DOD Technologies ChemLogic CL96 - 3.3 Sample Tubing; 3.3.1 End-of-Line Particulate Filters; 3.5 A;C Power

DC-TEC-MAN-CL96_B
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ChemLogic® CL96 Operating Manual
3.3 Sample Tubing
Sample tubing is connected to the CL96 on the top the unit. All sample tubes are 1/4” OD x 3/16” ID Teflon
FEP (400 ft max length) which may be purchased from DOD Technologies, INC (See Appendix A). Fully
depress each sample tube into the proper hole when attaching. To detach the tube, push on the collet and pull
the tubing out.
3.3.1 End-of-Line Particulate Filters
End of line particulate filters must be installed on all sample lines at all times to prevent damage to the
unit. Unused lines must either be plugged or have a filter installed. Filters require regular maintenance – see
chapter 6.
End of line particulate filters may be purchased from DOD technologies (see appendix A).
3.4 Exhaust Tubing
The exhaust line must be 3/8” OD x 1/4” ID tubing with a maximum length of 25ft. Polyethylene is
recommended although polypropylene or Teflon may also be used. Exhaust tubing may be purchased from
DOD technologies (see appendix A)
3.5 A/C Power
When connecting the A/C power to the CL96 assure that all of the following requirements are met:
• A building circuit breaker is required.
• The circuit breaker must be installed in a suitable location that is easily reached.
• The circuit breaker must be labeled as the disconnect device for the CL96.
• The circuit break must break both poles.
See system specifications in Appendix C for power requirements.
WARNING: The detachable power cord or the supply line wiring must meet the ratings
specified in Appendix C under system specifications.
IMPORTANT : All sample tubing used with the CL96 must be ¼” OD x 3/16” ID FEP Teflon. Use
of any other tubing may damage the CL96 and/or cause inaccurate gas concentration readings.
IMPORTANT : All points require filtration to prevent dust accumulation in tubing and internal
damage to the CL96. Dust that collects in the tubing or the internal system may cause sample
loss and inaccurate concentration readings.