Aston Manufacturer RG59 Coaxial Cable for CCTV Use

Product Main Parameters

Common Product Specifications

Product Manufacturing Process

The manufacturing of RG59 coaxial cable for CCTV involves a series of precise steps to ensure optimal quality and performance. Initially, the copper conductor is subjected to an electroplating process to ensure conductivity and resistance to corrosion. A dielectric material, typically foam polyethylene, is used to insulate the conductor, minimizing energy loss. The subsequent layer is a braided shield made of aluminum or copper-clad aluminum, offering a 95% coverage, crucial for reducing electromagnetic interference. The external jacket, often polyethylene or PVC, is extrusion-coated to protect the inner layers from physical damage and environmental influences. Quality control measures are paramount at each step, ensuring the finished cable meets international standards such as ISO9001 and RoHS. This meticulous process guarantees a durable and efficient product ready for deployment in CCTV systems.

Product Application Scenarios

RG59 coaxial cables by manufacturers are predominantly utilized in CCTV security systems, offering a reliable solution for both residential and commercial installations. They serve as the primary medium to connect surveillance cameras to recording units and display monitors, ensuring high-quality video transmission. In analog systems, they enable seamless connectivity, while in digital setups, they bridge analog cameras with DVRs, preserving signal integrity. The cable's impedance compatibility with standard CCTV equipment minimizes signal loss, making it ideal for short to medium-range installations. For enhanced performance, particularly in high EMI environments, RG59 is often paired with supplementary shielding or used in conjunction with signal boosters. Its adaptability and cost-effectiveness make it a staple in diverse security applications.

Product After-Sales Service

Our company provides comprehensive after-sales support for RG59 coaxial cable for CCTV. Customers can benefit from warranty services covering manufacturing defects for a specified period. Technical support is readily available to assist with installation queries, product troubleshooting, and optimizing cable performance in their specific setups. Replacement and refund policies are clearly outlined to ensure customer satisfaction. Additionally, we offer guidance on maintenance practices to prolong cable lifespan and functionality. Our dedication is to maintain exceptional customer service, bolstering the reliability and efficiency of our products in the field.

Product Transportation

The transportation of RG59 coaxial cable for CCTV is managed with stringent logistics protocols to ensure timely delivery and product integrity. Cables are packaged in coil reels, plastic drums, or wooden drums, depending on order specifications. Protective coverings are employed to mitigate physical damage during transit. We collaborate with reliable carriers, utilizing air, sea, or land transport as dictated by destination and urgency. Clients are provided with tracking information for transparency and coordination. Our shipping solutions emphasize efficiency and care, matching the high standards of our product quality.

Product Advantages

• Cost-Effective: Affordable compared to RG6, ideal for budget-conscious projects.
• Flexibility: Thin construction eases installation in complex routes.
• Compatibility: Matches 75-ohm impedance of standard CCTV systems.

Product FAQ

• Q1: What is the maximum distance RG59 can effectively transmit video signals?
  A1: RG59 cables can effectively transmit video signals up to 750 feet. Beyond this distance, signal boosters or alternative cables are recommended to maintain quality.
• Q2: How does RG59 coaxial cable for CCTV handle environmental conditions?
  A2: While the PVC jacket provides basic protection, additional measures such as conduit or specialized outdoor-rated jackets are advised in harsh environments to prevent wear and damage.
• Q3: Can RG59 be used for high-definition video applications?
  A3: RG59 may not be ideal for high-definition video due to its higher frequency loss. Consider RG6 or fiber-optic alternatives for such requirements.
• Q4: Is the RG59 coaxial cable for CCTV compatible with digital video recorders (DVRs)?
  A4: Yes, RG59 is compatible with DVRs, particularly in setups where analog cameras are used, bridging the gap effectively while maintaining signal integrity.
• Q5: What shielding does the RG59 coaxial cable for CCTV provide?
  A5: Our RG59 cable offers 95% CCA brading shielding against EMI and RFI, ensuring minimal interference and maintaining stable video quality.
• Q6: How can I customize the jacket color of the RG59 cable?
  A6: Customization options are available during the ordering process. Please specify your color preferences, and we'll accommodate them within manufacturing capabilities.
• Q7: What is the minimum order quantity for RG59 coaxial cables?
  A7: The minimum order quantity is 30 kilometers per order, accommodating bulk needs for extensive installations or reselling purposes.
• Q8: Does the manufacturer offer OEM services for RG59 coaxial cables?
  A8: Yes, OEM services are available. We can produce cables under your brand with customized specifications to meet your project's unique demands.
• Q9: What is the delivery timeline for RG59 orders?
  A9: Delivery timelines vary based on order size and destination. Typically, orders are fulfilled and shipped within 4-6 weeks after confirmation.
• Q10: How is the cable packaged to ensure safe transportation?
  A10: RG59 cables are securely packaged in coil reels, plastic drums, or wooden drums, with protective materials to prevent damage during transportation and ensure arrival in pristine condition.

Product Hot Topics

• HT1: Discussions on optimal cable types for CCTV frequently highlight RG59 coaxial cable for CCTV as a reliable choice for short-distance installations. Many users appreciate its cost-effectiveness and compatibility with standard systems, making it a go-to option for home and small business security setups.
• HT2: Technological advancements and the transition to digital systems have ignited conversations around the potential limitations of RG59 coaxial cable for CCTV. While suited for analog systems, users are exploring alternative cables for high-definition and extended-distance needs.
• HT3: The importance of quality shielding in RG59 coaxial cable for CCTV has been a prominent topic, with many experts emphasizing the need for 95% or greater coverage to mitigate EMI and RFI, thus preserving video clarity and system reliability.
• HT4: Environmental considerations are a hot topic, with discussions centering on the durability of RG59 coaxial cable for CCTV in outdoor installations. Debates often highlight the need for additional protective measures in challenging climates.
• HT5: Installation practices and the flexibility of RG59 coaxial cable for CCTV are frequently discussed among professionals. Its thinner construction allows for easy routing in complex environments, yet concerns remain about handling and protection during installation.
• HT6: User experiences with RG59 coaxial cable for CCTV in large-scale installations are varied, with feedback often focusing on signal quality and the necessity of boosters or repeaters beyond the recommended distance limits.
• HT7: Customization options for RG59 coaxial cable for CCTV have generated interest, with many industry participants seeking tailored solutions in cable color and branding to align with project-specific aesthetics and requirements.
• HT8: The integration of RG59 coaxial cable for CCTV with modern home automation systems has become a trending discussion, as consumers seek to harmonize security infrastructure with smart home technologies.
• HT9: Cost considerations remain a key topic, with buyers often comparing RG59 coaxial cable for CCTV to other options in terms of price-performance ratio, particularly in budget-limited scenarios.
• HT10: Future prospects for RG59 coaxial cable for CCTV in a rapidly evolving technological landscape are frequently pondered, with speculation on its role amidst emerging wireless solutions and fiber-optic technology gains.

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