Gotting HG G-98820ZA, Technical Description

Page: 24 / 74

Components and Operation
HG G-98820ZA
English, Revision 09, Date: 13.12.2016 24
Different CAN message objects can be output. In addition it is configurable whether
telegrams are to be output permanently at the set update rate or only as long as a Tran-
sponder is within range. Remote operation is also possible. Objects are activated with-
in the CAN menu, through the input of an address unequal 0 (refer to section 5.2.2.5
on page 40).
Message Object 3 is used for the analysis of the system behavior.
4.2.3.3.2 CAN Message Object 1 (Transmission Object)
4.2.3.3.3 CAN Message Object 2 (Transmission Object)
Byte # Length Type Description
1,2 2 Byte unsigned int System status information according to
Table 5 on page 19
3,4,5,6 4 Byte unsigned long 20 Bit Transponder code (R/W Trans-
ponder)
7,8 2 Byte signed int Deviation Y [mm]
Table 7
Structure of the CAN Message Object 1
Byte # Length Type Description
1,2 2 Byte unsigned int Voltage within the sum antenna gener-
ated by the Transponder
3,4 2 Byte signed int Voltage within the difference antenna
generated by the Transponder
5 1 Byte unsigned char Number of code readings during the
last valid Transponder crossing
6 1 Byte unsigned char Operating voltage (refer to Telegram
description in Table 4 on page 18)
7 1 Byte unsigned char Operating current (refer to Telegram
description in Table 4 on page 18)
8 1 Byte signed char Operating temperature (refer to Tele-
gram description in Table 4 on page
18)
Table 8
Structure of the CAN Message Object 2