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Talon RTX 2767 Operating Manual
2.5
Chassis Cooling and Filtering
Every Talon RTX rackmount recorder includes a high−powered, forced−air cooling
system, which allows the transfer of heat from hot system components out the back of
the chassis. Cool air is pulled from the front of the system through the QuickPac drive
packs and forced over the hottest system components to ensure adequate cooling.
High−powered fans can be controlled via system software to allow the system to run
quietly with lower cooling levels or at maximum air flow levels. This can be adjusted to
suit your application.
Every RTX recorder includes the filtering necessary to protect the system as well as the
surrounding operating environment. EMI filters are placed on the front and rear of the
chassis to protect the surrounding environment from radiated emissions. A removable
front panel filter protects the system against dust and sand.
2.6
Power Supply
Every Talon RTX rackmount recorder includes a 600−Watt, 85 to 264 V, 47 to 400 Hz
AC power supply. The power supply has an inline EMI filter to protect against con−
ducted emissions and is isolated from the other electronics in the system via an isolated
chassis compartment.
The 400−Hz rating allows every RTX rackmount recorder to operate in aircraft and
other environments where smaller, 400 Hz generators are used. For applications that
require DC power, 24 V and 28 V DC power supplies are available to replace the AC
power supply.
2.7
Military Specifications
All Talon RTX rackmount recorders are designed to meet military specifications for
temperature, altitude, shock, vibration, radiated emissions, conducted emissions, ESD,
sand, and dust. The following list contains these military specifications.
• Vibration: MIL−STD−810F, method 514.5
• Shock: MIL−STD−810F, method 516.5
•
EMI/EMC: MIL−STD−461E, CE101, CE102, CS101 CS114, RE101, RE102, RS101, RS103
• ESD: MIL−STD−1686A
• Sand and Dust: MIL−STD−810F, method 510
Page 11
Rev.: 1.0
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