Danfoss VFD500 Series

Chapter 7 Selection guide of inverter Accessory VFD500 high performance vector control frequency inverter user
manual
The input signal of the VFD500-PG-INC2 crossover PG card can be differential or open collector
type, selected by the DIP switch; there are two sets of output signals, open collector type and
differential output type; The card's port definition is shown in the table below.
Chart 7-8 Incremental encoder PG card with frequency division (VFD500-PG-INC2) port definition
In the schematic diagram of the crossover card in Table 7-5, the dial switch indicates bit 0~bit5 of
the frequency division number from right to left, the frequency division range is 0~63, and the
frequency division number is set to 0 and 1 when there is no frequency division.
（3）Resolver PG card
Chart 7-9 Resolver PG Card (VFD500-PG-RT1) Interface Definition
Pin number diagram
Pin number
Name
Usage
1
PE
Shield terminal
2
VCC
Power output for powering the
encoder
5V ± 2%, maximum 200mA
12V±5%, maximum 200mA
3
GND
Power supply common terminal and
signal
4
/Z
Encoder Z-signal
5
Z
Encoder Z+signal
6
/B
Encoder B-signal
7
B
Encoder B+signal
8
/A
Encoder A-signal
9
A
Encoder A+signal
10
OZ
Z signal crossover output (NPN
open collector type)
11
OB
B-phase pulse frequency
dividing output (NPN open
collector type)
12
OA
Phase A pulse divider output
(NPN open collector type)
13
/OZ
Z signal crossover output Z-
(differential output type)
14
OZ
Z signal crossover output Z+
(differential output type)
15
/OB
B-phase pulse divider output
B- (differential output type)
16
OB
B-phase pulse divider output
B+ (differential output type)
17
/OA
Phase A pulse divider output A-
(differential output type)
18
OA
Phase A pulse divider output A+
(differential output type)

        
  
 
  
     

     
     

121