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Series 360, Granville-Phillips, Stabil-Ion, Ionization, Vacuum ...

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4 Preparing the <strong>Stabil</strong>-<strong>Ion</strong> System for Operation<br />

4.7 Convectron Gauge Calibration Memory<br />

Using the N 2 calibration to pressurize a vacuum system above about 1 Torr<br />

with certain other gases can cause dangerously high pressures which may<br />

cause explosion of the system. See Section 4.6.1 on page 4-12 before<br />

using with other gases.<br />

<strong>Granville</strong>-<strong>Phillips</strong> calibration data is averaged over a number of<br />

nominally identical Convectron Gauges and programmed in<br />

memory. All <strong>Stabil</strong>-<strong>Ion</strong> Systems with the Convectron option are<br />

supplied with this feature unless source 2 is specified.<br />

If the Convectron Gauge calibration is for a gas type other than<br />

N 2 (or air) we suggest placing a label near the second and third<br />

lines of the display indicating the gas type or types used for<br />

calibration to prevent mix-ups.<br />

Figure 4-16<br />

<strong>360</strong>118<br />

MEMORY MODULE<br />

S/N 3456 CA<br />

Calibration Memory Module.<br />

4.7.1 Memory Module for Convectron Gauge<br />

New data for each gauge can be transferred to the internal memory using a Memory Module which<br />

has been programmed by <strong>Granville</strong>-<strong>Phillips</strong>. The Convectron Gauge destination for the data<br />

contained in the Memory Module is predetermined at the time it is programmed and is stored along<br />

with the data. The data is individually serialized, and the serial number is printed on the module's<br />

label as well as being stored electronically in the memory.<br />

Data for Convectron Gauges A and B are stored independently, and must be loaded from separate<br />

Memory Modules.<br />

4.7.2 Using a Memory Module for Convectron A or B.<br />

1. Turn off power.<br />

2. Open front panel door.<br />

Protect the Memory Module from static electricity. Touch a grounded,<br />

unpainted metal surface on the <strong>360</strong> Control Unit and then touch the surface<br />

of the anti-static bag before removing the Memory Module from its bag.<br />

3. Using a high impedance grounding wrist strap or other effective antistatic protection, remove<br />

the Memory Module from its antistatic packaging. Save the antistatic packaging.<br />

4. Plug the Memory Module into the data port with the writing on the module label right-side-up.<br />

See Figure 4-17.<br />

<strong>Series</strong> <strong>360</strong> <strong>Stabil</strong>-<strong>Ion</strong> December, 2001<br />

4-21

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