Baier BSM 270, Инструкция по эксплуатации

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3 Technical Characteristics
3.1 Technical specifications
High-speed mixer type BSM 270 BSM 2842 BSM 288
Manufacturer Maschinenfabrik OTTO BAIER GmbH
ID No. 52514 47837 45104
Operating voltage (V / Hz) ~230 / 50 / 60
Power consumption (watt) 800 1400 1800
Protection class
/ II / II / II
Speed in 1st gear (min -1 ) 150 – 550 190 – 470 200 – 500
Speed in 2nd gear (min -1 ) – – –
Bit holder G½"x20UNF M14x2 M14x2
Adapter M14x2 – –
Weight (kg)
1)
3.1 5.6 5.1
Speed electronics Yes Yes Yes
Sound measurement 2) K = 3 dB
L
pA
(sound pressure) dB (A) 89 91 98
L
WA
(sound power) dB (A) 98 100 107
Vibration measurement: 3) K = 1.5 m/s 2
Handle m/s
2
4.2 2.9 3.5
High-speed mixer type BSM 2868 BSM 2868 BSM 2882
Manufacturer Maschinenfabrik OTTO BAIER GmbH
ID No. 9567 9566 8671
Operating voltage (V / Hz) ~110 / 50 / 60 ~230 / 50 / 60
Power consumption (watt) 1800 1400 1800
Protection class
/ I / II / II
Speed in 1st gear (min
-1
) 220 220 200 – 500
Speed in 2nd gear (min
-1
) 470 470 –
Bit holder M14x2 M14x2 M14x2
Adapter – – –
Weight (kg) 1) 5.6 5.5 5.9
Speed electronics no no Yes
Sound measurement 2) K = 3 dB
L
pA
(sound pressure) dB (A) 91 91 91
L
WA
(sound power) dB (A) 100 100 100
Vibration measurement: 3) K = 1.5 m/s 2
Handle m/s 2 2.9 2.9 2.9
1) Weight according to EPTA procedure 01 / 2003
2) Measured values for noise determined according to EN 60745. Wear hearing protection!
3) Total vibration values (vector sum in three directions) determined according to EN 60745.
The vibration emission values given in this instruction manual have been measured according to a method
of measurement standardised in EN 60745 and can be used for comparison between power tools. They are
also suitable for a preliminary estimate of the vibratory stresses.
The vibration emission values given represent the main applications of the power tool. If the power tool
is used for other applications, with different insert tools or are insufficiently serviced, this can significantly
increase the vibratory stresses over the whole work period. For a precise estimate of the vibration emission