency transmission line, not just a power feeder. This cable attacks the two problems that matter — capacitance (XLPE insulation) and common-mode current return (foil + braid, 360° bonded at both ends). Compared with the PE-insulated 2YSL(St)CY-J, XLPE raises the conductor limit to 90 °C, so the same cross-section carries 18–28 % more current.

2XSL(St)CY-J 0.6/1 kV EMV: XLPE-insulated, double-screened VFD cable for higher power per cross-section

Engineer’s summary: a VFD motor lead is a high-frequency transmission line, not just a power feeder. This cable attacks the two problems that matter — capacitance (XLPE insulation) and common-mode current return (foil + braid, 360° bonded at both ends). Compared with the PE-insulated 2YSL(St)CY-J, XLPE raises the conductor limit to 90 °C, so the same cross-section carries 18–28 % more current.
An engineering guide to the VFD motor cable family: PE insulation for low capacitance, aluminium-laminated foil plus tinned copper braid for full-spectrum screening, in a transparent indoor version, a black UV-resistant version and a symmetrical 3PLUS design with three PE cores.

2YSL(St)CY-J 0.6/1 kV EMV: low-capacitance, double-screened cable for frequency converters

An engineering guide to the VFD motor cable family: PE insulation for low capacitance, aluminium-laminated foil plus tinned copper braid for full-spectrum screening, in a transparent indoor version, a black UV-resistant version and a symmetrical 3PLUS design with three PE cores.
Engineer's summary: this is the 1 kV member of the JZ/OZ family: same fine-wire flexibility and numbered cores, but with 1 kV insulation walls across all sizes, a 160 °C short-circuit limit and a UV-proofed black sheath for outdoor installation. It is not for burial, drag chains or tensile load.

ÖPVC-JZ/OZ 0.6/1 kV black: flexible 1 kV PVC cable with numbered cores for indoor and outdoor use

Engineer’s summary: this is the 1 kV member of the JZ/OZ family: same fine-wire flexibility and numbered cores, but with 1 kV insulation walls across all sizes, a 160 °C short-circuit limit and a UV-proofed black sheath for outdoor installation. It is not for burial, drag chains or tensile load.
An engineering guide to the YSY construction: PVC inner sheath, oxidation-protected galvanised steel-wire braid and transparent PVC outer sheath — high resistance to transverse crushing and impact, plus a magnetically effective screen.

ÖPVC-JZ/OZ-YSY 300/500 V and ÖPVC-JB/OB-YSY 0.6/1 kV: triple-protected PVC cable

An engineering guide to the YSY construction: PVC inner sheath, oxidation-protected galvanised steel-wire braid and transparent PVC outer sheath — high resistance to transverse crushing and impact, plus a magnetically effective screen.
An engineering guide to a dual-rated screened PVC control cable with a tinned copper braid of 85 % ± 5 % coverage: UL 1 000 V and IEC 450/750 V, cURus 80 °C, increased mineral-oil resistance, a 6 kV test voltage and bunched-cable fire performance to IEC 60332-3-24 Cat. C and CSA FT1.

ÖPVC-JZ/OZ-CYö 1 000 V UL/CSA: one screened EMC control cable for IEC and North American machines

An engineering guide to a dual-rated screened PVC control cable with a tinned copper braid of 85 % ± 5 % coverage: UL 1 000 V and IEC 450/750 V, cURus 80 °C, increased mineral-oil resistance, a 6 kV test voltage and bunched-cable fire performance to IEC 60332-3-24 Cat. C and CSA FT1.
JZ = with GNYE and numbered cores (‘G’); OZ = without GNYE (‘x’). C-Y = copper braid under a PVC outer sheath, with no inner sheath. The whole range is rated 300/500 V; test voltage is 4 kV core/core and 2 kV core/screen.

ÖPVC-JZ/OZ-CY: compact screened control cable with numbered cores

JZ = with GNYE and numbered cores (‘G’); OZ = without GNYE (‘x’). C-Y = copper braid under a PVC outer sheath, with no inner sheath. The whole range is rated 300/500 V; test voltage is 4 kV core/core and 2 kV core/screen.
An engineering guide to a cold- and UV-resistant PVC power, control and connecting cable for plant and machine building, HVAC, frozen-goods plants, cold stores and outdoor equipment in extreme climates.

ÖPVC-JZ/OZ ARCTIC +UV: −60 °C fixed, flexible down to −40 °C, black UV sheath

An engineering guide to a cold- and UV-resistant PVC power, control and connecting cable for plant and machine building, HVAC, frozen-goods plants, cold stores and outdoor equipment in extreme climates.
In the German cable code, Y denotes PVC and C a copper screen. Read from the inside out, Y-C-Y means PVC inner sheath, copper braid, PVC outer sheath. JB identifies versions with a green/yellow protective conductor (shown as ‘G’ in the dimension tables) and OB versions without it (shown as ‘x’). The voltage class changes with cross-section: up to 16 mm² the cable is rated 300/500 V; from 25 mm² it carries 1 kV insulation walls and is rated 0.6/1 kV.

ÖPVC-JB/OB-YCY: screened PVC power, control and connecting cable, 0.5–185 mm²

In the German cable code, Y denotes PVC and C a copper screen. Read from the inside out, Y-C-Y means PVC inner sheath, copper braid, PVC outer sheath. JB identifies versions with a green/yellow protective conductor (shown as ‘G’ in the dimension tables) and OB versions without it (shown as ‘x’). The voltage class changes with cross-section: up to 16 mm² the cable is rated 300/500 V; from 25 mm² it carries 1 kV insulation walls and is rated 0.6/1 kV.
SHD-GC significa, en la práctica de cables mineros norteamericanos, un cable de potencia apantallado para servicio severo con circuito de comprobación de tierra. Se utiliza como trailing cable de equipos de corriente alterna y como distribución de alta tensión en minas subterráneas cuando el punto de alimentación cambia con frecuencia. Prysmian describe esta familia para palas eléctricas, draglines, canteras, grúas pórtico, recuperación de escoria y distribución subterránea móvil. [1] La letra GC no es decoración comercial: el ground-check forma parte de la filosofía de protección. El circuito permite comprobar continuidad y detectar una condición de tierra abierta mediante el relé adecuado. La pantalla metálica y los conductores de tierra, por su parte, deben proporcionar un camino de falla de baja impedancia. Los tres elementos tienen funciones distintas y no deben conectarse como si fueran intercambiables.

SHD-GC: cable minero apantallado con ground-check para equipos móviles de alta exigencia

SHD-GC significa, en la práctica de cables mineros norteamericanos, un cable de potencia apantallado para servicio severo con circuito de comprobación de tierra. Se utiliza como trailing cable de equipos de corriente alterna y como distribución de alta tensión en minas subterráneas cuando el punto de alimentación cambia con frecuencia. Prysmian describe esta familia para palas eléctricas, draglines, canteras, grúas pórtico, recuperación de escoria y distribución subterránea móvil. [1] La letra GC no es decoración comercial: el ground-check forma parte de la filosofía de protección. El circuito permite comprobar continuidad y detectar una condición de tierra abierta mediante el relé adecuado. La pantalla metálica y los conductores de tierra, por su parte, deben proporcionar un camino de falla de baja impedancia. Los tres elementos tienen funciones distintas y no deben conectarse como si fueran intercambiables.
Guía técnica para ingenieros de minas, mantenimiento y seguridad operacional. El sistema Feichun’LEDs integra iluminación autoalimentada en un cable trailing SHD-GC: la tensión inducida alrededor del cable activa LED visibles en la oscuridad, mientras la arquitectura eléctrica mantiene tres fases EPR apantalladas, dos conductores de tierra y un conductor ground-check.

SHD-GC autoluminoso: cable minero visible por inducción electromagnética

Guía técnica para ingenieros de minas, mantenimiento y seguridad operacional. El sistema Feichun’LEDs integra iluminación autoalimentada en un cable trailing SHD-GC: la tensión inducida alrededor del cable activa LED visibles en la oscuridad, mientras la arquitectura eléctrica mantiene tres fases EPR apantalladas, dos conductores de tierra y un conductor ground-check.
从6.6 kV至33 kV、低烟低腐蚀性气体到XLPE、SWA/AWA与CPR 面向配电设计师、电网与工业业主、轨道交通、数据中心、隧道工程、EPC、承包商、采购和质量人员:完整说明标准范围、电压等级、单芯/三芯结构、半导电与金属屏蔽、LSHF内外护套、阻燃、烟密度、腐蚀性气体、SWA/AWA、载流量、短路、附件、局放、CPR和RFQ写法。 A Chinese engineering guide to BS 7835:2007 LSHF armoured thermosetting-insulated MV cables up to 19/33 (36) kV. Anhui Feichun Special Cable Co., Ltd. 安徽飞纯特种电缆有限公司 • Hefei Economic and Technological Development Zone Comprehensive Bonded Zone, Anhui, P.R. China

Feichun Cable at EXPO MINA PERÚ 2026 Meet Our Mining Cable Team at Booth E319

From mining faces and processing areas to heavy equipment, reels and material-handling systems, cable performance is closely tied to equipment uptime. At EXPO MINA PERÚ 2026, Feichun Cable brings a focused range of mining, trailing, reeling and industrial special cables to Lima, with a practical goal: discuss real cable problems with mining contractors, OEMs, distributors and maintenance teams, and develop the right cable construction for each application.
BS 6708 TYPE FS4 是一种用于 overhead catenary systems 架空悬挂系统及类似用途的 640/1100 V 扁平橡套供电电缆。它采用 IEC 60228 Class 5 镀锡细绞铜导体、EPR 绝缘、彩色纺织带芯线识别、镀锡铜编织屏蔽和重型氯丁橡胶外护套。 TYPE FS4 与 TYPE 14、TYPE 16 这类圆形矿用拖曳电缆最大的不同在于:All cores are laid parallel in flat configuration without contacting each other. 也就是说,它采用扁平并列结构,所有芯线平行排列,并且芯线之间不直接接触。该结构更适合悬挂、吊挂、架空移动供电和类似需要扁平柔性布置的场景

什么是 BS 6708 TYPE FS4:架空悬挂系统用 640/1100 V 扁平矿用橡套电缆

BS 6708 TYPE FS4 是一种用于 overhead catenary systems 架空悬挂系统及类似用途的 640/1100 V 扁平橡套供电电缆。它采用 IEC 60228 Class 5 镀锡细绞铜导体、EPR 绝缘、彩色纺织带芯线识别、镀锡铜编织屏蔽和重型氯丁橡胶外护套。 TYPE FS4 与 TYPE 14、TYPE 16 这类圆形矿用拖曳电缆最大的不同在于:All cores are laid parallel in flat configuration without contacting each other. 也就是说,它采用扁平并列结构,所有芯线平行排列,并且芯线之间不直接接触。该结构更适合悬挂、吊挂、架空移动供电和类似需要扁平柔性布置的场景
BS 6708 TYPE 16 是一种用于挖掘设备、破碎机械及相关重型移动设备供电的 640/1100 V 矿山专用橡套电缆。它采用 IEC 60228 Class 5 镀锡细绞铜导体、EPR 绝缘、彩色纺织带芯线识别、相芯镀锡铜 / 尼龙编织屏蔽、橡胶基垫层和重型氯丁橡胶外护套。 TYPE 16 的结构重点是:phase cores 带镀锡铜 / 尼龙编织屏蔽,同时配置 two ground cores and one pilot core,并将两根接地芯和一根 pilot 芯布置在相芯之间。相比只有单根接地芯的结构,TYPE 16 更强调相芯之间的均衡布置、接地路径配置和移动设备供电的安全监测需求。

什么是 BS 6708 TYPE 16:挖掘与破碎设备供电用 640/1100 V 相芯屏蔽矿山专用橡套电缆技术解析

BS 6708 TYPE 16 是一种用于挖掘设备、破碎机械及相关重型移动设备供电的 640/1100 V 矿山专用橡套电缆。它采用 IEC 60228 Class 5 镀锡细绞铜导体、EPR 绝缘、彩色纺织带芯线识别、相芯镀锡铜 / 尼龙编织屏蔽、橡胶基垫层和重型氯丁橡胶外护套。 TYPE 16 的结构重点是:phase cores 带镀锡铜 / 尼龙编织屏蔽,同时配置 two ground cores and one pilot core,并将两根接地芯和一根 pilot 芯布置在相芯之间。相比只有单根接地芯的结构,TYPE 16 更强调相芯之间的均衡布置、接地路径配置和移动设备供电的安全监测需求。
BS 6708 TYPE 11 是一种用于挖掘设备、破碎机械、矿山移动设备及港口散货重载设备供电的 640/1100 V 重型柔性橡套电缆。它采用 IEC 60228 Class 5 镀锡细绞铜导体、EPR 弹性体绝缘、彩色纺织带芯线识别、相芯与 pilot 芯独立镀锡铜 / 尼龙编织屏蔽、橡胶基垫层和重型氯丁橡胶外护套。 与普通固定敷设低压动力电缆不同,TYPE 11 的设计重点不是“静态输电”,而是解决移动机械供电中的反复弯曲、拖曳拉力、碎石磨损、潮湿环境、粉尘冲击、设备振动和屏蔽接地可靠性。对于矿山工程师和海港散货系统工程师来说,这类电缆更接近一种机械-电气复合部件,而不是简单的导线组件

什么是 BS 6708 TYPE 11:挖掘与破碎设备供电用 640/1100 V 高柔性抗拉耐磨矿山专用电缆

BS 6708 TYPE 11 是一种用于挖掘设备、破碎机械、矿山移动设备及港口散货重载设备供电的 640/1100 V 重型柔性橡套电缆。它采用 IEC 60228 Class 5 镀锡细绞铜导体、EPR 弹性体绝缘、彩色纺织带芯线识别、相芯与 pilot 芯独立镀锡铜 / 尼龙编织屏蔽、橡胶基垫层和重型氯丁橡胶外护套。 与普通固定敷设低压动力电缆不同,TYPE 11 的设计重点不是“静态输电”,而是解决移动机械供电中的反复弯曲、拖曳拉力、碎石磨损、潮湿环境、粉尘冲击、设备振动和屏蔽接地可靠性。对于矿山工程师和海港散货系统工程师来说,这类电缆更接近一种机械-电气复合部件,而不是简单的导线组件
BS 6708 TYPE 7S 是一种用于挖掘设备、破碎机械及相关设备供电的 640/1100 V 重型橡套电缆。它采用 IEC 60228 Class 5 镀锡铜导体、EPR 绝缘、彩色纺织带识别、相芯镀锡铜/尼龙编织屏蔽、裸铜接地导体、橡胶垫层和重型氯丁橡胶外护套。 与 TYPE 7M 相比,TYPE 7S 的关键差异在于:screen over phase cores, pilot unit is not screened。也就是说,相芯带镀锡铜/尼龙编织屏蔽,而 pilot unit 不带屏蔽。该电缆符合 BS 6708,额定电压为 640/1100 V,主电缆测试电压为 3 kV,pilot cores 测试电压为 2.5 kV。

什么是 BS 6708 TYPE 7S:挖掘、破碎设备供电用 640/1100 V 相芯屏蔽橡套电缆

BS 6708 TYPE 7S 是一种用于挖掘设备、破碎机械及相关设备供电的 640/1100 V 重型橡套电缆。它采用 IEC 60228 Class 5 镀锡铜导体、EPR 绝缘、彩色纺织带识别、相芯镀锡铜/尼龙编织屏蔽、裸铜接地导体、橡胶垫层和重型氯丁橡胶外护套。 与 TYPE 7M 相比,TYPE 7S 的关键差异在于:screen over phase cores, pilot unit is not screened。也就是说,相芯带镀锡铜/尼龙编织屏蔽,而 pilot unit 不带屏蔽。该电缆符合 BS 6708,额定电压为 640/1100 V,主电缆测试电压为 3 kV,pilot cores 测试电压为 2.5 kV。
BS 6708 TYPE 7M 是一种用于挖掘设备、破碎机械及相关重型设备供电的 640/1100 V 电缆。它采用 IEC 60228 Class 5 镀锡铜导体、EPR 绝缘、彩色纺织带识别、镀锡铜/尼龙编织屏蔽、裸铜接地导体、橡胶垫层和重型氯丁橡胶外护套。 该型号的结构特点是相芯和 pilot 芯外均有 Tinned copper / Nylon braided screen,所有芯线与裸铜接地导体接触成缆,适用于挖掘、破碎等重载设备供电中对机械强度、接地连续性和电气参数有明确要求的应用

什么是 BS 6708 TYPE 7M:挖掘、破碎设备供电用 640/1100 V 重型屏蔽橡套电缆

BS 6708 TYPE 7M 是一种用于挖掘设备、破碎机械及相关重型设备供电的 640/1100 V 电缆。它采用 IEC 60228 Class 5 镀锡铜导体、EPR 绝缘、彩色纺织带识别、镀锡铜/尼龙编织屏蔽、裸铜接地导体、橡胶垫层和重型氯丁橡胶外护套。 该型号的结构特点是相芯和 pilot 芯外均有 Tinned copper / Nylon braided screen,所有芯线与裸铜接地导体接触成缆,适用于挖掘、破碎等重载设备供电中对机械强度、接地连续性和电气参数有明确要求的应用
(N)SSHCÖU 是一种 600/1000 V 屏蔽型重型橡套软电缆,适用于固定安装和柔性运行,可作为矿山与隧道场景中变频器控制驱动设备的电机供电电缆。 该电缆的核心特点是 concentric tinned copper wire braiding 同心镀锡铜丝编织屏蔽结构,适合对电磁兼容性有要求的变频驱动供电场景。产品同时具备耐机械应力、耐油、抗撕裂、耐紫外和耐候性能

什么是 (N)SSHCÖU:矿山与隧道变频驱动电机供电用屏蔽型橡套软电缆

(N)SSHCÖU 是一种 600/1000 V 屏蔽型重型橡套软电缆,适用于固定安装和柔性运行,可作为矿山与隧道场景中变频器控制驱动设备的电机供电电缆。 该电缆的核心特点是 concentric tinned copper wire braiding 同心镀锡铜丝编织屏蔽结构,适合对电磁兼容性有要求的变频驱动供电场景。产品同时具备耐机械应力、耐油、抗撕裂、耐紫外和耐候性能
适用于 excavators、cranes、dumpers 等大型物料搬运设备的移动连接电缆,覆盖矿山与隧道应用 NTSCGEWÖU 是一种用于矿山和隧道设备连接的中压重型橡套软电缆。它适用于挖掘机、起重机、自卸车等大型物料搬运设备,柔性电缆结构允许设备在运行过程中移动。 该电缆的核心结构包括 Class 5 镀锡铜导体、3GI3 EPR 绝缘、内外半导电电场控制层、带半导电层的保护接地导体、GM1b 内护套、抗扭合成纤维编织增强层以及 5GM5 弹性体外护套。产品同时标明耐臭氧、耐寒、抗撕裂、耐紫外、耐候和防潮等性能

什么是 NTSCGEWÖU:矿山与隧道设备用中压重型橡套软电缆

适用于 excavators、cranes、dumpers 等大型物料搬运设备的移动连接电缆,覆盖矿山与隧道应用 NTSCGEWÖU 是一种用于矿山和隧道设备连接的中压重型橡套软电缆。它适用于挖掘机、起重机、自卸车等大型物料搬运设备,柔性电缆结构允许设备在运行过程中移动。 该电缆的核心结构包括 Class 5 镀锡铜导体、3GI3 EPR 绝缘、内外半导电电场控制层、带半导电层的保护接地导体、GM1b 内护套、抗扭合成纤维编织增强层以及 5GM5 弹性体外护套。产品同时标明耐臭氧、耐寒、抗撕裂、耐紫外、耐候和防潮等性能
(N)TSCGEWÖU-(SB) 是一种用于露天矿和井下矿山的中压重型橡套电缆。它的结构重点在于半导电层、电场控制、矿山机械防护和保护接地:动力导体与接地导体外设半导电层,相芯采用 3GI3 绝缘,绝缘外再设半导电层,接地芯不绝缘并布置在相芯间隙中,最外层采用 5GM5 重型弹性体护套。 与 0.6/1 kV 的普通矿山低压橡套电缆相比,(N)TSCGEWÖU-(SB) 具有更明显的中压结构特征:它不仅需要承受矿山环境中的磨损、潮湿、拖曳和机械冲击,还需要通过半导电层和相芯绝缘系统控制中压电场,保证在 3.6/6 kV 或 6/10 kV 等矿山供电场景下稳定运行。

什么是 (N)TSCGEWÖU-(SB):露天与井下矿山用中压重型橡套电缆

(N)TSCGEWÖU-(SB) 是一种用于露天矿和井下矿山的中压重型橡套电缆。它的结构重点在于半导电层、电场控制、矿山机械防护和保护接地:动力导体与接地导体外设半导电层,相芯采用 3GI3 绝缘,绝缘外再设半导电层,接地芯不绝缘并布置在相芯间隙中,最外层采用 5GM5 重型弹性体护套。 与 0.6/1 kV 的普通矿山低压橡套电缆相比,(N)TSCGEWÖU-(SB) 具有更明显的中压结构特征:它不仅需要承受矿山环境中的磨损、潮湿、拖曳和机械冲击,还需要通过半导电层和相芯绝缘系统控制中压电场,保证在 3.6/6 kV 或 6/10 kV 等矿山供电场景下稳定运行。
(N)TSWÖU-J 是一种用于露天矿和井下矿山的低压重型橡套软电缆。它的应用场景明确指向 open and underground mines,因此设计重点不是普通低压电缆的固定敷设,而是在矿山移动、潮湿、磨损、机械冲击、粗糙地面和高可靠性供电环境中保持导体、绝缘、接地芯、垫层和外护套的整体稳定。 该电缆采用电解绞合镀锡铜导体,符合 DIN VDE 0295 Class 5;所有芯线采用 3GI3 绝缘;芯线与间隙接地芯相互接触成缆;外部设置 GM1b 特种弹性体垫层和 5GM5 重型弹性体外护套。整体结构基于 VDE 0250-813,额定电压为 0.6/1 kV,试验电压为 4 kV

什么是 (N)TSWÖU-J:露天与井下矿山用 0.6/1 kV 重型橡套软电缆

(N)TSWÖU-J 是一种用于露天矿和井下矿山的低压重型橡套软电缆。它的应用场景明确指向 open and underground mines,因此设计重点不是普通低压电缆的固定敷设,而是在矿山移动、潮湿、磨损、机械冲击、粗糙地面和高可靠性供电环境中保持导体、绝缘、接地芯、垫层和外护套的整体稳定。 该电缆采用电解绞合镀锡铜导体,符合 DIN VDE 0295 Class 5;所有芯线采用 3GI3 绝缘;芯线与间隙接地芯相互接触成缆;外部设置 GM1b 特种弹性体垫层和 5GM5 重型弹性体外护套。整体结构基于 VDE 0250-813,额定电压为 0.6/1 kV,试验电压为 4 kV
Reelkab MSSFO (N)TSCGEWOEU 是一种专为高机械应力和极端机械应力移动设备设计的中压卷筒电缆。它不仅承担中压动力供电,还在电缆内部集成光纤单元,用于设备控制、状态监测、通信和数据传输。 与普通 Reelkab MSS 相比,MSSFO 的核心差异在于 FO = Fibre Optics。它在三芯中压动力结构、分裂接地导体、半导电屏蔽、EPR 绝缘、芳纶中心抗拉绳、5GM3/5GM5 双护套和聚酯抗扭编织的基础上,额外加入 PBT 光纤单元,使一根电缆同时满足能源传输、保护接地、光纤通信、动态抗拉、连续扭转和高速卷筒运行要求。

什么是 Reelkab MSSFO (N)TSCGEWOEU:Feichun 带光纤中压卷筒电缆

Reelkab MSSFO (N)TSCGEWOEU 是一种专为高机械应力和极端机械应力移动设备设计的中压卷筒电缆。它不仅承担中压动力供电,还在电缆内部集成光纤单元,用于设备控制、状态监测、通信和数据传输。 与普通 Reelkab MSS 相比,MSSFO 的核心差异在于 FO = Fibre Optics。它在三芯中压动力结构、分裂接地导体、半导电屏蔽、EPR 绝缘、芳纶中心抗拉绳、5GM3/5GM5 双护套和聚酯抗扭编织的基础上,额外加入 PBT 光纤单元,使一根电缆同时满足能源传输、保护接地、光纤通信、动态抗拉、连续扭转和高速卷筒运行要求。
Reelkab MSS (N)TSCGEWOEU 是一种用于高速移动供电系统的中压卷筒电缆。它的设计重点不是单纯“能通电”,而是在移动设备反复收放、加速、制动、跨平面换向、导轮碾压、卷筒搅动和持续扭转中,长期维持导体疲劳寿命、绝缘电场稳定、护套耐磨抗撕裂、中心抗拉承载、接地连续性和整体圆整度。 对港口工程师和矿山设备工程师来说,MSS 的价值在于把中压电气设计和机械动力学设计结合起来:Class 5 镀锡退火铜导体提供柔性载流能力,EPR 3GI3 绝缘承担动态中压介质稳定性,半导电屏蔽控制局部电场,三分裂接地导体改善几何平衡,中心半导电填充与芳纶绳提供结构稳定和抗拉核心,5GM3/5GM5 双橡胶护套和硫化粘结聚酯编织则形成抗磨、抗扭、抗撕裂的外部机械系统

什么是 Reelkab MSS (N)TSCGEWOEU:Feichun 高柔性抗拉抗磨损矿山与港机中压卷筒电缆

Reelkab MSS (N)TSCGEWOEU 是一种用于高速移动供电系统的中压卷筒电缆。它的设计重点不是单纯“能通电”,而是在移动设备反复收放、加速、制动、跨平面换向、导轮碾压、卷筒搅动和持续扭转中,长期维持导体疲劳寿命、绝缘电场稳定、护套耐磨抗撕裂、中心抗拉承载、接地连续性和整体圆整度。 对港口工程师和矿山设备工程师来说,MSS 的价值在于把中压电气设计和机械动力学设计结合起来:Class 5 镀锡退火铜导体提供柔性载流能力,EPR 3GI3 绝缘承担动态中压介质稳定性,半导电屏蔽控制局部电场,三分裂接地导体改善几何平衡,中心半导电填充与芳纶绳提供结构稳定和抗拉核心,5GM3/5GM5 双橡胶护套和硫化粘结聚酯编织则形成抗磨、抗扭、抗撕裂的外部机械系统