
Radio Types and Installation Kits
21-68
5.
Press 'A' and the IP Protocol selection menu will appear.
6.
Select the IP Protocol you would like to use. The following modes are supported:
TCP – Cannot be used for ACE3600.
UDP – to be used as ACE3600external modem.
PPP – to be used for MDLC over IP (Not relevant for External Modem.)
Press 'B' to select the UDP port.
7.
If you selected UDP above, you will be prompted to select the Topology. You have the
following
choices:
Point to Point is used if you have a single AP and a single remote unit.
Point to MultiPoint is used if you transmit to a single radio. This radio is the point, and
all radios are the multipoint. For example: An FNE is a point, and all other RTUs are
multipoint. No RTU to RTU is provided.
MultiPoint to MultiPoint works like a real radio where any radio (RTU) can
communicate with another.
Press 'C' (Multipoint to MultiPoint) to enable routing between any RTU to any RTU.
8.
Next, set the values for the Multicast IP Address and Multicast Port. These are the
addresses used when transmitting and receiving. They should be the same on all radios.
Press 'A' and enter “224.254.1.1” for the Multicast IP Address.
9.
Press 'B' and enter “30011” for the Multicast Port.
10. Press 'C' to continue the wizard until the final screen, or abort it by pressing 'Q'.
11. When the final wizard screen appears prompting you to “Change values (if necessary)
for UDP Data Connection Settings”, do not change any values. Press 'Q' to quit wizard.
12. The COM2 Serial Data Port values will be displayed. Press 'G' and set the appropriate
Baud Rate (from 1200 bps to 115200 bps.)
13. The Hardware Configuration values will be displayed. Press 'G' to select the 8N1
hardware configuration for the port.
14. It is recommended to have Hardware Flow Control on the serial port enabled. When
prompted, press 'A' to enable Hardware Flow Control.
15. When prompted to select the Serial Packet Mode, press 'A' to use the default value
(Seamless Mode.) Press Q to exit wizard.
Summary of Contents for ACE3600 RTU
Page 45: ...Installation 2 25 ...
Page 46: ...Installation 2 26 Figure 2 28 19 Frame Metal Back Installation Combinations ...
Page 100: ...Digital Input Module 6 7 Module Block Diagram 16 DI ...
Page 101: ...Digital Input Module 6 8 32 DI ...
Page 120: ...Digital Output Digital Input FET Module 8 6 Module Block Diagram 16 DO DI FET ...
Page 121: ...Digital Output Digital Input FET Module 8 7 32 DO DI FET ...
Page 125: ...Digital Output Digital Input FET Module 8 11 Specifications subject to change without notice ...
Page 133: ...Digital Output Relay Module 9 8 Module Block Diagram 8 DO ...
Page 134: ...Digital Output Relay Module 9 9 16 DO ...
Page 155: ...Digital Output SBO Relay Module 11 9 Module Block Diagram 8 DO ...
Page 156: ...Digital Output SBO Relay Module 11 10 16 DO ...
Page 166: ...Analog Input Module 12 8 Module Block Diagram 8 AI ...
Page 167: ...Analog Input Module 12 9 16 AI ...
Page 178: ...Analog Output Module 13 8 Module Block Diagram 4 AO ...
Page 186: ...Mixed I O Module 14 5 Module Block Diagram Mixed I O ...
Page 193: ...Mixed Analog Module 15 4 Module Block Diagram Mixed Analog ...
Page 342: ...OPTIMIZATION General No optimization is required for the ACE3600 units 25 1 ...
Page 354: ...Break Fix Procedures Figure 29 3 Electrical Interconnection RTUs with I O slots 29 7 ...
Page 355: ...Break Fix Procedures 29 8 Figure 29 4 Electrical Interconnection RTUs with no I O slots ...