Rockwell-automation 1771-IFF/A,D17716.5.116 FAST ANALOG INPUT MODULE Manual de usuario descargar pdf (Pagina 14)

1–4 Calibrating Your Module

 !   

The BTR echoes back the status of each of the channels to verify

calibration. If selected channels were calibrated satisfactorily, the

BTR will reflect this by having their bits set to 1. (In Differential

mode, the upper byte of word 21 in the BTR is not set (bits 8–15

decimal or 10–17 octal are 0).)

   !   

 "!                

" "!                

                

                 

4. Proceed to Gain Calibration below.

  "

Calibrating gain requires that you apply 5.000V, 10.000V or 20mA

(as determined by your range and mode) (Table 1.A) across each

input channel.

1. Apply power to the module.

2. Apply the gain voltage as shown in Table 1.A to all 16 channels

(single-ended) or 8 channels (differential).

3. After the connections stabilize, request the gain calibration by

sending a 39 word block transfer write (BTW) to the module.

Refer to chapter 4.

When the BTW is sent, all selected channels are calibrated (set to

1) shown in Table 1.A. If a channel is not selected for

calibration, its bit is 0. (In Differential mode, the upper byte of

word 39 is not set (bits 8–15 decimal or 10–17 octal are 0).) All

bits in word 38 will be set to 0.

 "   !       "

 "!                

" "!                

 

            



 

               

 

1 2 ... 9 10 11 12 13 14 15 16 17 18 19 ... 93 94

Sin comentarios

Rockwell-automation 1771-IFF/A,D17716.5.116 FAST ANALOG INPUT MODULE Manual de usuario Pagina 14