Demolition hammers
![GSH 11 E]( "GSH 11 E")
![GSH 11 E]( "GSH 11 E")
![GSH 11 E]( "GSH 11 E")
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GSH 11 E Professional
Demolition Hammer with SDS max
The specialist tool for breakthroughs and demolition work
- Extreme impact force of 16.8 joules for high material removal rate
- Low-vibration in operation and no-load
- Low feed pressure, for fatigue-free working
Functions & key features
Your Selection
- in carrying case with auxiliary handle, Accessory
725.00 EUR
Recommended retail price excluding VAT
in carrying case with auxiliary handle, Accessory
0 611 316 741
Select a variant
Your Selection
in carrying case with auxiliary handle, Accessory
Order number: 0 611 316 742
Included in all variants
-
Auxiliary handleOrder number: 2 602 025 076
-
Carrying caseOrder number: 2 605 438 297
-
1 x flat chisel, SDS max, RTec Sharp, 400 mmOrder number: 2 608 690 124
-
Grease tube (spare part number 1 615 430 010)
-
Machine cloth
Additional in this variant
-
Voltage 240 V
Your Selection
in carrying case with auxiliary handle, Accessory
Order number: 0 611 316 741
725.00 EUR
Recommended retail price excluding VAT
Included in all variants
-
Auxiliary handleOrder number: 2 602 025 076
-
Carrying caseOrder number: 2 605 438 297
-
1 x flat chisel, SDS max, RTec Sharp, 400 mmOrder number: 2 608 690 124
-
Grease tube (spare part number 1 615 430 010)
-
Machine cloth
Additional in this variant
-
Voltage 110 V
Your Selection
in carrying case with auxiliary handle
Order number: 0 611 316 703
742.00 EUR
Recommended retail price excluding VAT
Included in all variants
-
Auxiliary handleOrder number: 2 602 025 076
-
Carrying caseOrder number: 2 605 438 297
-
1 x flat chisel, SDS max, RTec Sharp, 400 mmOrder number: 2 608 690 124
-
Grease tube (spare part number 1 615 430 010)
-
Machine cloth
Technical data
Performance data |
|
|---|---|
| Impact rate at rated speed | 1.050 – 1.890 bpm |
The A-rated noise level of the power tool is typically as follows: Sound pressure level 89 dB(A); Sound power level 100 dB(A). Uncertainty K= 3 dB.
* You can find more information about the deviations in the following link:
