About BELDEN 8267
Mil-Spec Coax, 50 Ohm, RG-213, 13 AWG (7x21) Bare Copper Conductor, PE Insulation, 95% Bare Copper Braid Shield, PVC Jacket (Non-Contaminating), CMX, Commercial, non-QPL
Point-to-point and point-to-multipoint wireless antenna communication; Wireless microphones, Two-Way Radios, Amateur (Ham) Radio, Low Power FM, GPS, RFID (Radio Frequency Identification)
Engineered for High PerformanceBELDEN 8267 coaxial cables are crafted to provide consistent, low-loss signal transmission for a variety of demanding environments, including laboratories and broadcast studios. With 95% shield coverage and solid polyethylene insulation, this cable ensures minimal interference and high reliability in RF and video applications. It supports frequencies up to 300 MHz and withstands rigorous installation conditions due to its flexible yet tough construction.
Robust Construction for Versatile ApplicationsThe 8267 features a stranded tinned copper conductor, non-contaminating PVC jacket, and 2.4" minimum bend radius for enhanced flexibility. Its water-resistant and oil-resistant properties enable use in both indoor and outdoor installations. The cable's adherence to UL and CSA standards, along with a VW-1 and FT1 flame rating, supports safe and compliant use across a broad range of industries in India and beyond.
Reliable and Compliant ChoiceOffering RoHS compliance, precise outside diameter tolerance, and a wide temperature range of -20C to +80C, BELDEN 8267 maintains signal integrity and cable longevity in diverse conditions. Available per reel or in custom cut lengths, this coaxial cable is an ideal solution for exporters, importers, manufacturers, and suppliers seeking quality and flexibility in their projects.
FAQ's of BELDEN 8267:
Q: How should BELDEN 8267 coaxial cable be installed for optimal performance?
A: BELDEN 8267 should be installed following proper cable management practices, observing a minimum bend radius of 2.4" (61 mm) and avoiding excessive pulling force. Its flexibility facilitates routing in tight spaces, making it suitable for both indoor and outdoor installations, especially where high-frequency and signal integrity are critical.
Q: What are the main applications for BELDEN 8267 cable?
A: This cable is primarily designed for laboratory settings, broadcast studios, RF and microwave signal transmission, and general high-frequency video applications. Its robust shielding and construction help ensure reliable, low-loss transmission in environments susceptible to electromagnetic interference.
Q: When is BELDEN 8267 preferred over other coaxial cables?
A: Choose BELDEN 8267 when high signal quality, flexibility, and durability are important, particularly in environments requiring rigorous standards like UL AWM, CSA, and NEC CL2. It is ideal for situations demanding water and oil resistance, strict flame ratings, and resilience to temperature variations.
Q: Where can BELDEN 8267 be used regarding environmental conditions?
A: This cable is designed for both indoor and outdoor use. Its black, water-resistant, non-contaminating PVC jacket and solid construction suit various environments, including harsh industrial and laboratory settings with temperature ranges from -20C to +80C.
Q: What is the process for procuring BELDEN 8267 in India?
A: BELDEN 8267 is available through authorized exporters, importers, manufacturers, and suppliers across India. It can be ordered per reel or in custom-cut lengths to meet project-specific requirements, ensuring flexibility for different installation scenarios.
Q: How does the shield coverage of BELDEN 8267 benefit its performance?
A: With 95% tinned copper braid coverage, the cable offers excellent protection against electromagnetic interference, crucial for maintaining signal clarity and minimizing transmission losses, especially in high-frequency or sensitive signal installations.
Q: What advantages does BELDEN 8267 offer for signal and video transmission?
A: BELDEN 8267 provides low capacitance, high propagation velocity, and robust shielding, ensuring minimal signal loss and interference. These features support high-quality, dependable transmission, making it suitable for demanding broadcast and laboratory applications.