Yokota YS-e600 - Product Specifications

YS-e Instruction Manual 76-QD0444EN-00Y01-00.doc
10
2. Specification
・Tool
Model
YS-e600 YS-e600A YS-e800 YS-e800A YS-e900 YS-e950
Suitable size of screw
M6 M6 M6～M8 M6～M8 M8～M10 M10
Torque adjustment range (*1)
7 to 20Nm 5 to 18Nm 15 to 35Nm 10 to 30Nm 30 to 50Nm 40 to 60Nm
Weight
incl. battery pack
1.75kg 1.75kg 1.80kg 1.90kg 1.90kg 1.94kg
excl. battery pack
1.34kg 1.34kg 1.39kg 1.49kg 1.49kg 1.53kg
Max. rotation speed at no load
4800rpm 4800rpm 4800rpm 4800rpm 4800rpm 4800rpm
Total length
214mm 214mm 219mm 219mm 226mm 226mm
Total height
244mm 244mm 244mm 244mm 244mm 244mm
Distance from the center of
spindle to outer diameter
32.5mm 32.5mm 32.5mm 32.5mm 32.5mm 32.5mm
Dimension of square drive
9.5mm Hex6.35 9.5mm Hex6.35 9.5mm 9.5mm
No. of tightened pieces/min.
*2
10 pcs./min. 10 pcs./min. 8 pcs./min. 8 pcs./min. 6 pcs./min. 5 pcs./min.
Tightened pieces/charge *2
1300 pcs.
/charge
1300 pcs.
/charge
800 pcs.
/charge
800 pcs.
/charge
700 pcs.
/charge
650pcs.
/charge
Noise
<EN60745-2-2>
Sound
pressure
level
L
PA
72dB 72dB 76dB 78dB 78dB 78dB
Uncertainty
K
PA
3dB 3dB 3dB 3dB 3dB 3dB
Total of values for three
measured axes of vibration
<EN60745-2-2> *3
＜2.5ｍ/ｓ
2
>
＜2.5ｍ/ｓ
2
> ＜2.5ｍ/ｓ
2
> ＜2.5ｍ/ｓ
2
> ＜2.5ｍ/ｓ
2
> ＜2.5ｍ/ｓ
2
>
Ambient operating
temperature
0 to 40℃
Ambient operating humidity
35 to 80％RH (no condensation) 0 to 40℃
*1: Max. value of each adjustment range is that in hard joint.
*2: The value when the work is tightened at tightening time of 0.5s and ambient temperature of 30 ℃.
It varies with the condition of the work or operating environment and should be used as a guide.
*3：Triaxial combined vibration value was measured according to the standard EN 60745-2-2 and no
value is measured in actual field. This value should be used as a reference for the management of
daily exposure to vibration.
Daily exposure to vibration A (8) is exposure to vibration per day, and it can be calculated from the
following formula with triaxial combined vibration value “a” [m/s
2
] of the tool and the period of
exposure to vibration per day “T” [h].
(T [time] is not the time for engaging whole corresponding work but the time for actually working with the tool held)
Len
g
th
Height
Ｔ
Exposure to vibration per day Ａ(８)＝ａ× ― ［ｍ／ｓ
2
］
８