From 2-60 wires with a wide variety of material qualities, these are still the most common type of cable assembly.
The main advantage is the double insulation with simultaneous mechanical protection.
The following cable types are the ones we process most frequently:
H0xVV-F
Harmonised hose lines
H0xRN-F
Rubber cables
YSLY
Control cables
SiHF
Silicone pipes
UL
UL approved lines
The most common models of these cables are hose lines between 300V and 750V.
Info |
Mainly with yellow-green cable |
Application examples |
Household installations, white goods, little vibration, dry, little used |
Outer sheath |
Differnt colors |
-F |
Flexible, flexible |
-U |
Single-wire, rigid |
-K |
Fine stranded wires |
These cables are also often used between 500 and 750V.
Info |
Mainly with green-yellow cable |
Application examples |
Rubber hose lines for low mechanical stresses are suitable for fixed installation in furniture, household (lamp sockets), offices, partition walls, etc. and can be used for connecting electrical appliances (e.g. soldering irons, cookers, alarm systems, etc.). Applications and can be used for the connection of electrical appliances (e.g. soldering irons, cookers, alarm systems, etc.). (More robust than harmonised cables) |
Outer sheath |
black |
Low temperature! |
+60°C |
We have a large number of cable cutting systems in our Hungarian production facility ‘PeMaC’. This gives us flexibility in production and enables us to respond to customer wishes and technical requirements in the best possible way.
In order to ensure our high quality, we only use systems that comply with the processes of the ISO9001 standard.
In principle, any electrical cable can cause or suffer electromagnetic interference due to the coupling effect. To ensure its electromagnetic compatibility (EMC), a cable must be electrically conductive shielded.
This cable shield is used to protect (shield) the internal conductor against external electromagnetic influences. It also prevents electromagnetic radiation from escaping into the environment from the inner conductor due to the signals transported there.