Thermo Scientific iCAP Qnova Series, Руководство по требованиям предварительной установки

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Operating Environment
Heat Generation and Dissipation of System
Thermo Scientific iCAP Qnova Series ICP-MS Pre-Installation Requirements Guide (P/N BRE0006946, Revision B) 3-5
Heat Generation and Dissipation of System
Heat generation and heat dissipation of the system depend on the
equipment employed. However, the iCAP Qnova Series system must
always be operated with active plasma and instrument exhaust. For a
description of the exhaust system, see
“Exhaust System” on page 3-3 .
For estimated values for the average heat dissipation of the mass
spectrometer and other heat sources during analysis, see
Table 3-3 .
Table 3-3. Heat generation for a typical instrument
Module Heat Generation [W]
at 50 Hz Heat Generation [W]
at 60 Hz
Instrument with plasma
and heat exhaust port
connected 350 350
Fore Vacuum Pump 900 1100
Recirculating Chiller 2650 2650
Monitor 25 25
Computer 75 75
NOTICE
Water-cooled chillers minimize the heat dissipation into the laboratory
environment. However, a constant source of running water must be
available for this optional chiller.
NOTICE
The values listed in Table 3-3 are for a laboratory temperature of
23 °C and a cooling water temperature of 20 °C. A higher room
temperature and/or lower cooling water temperature will increase the
heat generation.