Read/Write Ds201 Device Parameter 1 - Siemens SIMATIC ET 200SP Manual

A.8

Read/write DS201 device parameter 1

DS201 contains the second part of the device parameters.
If incorrect parameters are sent to the motor starter in DS201, these incorrect parameters
will also be reported back when reading DS201. In the case of incorrect parameters, the
object number of the first incorrect parameter is output in WORD 10 of DS92.
The defaults for factory settings of the motor starter appear in italics in the Value range
column. In the engineering system, a distinction is made between the default values of the
input actions and the current range of the defaults of the motor starter.
Object Byte.Bit Range of values
No.
- 0.0 [0]
[0]: 3-phase
3 0.1
[1]: 1-phase
[0]: No
2209 0.2-0.3
[1]: Yes
6 0.4 - 0.7 [3]: CLASS 5 (10a)
[0]: CLASS 10
[0]: Trip without restart
5 1.0 - 1.1
[1]: Tripping with restart (not during
ATEX operation)
[2]: Warning (not during ATEX operation)
[0]: Retention of the thermal motor
4 1.2
model on restart
[1]: Deletion of the thermal motor model
on restart (not during ATEX operation)
0]: No warning in the case of safety-
20000 1.3 [
related tripping [0019H]
[1]: Warning in the case of safety-related
tripping [0019H]
[0]: Switch substitute value
34 1.4
[1]: Retain last value
19 1.5 [0]: Warning (not in the case of fail-safe
motor starters)
[1]: Tripping
20 1.6 [0]: Warning (not during ATEX operation)
[1]: Tripping
- 1.7 [0]
25 2.0 [0]: NC contact
[1]: NO contact
27 2.1 See input 1 level
29 2.2 See input 1 level
Motor starter (3RK1308-0**00-0CP0)
Manual, 12/2016, A5E34821005002A/RS-AB/002
A.8 Read/write DS201 device parameter 1
Meaning
Reserved
Load type (only for direct-
on-line starters)
EX motor application (ATEX
operation)
Trip class
Response to overload -
TMM
The charge state of the
thermal motor model is
deleted at run-up. In this
way, unintentional early
trips can be prevented if the
motor starter has been
switched off for an extended
period.
Response to safety-related
tripping with F-DI
Response to CPU/master
STOP
Response to residual
current detection
Response to asymmetry
Reserved
Input 1 level
Input 2 level
Input 3 level
Data sets
See Chapter ...
-
Load type (Page 36)
Ex motor application
(Page 63)
Overload protection
(Page 42)
Overload protection
(Page 42)
Overload protection
(Page 42)
Response to safety-related
tripping (Page 63)
Response to CPU/master
STOP (Page 64)
Response to residual
current detection (Page 52)
Asymmetry monitoring
(Page 61)
-
Inputs (Page 65)
Inputs (Page 65)
Inputs (Page 65)
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