| General |
| Conductor | Bare copper stranded wire, fine-stranded according to VDE 0295 Class 5 |
| Wire insulation | rubber compound |
| Conductor marking | VDE 0293-308 |
| Sheath | PUR |
| Colour | Orange |
| Number of cores | 3 |
| Core cross section | 1,0 mm² |
| Nominal voltage | 300/500 V |
| Test voltage | 2000 V |
| Temperature range | -40 to +80 °C |
| Bending radius | 12.5 x cable diameter |
| Burning behaviour | highly flame retardant |
| Application | outdoor use, dry and wet rooms, high mechanical stress |
| Application range | Electrical hand tools, steel industry, automotive and mining industry, chemical industry |
| Resistance | oil resistant, microbe resistant, cold resistant, cut resistant, abrasion resistant |
| Norm | VDE 0282 |
The H05BQ-F 3G1,0 from VDE-Kabel is a flexible PUR appliance connection cable designed for use outdoors as well as in dry and wet indoor environments. It is particularly suitable for electric hand tools such as drills, grinders, and other power tools operated under high mechanical stress. The cable is also used in the steel industry, automotive and mining industries, as well as in the chemical industry, where it is exposed to mineral oils and is pulled over sharp edges, rough floors, or metal shavings. The PUR (polyurethane) jacket provides high mechanical strength and chemical resistance.
Applications
The cable is designed for mobile applications where cables are frequently moved, bent, or pulled over rough surfaces. It is therefore particularly suitable for workshop environments, production halls, and construction sites where high abrasion and cut resistance are required. The operating conditions also include outdoor use, as the cable is resistant to weather influences such as moisture and temperature fluctuations.
Functions and Equipment in Detail
The cable features three conductors with a cross-section of 1.0 mm², each made of fine-stranded copper wire according to VDE 0295 Class 5. This construction ensures high flexibility and durability under frequent bending. The conductors are insulated with a rubber compound and marked according to VDE 0293-308, enabling clear identification of individual conductors. The conductors are stranded in layers, ensuring even distribution of mechanical stress and improved flexibility.
Technology Explained Simply
The PUR jacket offers high mechanical strength and is resistant to mineral oils, microbes, cold, and abrasion. The orange color is typical for appliance connection cables and serves as a visual identifier. The cable is flame-retardant, enhancing operational safety. The temperature range is -40 °C to +80 °C for moving applications, allowing use in various climatic environments. The minimum bending radius is 12.5 times the cable diameter, ensuring flexibility under frequent bending. The rated voltage is 300/500 V, with a test voltage of 2000 V, ensuring electrical safety.
Compatibility and Accessories
The cable is designed for use with electric hand tools and industrial controls. It includes a protective earth conductor (gn-ge), enhancing electrical safety. The "G" in the type designation confirms the presence of the protective earth conductor. The cable conforms to VDE 0282, implying compliance with European safety standards for appliance connection cables.
Installation and Mounting
Installation is carried out by connecting to suitable plugs or terminals on the devices. The cable is designed for flexible installation and can be pulled over sharp edges without damaging the insulation. Installation typically occurs in open or enclosed systems, taking into account mechanical stress and environmental conditions.
Operational Advantages
The cable features high mechanical strength, oil and microbe resistance, and cold resistance. The cut-resistant and abrasion-resistant surface extends service life and reduces maintenance costs. The flexible construction allows easy handling and installation, even in tight or rough environments. The flame-retardant properties enhance operational safety, especially in industrial facilities with increased fire risk.