-3 -
Differences of the tool performance
between the RB655 and RB650A
Difference RB650A
RB655
1
Tying times
per charge
Tying times per charge was
increased by about 40%. This was
achieved by following factors;
1) Improvement of the work
efficiency of the Twisting motor and
Feeding motor.
2) The PC board has new program
which reduces required electric
current.
Thanks to the increase of tying times
per charge, the total tying times per
battery life is also increased by
about 40%
430 to 530
ties
600 to 700
ties
(30% more)
2
Lifetime of the
motors
Twisting motor of RB655 is
brushless motor and its lifetime is
more than 5 times longer than
Twisting motor of RB650A.
Feeding motor of RB655 is regular
motor but work efficiency is
improved.
The lifetime of the Feeding motor of
RB655 is about 25% longer than the
Feeding motor of RB650A.
Twisting
Motor:
70,000 to
100,000 ties
Feeding
Motor:
200,000 to
250,000 ties.
Twisting
Motor:
500,000 ties or
more.
Feeding
Motor:
250,000 to
300,000 ties.
3
Inside
temperature
of the tool
The heat created by tool operation is
reduced by increase of the work
efficiency of the motors.
260 F
194F
(30% less)
4
Performance
in cold
weather
The rotation of the Twisting motor on
RB655 is controlled by PC board.
Also the reduction of the required
electric current enables stable
operation in cold weather.
14F
- 4F
*These numbers are
when the tool is used
with a brand new battery
Temperature of Twisting
Motor after 2 hours use;
(30 ties/Min.)
Warm-up is required if it is
below