Bosch Cordless Sabre Saw
GSA 36 V-LI Professional with 2 battery packs
Sabre saws from Bosch excel due to their robustness and exceptional ease of use.
IMPORTANT DATA
• Battery voltage - 36 V
• Cutting depth in wood - 250 mm
• Stroke lengths - 28 mm
Part no. 0601645R72
As high-torque as corded
• As powerful as corded: cut up to 195 spruce beams (100 x 100 mm) to length with only one battery charge
• Mobile, powerful tool: the stroke length of 28 mm allows for a maximum cutting depth of 250 mm
• Easy handling: easy and fast saw blade changes due to SDS mechanism
• Unique Bosch Premium lithium-ion technology for longer lifetime and unbeatable battery runtime
• Bosch Electronic Cell Protection (ECP): protects the battery against overload, overheating and deep discharge
• Practical: the innovative hanging mechanism keeps the sabre saw within reach at all times
• For use on nearly all materials: e.g. wood, metal, stone
• 2-stage speed setting for different materials
• Bosch Hyper Charge: due to the rapid charging process, the batteries are charged to 75% after just half of the charge time
• No memory effect: the battery can be charged regardless of the charging state at any time, without damaging the cells
COMPLETE WITH
• 2 x 2.6 Ah Li-Ion batteries - 2 607 336 108
• AL 3640 CV quick charger - 2 607 225 102
• Carrying case
• Saw blade for metal S 123 XF
• Saw blade for wood S 2345 X
TECHNICAL DATA
• Cutting depth in wood - 250 mm
• Cutting depth in metal profiles and metal pipes - 20 mm
• Stroke lengths - 28 mm
• Weight incl. Battery - 4,2 kg
• Battery capacity - 2,6 Ah
• Battery voltage - 36 V
• Stroke rate (1st gear / 2nd gear) - 2.400 / 3.000 spm
FUNCTIONS
• Electronic
• Softgrip
NOISE/VIBRATION INFORMATION
Measured values determined according to EN 60745
Total vibration values (vector sum of three directions)
Sawing wood
• Vibration emission value ah - 29.0 m/s²
• Uncertainty K - 1.5 m/s²
The A-rated noise level of the power tool is typically as follows: Sound pressure level 86 dB(A); Sound power level 97 dB(A). Uncertainty K= 1,5 dB.
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