Read the following technical passage regarding tactical automated weather station maintenance. Based strictly on the facts directly stated in the text, fill in the blanks with the exact values specified.
Cevap:Tactical automated weather stations utilize pulsed diode laser ceilometers to determine cloud base height. During sub-zero deployments, internal optics are protected by a dual-stage window heater. When ambient surface temperatures fall between and , the primary heating element operates at a continuous 【45%】 duty cycle to prevent frost accretion. If temperatures drop below , the secondary boost element automatically engages, increasing power draw to 120 watts and initiating an optical purge cycle. To avoid thermal shock to the gallium-arsenide laser diode, maintenance technicians must manually lock out the boost element whenever external ambient humidity exceeds 【85%】.
Cevap
The primary heating element operates at a 45% (or 45 percent) duty cycle, and technicians must manually lock out the boost element when ambient humidity exceeds 85% (or 85 percent).
The passage explicitly states that within the temperature range of -10°C to -25°C, the primary heating element runs at a continuous '45%' duty cycle. It also explicitly requires technicians to lock out the boost element when external ambient humidity exceeds '85%'.
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Direct Fact Retrieval
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