General
Operating voltage	300/500 V
Wire identification	numbers
Material	Rubber
Suspension element	With
Application	Conveyor and lifting equipment, construction machinery, shipyard installations, outdoor and seawater use
Flexibility	Very flexible due to fine-stranded conductor construction
Weather resistance	For harsh environmental conditions
Use in power transmission chains	Up to max. 24 conductors

The ÖLFLEX® CRANE 18G1 from Lapp is a power transmission cable, specifically designed for use in machines and plants that are constantly exposed to weather influences. It is particularly suitable for lifting and handling equipment, construction machinery, and shipyard installations, where high flexibility and mechanical durability are required. The cable is designed for outdoor use and in service water, and features an integrated load-carrying element that provides stable guidance and mechanical support. The construction with fine-stranded conductor design ensures high flexibility, which is essential for dynamic movements in drag chains and energy supply chains.

Applications

The ÖLFLEX® CRANE 18G1 is intended for industrial applications where the cable is frequently moved, for example in conveyor systems, cranes, or mobile construction machinery. It is designed for use in environments with harsh environmental conditions, including direct weather exposure such as rain, sunlight, and temperature fluctuations. The cable can also be used in energy supply chains, provided the installation guidelines for ÖLFLEX® FD cables are followed. Outdoor and service water applications require appropriate installation planning to ensure the cable's service life.

Functions and Equipment in Detail

The cable features a rubber hose insulation designed for high mechanical stress. Conductor identification is done by numbering, which enables easy assignment of individual conductors. The integrated load-carrying element ensures stable guidance and prevents over-bending or kinking of the cable during movement. The construction is optimized for use in drag chains, with installation and handling guidelines detailed in the catalog appendix (Technical Table T4).

Technology Explained Simply

The ÖLFLEX® CRANE 18G1 is a highly flexible power transmission cable with a rated voltage of 300/500 V. The designation 18G1540 N describes the specific version with 18 conductors, where numbering facilitates easy identification. The cable is made of rubber, offering high weather resistance and durability against mechanical stress. The fine-stranded conductor structure increases flexibility and allows for high freedom of movement, which is crucial for use in dynamic systems such as drag chains.

Compatibility and Accessories

The cable is suitable for use in energy supply chains, with versions up to a maximum of 24 conductors available. Installation and handling guidelines for ÖLFLEX CRANE cables are documented in the catalog appendix (Technical Table T4). Compatibility with other systems depends on the specific requirements of the installation, particularly when integrating into drag chains or conveyor systems.

Installation and Mounting

Installation of the ÖLFLEX® CRANE 18G1 requires adherence to mounting guidelines, especially when used in energy supply chains. The cable is designed for outdoor and service water use, so installation must ensure no mechanical damage or moisture ingress occurs. The use of the integrated load-carrying element supports proper guidance and prevents unnecessary stress. Detailed mounting instructions are found in the catalog appendix (Technical Table T4).

Operational Advantages

The ÖLFLEX® CRANE 18G1 offers high mechanical durability and weather resistance, making it particularly suitable for use in harsh environments. The high flexibility provided by the fine-stranded conductor design ensures reliable performance in dynamic systems. Use in energy supply chains up to 24 conductors expands application possibilities. The rubber hose insulation ensures long service life under demanding conditions, especially with constant movement and weather exposure.