●By incorporating Mitsubishi's original and newly
developed "automatic torque boost control", a maximum 150% torque at 6Hz is possible.
●The need for torque boost setting can be eliminated
and the current during no load can be controlled.
Example speed-torque characteristics using newly
developed automatic torque boost control is shown
on the left.
(For SF-JR 4P 0.75kW motor)
3
Automatic Torque Boost Control
●The foot print is the same as the Mitsubishi FREQROL-E520.
●(400V class installation area has been unified to 108mm(128m.)
●The height dimensions for all capacities have been unified to 128mm,
making panel layout easier.
4
Compact Design
●The popular Soft-PWM control is incorporated as standard.
An increase in noise can be reduced, and noise can be suppressed to a minimum.
●Reactor connection to aid harmonic suppression.
The compact and lightweight DC reactor (FR-BEL) can be connected.
Connect an AC reactor (FR-BAL) when using the single-phase 100V class.
5
Environment Awareness
●The cooling fan can be replaced easily due to a
simple cassette design. By setting the fan "ONOFF control", operation with an extended life
can be realized. (The ON-OFF control is set as
the default.)
●Wiring space is secured and the wiring work ef-
ficiency is enhanced by incorporating an expanded front cover and comb-type wiring cover.
6
Easy Maintenance
●Compatible with UL, cUL and EN (CE Mark).
7
Global specification
●Terminal function (multi-speed 15 of speeds, error
reset, output stop, etc.) can be selected
●In-rush current suppression circuit is standard for
all capacities
●PID control
●4 to 20mA input
●Sink/Source logic is selectable
8
Other Handy Functions
68mm
128mm
300180 900 1800
300
200
100
0
Rotation speed(r/min)
CONTENTS
Load torque( )
Control panel
…………………………………
2
Model Configuration
…………………………………
3
General Specifications
…………………………………
4
Common Specifications
…………………………………
4
Extermal Dimension Drawings
…………………………………
5
Terminal connection diagram
…………………………………
5
Explanation of Terminals
…………………………………
5
List of Parameters
…………………………………
6
Explanation of Parameters
…………………………………
7
Alarm Displays
…………………………………
8
Selecting Peripheral Devices
…………………………………
8
List of Options
…………………………………
8
Precautions
…………………………………
9
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