Ecm Industries PSB-1600T Low Voltage Staple 3/16 in Black 25pk

Product Description

The ECM Industries LLC PSB-1600T is a black low-voltage staple designed to secure low-voltage wiring along walls, baseboards, and framing. Sold in a 25-pack, each staple measures 3/16 inches and features an exclusive clip-on design that speeds up installation without additional tools. These staples are rated for both interior and exterior applications, making them a versatile choice for residential and light commercial wiring runs. Low-voltage installers, alarm technicians, and AV professionals regularly reach for this type of fastener when routing thermostat wire, security cable, or speaker wire cleanly and securely.

The PSB-1600T suits a wide range of low-voltage wiring tasks including thermostat wire routing, doorbell wiring, security system cable, and structured media installations. The clip-on feature allows one-handed placement, which is useful when working in tight spaces or along finished trim. Suitable for indoor and outdoor use, these staples hold up in typical exterior environments where wiring must be run along siding or around door and window frames.

Key Features

• 3/16 inch staple size suited for common low-voltage wire gauges
• Exclusive clip-on feature for fast, one-handed installation
• Black finish blends with dark-colored surfaces and trim
• Rated for inside and outside applications
• Sold as a 25-pack for efficient stocking and use on multi-run jobs

Compatibility

Designed as a general-purpose low-voltage wire staple compatible with standard thermostat wire, security cable, and similarly sized low-voltage conductors used in residential and light commercial installations.

Installation Notes

Low-voltage technicians and alarm or AV installers typically install these staples by hand or with a compatible clip-on applicator tool. Ensure all low-voltage circuits are de-energized at the control panel or transformer before running or securing new wire. Do not over-drive staples into wire insulation, as deformation of the conductor can cause signal degradation or shorts. Follow local building codes for low-voltage wiring methods, including required separation distances from line-voltage conductors.