| General |
| Number of cores | 7 piece |
| Core cross section | 1,5 mm² |
| Operating voltage | 300/500 V |
| Insulating material | PVC |
| Wire identification | numbers |
| Oil resistance | according to DIN EN 50290-2-22 (TM54) |
| Test voltage | 4000 V |
| VDE registration number | 7030 |
| Flame retardancy | in accordance with EU Directive 305/2011 (BauPVO/CPR) |
| Working temperature | down to -15 °C |
| Resistance | resistant to acids, alkalis, ECOLAB® disinfectants and cleaning agents |
| Installation method | Fixed installation, occasional movement without tensile stress |
| Application | Machine internal and cross-system control circuits, drag chains, wind turbines |
The control cable ÖLFLEX® CLASSIC 110 7G1,5 from Lapp is a flexible PVC control cable for use in industrial plants and machines. It features seven conductors, each with a cross-section of 1.5 mm², and is rated for an operating voltage of 300/500 V. The cable is designed for moderate mechanical stress and is suitable for fixed installation as well as occasional movement without tensile stress. The PVC outer sheath is oil-resistant according to DIN EN 50290-2-22 (TM54) and resistant to acids and alkalis, making it suitable for environments with aggressive chemicals. The conductors are numbered, enabling easy identification and wiring.
Applications
The cable is universally applicable for wiring internal machine and plant-wide control circuits. It is suitable for use in dry and damp rooms and can be flexibly used at temperatures down to -15 °C. The cable construction allows for flexible, continuously moving applications in moving machine parts and in drag chains. Additionally, it is suitable for torsion applications in wind turbines, expanding its range of use in the energy technology sector.
Functions and Equipment in Detail
The ÖLFLEX® CLASSIC 110 7G1,5 is characterised by high electrical safety, ensured by a test voltage of 4000 V. The PVC outer sheath is space-saving due to reduced wall thickness, enabling compact installation. The cable is VDE-tested and carries registration number 7030. The verified resistance to ECOLAB® disinfectants and cleaning agents makes it suitable for applications in the food industry or in the medical technology sector.
Technology Explained Simply
The control cable is designed for use in industrial control systems where reliable and flexible signal transmission is required. The 7 conductors with 1.5 mm² cross-section allow the connection of multiple control and signal circuits within a single cable. The PVC insulation provides good protection against mechanical stress and chemical influences. The numbered conductor identification simplifies installation and maintenance, as the assignment of conductors in the wiring diagram is directly traceable.
Compatibility and Accessories
The cable is part of an extensive product family with 145 standard items, available with 2 to 100 conductors in various cross-sections. The items are available in standard lengths as well as individual cuts, enabling flexible adaptation to specific requirements. The classification of fire behaviour is according to EU Directive 305/2011 (BauPVO/CPR), with the exact article number selection available on the LAPP website.
Installation and Mounting
The cable is designed for fixed installation and occasional movement without tensile stress. During installation, proper securing must be ensured to avoid excessive stress. The flexible structure allows easy routing in confined spaces and in moving machine parts. The reduced wall thickness of the PVC sheath contributes to space saving, which is particularly advantageous in compact machine constructions.
Advantages in Operation
The ÖLFLEX® CLASSIC 110 7G1,5 offers high reliability under moderate mechanical load and is resistant to oil, acids, and alkalis. The verified resistance to ECOLAB® products increases operational safety in hygienic environments. The VDE testing and 4000 V test voltage guarantee high electrical safety. The flexible routing capability and availability in various lengths and as individual cuts increase planning flexibility during installation.