Sinee A90-4T5R6B User Manual

User Manual of A90 Series Inverter
238
Time (s)
Analog
AI%
Detection
level
Time (s)
Output
terminal
Valid
0
0
Invalid Invalid
Hysteresis
Fig. 7-37 Schematic Diagram of ADT Detection
As shown in Fig. 7-37, a valid starting point has been set for the detection level. When
the percentage of analog input is above the detection level after offset processing, the ADT
function will be valid. The conditions for invalid ADT function are dependent on the
one-way downward hysteresis. When the conversion result of analog input decreases to less
than the result of “detection level - hysteresis”, the ADT function will be invalid.
Function
code
Function code
name
Parameter description
Unit
Default setting
Attribute
F15.30
Options of energy
consumption
braking function
0: Invalid
1: valid
0
○
F15.31
Energy
consumption
braking voltage
110.0-140.0 (380V,
100.0 = 537V)
%
125.0(671V)
○
F15.32
Braking rate
20-100 (100 means that
duty ratio is 1)
%
100
●
Energy consumption braking is a braking method for quick deceleration by converting
the energy generated in deceleration into the thermal energy of the braking resistor. It is
suitable for braking under large-inertia loads or stop by rapid braking. In this case, it is
necessary to select the appropriate braking resistor and braking unit, as detailed in “0
Braking Resistor” and “0 Braking Unit”.

Sinee A90-4T5R6B Specifications

General

Brand	Sinee
Model	A90-4T5R6B
Category	Inverter
Language	English