|
Optimisation
of power consumption in relation to load demand |
 |
Saves
energy, reduces running costs, reduces related CO2 emissions |
|
Controlled
Soft-start and optional Soft-stop |
 |
Reduces
motor and transmission stress extends life, reduces maintenance |
|
Protection
from damage caused by stalled rotor or phase loss |
 |
Greater
reliability, reduces unplanned downtime risks, prolongs
motor life |
|
Detection
of phase imbalance in the motor |
 |
Provides
early detection of motor failure, reduces unplanned downtime |
|
Low-current
line contactor operation |
 |
Prolongs
contactor life, reduces unplanned downtime risks |
| Reduction
in winding heat
|
 |
Prolongs
motor life |
| Reduces
start / stop shock to
both load and transmission system |
 |
Prolongs
motor and
transmission life, reduces maintenance |
| Elimination of Star Delta contactors |
 |
Reduces
maintenance costs |
| Option
to have the line contactor,
(if retained in circuit), to be switched in and out in a
zero current condition |
 |
Eliminates
spark degradation of the contacts, giving increased contactor
life |
| Virtual
elimination of motor
failure through winding burnout caused by stalling, over
current, over voltage and complete power or phase loss |
 |
Prolongs
motor life, reduces risks of unplanned downtime and associated
costs |
|
Automatic localised power factor improvement |
 |
Increases
available power on site, reduces incidence of KVA surcharges |
|
Optional remote control and motor fault alarm capability |
 |
Enables
quick response and reduces the risk of damage |
|
Reduced motor noise through reduction in stator winding harmonics and improved magnetisation efficiency
|
 |
Provides
a quieter working environment |