Technical Features - Ober MGR33 Instrucciones De Uso

TECHNICAL FEATURES

Table 1
Model Code
MGR33 8305528
MGR55 8305529
MGR77 8305530
MSGR33 8305531
MSGR55 8305532
MTR115 8305527.1
MTR88 8305522.1
MTR66 8305525.1
MTR44 8305524.1
MTR11 8305526.1
MP100 CA 8305537.1
Air inlet MGR, MSGR 1/4" GAS; MTR, MP100 CA 1/2" GAS
Ø inside tube min. MGR 8 mm, MSGR 10 mm, MTR, MP100 CA 13 mm
Fitting chuck MGR, MSGR, MTR44, MTR66, MTR115: B12; MTR88, MTR11, MP100 CA: B16
Noise emission levels determined by using ISO/CD 15744
Levels of vibrations at the handle determined by using ISO 8662
Note: make sure that the performance features required correspond to those described above, otherwise it will be
necessary to choose a different model from the broad range offered by OBER.
TOOL NOISE
The table of technical specifications indicates the noise level- where the noise level exceeds 85 dB (A) the noise power is
also indicated. Ear protectors must be worn where the noise level exceeds 85 dB (A) at the operator position. We
recommend that you also wear ear protectors below this noise level.
Noise risk and hearing damage are related to the intensity of the noise source and the length of exposure. Noise risk
must be assessed on a case by case basis taking into account these two factors. Measures should be taken to protect
the user against hearing damage in accordance with current Health and Safety regulations.
The formula and table can be used to calculate the daily exposure level for a tool using the use coefficient c. The use
coefficient c for a tapping head is between 20 and 40%.
Dally exposure
level
TOOL VIBRATION
The tool in question, tested with regard to the conditions required by the relevant technical standards for feed pressure:
ISO 2787 (Rotary and percussive pneumatic tools - performance tests)
•
for general test indications:
ISO 5349 (Mechanical vibration - Guidelines for the measurements and the assessments of human exposure to hand-transmitted vibration
•
for weighting factors:
ISO 5349 (Mechanical vibration - Guidelines for the measurements and the assessments of human exposure to hand-transmitted vibration
•
characterised by the following level of vibrations:
The risk from vibrations is linked not only to the intensity of the source, but also to the exposure time and it is therefore
advisable to evaluate the use of the individual tool during the working day and stick to the regulations in force in individual
countries in order to protect users.
6
No-load Power Consumpti
speed on
(rpm) (W) (Nl/min.)
720 220 430
400 220 430
220 220 430
650 300 600
350 300 600
1400 500 1000
600 500 1000
450 500 1000
270 500 1000
100 500 1000
300/100 600 800
L = L + 10 Log
eq,d eq
a = frequency-weighted acceleration <2.5m/s
h
Torque Steel
at 6 bar threading
(Nm) (mm)
12 2-5
21 4-8
28 4-12
16 3-8
30 4-14
13 3-8
28 4-12
38 4-16
64 4-16
180 6-30
180 6-30
T / T
Te= c T
10 e 0
0
T = 8h
0
Weight Ø fitting Noise
Lp
(Kg) (mm) (dB(A))
1.44 40 81.6
1.44 40 81.6
1.44 40 81.6
1.48 40 82
1.48 40 82
3.25 48 77.8
3.9 60 77.8
3.55 48 77.8
3.55 48 77.8
4.2 60 77.8
4 58 77.8
L
eq c
85 20%
30%
40%
2
GB
Vibrations
a
h
2
(m/s )
< 2.5
< 2.5
< 2.5
< 2.5
< 2.5
< 2.5
< 2.5
< 2.5
< 2.5
< 2.5
< 2.5
L d
eq,
78,0
79,8
81,0