Inovance MD500T75G - Interfaces and Communication; About the Use of MD500 Terminals

8. Interfaces and Communication MD500 User Manual
- 220 -
8 Interfaces and Communication
8.1 About the Use of MD500 Terminals
Ƶ
Use of DI Terminals
7KHUHDUHÀYHGLJLWDOLQSXWVRQWKHFRQWUROERDUG',WR',7KHUHDUHÀYHDGGLWLRQDOGLJLWDOLQSXWVRQWKHRSWLRQDO,2H[WHQVLRQ
board, DI-6 to DI-10,which are available to use if you have this option installed.
$OOGLJLWDOLQSXWWHUPLQDOVRQWKH0'DUHWZRVWDWH',FRQÀJXUDWLRQLVE\VHWWLQJWKHYDOXHVIRUIXQFWLRQFRGHV)IRU',
WR',DQG)IRU',WR',7KHGHIDXOWYDOXHIRUERWKWKHVHIXQFWLRQFRGHVLVZKLFKPHDQVDOO',WHUPLQDOVXVHWKH
IROORZLQJORJLFFRQÀJXUDWLRQ
ƕ Logic 0 (terminal is inactive) is when the DI terminal 24 V line is not shorted to COM.
ƕ Logic 1 (terminal is active) is when the DI terminal 24 V line is shorted to COM.
,IQHFHVVDU\\RXFDQFKDQJHWKHORJLFFRQÀJXUDWLRQIRUDQ\RIWKH',WHUPLQDOVE\VHWWLQJWKHUHOHYDQWELWLQWKHFRUUHFWIXQFWLRQ
code.
)XQFWLRQFRGHV)WR)GHÀQHZKLFKRIWKHDYDLODEOHIXQFWLRQVLVDOORFDWHGWRHDFKRIWKHWHQ',WHUPLQDOV6HHIRU
more information about this.
Note
The hardware design allows only DI5 to receive high-speed pulse signals. If your application
uses high-speed pulse counts, then you must use DI5 for this input.
Ƶ
Filter Time and Delay Functions
)XQFWLRQFRGH)VHWVDÀOWHUWLPHRQWKH',VLJQDOWRLPSURYHWKHSHUIRUPDQFHRIWKH0'$&GULYHLQFRQGLWLRQVRIVWURQJ
electrical interference.
The MD500 also provides a signal delay function on digital inputs DI1 to DI3 to support some applications that require a delayed
digital input. You can set the delay separately for each of the three DI terminals:
ƕ Function code F4-35 controls the delay on DI1.
ƕ Function code F4-36 controls the delay on DI2.
ƕ Function code F4-37 controls the delay on DI3.
Ƶ
Use of DO Terminals
There are three digital output terminals on the control board:
ƕ FM is a transistor output capable of driving a 24 V DC low-voltage circuit.
ƕ DO-1 is a transistor output capable of driving a 24 V DC low-voltage circuit.
ƕ 7$7%7&LVDUHOD\RXWSXWWKDWFDQGULYHD9$&FRQWUROFLUFXLW
7KHUHDUHWZRDGGLWLRQDOGLJLWDORXWSXWVRQWKHRSWLRQDO,2H[WHQVLRQERDUGZKLFKDUHDYDLODEOHWRXVHLI\RXKDYHWKLVRSWLRQ
installed.
ƕ DO-2 s a transistor output capable of driving a 24 V DC low-voltage circuit.
ƕ 3$3%3&LVDUHOD\RXWSXWWKDWFDQGULYHD9$&FRQWUROFLUFXLW
)XQFWLRQFRGHV)WR)GHÀQHKRZWKH'2WHUPLQDOVLQGLFDWHWKHUXQQLQJVWDWHDQGDODUPLQIRUPDWLRQIRUWKH$&'ULYH
There are 40 functions available to use for these function codes.
efesotomasyon.com