Chapter 6 Function Introduction
Shenzhen Hpmont Technology Co., Ltd
―
90
―
HD20 Series Inverters User Manual
No.
Name Description
Range
【
factory setting
】
F16.05
Analogue input AI1 bias
-100.0
－
100.0
【
0.0%
】
F16.06
Analogue input AI1 gain
-10.00
－
10.00
【
1.00
】
F16.07
Analogue input AI1 filtering time
0.01
－
10.00
【
0.05s
】
F16.08
Analogue input AI2 bias
-100.0
－
100.0
【
0.0%
】
F16.09
Analogue input AI2 gain
-10.00
－
10.00
【
1.00
】
F16.10
Analogue input AI2 filtering time
0.01
－
10.00
【
0.05s
】
When select AI1 and AI2 inputs as open-loop frequency setting source, the relationship between the
analogue input and the setting frequency is shown as figure:
The analogue voltage reasults from setting frequency signal disposed by analogue input filtering, bias
and gain. The relationship between the analogue voltage and the setting frequency is set by
parameters of Group F05.
• The formula is: Y=kX+b
• Y is actual output value, X is output value with ratio and gain not being adjusted, k is analogue
input gain (F16.06, F16.09), b is analogue input bias (F16.05, F16.08).
• F16.07 and F16.10 define the filtering constant time. It is used to filter the analogue signal.The
bigger the constant, the higher the immunity level, but the response time is prolonged with the
increase of this constant. That is, the smaller the constant, the shorter the response time, but the
lower the immunity level.
F16.11
Reserved
F16.12
Reserved
F16.13
Reserved
F16.14
Reserved
F16.15
Reserved
F16.16
Reserved
F16.17
Maximum input pulse frequency
0.0
－
50.0
【
10.0kHz
】
When set the DI6 terminal as pulse input, F16.17 defines the maximum input pulse frequency.
F16.18
Input pulse filtering time
0
－
500
【
10ms
】
It is used to filter the input pulse frequency and filter out the small fluctuations in the pulse frequency.
F16.19
AO1 terminal output function selection
0
－
19
【
1
】
F16.20
AO2 terminal output function selection
0
－
19
【
0
】
F16.21
High-speed pulse output function selection
0
－
19
【
0
】
0: Reversed.
1,2: Output frequency, reference frquency (0
－
maximum output frequency)
3: Motor speed (0
－
maximum output frequency corresponding to speed).
4: Output current (0
－
twice motor’s rated current).
5: Output current (0
－
twice motor’s rated current).
6
－
9: Reversed.
10: Output torque (0
－
3 times motor’s rated torque).
11: Output voltage (0
－
1.2 times inverter’s rated voltage).
12: Bus voltage (0
－
2.2 times inverter’s rated voltage).
13: Output power (0
－
twice motor’s rated power).
14: AI1 input (0
－
10V).
15: AI2 input (-10
－
10V / 0
－
20mA).
Analogue
actual value
Analogue
input filtering
Analogue input gain
Analogue input bias
Analogue value
after computing