Eaton PowerXL DM1 Series - Step 5 - Standard application; Introduction

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Chapter 4 - Standard
POWERXL DM1 SERIES VARIABLE FREQUENCY DRIVES MN040049EN—September 2021 www.eaton.com
Table 8. Operate mode - O (for remote keypad only).
Code Parameter Min. Max. Unit Default ID Note
O1 Output frequency Hz 1
O2 Freq. reference Hz 24
O3 Motor speed rpm 2
O4 Motor current A 3
O5 Motor torque % 4
O6 Motor power % 5
O7 Motor voltage V 6
O8 DC-link voltage V 7
O9 Unit temperature ºC 8
O10 Motor temperature % 9
R11
b
Keypad reference
Minimum
frequency
Maximum
frequency
Hz 0.00 141
R12
b
PI keypad setpoint 1
PI process
minimum
PI process
maximum
Varies 0.00 1307
b
Parameter value will be set to be default when changing macros.
Table 9. Parameters (Cont.).
P1 - Basic
parameters.
P1.1
b
Minimum frequency
ID 101
Minimum value:
0.00 Hz
Maximum value:
400.00 Hz
Default value:
0.00 Hz
Description:
Defines the lowest frequency at which the drive will operate. This setting will limit other frequency parameter settings.
1 = Fire mode minimum frequency.
2 = Derag.
3 = MPFC staging frequency.
4 = MPFC master fixed frequency.
5 = Prime pump frequency.
6 = Prime pump frequency 2.
P1.2
b
Maximum frequency
ID 102
Minimum value:
0.00 Hz
Maximum value:
400.00 Hz
Default value:
MaxFreqMFG
Description:
Defines the highest frequency at which the drive will operate. This will limit other frequency parameters.
1 = Keypad reference.
3 = Motor potentiometer.
3 = Jog speed.
4 = 2nd stage ramp frequency.
5 = Fire mode minimum frequency.
6 = Derag.
7 = MPFC staging frequency.
8 = MPFC master fixed frequency.
9 = Prime pump frequency.
10 = Prime pump frequency 2.
11 = Preset speed frequency.
12 = Frequency limit value.
13 = Reference limit value.
14 = Speed control_fs2.
15 = Stall frequency limit.
16 = 4 mA fault frequency.
17 = MPFC de-staging frequency.
18 = Pipe fill loss frequency low.
19 = Pipe fill loss frequency high.
20 = Broken pipe frequency limit.
P1.3
b
Accel. time 1
ID 103
Minimum value:
0.1 s
Maximum value:
3,000.0 s
Default value:
20.0 s
Description:
Defines the time required for the output frequency to accelerate from zero frequency to maximum frequency.
.