Product Description
LAPKABEL ÖLFLEX® SERVO FD 796 CP
• The new premium cable replaces seven ÖLFLEX® servo motor cables
• Less items, lower storage costs, greater performance, more dynamic
• Less expensive
• Less space requirements, lighter weight and much more...
High-speed multiple changes of position is
exactly where the new premium cable from
Lapp shows its excellence, in energy supply
chains with an acceleration of up to 50 m/s²,
speeds of up to 5 m/s and travel distances up
to 100m. It thus faciliates a significantly
faster
and more efficient operation than previous
drag chain cables. Furthermore, the
proportional run-up and braking times have
been reduced by up to 96%. In short, the new
premium cable saves time and increases productivity,
offers an exceptionally long service
life and is compact and lightweight.
The new premium cable was developed by the
Lapp Group in Stuttgart. Thanks to a low capacitance
polyolefin insulation, it offers lower
EM-effective leakage currents while simultaneously
providing extremely high dielectric and
electrical strength. It is halogen-free and
flame-
retardant and has all of the key certificaÖLFLEX
tions, including UL and CSA. The VDE registration
process is ongoing. If required, the servo
motor cable is also available with additionally
shielded signal current circuits for monitoring
the temperature of the motor winding and/or
an optional electromagnetic brake.
The new ÖLFLEX SERVO FD 796 CP is manufactured
at the Lapp Group’s cable plant in
Stuttgart. To permanently guarantee the required
quality standards, Lapp has invested in
new drag chain cable testing facilities at its
in-house test centre. Here, cables can be subjected
to extremely high dynamic alternate
bending loads. In the new testing facilities,
travel speeds of up to 10 m/s and accelerations
of up to 100 m/s² are possible.
Member Information
To_Gather ATS Co., LTD |
Country/Region: | Guang Dong - China |
Business Nature: | Trading Company |
Phone: | 13660307577 |
Contact: | Anson (Engineer) |
Last Online: | 17 Sep, 2015 |