Simphoenix V800 Series - Page 102

Functional Parameter Table
V800 Series High Performance Closed-Loop Vector Inverter User Manual
94
S/N
Function
S/N
Function
72
Spindle positioning selection 1
73
Spindle positioning selection 2
74
Spindle positioning selection 3
75
Position gain selection
76
Reserved
77
Servo command pulse value clear
78
Tapping input
79~96
Reserved
97
0.1Hz~100.00KHz pulse input(DI9/Fin
Effective)
98
Pulse input(DI9/Fin Effective)
Table 2: Comparison Table of Multifunctional Output Terminal (DO/EDO/SDO)
Variables
S/N
Function
S/N
Function
0
No definition
1
Inverter running ready (normal voltage, no
emergency stop input)
2
Inverter is running
3
Equipment normal (fault-free running)
4
Equipment fault (trip)
5
Equipment alarm
6
Equipment fault or alarm
7
REV running
8
Running command input (irrelevant with start
or running signal)
9
Running at zero speed
10
Speed not at zero
11
Inverter under voltage stop
12
Terminal control effective
13
In the process of acceleration running
14
In the process of deceleration running
15
Braking power generation running status
16
Determined by standard MODBUS Fieldbus
17
Determined by Extended communication
module
18
Freqeucny arrival
19
Completion of current stage of multi-stage
running (0.5s pulse )
20
Multi-stage running completed (0.5s pulse )
21
Multi-stage running completed (continuous level
output)
22
Multi-stage running cycle completed (0.5s
pulse )
23
Swing frequency upper and lower limit
24
Encoder direction positive (A pulse
surpassing B pulse )
25
Encoder direction negative (A behind B)
26
Monitor 1 input variable below the lower limit
(Void when above the upper limit)
27
Monitor 1 input variable above the upper
limit(void when below the lower limit)
28
Monitor 1 input variable between the upper
limit and the lower limit
29
Monitor 2 variable below the lower limit (void
when above the upper limit)
30
Monitor 2 input variable above the upper
limit(void when below the lower limit)
31
Monitor 2 input variable between the upper limit
and the lower limit
32
Monitor 3 input variable below the lower
limit(void when above the upper limit)
33
Monitor 3 input variable above the upper limit
(void when below the lower limit)
34
Monitor 3 input variable between the upper
limit and the lower limit
35
Position reached (Servo or spindle control)
36
Analog input AI1 wire breakage detection
effective
37
Analog input AI2 wire breakage detection
effective
38
Analog input AI3 wire breakage detection
effective
39
Reserved