6�4 Operating Parameters; 6�5 Scaling Function; 6�5�1 Overview - IFM Efector 400 RM7 Series Device Manual

6.4 Operating parameters
Object 6000h, operating parameters, controls the functions for code sequence and
scaling�
Bit Function
0 code sequence
2 scaling function
control
4���11
12���15 manufacturer-
specific parameters
The code sequence defines whether increasing or decreasing position values are
provided when the encoder shaft rotates clockwise or counterclockwise (seen on
the shaft)� The control of the scaling function is used for enabling/disabling the
steps per revolution in the object (6001h) and for the complete measuring range in
steps in the object (6001h) (→ chapter 6.5).
If the scaling function bit is set, the scaling parameters affect the output position
value� If the scaling function bit is set to 0, the scaling function is disabled�
6.5 Scaling function
6.5.1 Overview
With the scaling function the internal numerical value of the encoder is converted
in the software to change the physical resolution of the encoder� The parameters
"steps per revolution" (object 0x6001h) and "total measuring range in steps"
(object 0x6002h) are the scaling parameters which operate with the scaling
function control bit�
For scaling a multiturn encoder the parameter "steps per revolution" must
be transmitted before the parameter "total measuring range in steps"�
The data type for both scaling parameters is 32 (without sign) with a value range
from 1 to 2 (limited by the encoder resolution)� For a 25-bit encoder with a
32
singleturn resolution of 13 bits the permitted value for "steps per revolution" is
between 1 and 2
13
value is between 1 and 2
non-volatile memory and reloaded at each start-up�
Bit = 0
switched off
reserved for further use
indication
(8192)� For the "total measuring range in steps" the permitted
(33554432)� The scaling parameters are stored in a
25
Bit = 1
CW CCW
enabled
no no
indication
CANopen encoder
Class 1 Class 2
M M
O M
O O
UK
15