Parameter | Details |
---|---|
Impedance | 75 ohms |
Conductor | 0.81mm 20AWG CCS |
Shielding | Bond al foil 128*0.12AL/CCA braiding |
Jacket Material | PVC/Black PE |
Weight | 5.2KG/100m |
Specification | Details |
---|---|
Color | Customized |
Usage | VIDEO/CCTV |
Connector | BNCDC |
Packaging | Coil, drum, box |
Manufacturing RG59 2C cables involves precision engineering to ensure performance consistency. Starting with selecting high-quality copper-clad steel for the central conductor, precision extrusion forms the dielectric layer. Advanced machinery braids the shielding for maximum EMI protection, followed by extrusion of the outer jacket. Quality assurance tests, including impedance and attenuation checks, ensure compliance with standards such as CE, RoHS, and ISO9001, which our factory adheres to. This meticulous process guarantees a product that meets the demands of modern surveillance and communication systems, offering reliable signal transmission and durability.
RG59 2C cables are widely used in CCTV systems due to their dual functionality of transmitting video signals along with power. This integration simplifies installation, particularly in security systems where space is limited and aesthetics are paramount. In commercial settings, such as retail stores and office buildings, RG59 2C offers a cost-effective solution for surveillance, avoiding the need for separate power lines. While ideal for indoor installations, they are also suitable for short-range outdoor applications, provided weatherproofing is applied. Their ease of setup makes them a popular choice for residential security systems as well.
We offer comprehensive after-sales support, including a warranty period for manufacturing defects. Our customer service team is available to assist with installation guidance and troubleshooting. For bulk orders, we provide flexible return and exchange policies to ensure satisfaction with our RG59 2C cables.
Our RG59 2C cables are securely packaged for transport, minimizing the risk of damage. Orders are typically shipped via our reliable logistics partners, with tracking available. We conduct regular reviews to ensure timely delivery, aligning with our commitment to customer satisfaction.
A: RG59 2C is typically used for distances up to 750 feet for video signals, making it ideal for short-run installations.
A: Yes, RG59 2C cables can be used outdoors if equipped with a weatherproof jacket or enclosure.
A: The main applications include CCTV systems, security installations, and short-range video signal transmission.
A: Yes, we offer customization options for various lengths to meet specific installation requirements.
A: The integrated power cores allow the cable to transmit low-voltage power alongside video signals.
A: Standard connectors like BNC and DC are commonly used with RG59 2C cables.
A: The cable uses bonded aluminum foil and 128*0.12 AL/CCA braiding for effective EMI shielding.
A: RG59 2C is more suited for standard-definition video; for HD, consider using RG6 cables.
A: Power cores are usually color-coded (e.g., Red/Black) within the cable sheath.
A: The typical impedance is 75 ohms, suitable for most video signal applications.
Choosing the right supplier for RG59 2C cables can significantly impact the overall cost of security system installations. An experienced supplier offers cables that effectively combine video and power transmission, which reduces the need for additional wiring and labor. This integration simplifies setup and maintenance, resulting in considerable savings for both residential and commercial applications. Suppliers that provide customized solutions, such as specific lengths or jacket materials, further enhance efficiency and effectiveness, especially in complex security setups. Leading suppliers like us ensure high-quality materials and compliance with industry standards, ensuring a reliable and durable product.
Investing in high-quality RG59 2C cables from a trusted supplier is crucial for maintaining efficient surveillance operations. These cables not only support clear video transmission but also ensure a stable power supply, reducing the risk of equipment failure. The meticulous manufacturing process by expert suppliers results in cables with superior shielding against electromagnetic interference, enhancing signal reliability. With the assurance of consistent performance, users can expect decreased downtime and lower maintenance needs, translating to higher overall effectiveness of security systems.