KNX Cable Equivalent

Commonly known as KNX cable, we stock an EIB Bus equivalent which features two twisted pairs of solid conductors with a foil screen and tinned copper drain wire. This cable has a distinctive sheath which is green in colour and Low Smoke Zero Halogen.

EIB/KNX cable has exceptional capabilities for electrical and shielded communication performance, which enables use for Intelligent Building Control, and lighting control.

Check out our full guide on the specifications of KNX cable for more detailed information on these types of cables, including their construction and applications.

Benefits of Our KNX Cable Equivalent

Lower in cost than brand name cable
Green LSZH Sheath
2 Pair (2 x 2 x 0.8mm)
Bare Copper Conductors
Tinned Copper Drain Wire
25 Year Guarantee on all Securi-Flex® branded Cables
CPR-Compliant

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Core Materials Guide

In the majority of cases, the electrical cabling around your home or business will contain pure copper, or at least mostly copper wire.The properties of these cables can vary due to the sheathing or insulation used, but cables can also perform differently when their cores are made from alternative metals.Here are some of the most common core materials available.Pure Metal CoresCopperCopper is one of the highest standard materials used for electrical conductors. Although not quite as conductive as silver, copper is a far more economical and widely supplied material, making it the standard for most cabling applications.Sometimes, copper can be hard to solder unless a ‘flux’ is used – this is a compound used in the soldering process that cleans the surface in preparation for bonding. Using a flux can result in corrosive residues being left behind, so in some cases, copper will be tinned or plated to avoid this – see more about copper-clad cables below.Pure copper, however, is the gold standard of conduction and is suited for pressure terminations too. Copper is also incredibly malleable and can be bent into any shape or direction - although the sheathing material used can have limitations on this ability.AluminiumAluminium is favoured for cable conductors due to its lightweight nature. It is slightly less conductive than copper, but when balancing this with its weight, performs on a similar level.Aluminium is also relatively inexpensive, but cannot be soldered easily, so is often plated with copper to gain the benefits of both materials in a single wire.SilverSilver is an incredibly good conductor, better than copper in fact. It is, however, substantially more expensive. Silver-plated wire is more common, as it utilises the conductive benefits of silver and allows the wire to operate over a wide temperature range (from -65°C to 200°C).There are a few niche uses where silver’s extremely low resistance is a key element – scientific instruments and cryogenics may utilise pure silver conductors for this reason.GoldGold is a common form of plating for brass connector pins – though it’s not that commonly used for cables due to the expense of the materials.Easily soldered, gold has good corrosion resistance. It’s not as good a conductor as copper and silver, but resists oxidation far better, which is why it is used as a plated layer to protect some inner components.Tinned CableTin is generally not used on its own as a cable conductor, but is used as corrosion protection for copper without affecting its conductivity. Coating a copper cable in tin can also make it far easier to solder.Nickel-PlatedNickel-plated wire also operates in extreme conditions over a wide temperature range. If the nickel-plating is thick, it can withstand temperatures up to 750°C. Nickel also acts as an excellent layer of corrosion resistance.Metal Clad CoresCopper Clad AluminiumCopper clad aluminium cable is aluminium cable plated in copper. This makes the cable less expensive than pure copper, but lighter too, as aluminium in itself is an incredibly lightweight material.However, CCA cable allows the aluminium element to gain more electrical conductivity when combining this with copper, as well as adding to the strength of pure aluminium.Copper Clad SteelCopper clad steel is comprised of a steel wire plated with copper. As copper is more expensive than steel, it allows the cable to combine the benefits of both materials for a lower price.CCS cable is not quite as conductive as pure copper, but this level of conductivity is not needed in every application. Copper clad steel wire has double the mechanical strength of solid copper wire, giving it longevity in harsher environments and under frequent movement.For more information about our range of cables, get in touch with our friendly team.

Braiding vs Screening vs Shielding

Cables use screening and shielding to protect the cable and add resistance to interference from other cables or devices.Many people often get confused between braiding, shielding, screening and other terms, so we’ve made a handy guide to what all of these types of protection mean! Shielding or Screening?Shielding and screening are the same! They are both a protective layer added over the conductors to protect the cable from, or prevent it from causing, electrical interference. Disturbance can cause lower quality signal or data loss and can therefore result in equipment failure, therefore it is essential to choose the right screening for the right purpose.Shielding and screening come in many different forms, each with a specific purpose.Types of ShieldingBraidingBraiding is when cables are woven in a lattice of thin tin or copper wire, looking like a braid as the name suggests.The coverage of the braid (often referred to as the density) depends on the number of strands or wires within each plait. It also depends on the thickness of the braid strands. The diameter of the braid wires also specifies the level of damage the cable can withstand.Braiding is used for mechanical protection against any electrical or electromagnetic interference, as well as to add strength to the cable. Braiding is usually applied either over the inner sheath if there is one, or directly over the core bundle.Braiding can be applied in different materials for very specific purposes:Copper - used for screening against electromagnetic interference Steel - used for mechanical protection Glass or Ceramic fibres - used for high temperature environments Rayon - used for torsional strength Although braided shielding can be more costly and time consuming to produce, it is flexible and versatile, and performs well at all frequency types.FoilingFoil screening involves wrapping the cable cores in aluminium or polyester laminated tape to increase durability. The foils must be in contact with a bare wire to act as an earthing point.Foil shielding can offer up to 100% coverage and can withstand high-frequency applications. It's also quick, cost-effective and easy to produce due to its lightweight nature.However it is slightly less durable than traditional braiding, so it is not recommended to use foil shielding in areas where a lot of flex is needed.ArmouringArmouring is not a form of screening, but it is a common method of protection for cables. It is often constructed by winding galvanised steel wires over the cable in the form of a spiral.Armouring is often used when cables are to be laid in an outside environment - it prevents vermin and termites from attacking and damaging the cable.Though armoured cable can be less flexible and harder to terminate, there is no better way to protect a cable from this sort of interference.For more information about cable screening, get in touch with our friendly team, or shop our wide range of cables today.

Sheathing Material Guide

With a wide range of cable sheathing options available, it’s hard to know which is best for your installation.A range of factors from population density, temperature and flexibility can all impact your choice of cable.Take a look at our guide and find out all the benefits and drawbacks of the most common sheath materials on the market! PVCPVC, or polyvinyl chloride, is one of the most common sheathing options for cables. It’s low-cost to manufacture, as well as offering durability, flexibility and resistance to oil and water.PVC is suitable only for indoor use as it is vulnerable to UV light and can become brittle when exposed to bright sunlight. It gives off harmful halogen gases when burned, so is not suitable for densely populated buildings or in any situation where it may be exposed to fire.PEPE (polyethylene) is an excellent choice for outdoor cable installations, such as those involving direct burial. When UV stabilised, the material provides great resistance to moisture and extreme weather.PE is tough and rigid in comparison to other sheathing counterparts, and it does not burn but melts and reforms when cool, making it a safer option too. PE sheathing is commonly used for data transmission cables.RubberRubber is one of the most popular material choices for sheathing. It is waterproof, flexible and chemically resistant.Since rubber is more of a high-cost material, sometimes synthetic rubber compounds are used to mimic the effect without such a high price.Rubber sheathing is used when an installation requires water resistance and flexibility in extreme temperatures.LSFLSF stands for ‘Low Smoke and Fume’. This material is a modified PVC material that produces less gas and smoke than traditional PVC when the polymer is burnt.LSF sheathed cables do not meet the highest standard of fire safety (see LSZH cables) as they can still emit up to 22% Hydrogen Chloride gas, however they do meet further standards than standard PVC sheathing would (up to 28%).LSZHLSZH (Low Smoke Zero Halogen) cables are also known as ‘LS0H’ and ‘0HLS’ (Zero Halogen Low Smoke) are similar to PVC but behave differently in the event of exposure to fire.The main feature of these cables is that they do not release large amounts of toxic fumes or smoke when burned. Their fire retardance is much higher, making them often used in commercial or densely populated buildings due to their better quality and safety elements – anything they release is not harmful to humans when burned. This also means they conform to higher fire regulations than many other cables.SiliconeSilicone is a sheathing material that can operate from –50 to 180 degrees Celsius. It is resistant to heat, chemicals and even bacteria growth, making is a great choice for installations in food or medical environments.Silicone boasts UV resistance and does not produce any harmful smoke or gases when burned.This sheathing material is more expensive than most to produce and has limited options for recycling at its end of life, which doesn’t make it the best choice for everyday cabling. However, for specialist applications, its benefits cannot be beaten.PURPUR stands for polyurethane, a material that offers great chemical and mechanical resistance.PUR can be used in temperatures between –40 and 125 degrees Celsius. Some blends can be halogen free and flame retardant, but this depends entirely on the specific make up.Much like silicone, the material is resistant to bacteria growth and can therefore be used in food or medical-grade installations.PTFEPTFE, or Teflon, is a material used in applications that involve extreme temperatures or corrosive environments.Its benefits are that the material is non-toxic and environmentally friendly, as well as being flexible and non-flammable, making it a safe option for many installations.PTFE boasts thermal, chemical and electrical resistance. It can operate between –75 degrees Celsius and up to 200 degrees Celsius. It is also unaffected by most fuels, oils and fluids.FEPFEP is a fluoropolymer incredibly similar to PTFE, with similar benefits such as the ability to operate in extreme temperatures and low chemical reactivity.NeopreneNeoprene is a form of synthetic rubber. The sheathing material provides oil and chemical resistance, as well as strength and flexibility at lower temperatures.NylonNylon is an incredibly abrasive and chemically resistant material for sheathing, though less flexible that its counterparts.For more help or information regarding sheathing, get in touch with our team!

Exploring Different Types of Multicore Cable

A multicore cable, also known as multi-pair cable, is used for transmitting multiple signals or data streams within a single cable. They are commonly used in various applications, including audio, video, telecoms, networking, and industrial control systems.What are the different types of multicore cables?Audio Multicore - These cables are used for transmitting audio signals, typically in professional audio setups, such as live performances, recording studios, or theatres. They usually consist of multiple pairs of shielded cables within a single outer jacket. Audio multicore cables may include XLR connectors or TRS (Tip-Ring-Sleeve) connectors at each end.Video Multicore - These are designed for transmitting video signals, particularly in broadcast or video production environments. They can carry analogue or digital video signals, including component video, composite video, or SDI (Serial Digital Interface) signals. Video cables often have individual coaxial cables for each video channel, along with additional wires for power or control signals.Data Multicore - These cables are used for transmitting data signals, such as Ethernet, RS-485, or DMX (Digital Multiplex) signals. These data cables typically consist of multiple twisted pairs of wires, each pair dedicated to a specific data channel. They may also include additional shielding to minimize interference and maintain signal integrity.Control Multicore - Control multicore cables are commonly employed in industrial automation and control systems. They allow for the transmission of control signals, such as analogue or digital control signals, between devices or components. Control cables often include a combination of signal wires, power conductors, and shielding to meet the specific requirements of the control system.Tactical Multicore - Tactical multicore cables are ruggedized and designed for use in harsh environments or outdoor applications. They are often used in military, live events, or outdoor broadcast scenarios. These cables feature robust constructions, such as reinforced jackets, armoured protection, or extra durability to withstand rough handling, extreme temperatures, or exposure to moisture.Hybrid Multicore - Hybrid multicore cables combine different types of signals within a single cable. For example, they may include a combination of video, audio, and data channels, allowing for efficient cabling in applications where multiple signal types are required. Hybrid multicore cables can simplify installation and reduce cable clutter in such situations.It's important to note that specific requirements for multicore cables may vary depending on the application and industry standards. When selecting a multicore cable, factors such as signal type, distance, bandwidth, electrical characteristics, environmental conditions, and connector compatibility should be considered to ensure optimal performance and reliability.

Enhancing Safety - LSF vs LSZH

Understanding The Key Differences Between LSF and LSZH Cable Sheaths:In the intricate realm of the electrical industry, safety remains an unwavering priority.Amongst the many components that contribute to safety, cable sheaths play a crucial role in containing potential hazards during fire incidents.Two essential terms commonly used amongst the electrical industry are "LSF" (Low Smoke and Fume) and "LSZH" (Low Smoke Zero Halogen).While they may appear similar, it is crucial to understand the difference and purposes of each cable sheath material.Securi-Flex® knows it's important to understand the differences between the two materials. In this article, we'll examine these differences more closely.LSF Cables:Manufacturers produce LSF cables using a modified PVC compound that produces less HCL gas and smoke than regular PVC cables. LSF cables create between 15-22% of HCL gas and emit black smoke because of the presence of PVC. It is vital not to confuse LSF cables with LSZH cables, as LSF cables do contain halogen materials. They are often chosen as a cost alternative to LSZH, however they should not be confused with LSZH cables. They are not recommended for use in public or commercial buildings, as well as poorly ventilated areas. LSZH Cables:LSZH cables are manufactured using halogen-free compounds. They are effective fire retardants while emitting less than 0.5% hydrogen chloride gas and smoke when burned. During a fire, LSZH cables produce small amounts of light grey smoke and HCL gas. The absence of PVC in LSZH cables ensures no harmful fumes or black smoke are emitted during the event of a fire. Ideal for public buildings such as airports, railway stations (London Underground), computer rooms, and data centres. Low smoke generation ensures evacuation routes and signage remain visible during emergencies. Choosing the Right Cable:The choice between LSF, and LSZH cables depends on the fire risk, flexibility needs, and safety considerations.LSF cables offer a slight improvement over PVC cables but can still emit toxic gases and dense black smoke.However, LSZH cables reduce emissions and experts recommend them for high-risk areas.The CPR categorises cables by fire performance, however it doesn't cover toxic fumes and smoke.Installers must carefully choose cables appropriate for the specific fire risks in a building or application.In Summary:Understanding the differences between LSF and LSZH cables is vital for making informed decisions that prioritise safety in different scenarios.While LSF cables can offer cost advantages, they may not be suitable for critical areas, where LSZH cables are strongly recommended to ensure a safer environment during the event of a fire.Choosing the right cable can significantly contribute to enhancing overall fire safety and exposure.If you have any questions that weren't answered in this article, please do not hesitate to get in touch with our friendly team.We're always happy to help!

Demystifying American Wire Gauge (AWG)

What is American Wire Gauge?American Wire Gauge (AWG) is the standard method used in the United States to determine the size of electrical copper wires. Understanding AWG is crucial for various applications, including electrical installations, electronics, automotive, and more.AWG is a numerical designation that represents the diameter of a wire. As the gauge number increases, the wire diameter decreases. For instance, a 22 AWG wire is smaller in diameter compared to a 14 AWG wire.How is the AWG Determined?The AWG system bases itself on a geometric progression. Each step in the AWG scale roughly doubles the cross-sectional area of the wire. The formula to determine the wire diameter (in inches) from the AWG number is:D(AWG) = 0.005 * 92 ((36-AWG)/39) inchHowever, for practical purposes, most wire size charts are readily available that list the AWG number, diameter, and current-carrying capacity.Factors Influencing AWG Selection:Current Capacity - The most crucial factor in choosing the right wire gauge is its ability to handle the current without overheating. In an electrical circuit, the current flows through conductive materials such as; wires, switches, and components. As the current passes through these elements, it encounters resistance and reactance, which generates heat. The wire's size and material, as well as the overall circuit design, influence the amount of current it can safely handle. Thinner wires with higher gauge numbers carry less current, while thicker wires with lower gauge numbers carry more current. Voltage Loss - Over longer wire runs, voltage drop may become a concern due to electrical resistance. Thicker wires with lower gauge numbers reduce voltage drop, ensuring the equipment receives the required voltage. Application - Different applications have specific requirements which will influence the cable size. For example, household wiring typically uses 12 or 14AWG for 15-amp and 20-amp circuits. On the other hand, small electronics may only require 24AWG. Environment - The environmental factors of where the cable is installed will determine the size of the wire required. For external applications for example, a thicker more robust wire may be more suitable. Flexibility - Thin, high AWG wires are more flexible, while lower AWG wires are stiffer and better suited for industrial applications. Common AWG Wire Sizes and Applications:20-26AWG - Typically used for small electronics and low-power applications. 18-16AWG - Suitable for lighting circuits, thermostat wiring, and general household applications. 14-12AWG - Commonly used for 15-amp and 20-amp household circuits, power tools, and light fixtures. 10-8AWG - Found in high-power circuits, such as kitchen appliances and heavy-duty power tools. 6AWG and below - Used in large appliances, industrial machinery, and electrical distribution systems. Consulting Wire Size Charts:To make the right choice, it is always best to consult wire size charts or online calculators.There are a range of suitable tools to help you, including voltage drop calculators, AWG converters etc.Use our American Wire Gauge Converter to help you choose the right wire size for your needs.Conclusion:Determining the appropriate AWG wire size is essential for ensuring safe and efficient electrical installations.Factors such as current capacity, voltage drop, application, environment, and flexibility play a vital role in making the right selection.By understanding the AWG and using appropriate wire size charts, you can choose the appropriate wire gauge for your specific needs.Always prioritise safety and consult a professional if you are unsure about the appropriate wire size for your application.If you have any questions that weren’t answered in this article, please do not hesitate to get in touch with our friendly team.We’re always happy to help!

Bridging the Gap Between Legacy Systems & Modern Technology

RS232 Systems:In the ever evolving world of technology, the role of RS232 cables might seem like a thing of the past.However, these type of cables play a vital role in bridging the gap between legacy systems and today's cutting-edge technologies.Understanding RS232 Cables:RS232 cables, also known as serial cables, have been used for communication protocols since the early days of computing.They are designed to transfer and receive data between devices, using a series of electrical pulses through a serial port.The RS232 standard defines the voltage levels, signalling, and pin configurations for these cables, making them compatible with various data communication equipment.The Role of RS232 Cables in Legacy Systems:RS232 cables served as a lifeline for legacy systems, enabling communication between devices that lacked modern interfaces such as USB or Ethernet.They found extensive use in connecting computers to peripherals like modems, printers, and serial devices.Many industrial systems and scientific instruments also relied on RS232 connections to transmit data.Integration and Adaptation - RS232 to USB:As technology progressed, new interfaces such as USB and Ethernet began to dominate the scene, rendering RS232 seemingly outdated.However, rather than fading away, RS232 cables adapted to the changing environment. One significant adaptation is the introduction of RS232 to USB converters or adapters.RS232 to USB adapters offer a bridge between legacy devices with RS232 ports and modern computers with USB interfaces.These adapters convert the RS232 signal to USB, allowing older devices to seamlessly communicate with the latest technology.This integration has proven crucial for electronic industries that continue to use legacy systems, as it prevents costs & disruption.Modern Applications of RS232 Cables:RS232 cables have found a place in a range of modern applications, proving their versatility and reliability within advancing technology.Some modern applications of RS232 cables include:Networking Equipment Configuration - Many networking devices, such as routers and switches, feature RS232 ports for configuration and management purposes. Network administrators use RS232 cables to send data for setting up and troubleshooting these devices. Industrial Automation - Industries with established processes often operate on legacy systems that rely on RS232 communication. RS232 cables are used to interface with programmable logic controllers (PLCs), human-machine interfaces (HMIs), and other industrial equipment. Serial Communication for Specialised Devices - Some devices and instruments require serial communication due to their specific data transfer needs. RS232 cables remain a preferred choice for such applications, where a simple, robust connection is essential. RS232 Connectors in Modern Devices:Despite more advanced communication interfaces, RS232 ports can still be found in some modern devices.While they may not be as common as USB or Ethernet ports, certain industries and devices prefer RS232 connectors for their distinct advantages, such as immunity to electromagnetic interference and reliability over long distances.Conclusion:RS232 cables have shown adaptability, to remain relevant in today's technology landscape.From playing a critical role in legacy systems, to seamlessly integrating with modern devices through RS232 to USB adapters, these cables continue to be a reliable bridge between the past and the future of data communication.Their application in networking equipment configuration, industrial automation, and specialised devices outlines their continued importance in various sectors.As technology continues to evolve, RS232 cables will likely persist as an enduring and essential component of data communication solutions for years to come.Securi-Flex® stock a range of Belden Equivalents which are suitable for RS232 Applications.If you have any questions that weren’t answered in this article, please do not hesitate to get in touch with our friendly team.We’re always happy to help!

Ensuring Safe and Compliant Electrical Installations

CPR and BS6701:2016+A1:2017Construction Products Regulations (CPR):The Construction Industry has witnessed significant advancements in electrical systems and technology. This in turn has led to safer and more efficient electrical installations.Various standards and regulations govern these advancements in the United Kingdom and across the European Union.Two crucial standards that play a pivotal role in ensuring electrical safety and compliance are:Construction Products Regulation (CPR) British Standard BS6701:2016+A1:2017 What is CPR?CPR, or the Construction Products Regulation, is a European Union (EU) Regulation that came into effect in 2011.The primary purpose of CPR is to harmonise the performance requirements for Construction Products, including cables, within the EU Member States.CPR Categorises Construction Products into different classes based on their performance characteristics. This Classification helps ensure that products meet specific safety and performance standards. Application to Cable Types:One of the most critical applications of CPR is in the Classification and regulation of cables used in buildings and infrastructure.CPR sets clear requirements for fire safety and reaction to the fire performance of cables. Key Elements of CPR for Cables:Cable Classification - CPR classifies cables based on fire performance. These classes range from Aca (the highest level of fire safety) to Fca (the lowest). The Classification depends on criteria such as heat release, flame spread, and smoke production CE Marking - Cables that comply with CPR must carry the CE Marking. This indicates that the product meets required standards and is safe for use in Construction Declaration of Performance (DoP) - Manufacturers have an obligation to furnish a Declaration of Performance (DoP) for their cables. A DoP details essential information such as Product Classification, intended use, and fire performance characteristics What is BS6701:2016+A1:2017?British Standard BS6701:2016+A1:2017 is the UK standard that provides recommendations and requirements for telecommunications cabling infrastructure within buildings:Planning Design Installation Testing Maintenance While it primarily focuses on telecommunications cabling, it also addresses key aspects of electrical safety in relation to cabling installations. Key Elements of BS6701:2016+A1:2017 Structured Cabling:The standard highlights the significance of structured cabling systems by stressing the need for organised, documented, and maintainable cabling installations.Safety: BS6701:2016+A1:2017 includes safety requirements for cabling installations to reduce the risk of electrical hazards.This includes proper grounding, bonding, and protection against overcurrent.Compliance: Compliance with this standard is critical for telecommunications cabling installations, as it ensures network performance, reliability, and safety. The Intersection of CPR and BS6701:2016+A1:2017While CPR and BS6701:2016+A1:2017 primarily address different aspects of construction products and installations.Cables used for data and telecommunications transmission are subject to:CPR Classification for fire safety BS6701:2016+A1:2017 for structured cabling requirements In the construction industry, electrical and cabling installations play a vital role in ensuring safety, efficiency, and performance. CPR and BS6701:2016+A1:2017 are integral standards that guide the design, installation, and maintenance of cables and cabling infrastructure.Compliance with these standards is a legal requirement, and a crucial step in ensuring the safety and reliability of electrical and telecommunications systems.As technology continues to advance, staying up-to-date with these standards becomes increasingly important in the construction industry. In Summary:Securi-Flex® proudly announces our comprehensive knowledge of CPR (Construction Products Regulation).We have invested significant time and resources into understanding and adhering to these crucial regulations. This helps to ensure the highest level of safety and compliance in all our products and services.We are dedicated to keeping up with CPR regulations to ensure that our products meet the highest safety standards. This allows you to have full confidence in the reliability and quality of Securi-Flex® solutions.Securi-Flex® is your trusted source for a diverse range of Dca CPR rated cables which are in stock as standard.Securi-Flex® curates its' extensive inventory meticulously to meet the highest safety and quality standards. This ensures that your projects comply with the necessary regulations and standards.If you require CPR rated cables for the following applications, Securi-Flex® provides a wide selection of options to suit your specific needs:Residential Commercial Industrial If you have any questions regarding CPR, please don’t hesitate to contact the Securi-Flex® team, we’re always happy to help!

How to Choose the Right Belden Equivalent Cable

Competitive Belden Equivalents by Securi-Flex®In this article, we will guide you through the process of selecting the right Belden Equivalent Cable for your needs.We will be comparing various alternatives for different applications and discussing critical factors to consider.At Securi-Flex®, we offer a wide range of Belden alternative cables.The main categories of Belden Cables are as follows:Data Audio CCTV Lighting Control Smart Homes HVAC (Heating, Ventilation & Air Conditioning) Understanding Your Needs:Before we look into Belden Alternatives Cables, you need to understand your specific requirements.The first step in this process is to assess your needs and objectives.Consider the following factors:Application - Are you transmitting Data, Audio, Video, Lighting, Smart Home, HVAC, or a combination of these? Environment - The kind of environment the cable is being installed, for example: Internal, external, will it be in harsh weather etc. Run Length - The distance over which the cable will carry signals, as this can affect the choice of cable type. Number of Connection Points - Consider the number of connectors and the potential for signal degradation. Compatibility - Ensure that the cable is compatible with your existing equipment. Comparing Prices, Quality, and Performance:Price Comparison - Research the prices of the selected cables and compare them to your budget. Quality Assessment - Examine the specifications and construction details of the cables. The following factors directly impact the cable's performance and longevity:- Conductor Material- Shielding- Jacket MaterialWarranty and Guarantee - Consider warranties and guarantees as indicators of a manufacturer's confidence in their product. All Securi-Flex® cables come with a 25 Year Warranty*. Assess Cable Construction:The construction of a cable plays a significant role in its performance and longevity.Shielding - The level of shielding in a cable is essential to protect against electromagnetic interference (EMI). Conductors - The conductor material and size can significantly affect the signal quality. Thicker conductors may offer lower resistance and better signal transmission. Jacket Material - The cable's jacket material is crucial for its durability and suitability in specific environments. In SummarySelecting the right Belden Equivalent Cable involves understanding your specific needs, exploring alternatives, comparing prices and performance and assessing cable construction.Securi-Flex® offers excellent Belden Alternatives for Data, Audio, HVAC, Smart Homes and Lighting Control.Making sure the right cable choice not only meets your current needs, but also prepares you for the future.If you have more questions, feel free to contact our friendly team. We’re always happy to help!

Securi-Flex® Outdoor Belden Equivalent Cables

The Brand "Belden" has long been synonymous with quality and reliability. Securi-Flex® are a leading provider of outdoor-rated cables that match Belden's renowned quality.In this article, we will explore the following:Securi-Flex®'s outdoor-rated cable offerings. Look into their construction that makes them suitable for outdoor and burial use. Discuss various outdoor installation applications. Provide essential tips for proper installation. Securi-Flex® External Cables: Matching the Belden Cable QualitySecuri-Flex® is a provider of outdoor-rated and Direct Burial Belden Equivalent cables, boasting quality and performance.Engineered to endure the challenging conditions of outdoor environments, our cable range ensures reliable connectivity across various applications.From UV resistance to waterproofing, our cables have features that make them a suitable Belden alternative cable. Cable Construction for Outdoor/Burial UseSecuri-Flex® outdoor cables address the specific challenges presented by outdoor installations.Key features include:UV Resistance: Our outdoor cables have UV-resistant materials that protect them from exposure to sunlight. This ensures longevity and maintains the cable's performance over time. Waterproofing Technologies: We design our cables with advanced waterproofing technologies, shielding them from moisture and environmental elements. Our cables are suitable for applications in which they are exposed to rain, snow, or high humidity. Durability: Constructed with robust materials, our cables can withstand physical stress, rendering them suitable for outdoor environments, particularly in Direct Burial installations. Outdoor Installation ApplicationsSecuri-Flex® External Belden Equivalent cables exhibit versatility and find applications in a variety of outdoor installations.Some key applications include:Landscaping and Outdoor Lighting: Our cables are ideal for outdoor lighting installations, providing a power supply while withstanding exposure to the elements. Security Systems: Our cables are suitable for outdoor security camera installations, ensuring a secure and durable connection, even in adverse weather conditions. Direct Burial: Securi-Flex® cables can be directly buried underground, making them a suitable choice for applications where traditional cables might be susceptible to damage. Advantages of Securi-Flex® Cables Over BeldenChoosing Securi-Flex® cables for outdoor installations offers several advantages.These include:Cost-Effective: Securi-Flex® outdoor cables provide a cost-effective alternative without compromising on quality, allowing for budget-friendly installations. Extended Lifespan: The durable construction and resistance to environmental factors contribute to a longer lifespan, reducing the need for frequent replacements. Versatility: Securi-Flex® cables are versatile and can be used in a wide range of outdoor applications, making them a flexible solution for different projects. Installation Tips for Securi-Flex® Outdoor CablesTo ensure the proper installation of Securi-Flex® outdoor cables, consider the following tips:Proper Termination: Use high-quality connectors and follow the manufacturer's recommendations for termination to ensure a reliable connection. Concealment: When concealing cables, use conduit or tubing as necessary to protect them from physical damage. Direct Burial Guidelines: Follow industry guidelines for direct burial installations, including proper depth and protection against sharp objects. Weatherproofing: Use weatherproof enclosures and connectors to protect cable connections from the elements. In SummarySecuri-Flex® is a reputable provider of outdoor-rated cables, offering reliable alternatives to Belden for Outdoor and Direct Burial applications.With a focus on:Durability UV resistance Waterproofing Securi-Flex® cables meet the demanding requirements of outdoor and Direct Burial installations.Whether they are for landscaping, security systems, or direct burial, our cables provide a cost-effective and high-quality solution.By following proper installation practices, you can ensure optimal performance and longevity in your outdoor projects.Securi-Flex® offers excellent Belden Alternatives for Data, Audio, HVAC, Smart Homes and Lighting Control.If you have more questions, feel free to contact our friendly team. We’re always happy to help!

KNX Equivalent Cable EIB Bus 2mm x 2mm x 0.8mm Green LSZH SFX/EIB-BUS-LSZH-GRN

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Application	EIB cable for building management
Drum Length	1 Metres
Overall Colour	Green
Outer Sheath Material	LSZH
Overall Sheath	LSZH
Weight	0.056
Flame Propagation Standard	Eca
Unit Weight	0.056000
Lukins Code	425287369
Product	Cable
Type	Home Automation
Core Identification	Coloured
Conductor Material	Copper
Conductor Construction	Bare
Insulation Type	Polyethylene
Note	EIB cable for building management
Core Colours	Red Black;White Yellow
Outer Sheath Colour	Green RAL 6018
Cable Diameter	6.800000
Conductor Size	0.8 mm2
Voltage Rating	450/750 V
Colour outer sheath	Green
CPR	Eca
Conductor	Bare Copper
Conductor Diameter (mm)	0.80 0.01 (0.5mm)
Insulation Colour	Red,Black;White,Yellow
Insulation	PE
Max Conductor DC resistance @ 20°C	<37.70O/km
Rated Voltage (V)	450/750V

KNX Equivalent Cable EIB Bus 2mm x 2mm x 0.8mm Green DCA LSZH SFX/EIB-BUS-LSZH-D-GRN

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Application	EIB cable for building management
Drum Length	1 Metres
Overall Colour	Green
Overall Sheath	LSZH
Lukins Code	437223405
CPR	Dca -s:2 -a:1 -d:2
Conductor	Bare Copper
Conductor Diameter (mm)	0.80 0.01 (0.5mm)
Insulation Colour	Red,Black;White,Yellow
Insulation	PE
Max Conductor DC resistance @ 20°C	<37.70O/km
Rated Voltage (V)	450/750V