The arnoflex 214 LSNH coaxial cable is part of our own brand. This low loss cable is suitable for a frequency range up to 3 GHz. In contrast to the RG 214 /U, the arnoflex 214 LSNH is halogen-free and triple shielded.
Applications: Medicine, radio frequency, military applications, antennas and EMC
The arnoflex 214 LSNH meets the following standards:
IEC 60092-359
IEC 60332-1-2
IEC 60332-3-22A
IEC 60754-1/IEC 60754-2
IEC 60811-3-1
IEC 61034-2
arnoflex 214 LSNH: (Colour: black) 50 Ω, halogen-free Temperature range from -30 to +70°C
The arnoflex 7 UF coaxial cable is part of our own brand, which we launched together with a European cable manufacturer. It is a flexible low loss RF cable for a frequency range up to 3 GHz, which is particularly recommended for radio applications.
The very good attenuation values of the arnoflex 7 UF are due to its PE dielectric with more than 50% air content, the double shield and inner conductor made of pure copper.
The arnoflex 7 UF is a cost-effective alternative to the well-known Aircell 7 from SSB.
Application field: Communications and radio technology
arnoflex 7 UF: (Colour: black) 50 Ω; Temperature range from -30°C to +80°C
The arnoflex 59 LSNH is a flexible alternative to the RG 59 with a double shield. Compared to the RG 59, the arnoflex 59 LSNH has a halogen-free jacket and an aluminum foil as additional shielding.
The arnoflex 59 LSNH meets the following standards:
IEC 60092-359
IEC 60332-1-2
IEC 60332-3-22A
IEC 60754-1/IEC 60754-2
IEC 60811-3-1
IEC 61034-2
arnoflex 59 LSNH: (Colour: black) 75 Ω; halogen-free Temperatur range from -30°C to +70°C
Many coaxial cables are designed to withstand high temperatures of up to 200°C without damage. These usually have a dielectric made of PTFE and an outer sheath made of FEB, PFA or PTFE. Cables with a dielectric and sheath made of Kapton are even temperature-resistant up to 250°C.
Please note: If temperature-resistant cables are assembled with the matching connectors and bend protectors, the maximum temperature is always that of the component with the lowest temperature resistance. If the coaxial cable is suitable for temperatures up to 200°C, but the connectors are only suitable for temperatures up to 100°C, the maximum temperature for the entire assembly is 100°C. If the maximum temperature is exceeded, the cable must be assembled properly. If this is exceeded, proper functioning is no longer guaranteed.
Many of our cables have standardised fire properties according to IEC60332-3 or DIN VDE 0472-804. As a rule, the basic requirement for this is that the cables do not contain halogens, whose fire properties would be very unfavourable. When substances such as chlorine or bromine burn, toxic substances are produced and a lot of smoke is emitted, which is why they are banned in many areas of application. Cable sheaths made of PVC contain halogens and are therefore not suitable for these areas. Their advantage, on the other hand, is the cheaper price compared to other materials.
In our range, many halogen-free cables are provided with a manufacturer-specific additive. Examples are LSNH (Low Smoke No Halogen), LSZH (Low Smoke Zero Halogen) or FRNC.
The clever distribution of the measuring signal to the measuring device
With the arnotec connection box, you have the possibility to distribute your measurement signals reliably and simply. The device can be installed and reconnected in a completely uncomplicated way, so that the monitoring of different measuring points is no challenge. Flexible mounting, for example in a control cabinet or on the wall, facilitates integration into your application.
Since each connector is insulated from the housing as standard and each cable is shielded all the way to the end, our connection boxes offer you the highest possible quality and freedom from interference.
Matching labelling on the unit and on the cable ends minimises the risk of confusing the connections and ensures uncomplicated installation of the breakout box.
As standard, we manufacture breakout boxes with 4, 6, 8 or 10 BNC sockets, but we are happy to deviate from this to ensure that our device meets your requirements even better. The number of connections as well as the connector and cable types and the cable length can be selected as far as possible. Please do not hesitate to contact us, preferably using the ready-made enquiry form on our homepage.
Advantages
quick and easy distribution of measuring signals
several measuring points can be monitored cost-effectively by simply reconnecting the measuring device
Interference (e.g. from external radiation) is minimised by shielding the cables
Easy mounting of the box in the control cabinet, test bench or car
Characteristics
Robust housing, use of high-quality cables and connectors as well as solid design.
all cables are individually connected to the connectors in the box and are practically brought together via a PG screw connection and a braided hose
each connector can be clearly assigned via the labelling on the unit and on the cable
