The DY11-002 is a commercial-grade UHF Male (PL-259) coaxial connector precision-engineered for professional crimp termination onto standard RG-58 (50-Ohm) coaxial cables. Manufactured to strict industrial tolerances, this heavy-duty RF connector provides an efficient, reliable, and low-loss connection link, making it an essential hardware component for radio communication installers, technical service benches, and fleet maintenance departments outfitting commercial vehicles with CB-27, VHF, or UHF transceivers.
Designed specifically to streamline field deployments, the crimp-on architecture of the DY11-002 eliminates the need for time-consuming traditional soldering methods on the outer shielding braid. When used alongside standard coaxial crimping tools, it delivers a high-retention, vibration-proof mechanical lock that easily withstands the physical strains, thermal expansions, and constant motion typical of mobile installations in commercial trucks, maritime vessels, and industrial utility environments. The connector body features nickel-plated brass construction with a precision-machined threaded coupler to ensure clean, low-attenuation signal continuity.
SPECIFICATIONS & HARDWARE FEATURES:
• Component Type: Professional RF Coaxial Connector (Single Unit Pack)
• Connection Interface Profile: UHF Male (PL-259 standard threaded configuration)
• Compatible Cable Specification: Tailored precisely for RG-58 Coaxial Cable (50 Ohm nominal impedance)
• Termination Mechanism: High-efficiency Crimp-on design (requires standard hex crimping tool)
• Structural Composition: Rugged nickel-plated brass body engineered against atmospheric corrosion and mechanical wear
• Insulation Matrix: High-temperature dielectric core designed for stable impedance matching
• Mechanical Retention: Vibration-resistant coupling sleeve optimized for heavy mobile fleet deployment
• Application: Perfect for assembling custom length vehicle antenna patches, replacing damaged mobile radio terminals, servicing marine VHF antennas, and reducing labor costs in commercial telecom routing.
