Status Codes; Installation; Connection Instructions; Connection Examples - Bosch Rexroth ctrlX I/O XI332204 Manual

8.2 Diagnosis history 10F3
The object 10F3hex is implemented as ring memory into the
"Overwrite mode". The latest 20 diagnostic messages are
stored. Older messages are deleted.
The following table shows the structure of a diagnostic mes-
sage of the bus coupler for EtherCAT.
Index Sub- Object name Data type Length Rights
(hex) index
10F3 Diagnosis his-
tory
01 Maximum mes- UINT8
sages
02 Newest message UINT8
03 Newest acknowl- UINT8
edged message
04 New messages Boolean
available
05 Flags UINT8

8.3 Status codes

Error, Text ID (hex) Text
warning,
information
E 0x1000 Module error (internal error, temperature,
sum error bit is set)
W 0x2360 Wire break at channel x (channel number
is transferred)
I 0x3400 Peripheral supply voltage (U
W 0x8910 Range exceedance at channel
W 0x8920 Range at channel too low
The diagnostics "Wire break" is run channel-granularly. Indi-
vidual channels can be switched off. Then, no diagnostics is
run.
8.4 Module status LED
Device state
Booting
Initialization
It is currently configured.
Module not yet ready.
Process data transmission,
outputs inactive.
Module in "Run" state
Error and warning states
Logic or peripheral voltage
error
Communication or configura-
tion error
Table 3: Module status LED (diagnostic and device status)
8.5 Channel status LED
Each input channel of the module is provided via a channel
status LED at the plug. Refer to ⮫ Chapter 3.2 "Clamping point
assignment" on page 1.
Meaning of the channel LED
LED Meaning
Red Signal error: Overrange or underrange or wire break
off No signal error
Table 4: Channel status LED
hex
Meaning
Diagnostic statistics
1 R Maximum number of
messages
1 R Latest message
1 R/W Latest confirmed mes-
sage. Writing "0"
deletes the messages in
the ring memory.
0.1 R New message available
2 R/W Setting of the object
response. Refer to
ETG.1020
) missing
P
LED flashing pattern
BU BU BU BU BU -- -- -- --
BU BU BU BU BU BU BU BU BU BU
-- -- -- --
GN GN GN GN GN
GN GN GN GN GN GN GN GN GN
GN GN GN GN GN GN GN GN GN GN
RD RD RD RD RD RD RD RD RD RD
-- -- -- --
RD RD RD RD RD
9

Installation

9.1 Connection instructions

Differential input and potential reference
For analog inputs, there are differential inputs without a refer-
ence to an external mass. Thus, note that the "Common Mode"
- the average value of the signals at the + and - input is not
higher compared to the internal mass U
specified in the technical data.
For the single-ended connection of 2- or 3-conductor sensors,
connect the "-" input with U
Cable and shielding
NOTICE
Electronic damages and measuring errors
Unshielded cables can cause that tolerance limits are easily
exceeded in an environment prone to interferences.
Always connect the analog sensors with shielded cables
twisted in pairs.
Connect the cable shielding to the functional earth immedi-
ately after entering the control cabinet. Route the cable with
its shielding up to the module. The signal cables should be
routed the shortest possible without shielding.
For the best connection directly in front of the module, the
shield connection set (R911173030) is provided together with
the busbar (R911173283).

9.2 Connection examples

U
P
OUT
GND
Fig. 7: 2-wire sensor
-- Connect "− Input" of the module to GND.
--
U
P
--
GND
--
Fig. 8: 3-wire sensor
Connect "− Input" of the module to the sensor GND.
P
GND.
P
24 V
24 V
OUT
R911418827, Edition 01, 6 / 8
GND than the values
Input
+
Input
Input
+
Input