Hanes Geo Components BZC-100 Cordless Insect Zapper

Product Description

The HANES GEO COMPONENTS BZC-100 is a cordless electric insect zapper designed for outdoor use across up to 0.5 acres of coverage. Operating on 2000 volts of zapping power, the unit attracts and eliminates a wide variety of flying insects using a combined UV and LED light source. The BZC-100 runs for up to 12 hours on a single 3-hour charge, making it practical for extended outdoor sessions. A mosquito octenol lure with 30-day continuous release is included to enhance attractant effectiveness. Licensed pest control professionals and outdoor maintenance crews are the typical installers and operators.

The BZC-100 is suited for residential and light commercial outdoor environments including patios, decks, campsites, and similar open-air spaces. The cordless design eliminates the need for a nearby power outlet, supporting flexible placement across coverage areas up to 0.5 acres. Target pest types include flies and mosquitoes. The quiet operation avoids noise disruption during outdoor activities.

Key Features

• 2000-volt electric grid delivers reliable insect elimination on contact
• UV plus LED dual-light attractant draws a wide variety of flying insects
• 12-hour runtime per charge on a 3-hour recharge cycle
• Cordless design allows placement anywhere within the coverage zone
• Includes octenol mosquito lure with 30-day continuous release
• 0.5-acre coverage suitable for patios, decks, and campsites

Compatibility

Designed for general outdoor use as a standalone cordless insect control unit targeting flies and mosquitoes in residential and light commercial settings.

Installation Notes

No hardwired electrical connection is required. Charge the unit fully before first use and position it at an appropriate height in the target coverage area away from competing light sources for best attractant performance. Keep the unit away from rain and standing water unless the enclosure is rated for wet conditions. Cleaning of the zap grid should be performed with the unit powered off and fully discharged.