Components and Operation
Englisch, Revision 14, Date: 07.02.2017
25
4.2.6.5
Profibus
4.2.6.5.1
Profibus Input Bytes
The description of these values is also included in Table 8 on page 20. Depending on
the configuration of the master using the GSD files (refer to appendix, section H on
page 57) the corresponding quantity of input bytes will be transmitted. Input bytes may
have the values 6, 7, 8, 9, 11, 13 (also refer to Table 15).
Byte #
Length
Type
Description
1,2,3,4
4 Byte
Unsigned long
Transponder code to be programmed
(32 Bit)
5
1 Byte
Unsigned char
= 00: Reference transponder OFF
= 01: Reference transponder ON
= 02: Program Transponder
Table 14
Structure of the CAN Message Object 4
Number
Input Bytes
Byte #
Length
Type
Byte Sequence
*)
Description
6
1
2 Byte
Unsigned int
HiByte (LoByte)
System status in binary coding
2
LoByte (HiByte)
3
4 byte
Unsigned long
HiByte (LoByte)
Transponder code
4
5
6
LoByte (HiByte)
7
7
1 Byte
Unsigned char
Supply voltage connected to
the antenna [x 100 mV]
8
8
1 Byte
Unsigned char
Current consumption
[x 10 mA]
9
9
1 Byte
Unsigned char
Temperature measured within
the antenna [
o
C]
11
10
2 Byte
Unsigned int
HiByte (LoByte)
Number of code readings
11
LoByte (HiByte)
13
12
2 Byte
Unsigned int
HiByte (LoByte)
Voltage induced by the tran-
sponder within the frame
antenna in samples
13
LoByte (HiByte)
*) = for correspondingly set
Order of Data Transfer
(refer to section 5.2.2.5 on page 37).
Table 15
Profibus Input Bytes
