11
2. Description
Drive principle
The wire is driven by 2 electric motors fitted with drive
wheels. The diamond wire is fed around the drive wheels
in the form of a figure eight to ensure optimum grip. The
motors’ performance characteristics and control sys-
2.4
Saw advance and wire storage
The wire advance operates according to the principle of
a block and tackle working in reverse. The advance move-
ment, causing the wire to be drawn in, is effected by two
compressed air cylinders working in opposing direc-
2.5
1
4
min 3.2 m – max. 12.4 m
1
2
3
4
approx. 1.0 bar
approx. 1.5 bar
approx. 2.0 bar
approx. 2.5 bar
1
Guideline
tem are designed to achieve high initial torque and work-
ing torque.
The wire speed can be infinitely adjusted within the
0–27 m/s range.
tions. Accordingly, the rear pulleys (storage pulleys,
280 mm dia.) are mounted on a moving carriage. The
maximum wire storage capacity is 9.2 m. The minimum
length of wire required by the drive system is 3.2 m.
Wire capacity
Wire in drive
Wire storage
Material thickness
Basic capacity
length 3.2 m
2 m per stroke
1 m
1 storage pulley
length 4.6 m
2.4 m per stroke
1.9 m
Full capacity
length 7.4 m
4.8 m per stroke
4.5 m
Summary of Contents for DS WS15
Page 1: ...Operating instructions en DS WS15...
Page 26: ...26...
Page 38: ...38...
Page 42: ...42...
Page 48: ...48 8 Care and maintenance Pneumatic circuit diagram drive unit 8 7 Pneumatic circuit diagram...
Page 59: ...59...