Ranger PM3000 User manual

Configuration Guide
for the
Ranger PM3000
Recommended
Read through this short guide before
configuring your PM3000.
Synergy Systems, Inc
4101 Pierce Drive
Shelby Township, MI 48316
PH: 800-338-4505 ●Fax: [phone]
Email: sales @ synergy-mi.com
www.powerqualityrecorders.com

Configuration Guide
for the Ranger PM3000
1. Choose the best configuration for your needs
To help you set up your PM3000 as quickly and easily as possible we have pre-
loaded 23 recording configurations (configs) ready for your immediate use. The
default config is on p. 21 of this booklet. If this measures all the parameters you
need then you can ‘Start Recording’immediately. If not, choose another and
continue to step 2.
2. Communicate with your PM3000
Once you have chosen your config, power up your
PM3000 using your RS232 cable and communicate using
the touch screen. You can also open communications
between your PC and your PM3000 using PMScreen*.
3. Load your chosen configuration
To load your config touch ‘Continue, ‘Next’, Configure’, ‘Available Configs’. Scroll
down and select your config then click on ‘Load’.
4. Hook-up your logger
Next hook-up your logger using the hook-up visual on the touch screen or
PMScreen for reference. To reach it, touch the ‘back’ arrow then ‘Hook-up’ for the
correct hook-up visual.
5. Start recording
Once set up, on your touch screen or PMScreen, click the ‘back’ arrow, then ‘Start
Recording’. Name you session and click ‘Start Now’.
It’s as easy as that!
2
Remember that if any of these configurations do not match your exact needs, you
can either design a new config or tweak any factory config. and save it under a new
name for future use.
*PMScreen is the remote user interface that enables you to communicate with
your unit through your PC. It is found in the
Pronto4w directory, installed from the customer CD.

Configuration Options
Changes that can be made to any configuration, using PMScreen, are:
Physical Hook-up
 Hook-up (10 different physical connection set-ups available)
 Input Channel Calibration
Timings / Memory Mode
 Length of recording (1 sec to as long as you like, ‘FIFO’)
 First In First Out (FIFO/Recycle) mode
 Delayed Start
Data to be Captured
 Detailed recording method (Adaptive Store/ Point Store)
 Detailed recording channels (functions to be recorded in detail)
 Flicker intervals (short term: 1 - 15 min, long term: 1 - 168 hrs)*
Alarms
 High and Low alarms
* Option available in PM3000HF models only
3

Configuration Name Hook-up Max
Current
Adaptive Store
Recording
Channels
Detail
All Configurations are set to record for a 7 day period (unless otherwise stated) with FIFO recording
mode off. * signifies use in PM3000HF units only
1ø 1V 7day Single Phase 3000 A 1 channel p. 5
1ø Full PQ Flkr 7day* Single Phase 400 A 10 channels p. 6
1ø Full PQ Pwr 7day Single Phase 3000 A 8 channels p. 7
2ø 2el Y Pwr 7day 2-Phase 2-Element Wye 3000 A 8 channels p. 8
3ø 1el Y Pwr 7day 3-Phase 1-Element Wye 3000 A 5 channels p. 9
3ø 2.5el Y Pwr 7day 3-Phase 2.5-Element Wye 3000 A 8 channels p. 10
3ø 3el 11kV Flkr 7day* 3-Phase 3-Wire Delta 3el 500 A 16 channels p. 11
3ø 3el 11kV THD Flkr 7day* 3-Phase 3-Wire Delta 3el 500 A 16 channels p. 12
3ø 3el 33kV Flkr 7day* 3-Phase 3-Wire Delta 3el 500 A 16 channels p. 13
3ø 3el 33kV THD Flkr 7day* 3-Phase 3-Wire Delta 3el 500 A 16 channels p. 14
3ø 3w D Pwr 7day 3-Phase 3-Wire Delta 3000 A 8 channels p. 15
3ø 4w Y 3V 3I 7day 3-Phase 4-Wire Wye 3000 A 6 channels p. 16
3ø 4w Y 3V 3I 14day 3-Phase 4-Wire Wye 3000 A 6 channels p. 17
3ø 4w Y 3V only 7day 3-Phase 4-Wire Wye 3000 A 3 channels p. 18
3ø 4w Y Flkr 7day* 3-Phase 4-Wire Wye 3000 A 16 channels p. 19
3ø 4w Y Flkr THD 7day* 3-Phase 4-Wire Wye 3000 A 16 channels p. 20
3ø 4w Y Hmnc 7day (Default) 3-Phase 4-Wire Wye 3000 A 12 channels p. 21
3ø 4w Y Pwr 7day 3-Phase 4-Wire Wye 3000 A 16 channels p. 22
3ø 4w Y Pwr Flkr 7day* 3-Phase 4-Wire Wye 3000 A 16 channels p. 23
3ø 4w Y Unbal 7day 3-Phase 4-Wire Wye 3000 A 16 channels p. 26
U 3V 3I 7day Uncommitted 3000 A 6 channels p. 25
U 3V 3I Flkr Flag 7day* Uncommitted 3000 A 15 channels p. 26
U 3V Unbal 7day Uncommitted 3000 A 5 channels p. 27
PM3000 and PM3000HF Factory Configuration Summary Table

PM3000 Power Quality Analyzer Factory Configurations
General Setup Values
Storage Mode: Adaptive Store
Recording Duration: 7 Days
FIFO / Recycle mode: Off
Input Calibration
Setup Values
1 Vln480 Volts = 480.0
2 Il 1000 Amps = 1000.0
3 V2 480 Volts = 480.0
4 I2 1000 Amps = 1000.0
5 Vne 480 Volts = 480.0
6 I3 1000 Amps = 1000.0
Alarms: None
1ø 1V 7day
5
Hook Up: Single Phase
Channel Functions
Input Channels
1 Vln 0 to 480 Vac
2 Il 0 to 3000 Aac (Rogowski)
3 V2 0 to 480 Vac
4 I2 0 to 3000 Aac (Rogowski)
5 Vne 0 to 480 Vac
6 I3 0 to 3000 Aac (Rogowski)
Detailed (Math) Channels
1 RMS of Signal Vln (Vac)
2-16 Unspecified

PM3000 Power Quality Analyzer Factory Configurations
1ø Full PQ Flkr 7day
6
General Setup Values
Storage Mode: Adaptive Store
Recording Duration: 7 Days
FIFO / Recycle mode: Off
Input Calibration
Setup Values
1 Vln480 Volts = 480.0
2 Il 400 Amps = 400.0
3 V2 480 Volts = 480.0
4 I2 400 Amps = 400.0
5 Vne 480 Volts = 480.0
6 I3 400 Amps = 400.0
Alarms: On
Alarm Values High Low
1 Vac 253.0 216.2
3 % 8.0 Off
7 Pst 1.00Off
8 Plt 0.80Off
16 Hz 50.50 49.50
Hook Up: Single Phase
Channel Functions
Input Channels
1 Vln 0 to 480 Vac
2 Il 0 to 400 Aac (Rogowski)
3 V2 0 to 480 Vac
4 I2 0 to 400 Aac (Rogowski)
5 Vne 0 to 480 Vac
6 I3 0 to 400 Aac (Rogowski)
Detailed (Math) Channels
1 RMS of Signal Vln (Vac)
2 RMS of Signal Ia (Aac)
3 % THD Traditional of Signal Van (%)
4 Value all Harmonics of Signal Ia (Aac)
5 Flicker sensation on Van (Pfs)
6 Flicker flag on Van (Flg)
7 Flicker short term Van 10 mins (Pst)
8 Flicker long term Van 2 hours (Plt)
9 RMS of Signal Vne (Hi resolution) (Vac)
10-15 Unspecified
16 AC Frequency (Hz)

PM3000 Power Quality Analyzer Factory Configurations
1ø Full PQ Pwr 7day
7
General Setup Values
Storage Mode: Adaptive Store
Recording Duration: 7 Days
FIFO / Recycle mode: Off
Input Calibration
Setup Values
1 Vln480 Volts = 480.0
2 Il 1000 Amps = 1000.0
3 V2 480 Volts = 480.0
4 I2 1000 Amps = 1000.0
5 Vne 480 Volts = 480.0
6 I3 1000 Amps = 1000.0
Alarms: None
Hook Up: Single Phase
Channel Functions
Input Channels
1 Vln 0 to 480 Vac
2 Il 0 to 3000 Aac (Rogowski)
3 V2 0 to 480 Vac
4 I2 0 to 3000 Aac (Rogowski)
5 Vne 0 to 480 Vac
6 I3 0 to 3000 Aac (Rogowski)
Detailed (Math) Channels
1 RMS of Signal Vln (Vac)
2 RMS of Signal Il (Aac)
3 % THD Traditional of Signal Vln (%)
4 Value all Harmonics of Signal Il (Aac)
5 Real Power (V.A)= ChVln * ChIl / 1000 (kW)
6 Reactive Power (V.A)= Vln * Il / 1000 (kVr)
7 Displacement Power Factor (V,A)= Vln, Il (PF)
8 Apparent Power (V.A)= Vln * Il / 1000 (kVA)
9-16 Unspecified

PM3000 Power Quality Analyzer Factory Configurations
2ø 2el Y Pwr 7day
8
General Setup Values
Storage Mode: Adaptive Store
Recording Duration: 7 Days
FIFO / Recycle mode: Off
Input Calibration
Setup Values
1 Van 480 Volts = 480.0
2 Ia 1000 Amps = 1000.0
3 Vbn 480 Volts = 480.0
4 Ib 1000 Amps = 1000.0
5 Vne 480 Volts = 480.0
6 I3 1000 Amps = 1000.0
Alarms: None
Hook Up: 2-Phase 2-Element Wye
Channel Functions
Input Channels
1 Van 0 to 480 Vac
2 Ia 0 to 3000 Aac (Rogowski)
3 Vbn 0 to 480 Vac
4 Ib 0 to 3000 Aac (Rogowski)
5 V3 0 to 480 Vac
6 I3 0 to 3000 Aac (Rogowski)
Detailed (Math) Channels
1 RMS of Signal Van (Vac)
2 RMS of Signal Vbn (Vac)
3 Unspecified
4 RMS of Signal Ia (Aac)
5 RMS of Signal Ib (Aac)
6 Unspecified
7 2 Phase 3 Wire Real Power (Inputs 1,2,3,4) (kW)
8 2 Phase 3 Wire Reactive Power (Inputs 1,2,3,4) (kVr)
9 2 Phase 3 Wire Power Factor (Inputs 1,2,3,4) (PF)
10 2 Phase 3 Wire Apparent Power (Inputs 1,2,3,4) (kVA)
11-16 Unspecified

PM3000 Power Quality Analyzer Factory Configurations
3ø 1el Y Pwr 7day
9
General Setup Values
Storage Mode: Adaptive Store
Recording Duration: 7 Days
FIFO / Recycle mode: Off
Input Calibration
Setup Values
1 Vab 480 Volts = 480.0
2 I1 1000 Amps = 1000.0
3 V2 480 Volts = 480.0
4 I2 1000 Amps = 1000.0
5 V3 480 Volts = 480.0
6 Ic 1000 Amps = 1000.0
Alarms: None
Hook Up: 3-Phase 1-Element Wye
Channel Functions
Input Channels
1 Vab 0 to 480 Vac
2 I1 0 to 3000 Aac (Rogowski)
3 V2 0 to 480 Vac
4 I2 0 to 3000 Aac (Rogowski)
5 V3 0 to 480 Vac
6 Ic 0 to 3000 Aac (Rogowski)
Detailed (Math) Channels
1 RMS of Signal Vab (Vac)
2-5 Unspecified
6 RMS of Signal Ic (Aac)
7 3 Phase 1 Element Real Power (Inputs 1,6) (kW)
8 3 Phase 1 Element Reactive Power (Inputs 1,6) (kVr)
9 3 Phase 1 Element Power Factor (Inputs 1,6) (PF)
10-16 Unspecified

PM3000 Power Quality Analyzer Factory Configurations
3ø 2.5el Y Pwr 7day
10
General Setup Values
Storage Mode: Adaptive Store
Recording Duration: 7 Days
FIFO / Recycle mode: Off
Input Calibration
Setup Values
1 Van 480 Volts = 480.0
2 Ia 1000 Amps = 1000.0
3 Vbn 480 Volts = 480.0
4 Ib 1000 Amps = 1000.0
5 V3 480 Volts = 480.0
6 Ic 1000 Amps = 1000.0
Alarms: None
Hook Up: 3-Phase 2.5-Element Wye
Channel Functions
Input Channels
1 Van 0 to 480 Vac
2 Ia 0 to 3000 Aac (Rogowski)
3 Vbn 0 to 480 Vac
4 Ib 0 to 3000 Aac (Rogowski)
5 V3 0 to 480 Vac
6 Ic 0 to 3000 Aac (Rogowski)
Detailed (Math) Channels
1 RMS of Signal Van (Vac)
2 RMS of Signal Vbn (Vac)
3 Unspecified
4 RMS of Signal Ia (Aac)
5 RMS of Signal Ib (Aac)
6 RMS of Signal Ic (Aac)
7 3 Phase 2.5 Element Real Power (Inputs 1,2,3,4,6) (kW)
8 3 Phase 2.5 Element Reactive Power (Inputs 1,2,3,4,6) (kVr)
9 3 Phase 2.5 Element Power Factor (Inputs 1,2,3,4,6) (PF)
10-16 Unspecified

PM3000 Power Quality Analyzer Factory Configurations
3ø 3el 11kV Flkr 7day
11
General Setup Values
Storage Mode: Adaptive Store
Recording Duration: 7 Days
FIFO / Recycle mode: Off
Input Calibration
Setup Values
1 Vab 480 Volts = 48.00
2 Ia 500 mV = 5.000
3 Vbc 480 Volts = 48.00
4 Ib 500 mV = 5.000
5 Vca 480 Volts = 48.00
6 Ic 500 mV = 5.000
Alarms: On
Alarm Values High Low
1 kV 11.66 10.34
2 kV 11.66 10.34
3 kV 11.66 10.34
10 Pst 1.00 Off
11 Pst 1.00 Off
12 Pst 1.00 Off
13 Plt 0.80 Off
14 Plt 0.80 Off
15 Plt 0.80 Off
16 Hz 50.50 49.50
Hook Up: 3-Phase 3-Wire Delta 3el
Channel Functions
Input Channels
1 Vab 0 to 480 Vac
2 Ia 0 to 500 Aac (0-500 mV)
3 Vbc 0 to 480 Vac
4 Ib 0 to 500 Aac (0-500 mV)
5 Vca 0 to 480 Vac
6 Ic 0 to 500 Aac (0-500 mV)
Detailed (Math) Channels
1 RMS of Signal Vab (kV)
2 RMS of Signal Vbc (kV)
3 RMS of Signal Vca (kV)
4 RMS of Signal Ia (Aac)
5 RMS of Signal Ib (Aac)
6 RMS of Signal Ic (Aac)
7 Flicker sensation on Vab (Pfs)
8 Flicker sensation on Vbc (Pfs)
9 Flicker sensation on Vca (Pfs)
10 Flicker short term Vab 10 mins (Pst)
11 Flicker short term Vbc 10 mins (Pst)
12 Flicker short term Vca 10 mins (Pst)
13 Flicker long term Vab 2 hours (Plt)
14 Flicker long term Vbc 2 hours (Plt)
15 Flicker long term Vca 2 hours (Plt)
16 AC Frequency (Hz)

PM3000 Power Quality Analyzer Factory Configurations
3ø 3el 11kV THD Flkr 7day
12
General Setup Values
Storage Mode: Adaptive Store
Recording Duration: 7 Days
FIFO / Recycle mode: Off
Input Calibration
Setup Values
1 Vab 480 Volts = 48.00
2 Ia 500 mV = 5.000
3 Vbc 480 Volts = 48.00
4 Ib 500 mV = 5.000
5 Vca 480 Volts = 48.00
6 Ic 500 mV = 5.000
Alarms: On
Alarm Values High Low
1 kV 11.66 10.34
2 kV 11.66 10.34
3 kV 11.66 10.34
7 % 8.0 Off
8 % 8.0 Off
9 % 8.0 Off
10 Pst 1.00 Off
11 Pst 1.00 Off
12 Pst 1.00 Off
13 Plt 0.80 Off
14 Plt 0.80 Off
15 Plt 0.80 Off
16 Hz 50.50 49.50
Hook Up: 3-Phase 3-Wire Delta 3el
Channel Functions
Input Channels
1 Vab 0 to 480 Vac
2 Ia 0 to 500 Aac (0-500 mV)
3 Vbc 0 to 480 Vac
4 Ib 0 to 500 Aac (0-500 mV)
5 Vca 0 to 480 Vac
6 Ic 0 to 500 Aac (0-500 mV)
Detailed (Math) Channels
1 RMS of Signal Vab (kV)
2 RMS of Signal Vbc (kV)
3 RMS of Signal Vca (kV)
4 RMS of Signal Ia (Aac)
5 RMS of Signal Ib (Aac)
6 RMS of Signal Ic (Aac)
7 % THD Traditional of Signal Vab (%)
8 % THD Traditional of Signal Vbc (%)
9 % THD Traditional of Signal Vca (%)
10 Flicker short term Vab 10 mins (Pst)
11 Flicker short term Vbc 10 mins (Pst)
12 Flicker short term Vca 10 mins (Pst)
13 Flicker long term Vab 2 hours (Plt)
14 Flicker long term Vbc 2 hours (Plt)
15 Flicker long term Vca 2 hours (Plt)
16 AC Frequency (Hz)

PM3000 Power Quality Analyzer Factory Configurations
3ø 3el 33kV Flkr 7day
13
General Setup Values
Storage Mode: Adaptive Store
Recording Duration: 7 Days
FIFO / Recycle mode: Off
Input Calibration
Setup Values
1 Vab 480 Volts = 144.0
2 Ia 500 mV = 5.000
3 Vbc 480 Volts = 144.0
4 Ib 500 mV = 5.000
5 Vca 480 Volts = 144.0
6 Ic 500 mV = 5.000
Alarms: On
Alarm Values High Low
1 kV 35.0 31.0
2 kV 35.0 31.0
3 kV 35.0 31.0
10 Pst 1.00 Off
11 Pst 1.00 Off
12 Pst 1.00 Off
13 Plt 0.80 Off
14 Plt 0.80 Off
15 Plt 0.80 Off
16 Hz 50.50 49.50
Hook Up: 3-Phase 3-Wire Delta 3el
Channel Functions
Input Channels
1 Vab 0 to 480 Vac
2 Ia 0 to 500 Aac (0-500 mV)
3 Vbc 0 to 480 Vac
4 Ib 0 to 500 Aac (0-500 mV)
5 Vca 0 to 480 Vac
6 Ic 0 to 500 Aac (0-500 mV)
Detailed (Math) Channels
1 RMS of Signal Vab (kV)
2 RMS of Signal Vbc (kV)
3 RMS of Signal Vca (kV)
4 RMS of Signal Ia (Aac)
5 RMS of Signal Ib (Aac)
6 RMS of Signal Ic (Aac)
7 Flicker sensation on Vab (Pfs)
8 Flicker sensation on Vbc (Pfs)
9 Flicker sensation on Vca (Pfs)
10 Flicker short term Vab 10 mins (Pst)
11 Flicker short term Vbc 10 mins (Pst)
12 Flicker short term Vca 10 mins (Pst)
13 Flicker long term Vab 2 hours (Plt)
14 Flicker long term Vbc 2 hours (Plt)
15 Flicker long term Vca 2 hours (Plt)
16 AC Frequency (Hz)

PM3000 Power Quality Analyzer Factory Configurations
3ø 3el 33kV THD Flkr 7day
14
General Setup Values
Storage Mode: Adaptive Store
Recording Duration: 7 Days
FIFO / Recycle mode: Off
Input Calibration
Setup Values
1 Vab 480 Volts = 144.0
2 Ia 500 mV = 5.000
3 Vbc 480 Volts = 144.0
4 Ib 500 mV = 5.000
5 Vca 480 Volts = 144.0
6 Ic 500 mV = 5.000
Alarms: On
Alarm Values High Low
1 kV 35.0 31.0
2 kV 35.0 31.0
3 kV 35.0 31.0
10 Pst 1.00 0.00
11 Pst 1.00 0.00
12 Pst 1.00 0.00
13 Plt 0.80 0.00
14 Plt 0.80 0.00
15 Plt 0.80 0.00
16 Hz 50.50 49.50
Hook Up: 3-Phase 3-Wire Delta 3el
Channel Functions
Input Channels
1 Vab 0 to 480 Vac
2 Ia 0 to 500 Aac (0-500 mV)
3 Vbc 0 to 480 Vac
4 Ib 0 to 500 Aac (0-500 mV)
5 Vca 0 to 480 Vac
6 Ic 0 to 500 Aac (0-500 mV)
Detailed (Math) Channels
1 RMS of Signal Vab (kV)
2 RMS of Signal Vbc (kV)
3 RMS of Signal Vca (kV)
4 RMS of Signal Ia (Aac)
5 RMS of Signal Ib (Aac)
6 RMS of Signal Ic (Aac)
7 % THD Traditional of Signal Vab (%)
8 % THD Traditional of Signal Vbc (%)
9 % THD Traditional of Signal Vca (%)
10 Flicker short term Vab 10 mins (Pst)
11 Flicker short term Vbc 10 mins (Pst)
12 Flicker short term Vca 10 mins (Pst)
13 Flicker long term Vab 2 hours (Plt)
14 Flicker long term Vbc 2 hours (Plt)
15 Flicker long term Vca 2 hours (Plt)
16 AC Frequency (Hz)

PM3000 Power Quality Analyzer Factory Configurations
3ø 3w D Pwr 7day
15
General Setup Values
Storage Mode: Adaptive Store
Recording Duration: 7 Days
FIFO / Recycle mode: Off
Input Calibration
Setup Values
1 Vab 480 Volts = 480.0
2 Ia 1000 Amps = 1000.
3 V2 480 Volts = 480.0
4 I2 1000 Amps = 1000.
5 Vcb 480 Volts = 480.0
6 Ic 1000 Amps = 1000.
Alarms: None
Hook Up: 3-Phase 3-Wire Delta
Channel Functions
Input Channels
1 Vab 0 to 480 Vac
2 Ia 0 to 3000 Aac (Rogowski)
3 V2 0 to 480 Vac
4 I2 0 to 3000 Aac (Rogowski)
5 Vcb 0 to 480 Vac
6 Ic 0 to 3000 Aac (Rogowski)
Detailed (Math) Channels
1 RMS of Signal Vab (Vac)
2 Unspecified
3 RMS of Signal Vcb (Vac)
4 RMS of Signal Ia (Aac)
5 Unspecified
6 RMS of Signal Ic (Aac)
7 3 Phase 3 wire YD Real Power (Inputs 1,2,3or5,6) (kW)
8 3 Phase 3 wire YD Reactive Power (Inputs 1,2,3or5,6) (kVr)
9 3 Phase 3 wire YD Power Factor (Inputs 1,2,3or5,6) (PF)
10 3 Phase 3 wire YD Apparent Power (Inputs 1,2,3or5,6) (KVA)
11-16 Unspecified

PM3000 Power Quality Analyzer Factory Configurations
3ø 4w Y 3V 3I 7day
16
General Setup Values
Storage Mode: Adaptive Store
Recording Duration: 7 Days
FIFO / Recycle mode: Off
Input Calibration
Setup Values
1 Van 480 Volts = 480.0
2 Ia 1000 Amps = 1000.0
3 Vbn 480 Volts = 480.0
4 Ib 1000 Amps = 1000.0
5 Vcn 480 Volts = 480.0
6 Ic 1000 Amps = 1000.0
Alarms: On
Alarm Values High Low
1 Vac 253.0 216.2
2 Vac 253.0 216.2
3 Vac 253.0 216.2
Hook Up: 3-Phase 4-Wire Wye
Channel Functions
Input Channels
1 Van 0 to 480 Vac
2 Ia 0 to 3000 Aac (Rogowski)
3 Vbn 0 to 480 Vac
4 Ib 0 to 3000 Aac (Rogowski)
5 Vcn 0 to 480 Vac
6 Ic 0 to 3000 Aac (Rogowski)
Detailed (Math) Channels
1 RMS of Signal Van (Vac)
2 RMS of Signal Vbn (Vac)
3 RMS of Signal Vcn (Vac)
4 RMS of Signal Ia (Aac)
5 RMS of Signal Ib (Aac)
6 RMS of Signal Ic (Aac)
7-16 Unspecified

PM3000 Power Quality Analyzer Factory Configurations
3ø 4w Y 3V 3I 14day
17
General Setup Values
Storage Mode: Adaptive Store
Recording Duration: 14 Days
FIFO / Recycle mode: Off
Input Calibration
Setup Values
1 Van 480 Volts = 480.0
2 Ia 1000 Amps = 1000.0
3 Vbn 480 Volts = 480.0
4 Ib 1000 Amps = 1000.0
5 Vcn 480 Volts = 480.0
6 Ic 1000 Amps = 1000.0
Alarms: On
Alarm Values High Low
1 Vac 253.0 216.2
2 Vac 253.0 216.2
3 Vac 253.0 216.2
Hook Up: 3-Phase 4-Wire Wye
Channel Functions
Input Channels
1 Van 0 to 480 Vac
2 Ia 0 to 3000 Aac (Rogowski)
3 Vbn 0 to 480 Vac
4 Ib 0 to 3000 Aac (Rogowski)
5 Vcn 0 to 480 Vac
6 Ic 0 to 3000 Aac (Rogowski)
Detailed (Math) Channels
1 RMS of Signal Van (Vac)
2 RMS of Signal Vbn (Vac)
3 RMS of Signal Vcn (Vac)
4 RMS of Signal Ia (Aac)
5 RMS of Signal Ib (Aac)
6 RMS of Signal Ic (Aac)
7-16 Unspecified

PM3000 Power Quality Analyzer Factory Configurations
3ø 4w Y 3V only 7day
18
General Setup Values
Storage Mode: Adaptive Store
Recording Duration: 7 Days
FIFO / Recycle mode: Off
Input Calibration
Setup Values
1 Van 480 Volts = 480.0
2 Ia 1000 Amps = 1000.0
3 Vbn 480 Volts = 480.0
4 Ib 1000 Amps = 1000.0
5 Vcn 480 Volts = 480.0
6 Ic 1000 Amps = 1000.0
Alarms: On
Alarm Values High Low
1 Vac 253.0 216.2
2 Vac 253.0 216.2
3 Vac 253.0 216.2
Hook Up: 3-Phase 4-Wire Wye
Channel Functions
Input Channels
1 Van 0 to 480 Vac
2 Ia 0 to 3000 Aac (Rogowski)
3 Vbn 0 to 480 Vac
4 Ib 0 to 3000 Aac (Rogowski)
5 Vcn 0 to 480 Vac
6 Ic 0 to 3000 Aac (Rogowski)
Detailed (Math) Channels
1 RMS of Signal Van (Vac)
2 RMS of Signal Vbn (Vac)
3 RMS of Signal Vcn (Vac)
4-16 Unspecified

PM3000 Power Quality Analyzer Factory Configurations
3ø 4w Y Flkr 7day
19
General Setup Values
Storage Mode: Adaptive Store
Recording Duration: 7 Days
FIFO / Recycle mode: Off
Input Calibration
Setup Values
1 Van 480 Volts = 480.0
2 Ia 1000 Amps = 1000.0
3 Vbn 480 Volts = 480.0
4 Ib 1000 Amps = 1000.0
5 Vcn 480 Volts = 480.0
6 Ic 1000 Amps = 1000.0
Alarms: On
Alarm Values High Low
1 Vac 253.0 216.2
2 Vac 253.0 216.2
3 Vac 253.0 216.2
10 Pst 1.00 Off
11 Pst 1.00 Off
12 Pst 1.00 Off
13 Plt 0.80 Off
14 Plt 0.80 Off
15 Plt 0.80 Off
Hook Up: 3-Phase 4-Wire Wye
Channel Functions
Input Channels
1 Van 0 to 480 Vac
2 Ia 0 to 3000 Aac (Rogowski)
3 Vbn 0 to 480 Vac
4 Ib 0 to 3000 Aac (Rogowski)
5 Vcn 0 to 480 Vac
6 Ic 0 to 3000 Aac (Rogowski)
Detailed (Math) Channels
1 RMS of Signal Van (Vac)
2 RMS of Signal Vbn (Vac)
3 RMS of Signal Vcn (Vac)
4 RMS of Signal Ia (Aac)
5 RMS of Signal Ib (Aac)
6 RMS of Signal Ic (Aac)
7 Flicker sensation on Van (Pfs)
8 Flicker sensation on Vbn (Pfs)
9 Flicker sensation on Vcn (Pfs)
10 Flicker short term Van 10 mins (Pst)
11 Flicker short term Vbn 10 mins (Pst)
12 Flicker short term Vcn 10 mins (Pst)
13 Flicker long term Van 2 hours (Plt)
14 Flicker long term Vbn 2 hours (Plt)
15 Flicker long term Vcn 2 hours (Plt)
16 AC Frequency (Hz)

PM3000 Power Quality Analyzer Factory Configurations
3ø 4w Y Flkr THD 7day
20
General Setup Values
Storage Mode: Adaptive Store
Recording Duration: 7 Days
FIFO / Recycle mode: Off
Input Calibration
Setup Values
1 Van 480 Volts = 480.0
2 Ia 1000 Amps = 1000.0
3 Vbn 480 Volts = 480.0
4 Ib 1000 Amps = 1000.0
5 Vcn 480 Volts = 480.0
6 Ic 1000 Amps = 1000.0
Alarms: On
Alarm Values High Low
1 Vac 253.0 216.2
2 Vac 253.0 216.2
3 Vac 253.0 216.2
7 % 8.0 Off
8 % 8.0 Off
9 % 8.0 Off
10 Pst 1.00 Off
11 Pst 1.00 Off
12 Pst 1.00 Off
13 Plt 0.80 Off
14 Plt 0.80 Off
15 Plt 0.80 Off
16 Hz 50.50 49.50
Hook Up: 3-Phase 4-Wire Wye
Channel Functions
Input Channels
1 Van 0 to 480 Vac
2 Ia 0 to 3000 Aac (Rogowski)
3 Vbn 0 to 480 Vac
4 Ib 0 to 3000 Aac (Rogowski)
5 Vcn 0 to 480 Vac
6 Ic 0 to 3000 Aac (Rogowski)
Detailed (Math) Channels
1 RMS of Signal Van (Vac)
2 RMS of Signal Vbn (Vac)
3 RMS of Signal Vcn (Vac)
4 RMS of Signal Ia (Aac)
5 RMS of Signal Ib (Aac)
6 RMS of Signal Ic (Aac)
7 % THD Traditional of Signal Van (%)
8 % THD Traditional of Signal Vbn (%)
9 % THD Traditional of Signal Vcn (%)
10 Flicker short term Van 10 mins (Pst)
11 Flicker short term Vbn 10 mins (Pst)
12 Flicker short term Vcn 10 mins (Pst)
13 Flicker long term Van 2 hours (Plt)
14 Flicker long term Vbn 2 hours (Plt)
15 Flicker long term Vcn 2 hours (Plt)
16 AC Frequency (Hz)