Equipment information

California Instruments 1001TC Power supply
Manufacturer:
Model:
1001TC
Date:
1985
Category:
Group:
Description:
Power Source

Information

The California Instruments Model 100ITC Power Amplifier is a solid state, high performance, low distortion power source that provides up to 1000 VA output when used with the proper Plug-In Oscillator. The Model 1001TC Power Source is illustrated in Figure 1-1. Full power output is available in two different voltage ranges and over the frequency range from 45 Hz to 5 KHz. These full power voltage ranges are: 1) 110 to 130 volts rms for normal single phase 115 volt applications· and for three phase 208 to 225 volt line-to-line applications. 2) 220 to 260 volts rms for normal single phase 230 volt applications and for three phase 208 to 260 volt applications where open Delta operation is acceptable. For two phase and three phase operation, at least two power amplifiers must be combined together with the applicable multi-phase Oscillator. Two power amplifiers will provide a total of 2000 VA two phase power (Model 20Ö0TC/2-2), or 2000 VA of three phase power (Model 2000TC/2-3D) in the open Delta configuration. Three power amplifiers will provide 3000 VA of three phase power in the wye configuration (Model 30Ö0TC/3-3).

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Service Manual
Manual Type:
Service Manual
Pages:
78
Size:
2.60 Mbytes (2724042 Bytes)
Language:
english
Revision:
revised
Manual-ID:
Date:
Quality:
Scanned document, reading partly badly, partly not readable.
Upload date:
2015 12 20
MD5:
6efbf805b8bcf9b6ecb428c5d2bafb62
Downloads:
585

Information

This instruction manual contains information on the installation, operation, calibration and maintenance of the California Instruments Model 100 ITC Power Source. Detailed schematics, parts location drawings, calibration procedures and theory of operation are also contained for the aid of maintenance personnel. GENERAL DESCRIPTION PAGE 1. 1 INTRODUCTION 1 1. 2 general DESCRIPTION 1 1.3 ACCESSORY EQUIPMENT 1 INSTALLATION AND OPERATION 2. 1 UNPACKING 5 2. 2 POWER REQUIREMENTS 5 2. 3 CIRCUIT BREAKER REQUIREMENTS 6 2.4 OUTPUT VOLTAGE RANGE AND 6 METER RANGE 2.5 ACCEPTANCE TEST PROCEDURE 6 2. 6 MECHANICAL INSTALLATION 8 2. 7 INPUT POWER WIRING 8 2. 8 OUTPUT POWER WIRING 8 2. 9 FRONT PANEL CONTROLS 8 2. 10 OPERATION OVER EXTENDED FREQUENCY 9 RANGE THEORY OF OPERATION 3.1 GENERAL 11 3. 2 DETAILED CIRCUIT DESCRIPTION 11 CALIBRATION PROCEDURE 4. 1 GENERAL 18 4. 2 TEST EQUIPMENT REQUIRED 19 4. 3 INITIAL ADJUSTMENTS 19 4.4 AC LINE INPUT POWER AND OVERLOAD 21 ADJUSTMENT 4. 5 VOLTAGE, POWER OUTPUT AND HARMONIC 23 DISTORTION 4. 6 LINE REGULATION 23 4. 7 LOAD REGULATION ADJUSTMENT 25 4. 8 AMPLITUDE STABILITY 26 4. 9 FREQUENCY RESPONSE 26 4. 10 AC NOISE LEVEL 26 4. 11 0. 7 LAGGING POWER FACTOR 27 4. 12 0. 7 LEADING POWER FACTOR 28 Naintenance and Troubleshooting 5. 1 GENERAL 5. 2 TROUBLESHOOTING CIRCUIT DIAGRAMS 6. 1 GENERAL 6. 2 REFERENCE DESIGNATIONS REPLACEABLE PARTS 7. 1 GENERAL 7. 2 ORDERING INFORMATION PARTS LIST APPENDIX A CODE LIST OF MANUFACTURERS

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