Κατσαβίδι μπαταρίας Black & Decker BCRTA01, 180 U/min, 5,5 N⋅m, 3,6 V

The Black & Decker BCRTA01 power screwdriver converts manual hex keys into a powered Hex Key and speeds up ready-to-assemble furniture assembly. It features a pistol-handle design, a 3.6 V lithium-ion battery, a maximum idle speed of 180 RPM and a torque of 5.5 N⋅m. The tool includes a chuck for the supplied hex key, five screwdriver bits for common tasks and an integrated LED to illuminate dark work areas.

Advantages

The compact, lightweight (0.4 kg) design with pistol handle improves control and reduces fatigue during screwdriving tasks. The integrated LED makes it easier to work inside cabinets and under tables. The included bits and the ability to accept the furniture hex key expand the tool's versatility for both assembly and everyday home repairs.

Suitable for

• Putting together ready-to-assemble furniture
• General screwdriving and light repair work around the home
• Working in poorly lit spaces such as inside cabinets or under furniture

Key specifications

• Model: Black & Decker BCRTA01 (BCRTA01-XJ)
• Power: 3.6 V lithium-ion battery
• Torque: 5.5 N⋅m
• Idle speed (max): 180 RPM
• Weight: 0.4 kg
• Handle shape: Pistol handle
• Includes: Chuck for hex key, 5 screwdriver bits, integrated LED
• Colour: White, Orange, Grey

How to use

Insert the hex key supplied with your furniture into the chuck and tighten it to secure the bit, or select one of the supplied screwdriver bits and fit it into the chuck. Hold the pistol handle firmly, position the bit on the screw head and apply steady pressure while operating the trigger to drive or remove screws. Use the integrated LED to illuminate the work area when visibility is limited. For reverse operation, engage the reverse control as needed.

Recommendations

For best results, ensure the battery is fully charged before starting assembly. Use the correct bit size for screws to avoid stripping, work at a moderate pace to maintain control, and keep the LED directed at the screw location for improved visibility.