Militair_I177 维修电路原理图.pdf

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If you have copies of additional data for me to add or if you just want to drop a few of bucks in the mail to me for the untold hundreds of hours of labor that went into this project, use the following address: Nolan E. Lee This document is organized into eight pages or sheets.The first is this cover that your reading. The second is the general instructions for operating the I-177 series tube tester without and with the MX-949 series adapter kit. The third contains the information on various socket adapters that were used with the I-177 series before the adoption of the MX-949. The fourth is the cross index of the old Army VT numbers and standard commercial tube numbers. The fifth contains the tube tester settings data for using the I-177 series tube tester WITHOUT the MX-949 adapter. Sheet six contains tester settings data for use WITH the MX-949 series adapter kits and Sheet 7 contains ballast tube test settings data for use WITHOUT the MX-949 series adapter.Sheet 8 is a shorts list that allows you to determine which tube elements are shorted by looking at a chart. TM 11-2627 Change 1, also known as T.O. 16-40-I-177-5 (October 24, 1945) TM 11-2627 Temporary Supplement (March 18, 1952) TB 11-2627-2 (April 7, 1949) I would really like to hear from any of you that have had positive results with interchanging the data with other models and will update this file to reflect those results. Slyvania Tube Manuals 1943 , 1947 , 1955 Copyright 2000, 2001, 2002 by Nolan E. Lee () Hickok Data Book 3200-16 (April 1955 reprint) TB 11-2627-2 Change 5, also known as TO 33AA21-1-3 (March 19, 1957) Surely there are other manuals containing data that I didnt include because I didnt have access to them. Please contact me if you other data and Ill include it in a later edition. All I need is a clear scan or photocopy of them, not the originals. Thanks! Sun, Louisiana 70463-0860 Hickok Manual for the 560 circa 1943 Hickok Manual for the 510X circa 1938 Hickok Manual for the 530B circa 1943 TM 11-2627 Change 3, also known as T.O. 16-40-I-177-5 (March 5, 1954) In addition, the ballast tube data, shorts data, and a some of the tube settings information came from: I have the drawn on the following I-177 related publications as the basis for this project: TM 11-2627 (August 3, 1944) TM 11-2627 Change 2, also known as T.O. 16-40-I-177-5 (August 1, 1949) TB 11-2627-2 (June 11, 1951) I may or may nor have made a few errors myself. As a result, I take NO responsibility for any errors, incorrect data or omitted data contained within or missing from this file. Use this data at your own risk. This is a freely available file and my contribution to the hobby. If you paid for it, you got burned! In addition, if I catch some looser trying to SELL my free product or parts of it, Ill nuke their ass good. Ive got enough hidden identifiers in the data to not make it worth their time. This is a FREE product, period! Copyright 2000, 2001, 2002 by Nolan E. Lee () TUBE TEST DATA FOR USE WITH THE TUBE TESTERS I-177, I-177-A, AND I-177-B AND TUBE SOCKET ADAPTER KITS MX-949/A and MX-949A/U. See below for other models. beta 1.08 July 5, 2002 There are errors in the original Govt. manuals and the Hickok manuals that I compiled into this file. In addition, RCA Tube Manuals RC-10 , RC-11 , RC-13 , RC-23 , RC-29 , TT-3 , TT-4 , TT-5 Armed Forces Cross Index of Electron Tube Types (August 1950) End of Sheet! I-177 Data Book from Bigelow Electronics (July 18, 1954) An interesting thing that may come in handy to certain people, is that the settings data between the I-177 series military tube tester and the Hickok commercial models AC-51, 51X, T53, 510X, 530, 531, 540, 550X, 560, 560SPL, and KS9237 appear to be interchangable within the socket differences of the testers. I dont have access to any of these models so Im not 100% sure that the data will freely interchange between these and/or other models but it looks like it should come close. Verify it for yourself before you try it though by comparing the socket numbers used and settings between this data and any existing data that you have. Youre totally on your own as far as this is concerned, so if you blow a 45 or your tester or put an eye out or something, dont come bitching to me that I owe you an eye, a tube, tester, etc. T.O. 33AA21-1-4 (May 20, 1955) June 1958 reprint/re-issue United States of America Military settings data for the TV-2, TV-3, and TV-7 series testers. General Electric Tube Manual 14 Hickok Tube Data Book for AC-51-AC51X-T53-510X-530 (11-1943) The following materials were used for adding listings for tube numbers not listed in any of the other materials and for verification of data: Raytheon Tube Manual 1937 TB 11-2627-2, also knwn as T0 16-40I 177-6 (October 16, 1952) TB 11-2627-2 (October 30, 1946) Undated 16 Page Settings Data Book from 1944 Contract I-177 Tester RadioFans.CN 收音机爱 好者资料库 General Instructions for operating the I-177 series tube tester, both without and with the MX-949 series adapter kit. Copyright 2000, 2001, 2002 by Nolan E. Lee () beta 1.08 July 5, 2002 tube tester and the MX-949 series adapter. This file is no substitute for the original manual. Get one! TM 11-2627 and its various changes and supplements should be consulted on the safe use of the I-177 series R 80 80 A B FIL MICROMHOS 1 1 OFF Preliminary Instructions. Before handling Tube Tester I-177, read the operating instructions carefully, This is a delicate electrical instrument containing a meter and parts that can easily be damaged by mishandling. Pay particular attention to the notices. It also uses voltages sufficient to KILL you. If you dont know what youre doing, get help from someone that does. Remember, its old and a lot can go wrong in that period of time. Be alert and be careful and stay alive. L 15000 CAUTION: After testing tubes, always set all controls to off or saftey positions as indicated in the following table. Tubes may be burned out if inserted in test sockets before the controls have been properly set. Saftey Position Extreme counterclockwise OFF 1 Control POWER SHORT-TUBE TEST LINE ADJUSTMENT c. Determine the type number of the tube to be tested and locate this type number in the column headed Tube Type on either the loose-leaf test data cards fastened inside the cover of the instrument or on Table II or Table III of this file. d. Set selector switch A to the number indicated in column A. SHORTS TEST. a. Make sure that all controls are in the saftey positions, listed above. b. Plug the power cord of the tester into a suitable a-c power outlet (105 to 125 volts). pins pass directly through the glass seals and excessive force will crack the glass. A slight sideways pressure applied to a loctal tube will release the lock and permit easy removal of the tube from the socket. h. If the tube has a top cap, attach the clip of the CAP lead to the cap. For acorn tubes, use the ACORN CAP lead and clip. For tubes having a star in the Notations column (such as some listings for the 807, 871, etc.) connect the e. Set selector switch B to the number indicated in column B. f. Set selector switch FIL to the number indicated in the column headed either Fil. Volts or Filament Volts. g. Insert the tube in the socket indicated in the column headed Socket Lettter. NOTE: When inserting or removing a loctal or acorn tube from a socket, handle the tube as gently as possible. Tube j. To adjust the line voltage, press and hold down the LINE TEST button and turn the LINE ADJUSTMENT knob until the meter pointer is exactly at the LINE TEST position (at 1,500, not at the ? on the scale); then release the LINE TEST button. k. After allowing at least 30 seconds for the tube to warm up, turn the SHORT-TUBE TEST switch slowly from position plate top cap of the tube to the upper left contact of the 6-pin socket C with the 12-inch lead having a clip and bananna plug. For some tube listings, other instructions may be present in the Notations column that may direct you to connect the 12-inch lead to other locations. ALWAYS read and pay attention to the Notations column bubba. i. Set the POWER switch to the ON position. to the next, since this is due to the charging of a capacitor in the lamp circuit. NOTE: Before discarding the tube, refer to the Notations column of the test data for the listing of that tube to see if the tube being tested normally appears to be shorted on certain postitons of the switch. Thus, for the 1LN5, the notation Shorts on 4 and 5 in the Notations column means that the neon lamp will normally glow at positions 4 and 5 for 1 to positions 2, 3, 4, and 5 successively while tapping on the tube with a finger and watching the SHORTS neon lamp. If the lamp continuously or glows during tapping in any of the five positions, the tube contains shorted electrodes and should be discarded without further testing (to prevent damage to the meter) unless and exception is noted in the Notations column. Disregard a momentary flash of the neon lamp while this switch is being turned from one position good tubes. This tube has no shorts if the neon lamp stays out for positions 1, 2, and 3. NOTE: Tapping on certain tubes will damage them. Pay particular attention to the Notations column comments. l. On tubes having several sections, the shorts test need to be made only once. RadioFans.CN 收音机爱 好者资料库 QUALITY TEST. c. Set potentiometer L to the number indicated in column L on the test data. d. Set potentiometer R to the number indicated in column R. e. Set the MICROMHOS range switch at 3,000. f. Press the button indicated in the Press column of the test data, and read the meter on the RED-GREEN scale. a. Test the tube for shorts by following the complete procedure listed above. If the tube is shorted, discard it without making further tests. b. If the tube is not shorted, turn the SHORT-TUBE TEST switch to the TUBE TEST position. Do not change any of the other controls used for the shorts test. good. Good diode sections may read in the portion of the RED scale marked DIODES O.K. Only diodes reading to the left of this section (to the left of A in REPLACE on the scale) should be considered defective. CAUTION: Do not press the red AMPL.TEST button while testing rectifier tubes. When testing small diodes, do not press either the AMPL.TEST or a RECTIFIER TEST button, because the high voltagw would damage the delicate g. Normally, if the pointer stops in the GREEN sector the tube is good; if in the RED sector, the tube is defective and should be discarded. If the pointer stops in the ? sector, the tube is usable for a few more hours but should be replaced soon. For tubes in the Notations column having a note such as OK over 160 (for example, type 40), read the meter on the 0-3,000 micromhos scales. Tubes reading higher than the value given in the Notations column are listing in turn. The shorts test should be made only for the first listing, however The tube sectioned covered by a listing is identified in the Notations column in the test data. cathode. Press only the DIODE TEST button as called for in the test data. h. If a tube is listed two or more times in the test data, it has two of more sections requiring individual tests, or has two input grids (for example, 6A8 pentagrid converter) requiring separate dynamic tests. i. Remove the tube from the socket after the first test is completed. Then repeat the quality test for each additional discard it without making further tests. b. If the tube is not shorted, turn the SHORT-TUBE TEST switch to the TUBE TEST position. Do not change any of the other controls used for the shorts test. c. Set the potentiometer L at GM (replaces 60 on the dial). MEASURING MUTUAL CONDUCTANCE. This procedure gives a mutual conductance reading in micromhos for an amplifier tube ot amplifier section, instead of a RED-GREEN reading. a. Test the amplifier section or section for shorts by following the complete procedure given above. If it is shorted, set. This reading is thew mutual conductance of the tube in micromhos under the element voltage conditions provided by the tube tester. g. If a tube is listed two or more times in the test data, remove the tube from its socket after the first test. Then repeat all of the tests except the shorts test for the next listing as if testing another tube. d. Set the petentiometer R to the number indicated in column R on the test data. e. Set the MICROMHOS range switch to an appropriate range for measuring the value listed for Mut.Cond. in