Campbell Scientific CPEC200 Closed-Path Eddy-Covariance System - Manual (Page 10)

Table of Contents
G-3. Interior of CPEC200 scrub module with tubing and cover
removed ....................................................................................... G-4
G-4. Empty bottle showing the top (on the right with spring) and
bottom (left) caps ......................................................................... G-5
H-1. Four screws holding filter assembly inside CPEC200 pump
module enclosure ......................................................................... H-1
H-2. Upright filter unit in enclosure ........................................................ H-2
H-3. Location of #4 screws of pump assembly ........................................ H-2
H-4. Exposed CPEC200 pump assembly ................................................ H-3
H-5. Location of pump connector in CPEC200 pump electronics ........... H-3
H-6. Self-tapping screws attaching pump to metal box ........................... H-4
H-7. Location of cuts to remove pump assembly from tubing ................ H-4
H-8. Inlet and outlet tubing reconnected to pump ................................... H-5
H-9. Pump side with inlet and outlet tubing connected ........................... H-5
H-10. Proper positioning of CPEC200 in shell cover ................................ H-6
Tables
5-1. SDM Wiring ...................................................................................... 25
6-1. Automatic Zero/Span Sequence ........................................................ 35
A-1. Summary CPEC200 diagnostic flags encoded in diag_cpec ........... A-9
B-1. CPEC200 public variables ............................................................... B-1
C-1. Values stored in table ts_data .......................................................... C-1
C-2. Values stored in table flux ............................................................... C-3
C-3. Values stored in table zero_ span .................................................... C-6
C-4. Values stored in table message_log ................................................. C-9
C-5. Values stored in table config_history ............................................ C-10
D-1. CPEC200 temperature control bits encoded in ControlBits ............ D-1
E-1. Available plastic tubing sizes, construction, and usage
guidelines ...................................................................................... E-2
E-2. Dimensions and part numbers for Swagelok ® inserts ....................... E-3
E-3. Dimensions and part numbers for Swagelok ® ferrules ..................... E-3
E-4. Dimensions and part numbers for Swagelok ® plugs ........................ E-4
E-5. Dimensions and part numbers for Swagelok ® caps .......................... E-4
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