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CLF 240 PE - 50 Ohm Low Loss Coaxial Cable

Name: CLF 240 PE - 50 Ohm Low Loss Coaxial Cable
Brand: MCE Mauritz Electronics
SKU: 1010731
Price: 2.11 EUR
Availability: InStock

delivery time: 2-6 Tage

Product.Nr.: 1010731

weight: 0.046 kg

Manufacturer: MCE Mauritz Electronics

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2,11 EUR
(2,11 EUR pro Meter) incl. 19 % VATexcl. shipping costs

Discount

Quantity	Single price	Saving	pro Meter
1-24	2,11 EUR		2,11 EUR
>= 25	2,03 EUR	-3 %	2,03 EUR

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Description
Reviews

CLF 240 PE

CLF 240 PE, Low Loss, a very flexible, low-loss, double-shielded 50 Ohm coaxial cable.
The outer diameter of the CLF240 Low Loss is only 6.1 mm and is ideally suited for applications from DC to 10 GHz.
The inner conductor of this cable consists of a soft copper wire with a diameter of 1.42mm.
The dielectric consists of foamed (oxygenated), self-extinguishing FEP.
The inner shield is made of a special laminated, tear-resistant, overlapping aluminum foil.
The coverage is 100%, the outer shield consists of a very dense copper braid with tinned individual wires.
The outer jacket is made of RoHS-compliant PE and is UV-stabilized.
The foreshortening factor is 84%.
The shielding level is greater than 92dB.

Typical attenuation values:

450MHz: 0.173dB/m
900MHz: 0.248dB/m
1.5GHz: 0.324dB/m
1.8GHz: 0.352dB/m
2.0GHz: 0.377dB/m
2.5GHz: 0.424dB/m
6.0GHz: 0.676dB/m

Connector types for coaxial cable H155 also fit CLF 240, likewise the same crimp sizes as for H155 can be used.

Information about PE (Polyethylene)

Polyethylene (PE) is characterized by very low water vapor permeability. In contrast, its permeability to gases, aroma compounds, and essential oils is relatively high.

The material has good toughness but relatively low strength and hardness. It offers excellent chemical resistance but is susceptible to environmental stress cracking under mechanical stress. Polyethylene also has limited temperature resistance: it is generally not suitable for continuous use at temperatures above 80°C and remains impact-resistant at temperatures down to approximately -30°C.

Depending on the grade, the density of polyethylene ranges from 0.915 to 0.965 g/cm³. It is generally soluble in solvents only at temperatures above 60°C, while certain hydrocarbons can cause the material to swell.

Depending on its thickness, polyethylene appears milky white to translucent or opaque. Products with a higher molecular weight exhibit improved strength and elongation properties and are identified as High Molecular Weight Low-Density Polyethylene (HMW-LDPE).

By copolymerizing ethylene with substances such as butene or octene, the degree of branching can be reduced. These copolymers are known as Linear Low-Density Polyethylene (LLDPE) and provide enhanced mechanical performance compared to conventional LDPE.

Key Advantages of Polyethylene

Odorless and tasteless
High transparency (depending on the grade and thickness)
Easy to process
Excellent heat-sealing properties
Long service life
High durability and load-bearing capacity
Food-safe
Recyclable

Polyethylene's combination of chemical resistance, processability, and cost-effectiveness makes it one of the most widely used plastics for packaging, industrial applications, and consumer products.

Source: Umweltlexikon-Online - 21 April 2012 - revised on 19 June 2026