background image

11 

 

 

  ld  

m40.0  

(load marker bit) 

  jmpc l 

abel7  

(jump if true) 

  mov  

c0 m40.2  

(reset interlock bit) 

label7:  

 

(jump label) 

   

ld m40.1  

(load marker bit) 

  andn  

m40.3  

(and the interlock bit negated) 

  jmpcn  

label8  

(jump if false) 

  mov  

bc1 bm3  

(select telephone number 0) 

  mov  

bc1 bm19  

(select message number 0) 

  mov  

bc3 bm2  

(send SMS) 

  mov  

c1 m40.3  

(set interlock bit) 

  mov  

c1 m40.4  

(set second interlock bit) 

  jmp  

label11  

(jump) 

label8:  

 

(jump label) 

  ld  

m40.1  

(load marker bit) 

  jmpc  

label9  

(jump if true) 

  mov  

c0 m40.3  

(reset interlock bit) 

label9:  

 

(jump label) 

label10: 

  ld  

m20.4  

(load Message Sent bit) 

  or  

m20.7  

(or Message Failed bit) 

  jmpcn  

label11  

(jump if false) 

  mov  

c0 m40.4  

(reset second interlock bit) 

label11:  

 

(jump label) 

ep 

If you cut and paste these instructions into a B-CON editor please ensure that the comments 
in brackets are prefixed with a forward slash (/). 

The above may not be exactly what you need for your application but it will, hopefully, give 
you head start in implementing SMS functions into an RTU8. 

 

 

 

 

 

Brodersen Controls A/S 

 Industrivej 3 

 DK-4000 Roskilde 

 Tel: +45 46 74 00 00 

 Fax: +45 46 75 73 36 

E-mail: [email protected] 

 Internet: www.brodersencontrols.com 

Summary of Contents for RTU8

Page 1: ...tting Started Guide to SMS Funtionality V 1 00 Feb 2006 Doc 40030 Brodersen Controls A S Industrivej 3 DK 4000 Roskilde Tel 45 46 74 00 00 Fax 45 46 75 73 36 E mail bc brodersencontrols com Internet w...

Page 2: ...lly give the correct commands to the modem manipulation of AT commands being unnecessary Up to 10 different text messages can be sent to up to 50 different telephone numbers Please note that when the...

Page 3: ...ephone Number Scroll down the config tab and double click on the SMS Tel no field A box will appear into which you can enter the telephone number See Fig 1 3 This is the number of the SMS message cent...

Page 4: ...command mov bc0 bm19 move a byte constant of 0 to byte marker 19 and for the second number in the list mov bc1 bm19 When to send the message needs to be decided by the logic within the B CON task and...

Page 5: ...ad input 0 and i0 1 and input 1 jmpcn label1 jump if false mov c1 m40 0 set a marker bit chosen at random label1 jump label ld i0 0 load input 0 and i0 1 and input 1 jmpc label2 jump if true mov c0 m4...

Page 6: ...is is clearly not what we want We only require one message to be sent when both digital inputs go active in other words to detect the leading edge This can be achieved by using an interlock bit set at...

Page 7: ...dem acknowledges the success or not of sending the first When the modem has finished sending an SMS message it will return one of two states into marker bits m20 4 and m40 7 which can be explained thu...

Page 8: ...abel7 jump label ld m40 1 load marker bit andn m40 3 and the interlock bit negated jmpcn label8 jump if false mov bc1 bm3 select telephone number 0 mov bc1 bm19 select message number 0 mov bc3 bm2 sen...

Page 9: ...add wc1 increment by 1 each scan 100 msec st wm50 store counter ld wm50 load counter lt wm100 less then 100 100 x scan 100msecs jmpc label17 jump if yes mov c1 m152 0 set interlock when counter 100 la...

Page 10: ...wm50 load counter lt wm100 less then 100 100 x scan 100msecs jmpc label17 jump if yes mov c1 m152 0 set interlock when counter 100 label4a ld m40 4 load second interlock bit jmpc label10 jump if true...

Page 11: ...c0 m40 3 reset interlock bit label9 jump label label10 ld m20 4 load Message Sent bit or m20 7 or Message Failed bit jmpcn label11 jump if false mov c0 m40 4 reset second interlock bit label11 jump la...

Reviews: