Bosch Rexroth Tightening System 350, Руководство пользователя

Страница: 227 / 641

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) X X X
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) X X X
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/
°
] X X X
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). X X X
K# "SYSTEM200 compatible" channel number, e.g. 1 X X X
L_ Consecutive tightening no. (1, 2, …, 9999999),
7-digits with leading zeros X X X
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