3 - 30
Basic device
Representation of the analog value
Representation of the analog value
Representation of the analog value
Representation of the analog value
Representation of the analog value
The user program must write the analog value to be output into
a 16bit address in two's complements. In this addres, the value
is contained in bits 7...14, the sign bit (bit 15) is 0. Bits 0...6 are
not analysed:
Address bit: 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
Status: x
-- value to be output --
x x x x x x x
In the user program, the value is written with a double byte op-
eration.
Example:
LD
5.5V
;input range 0...±10.00V
=D
AO00.00
Technical specifications
number of outputs ............................... 2, short circuit proof
potential separation ............................. no
addressing ........................................... AO00.00...AO00.01
range .................................................... 0...+10 V
Value-changing time .......................... 100 ms
max. output current ............................. 5 mA
resolution ............................................ 8 bit, ~ 0.039 V / digit
sign ...................................................... no
Summary of Contents for KUAX 680C
Page 10: ...Contents 8 Table of contents...
Page 12: ...1 2 Introduction...
Page 90: ...4 36 Description of the commands...
Page 99: ...4 45 Software 4 7 10 Module hierarchy example for different module calls...
Page 102: ...5 2 Networking...
Page 132: ...6 30 Examples...
Page 160: ...A 4 Appendix...
Page 164: ...C 2 Appendix...
Page 180: ...Index 6 Index...