Campbell CR500 Especificações descarregar pdf (Página 14)

cR500

,

.'r*. fil;1t,ii..'*l;;"#

: ::l:l:jj l::,

'.i

t,l:j:f;fi;,r;,''.:'.,,,j,j;,.,,,,,,r1::

: ::::

,ml+r**,ffiim*iii#l#,

,,,,;''",:i

+:r.L.r..;;,,ii

;i;l::.t'',:, ;:,.t;,:.,:.;

2.4

Communicating

with

the

CR500

CRlOKD

PC

or Laptop

5

VDC: Provides

power

for external

devices.

Example:

to a tipping

bucket

rain

gauge

being

read by

port

P3.

12 VDC:

Providbs 12

V for SDI-12

communication or for

An externaldevice

must

be connected to the CR500's CS l/O

communicate with

the

CR500.

This

may be either Campbell

Scientific's

CR1OKD

K€yboard

Display,

a computer/terminal,

or

of several Campbell Scientific modemsfinterfaces.

The CR1OKD

is used

to

verify field

operation,

display

incoming

measurements

(*6

mode), view or

set the clock

(.5

mode), vi

set

*4

values,

display

final storage values

(.7

mode)

and view

and diagnostics

in the

*A

and

*B

modes

(Sec.

5).

done in Short

Cut

(Sec.

a.3). The

program

is

then downloaded

CR500 through

a PC

to CR500

link

as shown below.

The CR1OKD is

powered

by the CR500

and

connects

directly

9-pin serial l/O

port

via

the SC12 cable

(supplied

with the CR1

No interfacing

software is required.

Computer

to

CR500 communication

is

accomplished using

Campbell

Scientific's

PC500 or

PC208(W)

support

software

packages.

PC500 requires

a direct link

(SC32A

or SC929),

PC2OB

and PCZOBW

accommodate

all CSI telecommunication

interfaces

(phone,

radio;

cellular, etc.).

Connect

the

RS232

the PC's

serial

port

(usually

a male

9

pin

connector).

Cable

1 2 ... 9 10 11 12 13 14 15 16 17 18 19 ... 47 48

Comentários a estes Manuais

Sem comentários