Declaration Of Conformity; Noise/Vibration Information; Mounting And Operation; Battery Charging - Bosch Keo Originalbetriebsanleitung

OBJ_BUCH-1453-005.book Page 13 Wednesday, April 1, 2015 2:21 PM
Sabre saw
Battery Charger
Article number
Input voltage
Charging current
Allowable charging temperature
range
Weight according to
EPTA-Procedure 01/2003
Protection class
Battery
Rated voltage
Capacity
Charging period (battery dis-
charged)
Number of battery cells
Please observe the article number on the type plate of your machine.
The trade names of the individual machines may vary.

Declaration of Conformity

We declare under our sole responsibility that the product de-
scribed under "Technical Data" complies with all applicable
provisions of the directives 2011/65/EU, until
19 April 2016: 2006/95/EC, from 20 April 2016 on:
2014/35/EU, until 19 April 2016: 2004/108/EC, from
20 April 2016 on: 2014/30/EU, 2006/42/EC including their
amendments and is in conformity with the following stand-
ards:
EN 60745-1, EN 60745-2-11 (battery powered product),
EN 60335-1, EN 60335-2-29 (battery charger).
Technical file (2006/42/EC, 2000/14/EC) at:
Bosch Lawn and Garden Ltd., PT-HG/ENS-PA2,
Stowmarket, Suffolk IP14 1EY, England
Henk Becker Helmut Heinzelmann
Executive Vice President Head of Product Certification
Engineering PT/ETM9
Robert Bosch GmbH, Power Tools Division
70764 Leinfelden-Echterdingen, GERMANY
01.04.2015

Noise/Vibration Information

Sound emission values determined according to
EN 60745-2-11.
Typically the A-weighted sound pressure level of the product
is 72 dB(A). Uncertainty K=3 dB.
The noise level when working can exceed 80 dB(A).
Wear hearing protection!
Bosch Power Tools
Vibration total values a
Keo
determined according to EN 60745-2-11:
Cutting board: a
EU 2 609 003 916
Cutting wooden beam: a
2 609 007 262
The vibration emission level given in this information sheet has
UK 2 609 003 932
been measured in accordance with a standardised test given
AU 2 609 004 762
in EN 60745 and may be used to compare one tool with anoth-
V 100 – 240
er. It may be used for a preliminary assessment of exposure.
The technical specifications of the power tool deviate from
mA 500
the test criteria laid out in the standardised test given in
EN 60745.
°C 0– 45
The declared vibration emission level represents the main ap-
kg 0.088 (EU)
plications of the tool. However if the tool is used for different
kg 0.093 (UK)
applications, with different accessories or poorly maintained,
kg 0.085 (AU)
the vibration emission may differ. This may significantly in-
/ II
crease the exposure level over the total working period.
An estimation of the level of exposure to vibration should also
Li-Ion
take into account the times when the tool is switched off or
V= 10.8
when it is running but not actually doing the job. This may sig-
Ah 1.5
nificantly reduce the exposure level over the total working pe-
riod.
h 3.5
Identify additional safety measures to protect the operator
from the effects of vibration such as: maintain the tool and the
3
accessories, keep the hands warm, organisation of work pat-
terns.

Mounting and Operation

Action
Delivery Scope

Battery Charging

Mounting the Hook
Checking if the Hook fits correctly 4
Inserting/Replacing the Saw Blade 5
Checking if the Blade is connected 6
Starting
Controlling the Stroke Rate
Working Advice
Maintenance and Cleaning
Selecting Accessories/Spare Parts 11
Starting
 Before any work on the machine (e. g. maintenance,
changing the tool, etc.) as well as during its transport
and storage, lock the On/Off switch in the off position.
There is danger of injury when the On/Off switch is unin-
tentionally actuated.
Battery Charging
 Do not use other battery chargers. The supplied battery
charger is designed for the Lithium-Ion battery in your ma-
chine.
 Observe the mains voltage! The voltage of the power
supply must correspond with the data given on the name-
plate of the battery charger. Battery chargers marked with
230 V can also be operated with 220 V.
English | 13
(triax vector sum) and uncertainty K
h
2 2
=19 m/s , K=6.0 m/s ,
h
2 2
=20 m/s , K=3.0 m/s .
h
Figure Page
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F 016 L81 219 | (1.4.15)