Blue Sea CableClam w/Stainless Steel Dress Cap - 1.40"

The Blue Sea CableClam w/Stainless Steel Dress Cap - 1.40" is a marine-grade cable management and strain relief solution engineered for demanding electrical installations in tactical, maritime, and industrial environments. Designed by Blue Sea Systems—a manufacturer with decades of experience in marine electrical safety—this component serves professionals who require reliable cable organization in high-vibration, corrosive, or mission-critical applications. Whether deployed on vessels, tactical vehicles, or field command stations, the CableClam protects both cable integrity and system reliability under operational stress.

Constructed with stainless steel dress cap hardware, this 1.40-inch CableClam provides superior corrosion resistance and mechanical durability in saltwater or chemically aggressive environments. The clamp design isolates and secures cable bundles while the dress cap finish ensures professional appearance and galvanic protection—critical when equipment must endure long-term exposure or frequent maintenance cycles. The compact form factor (4 x 2 x 8 inches) permits flexible installation in confined spaces without sacrificing grip strength, and the 0.5-pound weight ensures minimal system load impact on vehicles or vessels operating under weight-sensitive conditions.

This cable clamp benefits marine electricians, tactical vehicle outfitters, emergency response teams, and any operator managing complex electrical harnesses where vibration or environmental contamination poses failure risk. Installation is straightforward—mount the clamp at cable entry points, bulkheads, or junction zones using the stainless fasteners included with the dress cap assembly. The 1.40-inch diameter accommodates standard bundle diameters common in 12V/24V DC marine and mobile systems, making it compatible with most tactical and emergency vehicle wiring configurations. Professionals trust Blue Sea Systems components for their no-compromise approach to electrical safety and longevity in harsh operational conditions.