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LTQ Orbitrap XL Hardware Manual

LTQ Orbitrap XL Hardware Manual

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Functional Description<br />

Control Elements<br />

Main Power Switch<br />

External Connections<br />

The main power switch must be turned 90° clockwise/anti-clockwise to<br />

switch on/off the instrument (see Figure 1-8). Placing the main power<br />

switch in the Off position turns off all power to the <strong>LTQ</strong> <strong>Orbitrap</strong> <strong>XL</strong><br />

(and linear ion trap as well, including the vacuum pumps).<br />

Off<br />

Figure 1-8. Main power switch<br />

1-10 <strong>LTQ</strong> <strong>Orbitrap</strong> <strong>XL</strong> <strong>Hardware</strong> <strong>Manual</strong> Thermo Fisher Scientific<br />

On<br />

Note When the main power switch is in the Off position, you can secure<br />

it with a padlock or a cable tie (to prevent unintended re-powering when<br />

performing maintenance, for example). ▲<br />

Figure 1-9 on page 1-11 shows the lower right side of the instrument<br />

with the external connections for mains supply, gases, cooling water, and<br />

Ethernet communication.<br />

The power connector for the mains supply is located on the center. The<br />

cooling water ports are located below the power connector. (See also<br />

topic “Cooling Water Circuit” on page 1-28.) A Teflon® hose connects<br />

the instrument to the nitrogen gas supply. An analogous port is used for<br />

the HCD collision gas supply. Metal tubing connects the instrument<br />

with the helium gas supply. (See also topic “Gas Supply” on page 1-25.)<br />

Located at the top are two ports for Ethernet cables for connecting the<br />

<strong>LTQ</strong> <strong>Orbitrap</strong> <strong>XL</strong> and the linear ion trap via an Ethernet hub with the<br />

data system computer.<br />

The exhaust hose from the rotary pumps is led backwards below the<br />

instrument, comes out the back of the instrument, and connects the<br />

pumps to the exhaust system in the laboratory.

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