Table 7: Technical data of encoder
Designation
Symbol Unit
Encoder
IM
Encoder interface - - ctrlX SENSE
motor
Functional encoder resolution (singleturn) - 18 bit
Distinguishable rotations U
turn
- 65,536
Maximum system accuracy of encoder
1)
∢ '' ± 360
Encoder voltage supply VCC
Encoder
V 8...12
Encoder max. current consumption I
Encoder
mA 130
1) The installation mechanics can sporadically influence the accuracy of the overall system.
Remark: These motors are suited for applica-
tions with STO safety function within the electric
drive system with ctrlX DRIVE according to
EN IEC 61800-5-2.
5.2.6 Degree of protection
The protection type according to EN 60034-5 is
determined by the abbreviation IP (International
Protection) and two code numbers for the degree
of protection. The first code number stands for
the degree of protection against contact and
ingress of foreign bodies. The second code
number stands for the degree of protection
against ingress of water.
Standard motors (specification according to type
plate)
• IP65 with shaft sealing ring
5.2.7
Output shaft, balancing and
extension elements
Shaft end
Options according to type code
Shaft Type
Smooth, with shaft sealing
ring
G
Smooth shaft
Cylindrical shaft end according to DIN 748-3 with
frontal centering hole with "DS" thread according
to DIN 332-2.
Type Centering hole DIN 332
Part 2
MS2S03 DS M3
MS2S04 DS M5
MS2S05 DS M6
The standard design for a non-positive shaft-hub
connection without play and excellent smooth
running. Use clamping sets, pressure sleeves or
clamping elements for coupling the machine ele-
ments to be driven.
The shaft sealing ring affects the degree of pro-
tection. We recommend regular visual inspec-
tions on shaft sealing rings. Depending on oper-
ating conditions, signs of wear may appear after
5,000 operating hours. If necessary, replace the
shaft sealing rings.
Attachment of drive elements
The mode of balancing of drive elements must be
adjusted to the motor. Observe the notes about
mounting drive elements.
To Next Page
Loading...
