Bosch Rexroth Tightening System 350 - Page 227

3 608 878 300 Tightening Technology | Bosch Rexroth AG 227/641
System 350 | 3 608 878 300/2019-03
6.2.3.4 Protocol elements of the output
The following tables contain the log elements used. In the illustration, the control characters (LF, CR …)
are shown as symbol that has the exact width of one letter (e. g. , ). Thus, the character positions for
subsequent characters correspond in the illustration and file.
Parameters (alphabetical)
L
F
C
R
Protocol
element
Meaning
Standard
Standard
Plus 310
Standard 350
R
C
(CR) Carriage return (0x0D) X X X
T
E
X
(ETX) End trigger character (0x03) X X X
F
L
(LF) Line feed (0x0A) X X X
S
O
(SO) Printer control character expanded print off
(0x0E)
XXX
T
S
X
(STX) Start trigger character (0x02) X X X
_
Space character X X X
CH
Card rack field no./slot no., e.g. 2.2 X X X
D_
System date
(e.g. 1999-03-30 according to ISO 8601)
XXX
DP
Docu buffer number (DP) X
ERG
Tightening result X X X
FO_
Application number (0, 1, …, 48) X X X
G*
Gradient result error [Nm/°]X
G+
Upper gradient limit [Nm/°] (floating decimal) X X
G<
Upper gradient limit [Nm/°] (floating decimal) X
G>
Lower gradient limit [Nm/°] (floating point) X
GM
Gradient average value of the step X X
GM+
Upper limit for gradient average value X X
GM–
Lower limit for gradient average value X X
GP
Target function Gradient X
G_
Results gradient as floating decimal number [Nm/°]XXX
G–
Lower gradient limit [Nm/°] (floating point) X X
H_
System time (e.g. 11:17:13 according to
ISO 8601)
X
ID-Code
ID code limited to 64 characters max (the ID code
is only output via FTP and not via the printer).
XXX
K#
"SYSTEM200 compatible" channel number, e.g. 1 X X X
L_
Consecutive tightening no. (1, 2, …, 9999999),
7-digits with leading zeros
XXX
M&
Relative torque of a step X X
M&+
Upper limit for relative torque X X
M&–
Lower limit for relative torque X X
M*
Torque result error [Nm] (floating point) X
M+
Upper torque limit [Nm] (floating decimal) X X
M<
Minimum torque of the step [Nm] (floating decimal) X X
Lower torque limit [Nm] (floating decimal) X
M<–
Lower limit for min value X X
M-
Lower torque limit [Nm] (floating decimal) X
M>
Maximum torque of the step [Nm] (floating decimal) X X
Upper torque limit [Nm] (floating decimal) X
M>+
Upper limit for max value X X