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BACHI MODEL 160 (12-24 SPINDLE) NUMERICALLY CONTRO

MISC
Manufacturer:
MISC.
Model:
160
Year:
1980
Stock #:
1889
BACHI MODEL 160 (12-24 SPINDLE) NUMERICALLY CONTRO

(FOR WINDING SMALL SOLINOIDS)

Number of built in, enclosed, coil dereelers12
Outer diameter of coil6"
Length of coil8"
Diameter of coil arbor5/8"
Number of work stations
(2) sets of 12 stations on motorized indexing fixture
(allows for 12 stations to be loaded while 12 are
being wound)
Working height of stations36"
Variable tension (speed) control for
Dereeling wire
Winding Wire
Wraping wire
Overall size (L x W x Height without control)64" x 55" x 79"
Weight6,000 lbs
SAMPLES AVAILABLE UPON REQUEST

MOTOR SPECIFICATIONS

ECCI N/C Control for the following functions
1) Total number of turns in a given winding
2) Turns per layer in a given winding
3) Inches per turn in a given winding
4) Configuration of wire wrap
5) Number of times wire is wrapped around a terminal
6) The sequence of windings and wire wraps
7) Clamping of the spindles after a winding
8) Direction of spindle rotation
The desired winding speed and deceleration program must
be set manually.
Complete electrical controls with emergency stop

(12) Plastic fixed coil dereelers with individual electric tension
controls and readout
(12) Spring loaded wire feeds
Dual palm button for indexing work station
(12) manual tension oil pad holders
Infinately variable wire feed (back & forth stroke)
(12) Individual spool drivers with power advance to work
stations
Plexiglass guarding
SEE NEXT PAGE FOR TYPICAL OPERATING CYCLE
Page 3 of 3
TYPICAL OPERATING CYCLE
1) Operator removes finished coils and loads empty bobbins on
twelve spindles
2) Operator depresses dual palm buttons
3) The machine completes wrapping the last terminal
4) The wire guides are moved to a position where the wires
will be cleared by the indexing spindles
5) The tailstock opens
6) Since the operator has already depressed the dual palm
buttons, the spindles index 180 degrees and the tailstock
closes.
7) The wire guides move to a position to wrap the first
terminal
8) The first terminal is wrapped. At this point, the operator
may begin removing the finished coils.
9) The wire guides move to a position for winding
10) The spindles are released and the first windings are wound
11) Upon completion of the winding, the spindles are clamped
12) The wire guides move to position to wrap the second terminal
13) The second terminal is wrapped
14) Repeat steps 9 through 13, inclusive, until all of the
required windings have been completed.
15) Repeat cycle beginning with step 1

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