3700 Portable Samplers
Section 2 Setup Procedures
2-3
damage. The vinyl suction line contains a very low PPM (parts
per million) level of phenols. If this affects your samples, use the
PTFE suction line.
You can cut both vinyl and PTFE lines to any length from 3 to 99
feet in 1-foot increments. Cut the suction line in whole-foot incre-
ments: lengths of 4 feet, not 3.5 feet. The controller will accept
only whole numbers as suction-line lengths.
To ensure the accuracy of the sampler, you must enter a
suction-line length equal that of the actual line measurement.
When programming the sampler, you must enter the inside
diameter, type, and length of suction line used.
Cut the line to the shortest length feasible: this aids the downhill
routing. Avoid loops of coiled suction line, which may hold
residual amounts of liquid that would cross-contaminate sample
volumes. A shorter suction line will also extend battery life and
pump-tube life because the sampler will require a shorter
pumping cycle to deliver the sample volume.
2.4.1 Attaching Vinyl
Suction Line
Attach vinyl suction line to the pump tubing with the tube cou-
pling. Two couplings are available, one for each size of vinyl line.
Attach the vinyl suction line to the pump tube with the tubing
coupler. First, screw the threaded end into the suction line until
the flat surface is flush against the suction line (Figure 2-1).
Then, push the other end of the coupler into the end of the pump
tube until the other flat surface is flush against the tubing.
Figure 2-1 Attaching the suction line to the pump tubing
1.
2.
Summary of Contents for 3700
Page 2: ......
Page 4: ......
Page 33: ...3700 Portable Samplers Section 2 Setup Procedures 2 9 Figure 2 7 Locked Sampler ...
Page 34: ...3700 Portable Samplers Section 2 Setup Procedures 2 10 ...
Page 144: ...3700 Portable Samplers Section 3 Programming Guidelines 3 110 ...
Page 152: ...3700 Portable Samplers Section 4 Options and Interfacing Equipment 4 8 ...
Page 164: ...3700 Portable Samplers Section 5 Routine Maintenance 5 12 ...
Page 180: ...3700 Portable Samplers Appendix A Replacement Parts Lists A 2 ...
Page 181: ...3700 Portable Samplers Appendix A Replacement Parts Lists A 3 ...
Page 182: ...3700 Portable Samplers Appendix A Replacement Parts Lists A 4 ...
Page 183: ...3700 Portable Samplers Appendix A Replacement Parts Lists A 5 ...
Page 184: ...3700 Portable Samplers Appendix A Replacement Parts Lists A 6 60 3703 262 REV J 3 2 ...
Page 186: ...3700 Portable Samplers Appendix A Replacement Parts Lists A 8 ...
Page 188: ...3700 Portable Samplers Appendix A Replacement Parts Lists A 10 ...
Page 189: ...3700 Portable Samplers Appendix A Replacement Parts Lists A 11 ...
Page 190: ...3700 Portable Samplers Appendix A Replacement Parts Lists A 12 ...
Page 191: ...3700 Portable Samplers Appendix A Replacement Parts Lists A 13 ...
Page 192: ...3700 Portable Samplers Appendix A Replacement Parts Lists A 14 ...
Page 193: ...3700 Portable Samplers Appendix A Replacement Parts Lists A 15 ...
Page 194: ...3700 Portable Samplers Appendix A Replacement Parts Lists A 16 ...
Page 195: ...3700 Portable Samplers Appendix A Replacement Parts Lists A 17 ...
Page 196: ...3700 Portable Samplers Appendix A Replacement Parts Lists A 18 ...
Page 200: ...3700 Portable Samplers Appendix B Accessories B 4 ...
Page 210: ...3700 Portable Samplers Appendix C General Safety Procedures C 10 ...
Page 224: ...3700 Portable Samplers Appendix E Calculating Flow Increment Between Samples E 4 ...
Page 234: ...3700 Portable Samplers Appendix G Material Safety Data Sheets G 8 ...
Page 238: ......
Page 240: ......
Page 242: ......