![Campbell CPEC300 Скачать руководство пользователя страница 41](http://html1.mh-extra.com/html/campbell/cpec300/cpec300_product-manual_489189041.webp)
CPEC300/306/310 Closed-Path Eddy-Covariance Systems
32
To bring cables into the CPEC306 and CPEC310 enclosure,
remove the cap from the cable feedthrough by loosening the
thumbscrew and pulling the cap off.
The CPEC306 and CPEC310 wires connect to a DIN rail located
inside of the main enclosure. This DIN rail then connects to the
CR6 datalogger. To connect a wire to the DIN rail terminal blocks
of the CPEC306 and CPEC310 enclosure, insert a small
screwdriver into the square hole to open the spring-loaded
contacts. Insert the wire into the corresponding round hole and
then remove the screwdriver. Gently tug the wire to confirm it is
secure.
Ensure the CPEC306 and CPEC310 enclosure is not powered, and wire the
power cable (CABLEPCBL-L) from the EC100 electronics to the enclosure as
shown in FIGURE
FIGURE 5-9. Wiring the EC100 to a CPEC306 and CPEC310
enclosure
Secure the SDM and power cables in the EC100 with a cable tie.
NOTE
NOTE
Power Wire to + 12 Vdc
Power Supply (off) goes here
Power Wire to EC100
SDM Wires to EC100
Ground Wire to + 12 Vdc
Power Supply (off)
Ground Wire to EC100
SDM Black and Clear
Ground Wires
Содержание CPEC300
Страница 1: ...CPEC300 306 310 Closed Path Eddy Covariance Systems 10 18 Copyright 2018 Campbell Scientific Inc ...
Страница 17: ...CPEC300 306 310 Closed Path Eddy Covariance Systems 8 FIGURE 4 8 CPEC306 system ...
Страница 54: ...CPEC300 306 310 Closed Path Eddy Covariance Systems 45 ...
Страница 55: ...CPEC300 306 310 Closed Path Eddy Covariance Systems 46 ...