Ametek 2001RP Manuel d'utilisateur

Revision R October 2009 Copyright 1999-2009 By AMETEK Programmable Power. All rights reserved. P/N 4005-985 Model 2001RP

User and Programming Manual - Rev R viii 2001RP List of Tables Table 1-1: Available models ...

User and Programming Manual - Rev R 90 March 2008 2001RP 10.4 Source Subsystem This subsystem programs all the output parameters of the RP Serie

User and Programming Manual - Rev R 2001RP 91 [SOURce:]FREQuency This command sets the frequency of the output sinewave. Command Syntax [SOURc

User and Programming Manual - Rev R 92 March 2008 2001RP [SOURce:]VOLT:RANGe[:LEVel] This command sets the voltage range of the power source . T

User and Programming Manual - Rev R 2001RP 93 [SOURce:]VOLT:RANGe:AUTO This command sets the AC source range to the AUTO mode. While in AUTO m

User and Programming Manual - Rev R 94 March 2008 2001RP 10.5 Output Subsystem This subsystem controls the main output function of the RP Serie

User and Programming Manual - Rev R 2001RP 95 OUTPut:DROP The output drop command may be used to interrupt the voltage to the UUT without openi

User and Programming Manual - Rev R 96 March 2008 2001RP OUTPut: STARt[:STATe] The output start state command is used to enable or disable the s

User and Programming Manual - Rev R 2001RP 97 10.6 Limit Subsystem This subsystem controls the voltage frequency and current limit of the power

User and Programming Manual - Rev R 98 March 2008 2001RP LIMit:VOLTage? This command queries the maximum voltage the power source will operate a

User and Programming Manual - Rev R 2001RP 99 10.7 Display Subsystem DISPlay:MODE This command is used to control the right hand side AC source

User and Programming Manual - Rev R 2001RP 1 1 Introduction This instruction manual contains information on the installation, operation, calib

User and Programming Manual - Rev R 100 March 2008 2001RP 10.8 System Commands The system commands control the system level functions of the AC

User and Programming Manual - Rev R 2001RP 101 SYSTem:REMote This command sets the interface in the Remote state, which disables all front pane

User and Programming Manual - Rev R 102 March 2008 2001RP 10.9 Common Commands Common commands begin with an * and consist of three letters (com

User and Programming Manual - Rev R 2001RP 103 10.9.1 *CLS This command clears the following registers (see chapter 12 for descriptions of all

User and Programming Manual - Rev R 104 March 2008 2001RP 10.9.3 *ESR? This query reads the Standard Event Status register. Reading the register

User and Programming Manual - Rev R 2001RP 105 10.9.4 *IDN? This query requests the source to identify itself. It returns the data in four fiel

User and Programming Manual - Rev R 106 March 2008 2001RP 10.9.6 *RST This command resets the AC source to a setting defined by the values in th

User and Programming Manual - Rev R 2001RP 107 10.9.7 *SAV This command stores the present state of the AC source to a specified location in me

User and Programming Manual - Rev R 108 March 2008 2001RP 10.9.9 *STB? This query reads the Status Byte register, which contains the status summ

User and Programming Manual - Rev R 2001RP 109 11 Programming Examples 11.1 Introduction This chapter contains examples on how to program the

User and Programming Manual - Rev R 2 2001RP 2 Specifications All specifications at 23 ±5°C unless noted otherwise. 2.1 Electrical Input Line

User and Programming Manual - Rev R 110 March 2008 2001RP 11.3 Programming the Output Power-on Initialization When the AC source is first turne

User and Programming Manual - Rev R 2001RP 111 Frequency The output frequency is controlled with the FREQuency command. To set the output frequ

User and Programming Manual - Rev R 112 March 2008 2001RP 11.4 Making Measurements The source has the capability to return current, peak current

User and Programming Manual - Rev R 2001RP 113 12 Status Registers You can use status register programming to determine the operating conditio

User and Programming Manual - Rev R 114 March 2008 2001RP 12.2 Standard Event Status Group This group consists of an Event register and an Enabl

User and Programming Manual - Rev R 2001RP 115 12.4 Examples The following section contains examples of commonly used operations involving the

User and Programming Manual - Rev R 116 March 2008 2001RP Appendix A: SCPI Command tree Command Syntax Tree Root Level 1 Level 2 Level 3 Lev

User and Programming Manual - Rev R 2001RP 117 Appendix B: SCPI Conformance Information SCPI Version The RP Series AC power sources conform t

User and Programming Manual - Rev R 118 2001RP Appendix C: Error Messages Error Number Error Message String Error Causes 0 "No error&q

User and Programming Manual - Rev R 2001RP 119 Index A Acoustic ... 9 Altitude ...

User and Programming Manual - Rev R 2001RP 3 Parameter Specification External Sense Will compensate for up to 7% of voltage drop up t

User and Programming Manual - Rev R 120 2001RP L LabView RS232C terminator ... 63 LED ...

User and Programming Manual - Rev R 2001RP 121 single ... 99 voltage ranges ...

User and Programming Manual - Rev R 4 2001RP Parameter Specification Frequency Range 2001RP 16.0 - 5000 Hz (see Figure 2-1) Maximum

User and Programming Manual - Rev R 2001RP 5 2.2 Measurements [Option] Parameter Specification Unit True RMS Current Available on standa

User and Programming Manual - Rev R 6 2001RP 2.3 System Specification Parameter Specification Setup storage Eight non volatile front panel se

User and Programming Manual - Rev R 2001RP 7 2.4 Unit Protection Parameter Specification Input Overcurrent: Electronic current limit with fu

User and Programming Manual - Rev R 8 2001RP 2.6 Environmental Parameter Specification Operating Temp: 0 degrees to + 40 degrees Celsius. St

User and Programming Manual - Rev R 2001RP 9 2.8 Front Panel Controls Parameter Specification Controls: Shuttle knobs: Allows continuous cha

User and Programming Manual - Rev R 10 2001RP 2.9 Available Options2 Option Description -AV Avionics version: 2001RP-AV • 115 VRMS / 230 VR

User and Programming Manual - Rev R 2001RP 11 The rack mount slide mounting holes centerlines on the side of the power source are 2.30 inches /

User and Programming Manual - Rev R 12 2001RP 3 Installation and Functional Test 3.1 Unpacking Inspect the unit for any possible shipping dam

User and Programming Manual - Rev R 2001RP 13 3.2.1 AC Line Voltage The AC Power Source has been designed to operate from either of the follow

User and Programming Manual - Rev R 14 2001RP 3.3 Input Voltage Range Selection WARNING: Voltages up to 350 VDC and 300 VAC are present in c

User and Programming Manual - Rev R 2001RP 15 3.3.1 Low Input Voltage Range Configuration (103 – 127 V) In order to change the voltage range

User and Programming Manual - Rev R 16 2001RP Figure 3-3: Internal Adjustments and Jumper Locations, Input Line Voltage 103 to 127

User and Programming Manual - Rev R 2001RP 17 3.3.2 High Input Voltage Range Configuration (187 – 253 V) In order to change the voltage range

User and Programming Manual - Rev R 18 2001RP Figure 3-4: Internal Adjustments and Jumper Locations, Line Voltage 187 to 253 Volts

User and Programming Manual - Rev R 2001RP 19 3.4 Mechanical Installation The power source has been designed for rack mounting in a standard 1

User and Programming Manual - Rev R 2001RP i User and Programming Manual AC Power Source California Instruments By AMETEK Programmable Power

User and Programming Manual - Rev R 20 2001RP 3.6 Output Connections The output terminal block is located at the rear of the power source. Al

User and Programming Manual - Rev R 2001RP 21 LNGNDFerriteL N GndAC InputSafety CoverACInputHI LOACOutputFerriteClampAC OutputSafety Cover F

User and Programming Manual - Rev R 22 2001RP 3.7 Output Voltage Ranges The standard 2001RP AC power source has two output voltage ranges 0-15

User and Programming Manual - Rev R 2001RP 23 3.8 Functional Test CAUTION: Work carefully when performing these tests - hazardous voltages ar

User and Programming Manual - Rev R 24 2001RP Figure 3-7: Test Setup 2001RP

User and Programming Manual - Rev R 2001RP 25 3.9 Current Limit - Modes of Operation When the 2001RP is shipped from the factory, it is config

User and Programming Manual - Rev R 26 2001RP 4 Front Panel Operation 4.1 Functional Controls The front panel can be divided in a small numbe

User and Programming Manual - Rev R 2001RP 27 4.1.1 Status Indicator Lights Ten LED status indicators are located directly above the LCD displ

User and Programming Manual - Rev R 28 2001RP PF Illuminates when the LCD displays shows the measured power factor. It also illuminates in th

User and Programming Manual - Rev R 2001RP 29 4.1.2 Shuttle knobs Counter Clockwise clockwise DECREASE

User and Programming Manual - Rev R ii 2001RP SAFETY SUMMARY This power source contains high voltage and current circuits that are poten

User and Programming Manual - Rev R 30 2001RP SELECT The SELECT button selects the function of the right Shuttle knob and the LCD display. Th

User and Programming Manual - Rev R 2001RP 31 4.2 How to examples... This section covers some common tasks that are often performed with an AC

User and Programming Manual - Rev R 32 2001RP 4.2.3 Display Measurement Data Measurements can be called up as follows: 1. For voltage, the le

User and Programming Manual - Rev R 2001RP 33 4.2.5 Control the Output The Output can be disabled or enabled using the ON/OFF button as follow

User and Programming Manual - Rev R 34 2001RP 4.3 Setting the Power on Initialization Values The 2001RP is supplied with default factory setti

User and Programming Manual - Rev R 2001RP 35 4.4 Current Limit Modes The 2001RP supports two modes of current limiting. In either mode, the

User and Programming Manual - Rev R 36 2001RP 4.5 Function Strobe [Option] The Function Strobe (FS) is a TTL logic level signal provided at th

User and Programming Manual - Rev R 2001RP 37 5 Principle of Operation 5.1 General An explanation of the circuits in the AC Source is given i

User and Programming Manual - Rev R 2001RP 39 Figure 5-1: AC Power System Block Diagram

User and Programming Manual - Rev R 2001RP iii Electrical Safety Symbols Used in This Manual

User and Programming Manual - Rev R 40 2001RP 5.4 Range Relay Board The Range Relay Board, Module Assembly A2, has all of the AC Power Source

User and Programming Manual - Rev R 2001RP 41 5.6 Oscillator Module The Oscillator Module is designated A1. The module consists of one printe

User and Programming Manual - Rev R 42 2001RP CAUTION VOLTAGES UP TO 300 VAC AND 350 VDC ARE PRESENT IN CERTAIN SECTIONS OF THIS POWER SOUR

User and Programming Manual - Rev R 2001RP 43 6 Calibration Routine calibration should be performed every 12 months. Non-routine calibration

User and Programming Manual - Rev R 44 2001RP 6.2 Selecting Calibration Mode The 2001RP can be placed in calibration mode (CAL mode) by depres

User and Programming Manual - Rev R 2001RP 45 6.3 Routine Calibration Setup: Connect the test equipment to the power source as shown in Figure

User and Programming Manual - Rev R 46 2001RP 6.3.2 Measurement Calibration - Low Scale Note: Measurement calibration can be done at any outp

User and Programming Manual - Rev R 2001RP 47 3. The output voltage must be programmed to 10.0 volts. 4. Use the SELECT key to select the Cur

User and Programming Manual - Rev R 48 2001RP 6.3.3 Measurement Calibration - Full Scale Note: Measurement calibration can be done at any out

User and Programming Manual - Rev R 2001RP 49 4. Use the left control knob to adjust the peak current reading shown on the right hand LCD unti

User and Programming Manual - Rev R iv 2001RP WARRANTY INFORMATION AMETEK Programmable Power warrants each instrument manufactured by them to b

User and Programming Manual - Rev R 50 2001RP 4. Observe the actual output current as shown on the external DMM and current shunt. Adjust R3

User and Programming Manual - Rev R 2001RP 51 Figure 6-3: Internal Adjustments

User and Programming Manual - Rev R 52 2001RP 6.4.3 Open Sense Adjustment Connect the test equipment as shown in Figure 6-1. NOTE: The 2001RP

User and Programming Manual - Rev R 2001RP 53 7 Service 7.1 General This section describes suggested maintenance and troubleshooting procedur

User and Programming Manual - Rev R 54 2001RP 7.2.3 Distorted Output Table 7-4: Distorted Output CAUSE SOLUTION Power source is grossly over

User and Programming Manual - Rev R 2001RP 55 7.2.7 Fault Lamp On If the power source Fault lamp is on, the following may be at fault: CAUSE

User and Programming Manual - Rev R 56 2001RP Figure 7-1: Assembly Location

User and Programming Manual - Rev R 2001RP 57 7.3.1 Oscillator Module Removal/Replacement If a fault is found that requires the replacement of

User and Programming Manual - Rev R 58 2001RP 7.4 Replaceable Parts In order to ensure prompt, accurate service, please provide the following

User and Programming Manual - Rev R 2001RP 59 Figure 7-2: Replaceable Fuse Locations

User and Programming Manual - Rev R 2001RP v Table of Contents 1 Introduction...

User and Programming Manual - Rev R 60 2001RP 8 Remote Control 8.1 Introduction The 2001RP can be furnished with a combination IEEE-488 and R

User and Programming Manual - Rev R 2001RP 61 Figure 8-1: Rear Panel View

User and Programming Manual - Rev R 62 2001RP Note: The PGUI32 can be run in the absence of a power source. If no AC source is available, the

User and Programming Manual - Rev R 2001RP 63 8.4 RS232C Interface A suitable cable to connect the 2001RP AC Source to a 9 pin PC-AT style ser

User and Programming Manual - Rev R 64 2001RP END IF IF esr% AND 8 THEN PRINT "*** Instrument Dependent Error Reported by A

User and Programming Manual - Rev R 2001RP 65 8.4.2 Serial Cable Diagram California Instruments AC power sources require a special RS232C cabl

User and Programming Manual - Rev R 66 2001RP 8.5.2 Connecting the AC Source to the PC Using IEEE-488 Connect the AC source to the PC using an

User and Programming Manual - Rev R 2001RP 67 8.6 Trouble Shooting - RS232C This section provides guidelines for resolving communication probl

User and Programming Manual - Rev R 68 2001RP Procedure 1. Make sure the PGUI32 program is closed and no device is using the com port in use.

User and Programming Manual - Rev R 2001RP 69 Resolution for Symptom 2 Execute the suggested procedure to resolve symptom 1 first. If an occasi

User and Programming Manual - Rev R vi 2001RP 8 Remote Control ...

User and Programming Manual - Rev R 70 2001RP 8.7 Trouble Shooting - IEEE-488 / GPIB This section provides guidelines for resolving communicat

User and Programming Manual - Rev R 2001RP 71 Resolution for Symptom 2 The 2001RP has a limit on how fast it can process commands sent over the

User and Programming Manual - Rev R 72 2001RP 8.8 PGUI32 Distribution Files The installation program will install the following files in the d

User and Programming Manual - Rev R 2001RP 73 Test Sequence Program Directory Files File name Description Sample sequence test file.SEQ Sampl

User and Programming Manual - Rev R 74 2001RP 9 Introduction to SCPI SCPI (Standard Commands for Programmable Instruments) is a programming la

User and Programming Manual - Rev R 2001RP 75 The SCPI Command Tree As previously explained, the basic SCPI communication method involves sendi

User and Programming Manual - Rev R 76 2001RP 2. SOUR:VOLT:LEV 115. The entire message would be: SOUR:VOLT:RANG 150;LEV 115. The message te

User and Programming Manual - Rev R 2001RP 77 9.3 Using Queries Observe the following precautions with queries: • Set up the proper number of

User and Programming Manual - Rev R 78 2001RP Headers SOURC VOLT FREQ CURR Message Component Example Header Separator The colon in SOUR:

User and Programming Manual - Rev R 2001RP 79 Query Indicator Following a header with a question mark turns it into a query (VOLTage?, VRANGe?)

User and Programming Manual - Rev R 2001RP vii List of Figures Figure 2-1: Available RMS Current as function of Output Voltage and Frequency. .

User and Programming Manual - Rev R 80 2001RP 9.5 SCPI Data Formats All data programmed to or returned from the AC source is in ASCII. The dat

User and Programming Manual - Rev R 82 March 2008 2001RP 10 SCPI Command Reference Where appropriate, related commands or queries are included.

User and Programming Manual - Rev R 2001RP 83 10.2 Calibration Subsystem The commands in this subsystem allow you to do the following: • Enabl

User and Programming Manual - Rev R 84 March 2008 2001RP 10.2.2 Measurement Calibration All measurement calibrations are performed by adjusting

User and Programming Manual - Rev R 2001RP 85 CALibrate:MEASure:POWer[:FSCale] <NRf> This command affects the calibration of the power me

User and Programming Manual - Rev R 86 March 2008 2001RP 10.2.3 Output Calibration The AC voltage output calibration is performed by adjusting t

User and Programming Manual - Rev R 2001RP 87 10.3 Measurement Subsystem This subsystem programs the measurement capability of the RP Series AC

User and Programming Manual - Rev R 88 March 2008 2001RP MEASure:CURRent:AMPLitude:MAX? This query returns the peak current value of the output

User and Programming Manual - Rev R 2001RP 89 MEASure:POWer[:REAL]? This query returns the true power delivered to the unit under test by the A