California Instruments 2001RP Owner's manual

Revision N
April 2007
Copyright 1999-2007
By California Instruments.
All rights reserved.
P/N 4005-985
Model 2001RP
AC Power Source
User and Programming Manual
TEL: [phone]
FAX: [phone]
Email: [email protected]
Web Site: http://www.calinst.com

User and Programming Manual - Rev N
User and Programming Manual
AC Power Source
California Instruments
Models:
 2001RP
 2001RP-AV
 2001RP-LZ
Copyright 1999-2007 California Instruments, Rev L, April 2007
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User and Programming Manual - Rev N
SAFETY SUMMARY
This power source contains high voltage and current circuits that are potentially lethal.
Because of its size and weight, electrical and mechanical stability must be ensured. The
following safety guidelines must be followed when operating or servicing this equipment.
These guidelines are not a substitute for vigilance and common sense. If this power
source is not used as specified in this manual, the protection provided by this equipment
may be impaired. California Instruments assumes no liability for the customer's failure to
comply with these requirements.
APPLYING POWER AND GROUNDING
Verify the correct voltage is applied to the unit (120 or 230 VAC Nominal). Verify that the input power
wiring is connected to a properly grounded utility outlet.
FUSES
Use only fuses of the specified current, voltage, and protection speed.
Do not short out the fuse holder or use a repaired fuse.
The main supply in the 2001RP uses a North American ferrule type fuse (F2) rated at
20A and 250Volts. (Fast Acting)
The low power supplies in the 2001RP uses a North American ferrule type fuse (F1) rated at
½ A and 250Volts.
DO NOT OPERATE IN A VOLATILE ATMOSPHERE
Do not operate the power source in the presence of flammable gases or fumes. This product is
designed to operate in a controlled environment. Do not expose to rain or snow.
DO NOT TOUCH ENERGIZED CIRCUITS
Disconnect the power cable before servicing this equipment. Even with the power cable
disconnected, high voltage can still exist on some circuits. Discharge these voltages before
servicing. Only qualified service personnel may remove covers, replace components or make
adjustments.
DO NOT SERVICE ALONE
Do not remove covers, replace components, or make adjustments unless another person, who
can administer first aid, is present.
DO NOT EXCEED INPUT RATINGS
Do not exceed the rated input voltage or frequency. Additional hazards may be introduced
because of component failure or improper operation.
DO NOT MODIFY INSTRUMENT OR SUBSTITUTE PARTS
Do not modify this instrument or substitute parts. Additional hazards may be introduced because
of component failure or improper operation.
MOVING THE POWER SOURCE
When moving the power source, observe the following:
1. Remove all AC power to unit.
2. Use two people to prevent injury.
SURFACE STABILITY
Operate the power source only on a level surface.
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Electrical Safety Symbols Used in This Manual
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WARRANTY INFORMATION
CALIFORNIA INSTRUMENTS CORPORATION warrants each instrument manufactured by
them to be free from defects in material and workmanship for a period of one year from the
date of shipment to the original purchaser. Excepted from this warranty are fuses and
batteries that carry the warranty of their original manufacturer where applicable.
CALIFORNIA INSTRUMENTS will service, replace, or adjust any defective part or parts, free
of charge, when the instrument is returned freight prepaid, and when examination reveals
that the fault has not occurred because of misuse, abnormal conditions of operation, user
modification, or attempted user repair. Equipment repaired beyond the effective date of
warranty or when abnormal usage has occurred will be charged at applicable rates.
CALIFORNIA INSTRUMENTS will submit an estimate for such charges before commencing
repair, if so requested.
SERVICE PROCEDURE
If a fault develops, notify CALIFORNIA INSTRUMENTS at [email protected] or its local
representative, giving full details of the difficulty, including the model number and serial
number. On receipt of this information, service information or a Return Material
Authorization (RMA) number will be given. Add the RMA number furnished to the shipping
label. Pack the instrument carefully to prevent transportation damage, affix label to shipping
container, and ship freight prepaid to the factory. CALIFORNIA INSTRUMENTS shall not be
responsible for repair of damage due to improper handling or packing. Instruments returned
without RMA No. or freight collect may be refused at California Instruments discretion.
Instruments repaired under Warranty will be returned either via prepaid surface freight or low
cost airfreight at California Instruments discretion. Instruments repaired outside the
Warranty period will be returned freight collect, Ex Works CALIFORNIA INSTRUMENTS
9689 Towne Centre Drive, San Diego, CA 92121-1964. If requested, an estimate of repair
charges will be made before work begins on repairs not covered by the Warranty.
DAMAGE IN TRANSIT
The instrument should be tested when it is received. If it fails to operate properly, or is
damaged in any way, a claim should be filed immediately with the carrier. The claim agent
should obtain a full report of the damage, and a copy of this report should be forwarded to us
by fax or email (Fax: [phone], Email: [email protected]). CALIFORNIA
INSTRUMENTS will prepare an estimate of repair cost and repair the instrument when
authorized by the claim agent. Please include model number and serial number when
referring to the instrument.
SPARE PARTS
To order spare parts, user manuals, or determine the correct replacement part for your
California Instruments products, please contact the Customer Service department by phone
at + 1 858 677 9040, press 2 or by email [email protected].
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Table of Contents
1Introduction ....................................................................................................................................1
1.1 General Description...............................................................................................................................1
1.2 Accessory Equipment/Rack Slides........................................................................................................1
2Specifications.................................................................................................................................2
2.1 Electrical................................................................................................................................................2
2.2 Measurements [Option] .........................................................................................................................5
2.3 System Specification .............................................................................................................................6
2.4 Unit Protection.......................................................................................................................................7
2.5 Mechanical ............................................................................................................................................7
2.6 Environmental........................................................................................................................................8
2.7 Regulatory .............................................................................................................................................8
2.8 Front Panel Controls..............................................................................................................................9
2.9 Available Options.................................................................................................................................10
3Installation and Functional Test...................................................................................................12
3.1 Unpacking............................................................................................................................................12
3.2 Power Requirements ...........................................................................................................................12
3.3 Input Voltage Range Selection ............................................................................................................14
3.4 Mechanical Installation ........................................................................................................................19
3.5 Input Wiring .........................................................................................................................................19
3.6 Output Connections.............................................................................................................................20
3.7 Output Voltage Ranges .......................................................................................................................22
3.8 Functional Test....................................................................................................................................23
3.9 Current Limit - Modes of Operation......................................................................................................25
4Front Panel Operation..................................................................................................................26
4.1 Functional Controls..............................................................................................................................26
4.2 How to examples... ..............................................................................................................................31
4.3 Setting the Power on Initialization Values............................................................................................34
4.4 Current Limit Modes ............................................................................................................................35
4.5 Function Strobe [Option]......................................................................................................................36
4.6 Remote Inhibit [Option]........................................................................................................................36
5Principle of Operation ..................................................................................................................37
5.1 General................................................................................................................................................37
5.2 Overall Description ..............................................................................................................................37
5.3 Input Power Supply..............................................................................................................................37
5.4 Range Relay Board .............................................................................................................................40
5.5 Amplifier Module..................................................................................................................................40
5.6 Oscillator Module.................................................................................................................................41
5.7 IEEE 488/ RS232 Interface [Option]....................................................................................................41
6Calibration....................................................................................................................................43
6.1 Calibration Equipment .........................................................................................................................43
6.2 Selecting Calibration Mode..................................................................................................................44
6.3 Routine Calibration..............................................................................................................................45
6.4 Non-Routine Calibration.......................................................................................................................49
7Service.........................................................................................................................................53
7.1 General................................................................................................................................................53
7.2 Basic Operation...................................................................................................................................53
7.3 Module Removal..................................................................................................................................55
7.4 Replaceable Parts ...............................................................................................................................58
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8Remote Control............................................................................................................................ 60
8.1 Introduction ......................................................................................................................................... 60
8.2 PGUI32 Program Requirements.......................................................................................................... 60
8.3 IEEE Interface..................................................................................................................................... 62
8.4 RS232C Interface................................................................................................................................ 63
8.5 PGUI32 Setup and Installation............................................................................................................ 65
8.6 Trouble Shooting - RS232C ................................................................................................................ 67
8.7 Trouble Shooting - IEEE-488 / GPIB................................................................................................... 70
8.8 PGUI32 Distribution Files.................................................................................................................... 72
8.9 Software Registration.......................................................................................................................... 73
9Introduction to SCPI..................................................................................................................... 74
9.1 Conventions Used in This Manual....................................................................................................... 74
9.2 The SCPI Commands and Messages................................................................................................. 74
9.3 Using Queries ..................................................................................................................................... 77
9.4 Structure of a SCPI Message.............................................................................................................. 77
9.5 SCPI Data Formats............................................................................................................................. 80
9.6 Bus Throughput and Timing Considerations ....................................................................................... 80
10 SCPI Command Reference...................................................................................................... 82
10.1 Subsystem Commands ................................................................................................................... 82
10.2 Calibration Subsystem..................................................................................................................... 83
10.3 Measurement Subsystem................................................................................................................ 87
10.4 Source Subsystem.......................................................................................................................... 90
10.5 Output Subsystem........................................................................................................................... 94
10.6 Limit Subsystem.............................................................................................................................. 97
10.7 Display Subsystem.......................................................................................................................... 99
10.8 System Commands....................................................................................................................... 100
10.9 Common Commands .................................................................................................................... 102
11 Programming Examples......................................................................................................... 109
11.1 Introduction ................................................................................................................................... 109
11.2 Bus Throughput and Timing Considerations ................................................................................. 109
11.3 Programming the Output............................................................................................................... 110
11.4 Making Measurements.................................................................................................................. 112
12 Status Registers.....................................................................................................................113
12.1 Power-On Conditions .................................................................................................................... 113
12.2 Standard Event Status Group........................................................................................................ 114
12.3 Status Byte Register...................................................................................................................... 114
12.4 Examples ...................................................................................................................................... 115
Appendix A : SCPI Command tree ...................................................................................................116
Appendix B : SCPI Conformance Information .................................................................................. 117
Appendix C : Error Messages...........................................................................................................118
Index..................................................................................................................................................119
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List of Figures
Figure 2-1: Available RMS Current as function of Output Voltage and Frequency..............................4
Figure 2-2: Rack Mount Slides (-RMS option) position.......................................................................11
Figure 3-1: Model 2001RP AC Power Source...................................................................................12
Figure 3-2: Rear Panel View...............................................................................................................13
Figure 3-3: Internal Adjustments and Jumper Locations, Input Line Voltage 103 to 127..................16
Figure 3-4: Internal Adjustments and Jumper Locations, Line Voltage 187 to 253 Volts...................18
Figure 3-5: Rack Mount Slides (-RMS option) position.......................................................................19
Figure 3-5: Input and Output Wiring....................................................................................................21
Figure 3-6: Test Setup 2001RP ..........................................................................................................24
Figure 4-1: Front Panel View ..............................................................................................................26
Figure 4-2: Voltage Auto Range Switch Over Points.........................................................................28
Figure 4-3: Shuttle Knob ....................................................................................................................29
Figure 5-1: AC Power System Block Diagram...................................................................................39
Figure 6-1: Test Equipment Hookup for Routine Output and Voltage Measurement Calibration .....45
Figure 6-2: Test Equipment Hook-up for Current and Power Measurement Calibration...................46
Figure 6-3: Internal Adjustments........................................................................................................51
Figure 7-1: Assembly Location...........................................................................................................56
Figure 7-2: Replaceable Fuse Locations...........................................................................................59
Figure 8-1: Rear Panel View..............................................................................................................61
Figure 8-2: GPIB Address Selection Switch ......................................................................................62
Figure 8-3: RS232C Interface Cable Wiring Diagram........................................................................65
Figure 8-4: System Properties Dialog Box.........................................................................................68
Figure 8-5: Advanced Port Settings Dialog Box.................................................................................68
Figure 8-6: COM Port Properties Dialog Box.....................................................................................68
Figure 8-7: NI AT-GPIB/TNT Settings.................................................................................................70
Figure 8-8: NI AT-GPIB/TNT Advanced Settings Dialog ....................................................................70
Figure 9-1: Partial Command Tree.....................................................................................................75
Figure 9-2: Command Message Structure.........................................................................................77
Figure 12-1: AC Source Status System Model................................................................................113
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List of Tables
Table 1-1: Available models.................................................................................................................. 1
Table 3-1: Maximum Output Wiring Lengths...................................................................................... 20
Table 4-1: Factory Default Power on Settings...................................................................................34
Table 6-1: Load Resistors and Current.............................................................................................. 43
Table 6-2: CAL Mode Status LED Indicators.....................................................................................44
Table 7-1: Basic Symptoms............................................................................................................... 53
Table 7-2: Poor Output Voltage Accuracy......................................................................................... 53
Table 7-3: Poor Output Voltage Regulation....................................................................................... 53
Table 7-4: Distorted Output................................................................................................................ 54
Table 7-5: Unit Shuts Down After 3-5 Seconds................................................................................. 54
Table 7-6: No Output and No Lights on Front Panel ......................................................................... 54
Table 7-7: No Output But "Display" Is On......................................................................................... 54
Table 7-8: Replaceable Parts ............................................................................................................ 58
Table 10-1: Mode Command Encoding.............................................................................................99
Table 10-2: Bit Configuration of Standard Event Status Enable Register....................................... 103
Table 10-3: Bit Configuration of Standard Event Status Register ................................................... 104
Table 10-4: *RST Default Parameter Values...................................................................................106
Table 10-5: Status Registers - Power on Conditions....................................................................... 106
Table 10-6: Bit Configuration of Status Byte Register..................................................................... 108
Table 12-1: Bus Error Messages.....................................................................................................118
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1 Introduction
This instruction manual contains information on the installation, operation, calibration and
maintenance of the 2001RP AC power source.
1.1 General Description
The 2001RP AC source is a high efficiency, lightweight, 2000 VA programmable AC power
source. In addition to the standard 2001RP model, several options are available that may
change the voltage and frequency ranges of the power source. This user manual covers the
following models:
Model Voltage ranges Max. Current Frequency range
2001RP 150 VRMS
300 VRMS
13. 4 ARMS
6.7 ARMS
16 Hz – 5000 Hz
2001RP-AV1
Avionics version 115 VRMS
230 VRMS
17.4 ARMS
8.7 ARMS
360 Hz – 5000 Hz
2001RP-LZ
Low impedance version 135 VRMS
270 VRMS
14.8 ARMS
7.4 ARMS
16 Hz – 500 Hz
Table 1-1: Available models
The output voltage High and Low terminals are isolated from the chassis, earth ground. The
nominal input can be either 103 VRMS to 127 VRMS AC or 187 VRMS to 253 VRMS AC at 47 Hz
to 400 Hz line frequency.
Simple front panel controls enable the voltage, current limit and frequency to be changed.
An optional RS232C and IEEE 488 interface is available for applications that require remote
control and measurements.
1.2 Accessory Equipment/Rack Slides
General Devices Company Model C300-120-B308 rack slides may be attached to the sides
of the power source using 10-32 X 3/8 flat head screws.
12001RP-AV models may be factory configured with a single voltage range and fixed frequency output.
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2 Specifications
All specifications at 23 5C unless noted otherwise.
2.1 Electrical
Input
Line Voltage: 115 VRMS nominal, 103 VRMS - 127 VRMS AC
230 VRMS nominal, 187 VRMS - 253 VRMS AC
Unit must be configured for correct Line input voltage.
Line Current: 36 ARMS maximum, line voltage = 103 VAC, full-load
PF = 0.7, Efficiency = 75%, (typical)
Inrush Current: 185 APEAK at 253 VAC input line.
Input power factor: 0.7 at full-load and 103 VAC input
Line Frequency: 47 Hz - 400 Hz.
Efficiency: 75% typical (depending on line and load)
Isolation Voltage: Input to output = 2300 VAC, input to chassis = 1350 VAC.
Output
Parameter Specification
Voltage
Range
2001RP 0 to 150 VRMS or 300 VRMS (standard ranges)
(see Section 3.7)
2001RP-AV 115 V and 230 V
or
115 V only (factory set)
2001RP-LZ 135 V and 270 V
Resolution 0.1 volt
Accuracy ± 0.1 % of calibrated range, 45 Hz - 100 Hz
± 0.2 % of calibrated range, 100 Hz - 5000 Hz
Applies from 10 to 100% voltage range.
Below 45 Hz, add 2 %
Load Regulation 0.1 % of FS. Add 0.05% above 2000 Hz
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Parameter Specification
External Sense Will compensate for up to 7% of voltage drop up to 2kHz
Line Regulation 0.02 % of FS
Settling time From start of voltage change from 5.0 VRMS or higher
voltage to within 2% of final value:
No load: 16 msec
Full load: 300 msec
(16 msec to within 15 % of final value)
Distortion (THD
into linear load) 0.5 % typical, 1.0 % maximum below 100Hz 0.5 % + 0.5% per kHz above 100 Hz.
Distortion (THD)
for AV option with
a full linear load
1% typical, 2% up to 1 kHz.
1% + 1% per kHz at and above 1 kHz.
DC Offset voltage AC Coupled transformer output
Output noise < 0.1 VRMS typical
( 20 kHz to 1 MHz at full load )
Temperature
coefficient: ± 0.02 % of full scale per degree C
Stability (24 hours) ± 0.015 % of full scale under constant load, line and
temperature
Total Power 2000 VA maximum at full scale voltage, either range
Current
Range 2001RP
2001RP-AV
2001RP-LZ
Volt Range
150
300
115
230
135
270
ARMS
13.4
6.7
17.4
8.7
14.8
7.4
APEAK
44.5
22.2
58
29
49.4
24.7
Adjustable Limit 0.0 to Maximum available RMS current for selected
voltage range from 50% to 100% of programmed
voltage. For voltage < 50% of range, see V-I derating
chart on next page for available maximum RMS current.
Accuracy Programmed value + 5, -0 % of maximum RMS current
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Parameter Specification
Frequency
Range
2001RP
16.0 - 5000 Hz (see Figure 2-1)
Maximum output voltage available from 45 Hz and up.
Maximum voltage derates from 100% at 45 Hz to 35%
at 16 Hz.
2001RP-AV 360.0 - 5000 Hz (see Figure 2-1)
2001RP-LZ 16.0 – 500 Hz (see Figure 2-1)
Maximum output voltage available from 45 Hz and up.
Maximum voltage derates from 100% at 45 Hz to 35%
at 16 Hz.
Resolution 0.01 Hz from 16.00 to 80.00 Hz
0.1 Hz from 80.1 Hz to 800.0 Hz
1 Hz from 801 Hz to 5000 Hz
Accuracy 0.02% of programmed value
Temperature
coefficient ± 5 ppm per degree Celsius
Stability ± 15 ppm per year
Impedance
Steady State (voltage range * 0.0005) / load current.
Transient
2001RP-LZ only R = 400 mOhm (approximate)
L = 240 Henry (approximate)
Figure 2-1: Available RMS Current as function of Output Voltage and Frequency.
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2.2 Measurements [Option]
Parameter Specification Unit
True RMS Current Available on standard unit.
Ranges 0.000 - 4.000
0.00 – 18.00 ARMS ARMS
Accuracy 0.2 % FS + 0.3 % reading
Resolution 0.001
0.01 ARMS ARMS
Temp
Coefficients 0.016 % FS / C
Peak Current
Ranges (Remote only) 0.00 – 12.00
0.0 – 70.0 APEAK
APEAK
Accuracy 0.5 % FS + 0.5 % reading
Resolution 0.01
0.1 APEAK
APEAK
Crest Factor Available over bus only. Requires interface option
Range 0.00 - 4.00
Accuracy 0.05
Resolution 0.01
True RMS Voltage
Range 0.0 - 300.0 VRMS
Accuracy 0.1 % FS + 0.05 % reading
Resolution 0.1 VRMS
Temp
Coefficients 0.05 V / C
Real Power
Ranges 0 - 800.0
0 - 2000 W W
Accuracy 0.2 % FS + 0.5 % reading
Resolution 0.2
1W W
Temp
Coefficients 0.06 % FS /C
Apparent Power Available over bus only. Requires interface option
Ranges 0 - 800.0
0 - 2000 VA VA
Accuracy 0.3 % FS + 0.8 % reading
Resolution 1 VA
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2.3 System Specification
Parameter Specification
Setup storage Eight non volatile front panel setup registers available through
interface. Power on setting register available from front panel.
Interface (Option package -OP1 required)
RS-232C Bi-directional serial interface
Rear panel connector: 9 pin D shell
Handshake: CTS, RTS
Data bits: 8
Stop bits: 1
Parity: None
Baud rate: 19200
Command syntax: IEEE 488.2 commands and SCPI
IEEE-488 GPIB Interface
Rear panel connector: 24 pin D-shell
IEEE address: set using DIP switch on rear panel from
0 to 31
IEEE functions:
SH1, AH1, T8, L4, RL2, SRQ 0, PP 0,
DC 0, DT 0, C0
Terminators: LF, CRLF, EOI
Command syntax: IEEE 488.2 commands and SCPI
Remote Inhibit (Option package -OP1 required)
Rear panel connector: BNC
Input Contact closure to ground or logic low TTL
signal required to turn off output.
Automatic recovery when RI signal is
removed.
Function Strobe (Option package -OP1 required)
Rear panel connector: BNC
Output Active low TTL signal. Signal driven low for
approximately 400 sec any time output
voltage or frequency programmed value
changes. Signal level may be changed by
removing jumpers to open collector.
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2.4 Unit Protection
Parameter Specification
Input Overcurrent: Electronic current limit with fuse.
Transients: Surge protection to withstand EN50082-1 (IEC 801-4, 5) levels.
Output Overcurrent: Constant current operation. (Standard)
0.1 Second shutdown (constant voltage mode Option)
Output Short Circuit: Peak current limit.
Shutdown (constant voltage mode Option).
Overtemperature: Automatic shutdown.
2.5 Mechanical
Parameter Specification
Dimensions: Height Width Depth Unit
13.26 48.26 56.62 cm
5.22 19 22.29 inches
Unit Weight: 2001RP 2001RP-AV 2001RP-LZ
39 Kg / 85 lbs 34 Kg / 76 lbs 39 Kg / 85 lbs
Material: Steel chassis and panels.
Aluminum cover.
Finish: Yellow iridite, painted semi-gloss polyurethane
Cooling: Fan cooled with air intake on the sides and exhaust to the rear.
Internal Construction: Modular sub assemblies.
Chassis Slides: P/N 210960 / Option -RMS
General Devices Model CTS-1-20-B307-2
Front Panel Mounted Output Connection:
Wonpro Universal outlet socket (option -SKT)
Rear Panel Mounted Connectors:
RS232C I/F DB 9
IEEE-488 I/F D-shell 24 pin
Remote Inhibit BNC (requires -OP1 option package)
Function Strobe BNC (requires -OP1 option package)
AC Output Amp 1-480705-1
External Sense Amp 1-480705-1
Line Input Kulka 9-85-3 Terminal block
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2.6 Environmental
Parameter Specification
Operating Temp: 0 degrees to + 40 degrees Celsius.
Storage Temp: - 40 degrees to + 85 degrees Celsius.
Humidity: Operating: 90% RH up to 40C., non condensing
Storage: 90% RH up to 40C, 75% RH up to 70C.
Altitude Operating: 15000 feet / 6000 meters maximum.
VA Power: Full VA power output :0 - 6000 feet / 0 - 2000
meters.
Derate VA power 5 % per 1000 feet from 6000 to
15000 feet / 2000 to 6000 meters.
Creepage and
Clearance: Rated for Pollution Degree 2.
Insulation: Rated to Installation Category (Overvoltage Category) II
Vibration: Designed to meet NSTA 1A transportation levels.
Shock: Designed to meet NSTA 1A transportation levels.
2.7 Regulatory
Parameter Specification
Electromagnetic
Emissions and
Immunity:
Tested to EN50081-1 and EN50082-1 European Emissions and
Immunity standards as required for the “CE” marking.
Acoustic Noise: 65 dBA maximum at 0% to 50% load, 75 dBA maximum greater
than 50% load to 100% load. Measured at one meter.
Safety: Tested to EN61010-1 European safety standards as required for
the “CE” marking.
Remote Control
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2.8 Front Panel Controls
Parameter Specification
Controls: Shuttle knobs:
Allows continuous change of Voltage, Frequency and Current
limit. Voltage change is inactive on single voltage range
configuration units.
Function keys:
Controls Output state, Voltage range and Display mode.
Displays: Two, 4 digits, 0.5” LCD display. For viewing programmed
voltage, frequency, current limit and for displaying measured
current.
Status Indicators: 10 LEDs to indicate:
REMOTE, FAULT, OUTPUT (ON/OFF), VOLTAGE RANGE
HIGH, VOLTAGE RANGE AUTO
FREQUENCY, CURRENT, PEAK CURRENT, POWER, POWER
FACTOR DISPLAY MODES (Refer to paragraph 4.1.2).
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2.9 Available Options2
Option Description
-AV Avionics version: 2001RP-AV
 115 VRMS / 230 VRMS volt ranges
 17.4 / 8.7 Amp RMS maximum current
 Frequency range limited to 360 Hz minimum.
This unit may have been factory set to fixed frequency and single
voltage range. The frequency range and voltage range setting
can be queried over the bus if the –OP1 option is installed.
This option cannot be combined with option –LZ and must be
specified on the original order.
-L22 Locking knobs. Prevents front panel change of voltage and
frequency.
-LZ Low Impedance version: 2001RP-LZ
 135 VRMS / 270 VRMS volt ranges
 14.8 / 7.4 Amp RMS maximum current
 Frequency range limited to 500 Hz maximum.
This unit is suitable for EN 61000-3-2 Harmonics test applications
and may also be used with optional PACS-1RP2 with calibrated
EN 61000-3-3 Flicker reference impedance for Flicker testing.
This option cannot be combined with option –AV and must be
specified on the original order.
-OP1 Option package 1 includes:
 Measurement Functions
 Combined IEEE-488 / RS232C interface.
 Remote Inhibit Input
 Function Strobe Output
-RMS Rack mount slides
P/N 211045 / Option -RMS
General Devices Model C300S-120-B308
See next page for rack mount slide position.
2Additional options may have been made available since this manual revision. Installed options are listed on
the power source’s type sticker. A manual addendum may be issued for new options not covered by this
manual.
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The rack mount slide mounting holes centerlines on the side of the power source are 2.30
inches / 58.4 mm above the bottom edge of the front panel.
Note: The 2001RP series models cannot be mounted in a cabinet by just
using the front panel rack ears. They require additional support.
Figure 2-2: Rack Mount Slides (-RMS option) position
2001RP April 2007 11