12 parameter dump command (function 0) – Alpha Technologies CFR 1500, CFR 1500RM User Manual

Page 64

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15

2.6

RS-232 Communication Options

2. FEATURES

RS–232 Connector

The connection/specifications for the RS–232 serial port vary depending

on the installed interface device (

i.e., SID or IID option).

Rear Panel RS–232 Port

The RS–232 port on the CFR follows the Data Communication Equipment

(DCE) pinout. To connect this port to a terminal or a host computer (which uses a
DTE pinout) you need a standard off-the-shelf ("straight-through") RS–232 cable.
Depending on your computer, you need a “

9 to 9 serial cable” or a “9 to 25 serial

cable”. However, if you decide to make you own cable, see Fig. 9. The cable
shown works with both SID and IID. If your CFR has a SID interface, then you do
not have to wire up the RTS and CTS signals. For SID equipped units, the DE9-
DB25 cable can also be used with an external modem.

1
2 - TxD
3 - RxD
4
5 - GND
6
7 - CTS
8 - RTS
9

1
2 - TxD
3 - RxD
4 - RTS
5 - CTS
6
7 - GND
8
9

24
25

1

2 - TxD
3 - RxD
4
5 - GND
6
7 - CTS
8 - RTS
9

1
2 - RxD
3 - TxD
4
5 - GND
6
7 - RTS
8 - CTS
9

To IBM-PC
Serial Port

To CFR RS–232
Port

DE-9 Male

To CFR RS–232
Port

To IBM-PC Serial
Port or external
modem

DE-9 Male to DE-9 Female

DE-9 Male to DB-25 Female

Fig. 9 RS–232 Connector Cable Wiring

(IID to computer or terminal, SID to computer, terminal or modem)

DB-25 Female
(DTE)

DE-9 Male

DE-9 Female (DTE)

1

2 Tx

3 Rx

4

5 Gnd

6

7 RTS *

8 CTS *

9

* IID Only

Not used with SID

Communication Settings
with SID:
Baud Rate:

1200

Parity:

None

Stop Bits:

One

Data Bits:

8

Handshaking: XON / XOFF

Communication Settings
with IID:
Baud Rate:

300 to 9600

Parity:

None, Even, or Odd

Stop Bits:

1 or 2

Data Bits:

7 or 8

Handshaking: RTS/CTS

Internal CFR connections

Pin 1

58

5. RS-232 TERMINAL COMMUNICATION

5.12 Parameter Dump Command (Function 0)

Parameter Dump Command (Function 0)

Function ‘0’ displays all UPS parameters in the following format:

#####,###.#,#####,#####,##.##,###.#,#####,###.#,#####,###.#,#####,#####,##.##,
###.#,###.#,###.#,xxxxx,#####,#####,#####,#,##,##,##,##,##,##,##,##,

###############,############ <CR> <LF>

Where ‘#’ indicates a digit or a blank character and ‘x’ represents a

letter. The string is terminated by a Carriage Return and a Line Feed.
Parameters are separated by a comma (‘,’). Above is the exact format for the
SID option; IID option has slightly different format (less blank characters).
This command lists the CFR parameters in the following order:

1. Input Voltage

17. Charger Status

2. Input Current

18. Battery Temperature

3. Input VA

19. Efficiency

4. Input Watts

20. Capacity

5. Input Power Factor

21. Run Time Remaining

6. Input Frequency

22. Mode Data

7. Output Voltage #1

23. Input Alarms #1

8. Output Current #1

24. Input Alarms #2

9. Output Voltage #2

25. Battery Alarms

10. Output Current #2

26. Output Alarms

11. Output Watts

27. Environmental Alarms

12. Output VA

28. Inverter Alarms

13. Output Power Factor

29. System Alarms

14. Output Frequency

30. IID/Micro Board Serial #

15. Battery Voltage

31. Unit model - config. version

16. Battery Current

Example:
114, 1.22, 133, 38, 0.29, 59.9, 127, 0.31, 222, 0.49, 95, 0, 0.00,
59.9, 55.2, 2.8, ON, 24, 0, 0, 0, 00, 00, 00, 00, 00, 00, 00, 00,
88430A000000CA,001060001000<CR><LF>

0

In the above example, 114 represents the Input Voltage, 1.22

represents the Input Current, 133 represents the Input VA, etc.

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