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Página 1 - Radar Water Level Sensor

CS475, CS476 and CS477 Radar Water Level SensorRevision: 7/13 Copyright © 2009-2013Campbell Scientific, Inc.

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CS475, CS476, and CS477 Radar Water Level Sensor 3. Initial Inspection When unpacking the equipment, do the following: • Unpack the unit in a clean,

Página 3 - Warranty

CS475, CS476, and CS477 Radar Water Level Sensor TABLE 4-2. Radiation Beam Spread for CS475 (10° Beam Angle) Distance in Meters Diameter of Footpri

Página 4 - Assistance

CS475, CS476, and CS477 Radar Water Level Sensor CS475 CS476/CS477 12 FIGURE 4-1. Polarization markings (see TABLE 4-4 for label descriptions) TABL

Página 5 - Table of Contents

CS475, CS476, and CS477 Radar Water Level Sensor TABLE 4-5. Example of a Start False Echo Learn Command Initial Command Response 0XSFEL+2.500! Whe

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CS475, CS476, and CS477 Radar Water Level Sensor Subsequent Command Command Response 0D0! Where the first zero is the sensor address. This is the s

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CS475, CS476, and CS477 Radar Water Level Sensor 3. Under Generic Measurements, select SDI-12 Sensor then click the right arrow to add it to the list

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CS475, CS476, and CS477 Radar Water Level Sensor 5. Choose the outputs and then select Finish. 6. Wire according to the wiring diagram generated b

Página 9 - Level Sensor

CS475, CS476, and CS477 Radar Water Level Sensor These radar sensors output a digital SDI-12 signal to indicate distance and stage. This output is ac

Página 10 - 4. Quickstart

CS475, CS476, and CS477 Radar Water Level Sensor 5.1 Components and Hardware The radar sensor consists of an integrated microwave transmitter and sen

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CS475, CS476, and CS477 Radar Water Level Sensor 6. Specifications Features: • FCC compliant • Ideal for areas where submersed sensors can be damag

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CS475, CS476, and CS477 Radar Water Level Sensor Accuracy CS475: ±5 mm (±0.2 in) CS476: ±3 mm (±0.1 in) CS477: ±15 mm (±0.6 in) Resolution:

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CS475, CS476, and CS477 Radar Water Level Sensor 6.3 Physical See FIGURE 6-2 and FIGURE 6-3 for dimensions. Rating: NEMA 4x Housing Material: Alum

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CS475, CS476, and CS477 Radar Water Level Sensor FIGURE 6-3. CS476/CS477 dimensions 86 mm (3.4 in) 86 mm (3.4 in) 95 mm 585 mm (23 in) 430 m(1

Página 16 - 5. Overview

CS475, CS476, and CS477 Radar Water Level Sensor 7. Installation Before installing the radar sensor, you must consider all the suggested guidelines f

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CS475, CS476, and CS477 Radar Water Level Sensor 7.2 Sensor Alignment 7.2.1 Vertical Use a user-supplied bubble level or the 25619 bubble level to m

Página 18 - 5.1 Components and Hardware

CS475, CS476, and CS477 Radar Water Level Sensor TABLE 7-1. Wiring Diagram Color Description CR800, CR850, CR1000, CR3000, CR10(X), CR510,

Página 19 - 6. Specifications

CS475, CS476, and CS477 Radar Water Level Sensor 7.5.1 CRBasic Dataloggers that are programmed with CRBasic include the CR200(X) series, CR800, CR850

Página 20 - 6.2 Environmental

CS475, CS476, and CS477 Radar Water Level Sensor 7.5.1.1 Example Program 'CR1000 Series Datalogger 'Declare the variable for the water le

Página 21 - 6.3 Physical

CS475, CS476, and CS477 Radar Water Level Sensor Parameter 5 — Multiplier Parameter 6 — Offset Edlog allocates only one of the input locations needed

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CS475, CS476, and CS477 Radar Water Level Sensor 8. Diagnostics, Repair, and Maintenance 8.1 Testing Procedure The test procedures for the sensor re

Página 23 - 7. Installation

Warranty “PRODUCTS MANUFACTURED BY CAMPBELL SCIENTIFIC, INC. are warranted by Campbell Scientific, Inc. (“Campbell”) to be free from defects in materi

Página 24 - 7.4 Wiring

CS475, CS476, and CS477 Radar Water Level Sensor • Stage—the water level as measured in meters or feet. This measurement is calculated using the Wat

Página 25 - 7.5 Programming

CS475, CS476, and CS477 Radar Water Level Sensor • Manufacturer’s Model Number: PS61 (CS475), PS62 (CS476), or PS63 (CS477) • Three Digit Firmware V

Página 26 - 7.5.1 CRBasic

CS475, CS476, and CS477 Radar Water Level Sensor TABLE 8-4 shows an example of checking the CRC. TABLE 8-4. Checking CRC Example Initial Command R

Página 27 - 7.5.2 Edlog

CS475, CS476, and CS477 Radar Water Level Sensor 8.2 Diagnostics and Repair The radar sensor is extremely reliable, but problems can occur during ope

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CS475, CS476, and CS477 Radar Water Level Sensor The electronics module is replaced by doing the following steps (see FIGURE 8-1 and TABLE 8-5): 1. U

Página 29 - 8.1 Testing Procedure

CS475, CS476, and CS477 Radar Water Level Sensor 123345 FIGURE 8-1. Changing the electronics (see TABLE 8-5 for label descriptions) TABLE 8-5. Descr

Página 30 - 8.1.3 Check for Valid Data

CS475, CS476, and CS477 Radar Water Level Sensor 28

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Appendix A. Replacing the Cable The sensor is fitted with a cable for connection to the datalogger. The following procedure is for replacing the or

Página 32 - 8.1.6 Get Water Conditions

Appendix A. Replacing the Cable 123(A)(C)456789101112(D)13(B)1415161718 FIGURE A-1. Connecting the instrument housing (see TABLE A-1 for description

Página 33 - 8.2 Diagnostics and Repair

Appendix B. SDI-12 Commands/ Changing Settings The SDI-12 commands are entered using the 25616, Adjustment/Display Module, or the terminal emulator

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Assistance Products may not be returned without prior authorization. The following contact information is for US and international customers residing

Página 35 - 8.3 Maintenance

Appendix B. SDI-12 Commands/Changing Settings TABLE B-1. SDI-12 Commands Function SDI-12 Command Address Query ?! Send Identification aI! Acknowl

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Appendix B. SDI-12 Commands/Changing Settings B.1 SDI-12 Command Descriptions B.1.1 Start False Echo Learn The Start False Echo Learn command is an

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Appendix B. SDI-12 Commands/Changing Settings TABLE B-3. Example of Setting Address Initial Command Response 0A1! Where 0 is the original addres

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Appendix B. SDI-12 Commands/Changing Settings The factory default water conditions are set to 1, which is smooth. The water condition settings shoul

Página 39 - Changing Settings

Appendix B. SDI-12 Commands/Changing Settings Change this setting by first using the aXSPOM+n! command (where n=1 (on), 2 (auto), or 0 (off)) followe

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Appendix B. SDI-12 Commands/Changing Settings are used to enter transparent mode with PC200W and PC400 software after accessing the terminal emulator

Página 41 - B.1.3 Query/Set the Address

Appendix B. SDI-12 Commands/Changing Settings B.2.3 CR1000 Datalogger Example 1. Connect a single sensor to the datalogger as follows: • White to

Página 42 - B.1.5 Set Water Conditions

Appendix B. SDI-12 Commands/Changing Settings will change its address and the datalogger will respond with the new address. To exit SDI-12 transpare

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Appendix B. SDI-12 Commands/Changing Settings FIGURE B-4. SDI-12 transparent mode on CR10X datalogger using control port 1 and changing SDI-12 addr

Página 44 - Send Commands

Appendix B. SDI-12 Commands/Changing Settings 8. To change the SDI-12 address, enter the command aAb!; where a is the current address from the above

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Table of Contents PDF viewers: These page numbers refer to the printed version of this document. Use the PDF reader bookmarks tab for links to spec

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Appendix B. SDI-12 Commands/Changing Settings B-12

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Appendix C. FCC/IC Equipment Authorization (USA/Canada only) The CS475, CS476, and CS477 are FCC compliant (FCC IC # M01PULS616263). Modifications

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Appendix C. FCC/IC Equipment Authorization (USA/Canada only) C-2

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Campbell Scientific Companies Campbell Scientific, Inc. (CSI) 815 West 1800 North Logan, Utah 84321 UNITED STATES www.campbellsci.com • info@campbel

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Table of Contents 8.1.2 Check Unit Response ... 22 8.1.3 Check for Valid Data...

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Table of Contents B-4. SDI-12 transparent mode on CR10X datalogger using control port 1 and changing SDI-12 address from 0 to 1...

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Table of Contents iv

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CS475, CS476, and CS477 Radar Water Level Sensor 1. Introduction The CS475, CS476, and CS477 are radar-ranging sensors that monitor the water level

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