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introduced=(?) | | introduced=(?) | | ||
discontinued=(?) | | discontinued=(?) | | ||
manuals= | manuals=See main text | ||
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Mod 709V appears to be an adaptation of [[5110]] scopes for radial vibration display made by Tektronix in Beaverton for [https://en.wikipedia.org/wiki/Bently_Nevada Bently Nevada]. | Mod 709V appears to be an adaptation of [[5110]] scopes for radial vibration display made by Tektronix in Beaverton for [https://en.wikipedia.org/wiki/Bently_Nevada Bently Nevada] and possibly others. | ||
Externally evident elements of the modification touch several components | |||
* Mainframe: | * Mainframe: | ||
** Graticule illumination added with Tektronix control knob | ** Graticule illumination added with Tektronix control knob | ||
** Intensity input BNC changed to yellow binding post | ** Intensity input BNC changed to yellow binding post | ||
** | ** Bently Nevada name & logo on the two noted examples | ||
* 5B10N: | * 5B10N: | ||
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*** L vs R <unintelligible> | *** L vs R <unintelligible> | ||
*** L vs R | *** L vs R | ||
** Cal control deleted | |||
* 5A19N (two): | * 5A19N (two): | ||
** Inverting input red binding posts changed to light blue | ** Inverting input red binding posts changed to light blue | ||
** Cal control deleted | |||
Example scope serial numbers: | |||
* B1217xx | * B1217xx | ||
* B1303yy | * B1303yy | ||
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[http://web.archive.org/web/20060918095638/https://www.engr.colostate.edu/me/facil/dynamics/bentlystart.htm This page] describes connecting "Bently equipment" X & Y [http://web.archive.org/web/20210207033141/https://dam.bakerhughesds.com/m/289a76745358674d/original/Proximitor-Trifold.pdf "Proximitor"] signals and a [http://web.archive.org/web/20210207032233/https://dam.bakerhughesds.com/m/22d0219c69acbaf5/original/3500-25-Enhanced-Keyphasor-Module-Datasheet-141532-pdf.pdf "Keyphasor"] signal via an "Oscilloscope Interface" to an unspecified oscilloscope. Bently Nevada, now "a Baker Hughes business", continues to sell current Proximitor and Keyphasor products per linked literature dated 2019 and 2020. The Bently Nevada [http://web.archive.org/web/20210207035108/https://nvms.com.au/wp-content/uploads/2018/02/tk21-oscilloscope-interface_datasheet_141582.pdf TK21 Oscilloscope Interface] appears to have superseded the modified oscilloscope. Details for that device appear consistent with Mod 709V. | [http://web.archive.org/web/20060918095638/https://www.engr.colostate.edu/me/facil/dynamics/bentlystart.htm This page] describes connecting "Bently equipment" X & Y [http://web.archive.org/web/20210207033141/https://dam.bakerhughesds.com/m/289a76745358674d/original/Proximitor-Trifold.pdf "Proximitor"] signals and a [http://web.archive.org/web/20210207032233/https://dam.bakerhughesds.com/m/22d0219c69acbaf5/original/3500-25-Enhanced-Keyphasor-Module-Datasheet-141532-pdf.pdf "Keyphasor"] signal via an "Oscilloscope Interface" to an unspecified oscilloscope. Bently Nevada, now "a Baker Hughes business", continues to sell current Proximitor and Keyphasor products per linked literature dated 2019 and 2020. The Bently Nevada [http://web.archive.org/web/20210207035108/https://nvms.com.au/wp-content/uploads/2018/02/tk21-oscilloscope-interface_datasheet_141582.pdf TK21 Oscilloscope Interface] appears to have superseded the modified oscilloscope. Details for that device appear consistent with Mod 709V. | ||
==Manual insert excerpts== | |||
Transcribed from microfiche by Håkan H./Zenith5106 | |||
<blockquote> | |||
DESCRIPTION | |||
This manual describes MOD 709V as it applies to the | |||
TEKTRONIX 5110 Single Beam Oscilloscope. MOD 709V | |||
adds a new circuit board for X-Y operation using Right | |||
Vertical versus Left Vertical. Using a TEKTRONIX 5B10N | |||
MOD 709V Time Base plug-in unit, the SECONDS/DIV or | |||
VOLTS/DIV switch is turned to the L versus R position | |||
actuating a switching relay mounted in the mainframe. This | |||
bypasses the normal sweep function of the 5B10N, allowing | |||
for a Left Vertical versus Right Vertical X-Y display. The | |||
display unit portion of the 5110 is supplied with an | |||
illuminated graticule with a special implosion shield, and an | |||
AC coupled EXT INTENSITY INPUT via a yellow binding post | |||
at the front panel. | |||
BANDWIDTH | |||
Maximum horizontal deflection bandwidth | |||
(using a 5A15N or 5A18N amplifier) is reduced by | |||
approximately 300 kHz by the added wiring. Bandwidth (-3 dB) | |||
for X-axis deflection from either the center or right compartment | |||
is 1.7 MHz minimum. The Y-axis specification is unchanged. | |||
CALIBRATION | |||
Check the interconnecting wiring to the added X-Y circuit board, | |||
then calibrate MOD 709V according to the procedure in the 5110 | |||
Instruction Manual. | |||
5A19N MOD 709V | |||
This manual insert describes the features of MOD 709V as installed in the 5A19N | |||
Differential Amplifier. The Signal Input connector has been changed to a blue | |||
binding post for the Minus Input. The Variable VOLTS/DIV control labeled CAL | |||
has been removed. A +15 Volts offset, regardless of the VOLTS/DIV control | |||
setting has been added | |||
5B10N MOD 709V | |||
This manual insert describes the features of MOD 709V as installed in the 5B10N | |||
Time Base Amplifier. It removes the VAR control, changes the BNC EXT INPUT | |||
connector to a green binding post and provides a switching mode for | |||
Left Vertical vs Right Vertical, The last ccw position of the SECONDS/DIV or | |||
VOLTS/DIV (EXT) switch is now labeled L vs H. | |||
</blockquote> | |||
Note the rotary switch position described in the manual insert differs from the separate switch apparent in the examples. | |||
==Pictures== | ==Pictures== |
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