Equipment information

Skanti P5012 Receiver
Manufacturer:
Model:
P5012
Date:
Category:
Group:
Description:
Power Unit

Information

The R5001 marine and general purpose Receiver is designed for use in a marine main radio station. The Receiver has synthesized operation in the frequency range 10 kHz to 29,999.9 kHz. The Receiver is designed for reception of type F1, A1, A2, A2H, A3, A3H and upper-si-deband A3A and A3J signals. It is fully transistorized, and widespread use is made of integrated circuits. These features, in connection with thefactthat no crystal ovens are used, cause the Receiver to be ready for operation immediately after having been swiched on. Depending on the power pack installed in it, the Receiver can be powered from a 24 V battery or from AC voltages normally occurring in practice. The dimensions match a 19-inch standard rack. Because we are constantly processing the experience gained during the produc-tionand operation of ourequipment, it is possible for minor modifications to occur relative to the information given in this instruction manual. Wherever practicable, however, any corrections will be listed on a correction sheet at the back of the front cover of this manual.

show more

Service and User Manual
Manual Type:
Service and User Manual
Pages:
151
Size:
5.74 Mbytes (6017642 Bytes)
Language:
english
Revision:
Manual-ID:
Date:
Quality:
Scanned document, all readable.
Upload date:
2014 01 12
MD5:
84d19cc831af7577995a72a0cfe93cd9
Downloads:
2713

Information

1. INTRODUCTION 1- 1 2. OPERATING INSTRUCTIONS 2- 1 2.1. Tuning to 500 kHz and 2182 kHz 2- 2.2. Tuning to an A1, F1 or SSB Station in the Preselector Range 2- 2.3. Tuning to an F1 or SSB Station in the Duplex Ranges 2- 2.4. Tuning to an AM Station 2- 2.5. Operating Controls and Their Functions 2- INSTALLATION 3- 3.1. Mounting the Cabinet 3- 3.2. Disassembling the Receiver 3- 3.3. Connection to the Permanent Installation 3- 3.4. Earth Connection 3- 3.5. Antenna 3- 3.6. Exchanging the Input Impedance 3- 3.7. Remote Speaker 3- 3.8. Muting 3- 3.9. Replacement of Power Packs 3- 4. TECHNICAL DATA 4- 1 5. TECHNICAL DESCRIPTION 5- 1 5.1. Mechanical 5- 1 5.2. Circuit Description, General 5- 1 5.3. Circuit Summary, Signal Path 5- 1 5.4. Circuit Description, Signal Path Boards 5- 2 5.5. Circuit Summary, Frequency Synthesizer 5- 4 5.6. Circuit Description, Frequency Synthesizer 5- 5 5.7. Circuit Summary, Frequency Selection 5- 7 5.8. Circuit Description, Frequency Selection 5- 8 5.9. Circuit Summary, P 5010, 24V DC Power Pack 5-10 5.10. Circuit Description, P 5010, 24V DC Power Pack 5-10 5.11. Circuit Summary, P 5011, AC Power Pack 5-11 5.12. Circuit Description, P 5011, AC Power Pack 5-11 5.13. Circuit Summary, P 5012, 24 V DC/AC Power Pack 5-11 5.14. Cicuit Description, P5012, 24V DC/AC Power Pack 5-12 6. SIMPLE SERVICE 6- 1 6.1. Incorrect Operation 6- 1 6.2. Battery 6- 1 6.3. Replacement of Fuses 6- 1 7. REPAIR AND ALIGNMENT 7- 1 7.1. Introduction 7- 1 7.2. Cross Slot Screws 7- 1 7.3. Locating Subunits and Components 7- 1 7.4. Locating Faults 7- 1 7.5. Test Points 7- 1 7.6. AC Voltages 7- 1 7.7. DC Voltages 7- 2 7.8. Typical Sensitivity Levels 7- 2 7.9. Adjustments 7- 2 7.10. Realignment of Input Filters /202 or /216 7- 3 7.11. /203 Realignment of 2nd Mixer and Clarifier Oscillator 7- 6 7.12. /205 Realignment of IF Amplifier Detector and AGC 7- 6 7.13. /220 Realignment of AF Amplifier 7- 7 7.14. /220 Frequency Adjustment of the TCXO 7- 7 7.15. /209 Realignment of VCOi and VCO2 7- 7 7.16. /208 Realignment of Loop Translator 7- 8 7.17. /210 Realignment of VCOs 7-9 8. PARTS LISTS AND CIRCUIT DIAGRAMS 8- 1 8.1. Numbering 8- 1 8.2. Switches 8- 1 8.3. Terminals 8- 1 8.4. Voltages 8- 1 8.5. Test Points 8- 1 8.6. Symbol Explanation 8- 1 8.7. Abbreviations 8- 4 8.8. Parts List 8- 5 8.9. Diagrams 8-50

show more