NanoLC 1D Plus and 2D System Operator's Manual - Eksigent

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4 Operator’s Manual1.4 Site RequirementsThis section describes the requirements for power, air, space and environment for operation of yourinstrument.1.4.1 nanoLC Power RequirementsThe nanoLC is powered by a 24 VDC external power supply. Only the universal AC/DC adapter andpower cord supplied with the instrument should be used.The external adapter permits operation from any line voltage between 100–240 VAC, 47–63 Hz and4A.1.4.2 nanoLC Autosampler Power RequirementsLine voltage:• 115 VAC; + 15/-20 %; 50 Hz/60 Hz; 250 VA• 230 VAC; + 15/-20 %; 50 Hz/60 Hz; 250 VAFuses:• For 115 VAC; two 5.0 AT-fuses• (¼” x 1¼”, UL/CSA)• For 230 VAC; two 2.5 AT-fuses• (5 x 20 mm, IEC 127)• All fuses UL-listed and CSA-certified1.4.3 Air Supply RequirementsOperation of the instrument requires connection to a source of 100 psi (6.9 bar) regulated clean, dry airor nitrogen. The instrument site should be within about 6 m (20 ft) of the air/nitrogen regulator. Whenusing compressed air, Exsigent Technologies strongly recommends an air supply having a dew point ofless than 4.5 C (40 °F). When using dry nitrogen or compressed air, Exsigent Technologies stronglyrecommends the use of air filtration to 5 µm (e.g. for compressed gas supplied at less than 150 psi, aWilkerson F18 filter) and regulation to a working pressure of 100 psi (e.g. for compressed gas suppliedat less than 150 psi, a Wilkerson R18 regulator or a Wilkerson B18 combination regulator/filter). Ifhydrocarbons are suspected in the air supply (i.e. air supplied from an oiled compressor). ExsigentTechnologies strongly recommends the regulator be followed with a coalescing filter suitable forparticle removal to 0.01 µm (e.g. a Wilkerson M18 coalescing filter).Note: Always follow manufacturer’s specifications in selecting and operating gas filters and regulators.Note: Always follow manufacturer’s specifications for connecting, mounting and orienting gas filtersand regulators.Note: Always perform proper maintenance of traps, filters and coalescing filters per manufacturer’sspecifications. Liquids collected in filters and coalescing filters must be drained before the liquid levelexceeds the manufacturer’s specifications.nanoLC Operator’s Manual 611-00012 Revision A1
1.4.4 Bench Space RequirementSafety and Site Requirements 5The nanoLC system requires clear bench space of at least the following dimensions.• nanoLC-1D plus TM : 21” (53 cm) wide × 20” (51 cm) deep × 19” (48 cm) high (allowing excessspace for cables).• nanoLC-2D TM : 21” (53 cm) wide × 24” (61 cm) deep × 19” (48 cm) high (allowing excess spacefor cables).With the nanoLC Autosampler the height requirement for both systems is 27”(69 cm).This bench space requirement does not accommodate the computer, keyboard, mouse and monitor.1.4.5 Environment RequirementsThe instrument is designed to operate in an environment with ambient temperatures between 20 and30 °C (68–86 °F) and non-condensing humidity.nanoLC Operator’s Manual 611-00012 Revision A1
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54 Operator’s ManualTable 6-1. (c
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56 Operator’s ManualAutosampler
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58 Operator’s Manual6.5 Error Mes
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60 Operator’s ManualA.2 Replaceme
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Appendix BExternal InterfaceB.1 Int
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External Interface 65B.2 Valve Conn
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External Interface 67B.3.3 Triggeri
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72 Operator’s ManualFigure C-4 sh
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74 Operator’s ManualSelect: Autos
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76 Operator’s ManualDefault metho
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78 Operator’s ManualRun in Synchr
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IndexFlow Rate Verification, 21AFlo
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NanoLC 1D Plus and 2D System Operator's Manual - Eksigent

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