Campbell CR800 Especificações descarregar pdf (Página 289)

Section 14. PakBus Networking

14-5

FIGURE 14.1-1. PakBus Graph Network View

LoggerNet will discover CR800_10 by the device map setup (static link) soon

after you click Connect. CR800_10 with its neighbor filter will discover

CR800_20. At this point a connection to CR800_10 or CR800_20 is possible

and high-level datalogger functions are available (Clock set, program send,

data collect, etc.). Go ahead and set the station clock and send a program to

CR800_10 and CR800_20.

In PakBus Graph if you right-click on CR800_20 and select Show Settings,

you can see such things as the datalogger’s Routes (routing table). The routing

table below shows that CR800_20’s Port 4 (CSDC 7) connects through a

neighbor with PBA of 10 to a device with PBA of 10. CR800_20, being a leaf

node, only shows routes to its neighbors. The “1000” is the hop metric

(maximum response time in milliseconds) of communications with that device.

If CR800_20 were configured as a router, you would see the neighbor link and

also a route to the LoggerNet server. Use PakBus Graph/Show Settings to

temporarily change CR800_20’s IsRouter setting to 1 (True). Apply and click

on Show Settings again and you will see a route added (below). CR800_20’s

new route is via neighbor CR800_10 with PBA of 10 to the LoggerNet server

with PBA of 4094. The two hop response time is 2000. See PakBus

Concepts, Routers, and glossary for more details.

To avoid unnecessary communications, nodes that don’t need to be routers

should remain leaf nodes.

If you have no measurement needs at the router location, you can remove

CR800_10 and configure the RF401 as a stand-alone router with the same

PakBus address. The stand-alone router configuration would be as follows:

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Campbell CR800 Especificações Página 289