Maxon MODMAX MM-6280IND Especificações Página 1

Aaron Hawdon, Rex Keen and Jamie VleeshouwerCSIRO Land and Water Science Report 24/09 April 2009 A Remote Automated Water Quality Stream

A Remote Automated Water Quality Stream Gauging System Design 4 42.1.8. Telemetry The telemetry system uses the mobile phone network where availab

A Remote Automated Water Quality Stream Gauging System Design 5 5 Figure 1 Examples of small platform design (a) at Thornton Creek and large platfo

A Remote Automated Water Quality Stream Gauging System Design 6 6Ventilation is provided with two weather resistant vents located on either side of

A Remote Automated Water Quality Stream Gauging System Design 7 7 The standard mount is comprised of three components, a forward facing mount for t

A Remote Automated Water Quality Stream Gauging System Design 8 8 Figure 3 Example of a soft substrate installation. 3.1.2. Hard substrate A shall

A Remote Automated Water Quality Stream Gauging System Design 9 9 Figure 4 Starflow velocity probe mount (a) and turbidity probe mount (b). The tur

A Remote Automated Water Quality Stream Gauging System Design 10 10 Figure 5 B&R enclosure located to the rear of the pier to store excess cabl

A Remote Automated Water Quality Stream Gauging System Design 11 11 Figure 6 Pipe installation at Keelbottom Creek (left) and Scrubby Creek (righ

A Remote Automated Water Quality Stream Gauging System Design 12 12The studs can be tightened after the adhesive has cured. Loading time is approxi

A Remote Automated Water Quality Stream Gauging System Design 13 13A length of light 15 mm steel pipe is attached to the stand to protect the cable

CSIRO Land and Water Science Report series ISSN: 1834-6618 Copyright and Disclaimer © 2008 CSIRO To the extent permitted by law, all rights are re

A Remote Automated Water Quality Stream Gauging System Design 14 14 Figure 7 Example of logger enclosure setup from Myuna station. Silica gel desi

A Remote Automated Water Quality Stream Gauging System Design 15 15 Figure 8 Flow chart of monitoring station program. The program actually uses

A Remote Automated Water Quality Stream Gauging System Design 16 164.1. Initialisation On initialisation, the program loads the variables used to c

A Remote Automated Water Quality Stream Gauging System Design 17 17 If a pump is installed at the site, the pump is turned on for a preset period o

A Remote Automated Water Quality Stream Gauging System Design 18 185. DATA RETRIEVAL 5.1. Automatic downloading Data is automatically downloaded

A Remote Automated Water Quality Stream Gauging System Design 19 19 Figure 10 Example of a Data Report page.

A Remote Automated Water Quality Stream Gauging System Design 20 206. SAMPLE RETRIEVAL 6.1. Collection When sample bottles are retrieved from a s

A Remote Automated Water Quality Stream Gauging System Design 21 217. CONCLUSION All installations continue to provide the most detailed water qua

A Remote Automated Water Quality Stream Gauging System Design 22 22 8. APPENDICES Appendix 1 – Modem Setup Wavecom Fastrack GSM modem 1. Enter th

A Remote Automated Water Quality Stream Gauging System Design 23 2311. Check all codes are entered correctly (Should be exactly the same as the cod

A Remote Automated Water Quality Stream Gauging System Design iii iiiACKNOWLEDGEMENTS The authors would like to acknowledge funding from Meat and L

A Remote Automated Water Quality Stream Gauging System Design 24 24Appendix 2 – Design plans

A Remote Automated Water Quality Stream Gauging System Design 25 25

A Remote Automated Water Quality Stream Gauging System Design 26 26

A Remote Automated Water Quality Stream Gauging System Design 27 27

A Remote Automated Water Quality Stream Gauging System Design 28 28

A Remote Automated Water Quality Stream Gauging System Design 29 29

A Remote Automated Water Quality Stream Gauging System Design 30 30

A Remote Automated Water Quality Stream Gauging System Design 31 31

A Remote Automated Water Quality Stream Gauging System Design 32 32

A Remote Automated Water Quality Stream Gauging System Design 33 33

A Remote Automated Water Quality Stream Gauging System Design iv iv EXECUTIVE SUMMARY The decline in the quality of water exported into the Great B

A Remote Automated Water Quality Stream Gauging System Design 34 34

A Remote Automated Water Quality Stream Gauging System Design 35 35 Appendix 3 - Wiring Diagram

A Remote Automated Water Quality Stream Gauging System Design 36 36Appendix 4 - Stream Gauge State Diagram

A Remote Automated Water Quality Stream Gauging System Design 37 37 9. REFERENCES Reports Bartley, R., Hawdon, A. and Keen, R. (2007). Sediment and

A Remote Automated Water Quality Stream Gauging System Design 38 38Technical Documents CR10x manual http://www.campbellsci.com.au/documents/manuals

A Remote Automated Water Quality Stream Gauging System Design 39 39

A Remote Automated Water Quality Stream Gauging System Design v vCONTENTS 1. Introduction ...

A Remote Automated Water Quality Stream Gauging System Design vi vi7. Conclusion...

A Remote Automated Water Quality Stream Gauging System Design Page 1 1. INTRODUCTION The Burdekin River has the second largest catchment (~130,000

A Remote Automated Water Quality Stream Gauging System Design 2 2 2. SYSTEM OVERVIEW The three principal elements that comprise the standard str

A Remote Automated Water Quality Stream Gauging System Design 3 3probes can be customised to measure up to 3000NTU. In the standard gauging system