Atec Pacific-Power-360AMX-AMXT - Manual (Page 3)

360AMX-360AMXT
The UPC Controller is a highly versatile one, two, or three
phase oscillator/signal generator designed to control any of
Pacific Power’s AC Power Sources. Three controller models,
UPC-3M, UPC-3, or UPC-32 are offered. To use the full 5KHz
power bandwidth of the 360AMX or 360AMXT, the UPC-32
controller is required.
Controller Models Output Control Specifications
Total Control, Metering, and Analysis of AC Power- Simple, Intuitive Operation
Waveform Control
External Inputs/Outputs
Output Metering
Features UPC-3M UPC-3 UPC-32
Output Modes
Waveform Library
Transient Functions
Program Library
Programmable Current Limit
Programmable Current Protect
Programmable Phase Angle
CSC (Continuous Self-Calibration)
Remote Interface
Std
Opt
Waveform Synthesis/Analysis
Prog. Output Impedance
Inrush Peak Detect
DRM Link-Synchronization
Line Synchronization
1Ш, 2Ш, & 3Ш 1Ш, 2Ш, & 3Ш 1Ш, 2Ш, & 3Ø
Sine Sine +
21 Editable
Sine +
15 Editable
NO YES, 50 Steps YES, 99 Steps
NO 99 Programs 99 Programs
YES YES YES
YES YES YES
NO YES, 0 to 359° YES, 0 to 359°
YES YES YES
NONE
NONE RS-232
GPIB
GPIB
RS-232
NO OPTIONAL OPTIONAL
OPTIONAL OPTIONAL
OPTIONAL
OPTIONAL
OPTIONAL
NO
NO NO
NO NO
NO NO
(1) Full power output limited to 1=5,000 Hz in AMX models
Frequency
UPC-3M/UPC-3 UPC-32
Voltage
Phase Angle
15.00 -150Hz, ± 0.5° ±0. 5°
15.00 - 300 Hz, ± 1°
15.00 - 600 Hz, ± 2°
15.00 - 1,200Hz, ± 3°
Current Limit
20-1,200Hz 20-5,000Hz (1)
4 Significant Digits
±0.01% of full scale
0 - 150/375
0.1V/ 0.5V
0.5% of full scale (CSC Disabled)
±0. 05% referenced to Internal Meter (CSC Enabled)
0 - 359°
± 1°
±1% F.S.
3Ø = 0 - 50
ARMS
1Ø = 0 -150A
RMS
±3% F.S.
0.05% F.S.
Resolution
Accuracy
Range (l-n)
Resolution
Accuracy
Range
Resolution
Accuracy
Range
Resolution
Accuracy
ØB and ØC relative to ØA
Range
Ammeter
UPC-3M/UPC-3 UPC-32
Power Meter
True Watts and
Volt-Amps each
phase
10.00-99.99 Hz, 0.01 Hz
100.0-999.9 Hz, 0.1 Hz
1,000-5,000 Hz, 1 Hz
1Ø = 150A
RMS
, 3Ø = 50A
RMS
0.01A front panel
Freq. Display
Crest Factor
15.00 -1,200 Hz
±0.2% F.S
plus Cal ref. ±0.25% of rdg.
50-500Hz, ± 0.1% F.S.
20-5,000 Hz, ± 0.5% F.S.
1Ш = 53,100/Ш (W or VA), 3Ш = 17,700/Ш (W or VA)
1.0 Watt or VA front panel
Ratio: Apk/A
RMS
Calculated and displayed to three
digits following the decimal point.
± 1 % full range
20.00-5,000Hz
Voltmeter 0-354 V
L-N
, 708V
L-L
0.1V front panel
±0.2% F.S
plus Cal ref. 50-500Hz, ± 0.25% of rdg.
± 0.1% F.S.
20-5,000 Hz, ± 0.5% F.S.
Power Factor Calculated and displayed to three
digits following the decimal point.
± 1 % full range
True V
RMS
each
phase
True A
RMS
and
Apk each phase
± 1% full range
Ratio : kW
mtr
/kVA
mtr
Range
Resolution
Accuracy
Range
Resolution
Accuracy
Range
Resolution
Accuracy
Resolution
Accuracy
Resolution
Accuracy
Range
Resolution
Accuracy ± 0.01% full range
Program Edit and Function Key
Ouput Control, Slew, and enable Keys
Parameter Control 4 x 16 Character LCD
Using the front panel keyboard and display , all controller
models provide for selection of power source output mode, cou-
pling, voltage, and frequency. Selecting the correct UPC controller
for a given application varies with your test requirement, desired
features, and price.
Both the UPC-3 and UPC-32 Controllers are available with
either RS-232 or GPIB remote interface. Commands are structured
in accordance with SCPI (Standard Commands for Programmable
Instruments).
Analog Auxilary Input
AM-Amplitude Modulation
Sync Outputs Zero Crossing
Transient Trigger
Transient Pedestal
Output Clock
Positive Zero Crossing (0°) of Phase A analog output
Pulse at the start of a transient event. (UPC-32 only)
TTL True when a transient is in progress
UPC-3, TTL level pulse rate varies with output frequency
UPC-32, TTL level 1024 x output frequency
±10 Vdc (20Vpk-pk) modulates the output voltage
±100%
One input per phase. Z
IN
= 600 Ω
Each phase is algebraically summed with UPC waveform
and amplified 25X to the direct coupled output.
±10Vpk (20Vpk-pk). One input per phase. Z
IN
= 600 Ω
Waveform Synthesis
(/HAS Option)
Creates waveform by entering magnitude as %
of fundamental and specified phase angle for
2nd through the 51st harmonic
Reports waveform harmonic content and phase
angle relative to the fundamental for the 2nd
through the 51st harmonic as Total, Odd, and
Even harmonic distortion
(/HAS Option)
Waveform Analysis