Baumuller b maXX BM2500, Operating Manual

Page: 128 / 822

Configuration
Parameter manual b maXX BM3000
Document no.: 5.12001.07 Baumüller Nürnberg GmbH
128
of 820
4.4
Z
107.18
–
support the temperature adaption characteristic of the slip frequency. Refer to
"Slip frequency temperature actual value"
Z
19.30
–
.
The slip frequency when warm must be higher than the slip frequency when cold
(
Z
107.15
–
).
At asynchronous motors without an electronic type plate the parameter must be set man-
ually.
107.17
Slip temperature (cold)
(this is relevant at asynchronous motors with an encoder if the temperature monitoring is
activated,
Z
128.2
–
bit 0 to 7).
Temperature specification for which the motor slip frequency when cold (
Z
107.15
–
) ap-
plies, see also
Z
19.30
–
.
The cold slip temperature must be lower than the warm slip temperature (
Z
107.18
–
).
At asynchronous motors without an electronic type plate the parameter must be set man-
ually.
107.18
Slip temperature (warm)
(this is relevant at asynchronous motors with an encoder if the temperature monitoring is
activated,
Z
128.2
–
bit 0 to 7).
Temperature specification for which the motor slip frequency when warm (
Z
107.16
–
) ap-
plies, see also
Z
19.30
–
.
The slip temperature when warm must be higher than the slip temperature when cold
(
Z
107.17
–
).
At asynchronous motors without an electronic type plate the parameter must be set man-
ually.
107.19
Pole pairs
Number of pole pairs in the motor. If the motor has no electronic identification plate, the
number of pole pairs must be entered.
107.20
Ke factor
Display motor-voltage constant at the "cold" motor in V/1000 rpm. Motor EMF referring to
1000 rpm.
At the ASM the Ke factor refers to the "warm" motor (operating temperature). However,
the difference between the "cold" and the "warm" motor usually is negligible. At the SM