Bosch Professional GKT 18V-52 GC BITURBO Brushless 140mm Plunge Saw & Guide Rail Kit Inc 2x 5.5Ah Batts

Bosch GKT 18V-52 GC 18v BITURBO 140mm Plunge Saw & FSN 1600 Guide Rail Inc 2x 5.5Ah Batteries, 1x Charger & L-Boxx 0615990M0B

The GKT 18V-52 GC Professional cordless plunge saw delivers corded performance and superior compactness in Bosch's 18v category. Its innovative BITURBO Brushless technology and ProCORE18V provide maximum cordless cutting performance fully equal to corded 1,620 W plunge saws.

Supplied in an L-Boxx 238 with 2x ProCORE 5.5Ah batteries, 1x GAL 1880 CV charger, 1x FSN 1600, a dust bag, hex key and 1x circular saw blade.

FEATURES

• Superior mobility due to a uniquely compact design allowing operation with only one battery
• Very compact design enables minimum distance between saw blade and wall of only 10mm
• Intended for plunge cutting in wood, composites, board and panel materials, aluminium, and acrylic glass
• Can be used with dust bags
• Compatible with the Bosch Click & Clean System as well as the Bosch, Festool, Mafell, and Makita guide rail systems and with all Bosch Professional 18v batteries and chargers
• Also features constant speed, eco mode for up to 20% higher runtime, a HMI, individual speed settings, customisable speed settings via an app, overload protection, restart protection, soft start, and spindle lock
• Easy maneouvering with vacuum hose

SPECIFICATION

• Voltage: 18v
• No Load Speed: 2,800 - 5,500 rpm
• Saw Blade Diameter: 140mm
• Saw Blade Bore Diameter: 20mm
• Packaging Dimensions: 442 x 357 x 253mm
• Baseplate: 305 x 169mm
• Bevel Angle: -1 - 47°
• Tool Width: 209mm
• Tool Length: 374mm
• Tool Height: 234mm
• Cutting Depth Without Guide Rail (90°): 52mm
• Cutting Depth With Guide Rail (90°): 46mm
• Cutting Depth Without Guide Rail (45°): 32mm
• Cutting Depth With Guide Rail (45°): 32mm
• Weight Excl. Battery: 4.1 kg

NOISE & VIBRATION

• Sound Pressure Level: 96 dB(A)
• Sound Power Level: 107 dB(A)
• Uncertainty K: 3 dB
• Vibration Emission Value Ah: 2.5 m/s²
• Uncertainty K: 1.5 m/s²