ECO Siren Environmental Monitor
User Guide

ECO Siren Environmental Monitor

Software Installation

Included with the monitoring system is a proprietary interrogation field software, Field SIREN ® , which is used to communicate and configure the data logger locally. This field software is PC based and does not require permanent installation to be launched. The software included with the kit can be stored on a USB drive and is allowed to be transferred to as many devices as required by the user. Connect the communication cable’s DB9 port to a Windows computer with an available DB9 port. If the user’s computer does not support the DB9 connection, use the included USB adapter to convert the connector.

Insert the USB drive into an available USB port on the computer in which the communications cable is also attached. Using the file explorer, open the USB drive. Launch the Field SIREN ® software by clicking on the application file (.exe file).

Once the program has launched, select the appropriate serial port for the attach device.

Monitor Connection

With the Field SIREN ® software launched and ready for operation, select the appropriate serial communications port and press the “Connect” button, located at the top of the window. The software will start a local connection to the monitor and will allow access to the equipment when the connection has been secured.

With the Field SIREN ® software connected to the monitor, the software will first verify the internal time of the data logger to the actual time of the software. In the event that the monitor’s internal time does not correspond, the software  will indicate that the time will need to be corrected. Close the window to advance to the software’s main screen where the time can be corrected. The internal time only advances if the monitor is receiving power from the external power  module. If the monitor’s power is removed, the time will no longer advance, and the time will need to be corrected once the power has been restored.

Monitor Setup

Configuring the monitor using Field SIREN ® is completed by entering the “Set- Up” window located in the upper right hand corner of the main screen. Select the “Set-Up” button to enter the logger configuration window.

If you do not have a pre-programmed template, programming the logger must be performed manually. Programming the logger will consist of setting up the following.

1. Logger and Memory
2. Sensors
3. Images (optional)
4. Sampler and Flow (optional)
5. Alarms
6. Wireless

The following guide will demonstrate the standard manual programming options for the ECO Siren® wireless monitor.
PROGAM LOGGER

STEP 1.
CLICK LOGGER TAB| **
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STEP 2. – PROGRAM LOGGER
1. Enter Site Name
2. Enter Sensor Warm Up time in Seconds Default = 5 Seconds
3.  Enter Sample Rate in Minutes Default = 5 min
4.  Click “Program and Save” Button.| **

⚠ WARNING ⚠
CLEAR IMAGES and MEMORY – Always manually download monitor data before clearing the logger memory and/or images. Logger memory can not be retrieved once cleared.

Sensor Setup

Configuring the monitor sensors using Field SIREN ® is completed by entering the “Set-Up” window located in the upper right hand corner of the main screen. Select the “Set-Up” button to enter the logger configuration window. Locate “Sensors” tab to complete.

If you do not have a pre-programmed template, programming the monitor sensors must be performed manually. Programming the monitor sensors will consist of setting up the following sensor channels and parameters.

1. Sensor Channels (1 – 8) – Serial and Analog Sensors
2. Digital Inputs (1 – 5) – Digital Inputs featuring ON/OFF Logic
3. Pulse Inputs  (1 – 3) – Pulse Sensors, Rain Gauges, Anemometers
4. Sensor Alarms

SENSOR SET UP

STEP 2. – PROGRAM CHANNELS
1.  Enter Channel Number
2. Enter Channel Name Default = Blank
3.  Enter Sensor Units Default = Blank
4.  Enter Coefficient Default = 1
5. Enter Offset Default = 0
6.  Set Alarm Default = Disabled Setting 1 = High Enabled Setting 2 = Low Enabled
7.   Set Alarm Level Default = 0
⚠ Note: Complete list of sensor profiles including standard sensor coefficients and offsets can be located in appendix of manual.| **
STEP 2. – PROGRAM DIGITAL INPUTS
1. Enter Digital Input Number (1-5)
2. Enter Digital Input Name Name Default = Blank
3.  Enter OPEN Name
Default = NOT ALARMED
4.  Enter CLOSED Name Default = ALARMING
5.  Enter Alarm Setting Default = Disabled
Setting 1 = Open Enabled Setting 2 = Close Enabled|
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STEP 3. – PROGRAM PULSE INPUTS
** 1. Enter Pulse Input Number (1-3) Input 1 = 16 bit
Input 2 = Not Used Input 3 = 16 bit
⚠ Note: Input 2 available in specified versions of monitor firmware.
2. Enter Pulse Input Name Default = Blank|

Image Setup

Configuring the monitor Vision Camera using Field SIREN ® is completed by entering the “Set-Up” window located in the upper right hand corner of the main screen. Select the “Set-Up” button to enter the logger configuration window. Locate “Images” tab to complete.

If you do not have a pre-programmed template, programming the monitor camera sensor must be performed manually.

Programming the monitor camera will consist of setting up the following imaging parameters.

1. Image Resolution / Size
2. Image Compression Ratio
3. Image Sample Rate

IMAGE SET-UP

STEP 1.
CLICK IMAGE TAB| **
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STEP 2. – SET IMAGE RESOLUTION
** 1. Select Image Size
The available 5MP Camera Sensor can be programmed to output various image resolutions to comply with customer requirements or cellular data packages.
Select the required resolution or use the pre-programmed default.
⚠ Note: Default = 640 x 480.
Size 1 = 0.02MP = 160 x 120
Size 2 = 0.08MP = 320 X 240
Size 3 = 0.31MP = 640 X 480
Size 4 = 0.48MP = 800 X 600
Size 5 = 0.78MP = 1024 X 768
Size 6 = 1.23MP = 1280 X 960
Size 7 = 1.92MP = 1600 X 1200
Size 8 = 2.08MP = 1920 X 1080
Size 9 = 3.14MP = 2048 X 1536
Size 10 = 5.04MP = 2592 X 1944
2. Click “Set Image Resolution” Button.|

STEP 1.
CLICK IMAGE TAB| ****
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STEP 2. – SET IMAGE RESOLUTION
1. Select Image Size
The available 5MP Camera Sensor can be programmed to output various image
resolutions to comply with customer requirements or cellular data packages.
Select the required resolution or use the pre-programmed default.
⚠ Note: Default = 640 x 480.
Size 1 = 0.02MP = 160 x 120
Size 2 = 0.08MP = 320 X 240
Size 3 = 0.31MP = 640 X 480
Size 4 = 0.48MP = 800 X 600
Size 5 = 0.78MP = 1024 X 768
Size 6 = 1.23MP = 1280 X 960
Size 7 = 1.92MP = 1600 X 1200
Size 8 = 2.08MP = 1920 X 1080
Size 9 = 3.14MP = 2048 X 1536
Size 10 = 5.04MP = 2592 X 1944
2. Click “Set Image Resolution” Button.
Size 10 = 5.04MP = 2592 X 1944
2.   Click “Set Image Resolution” Button.|

STEP 3. – SET COMPRESSION
1. Enter Compression Value (1-14) Default = Compression Level 10
2. Click “Set Compression” Button.| **
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STEP 4. – SET IMAGE SAMPLE RATE
1. Enter Image Sample Rate in Minutes Default = 0
Range = (0 – 255 Minutes)
2. Click “Program and Save” Button.| **
STEP 4. – VERIFY CAMERA SETTINGS AND POSTIONING
1. Click “Take Picture” Button to verify settings and camera positioning. Image will display on screen in new window.| ****

Wireless Setup

Configuring the wireless modem module using Field SIREN ® is completed by entering the “Set-Up” window located in the upper right hand corner of the main screen. Select the “Set-Up” button to enter the logger configuration window. Locate “Wireless” tab to complete.

If you do not have a pre-programmed template, programming the wireless modem module must be performed manually.
Programming the wireless modem module will consist of setting up the following wireless parameters.

1. Server Port and Location
2. SIM Card APN
3. Upload Rate

If you are not using the BlueLIVE® cloud hosting platform for data transmission, data acquisition is delivered using either email or FTP. Server driver options are available for direct transfer of data without third party routing.

WIRELESS SET-UP

STEP 1.
CLICK WIRLESS TAB| **
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STEP 2. – ENTER DATA LOCATION AND PORT NUMBER
1. Enter data location. Data location can include a DNS name or IP address. Default = upload.bluelive.ziscape.com
2. Enter sever port number. Server port number associated with the direct data transfer driver.
Default = 55000
3.   Click “Program and Save” Button.| **

STEP 3. – ENTER SIM CARD APN
1. Enter APN. APN is provided by the cellular wireless carrier. Blue Siren offered options are provided below.
Telit = 11583.mcs
Verizon = TELIT.VZWENTP
2.   Click “Program and Save” Button.|

STEP 4. – SET WIRELESS UPLOAD
1. Enter Upload Rate in Minutes Default = 0
Range = (0 – 255 Minutes)
2.  Click “Program and Save” Button.| ****
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⚠ Note: If utilizing the Verizon cellular network, additional modem programming is required. Setting the “SIM Configuration” to “Verizon” and clicking the “Program” button will re-configure the modem to the carrier’s specified  requirements for data transmission. Due to the requirements put forth by the carrier, this task must be performed in order to access the data network. Following the re-configuration of the wireless modem module, the system will report  “Programming Successful”. If this does not occur, turn off the sampling function located on the “Logger” Tab found within the “Set-Up” menu and select “Program” again.

Alarm Setup

Configuring the alarming task using Field SIREN® is completed by entering the “Set-Up” window located in the upper right hand corner of the main screen. Select the “Set-Up” button to enter the logger configuration window. Locate “Sensors” and “Alarm” tab to complete.

If you do not have a pre-programmed template, programming the monitor alarms must be performed manually.

Programming the alarming task will consist of setting up the following parameters.

1. Sensor Alarm Trigger
2. Alarm Sample Rate
3. Alarm Image Sample Rate
4. Alarm Time Out

ALARM SET-UP

STEP 1.
CLICK SENSORS TAB| **
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STEP 2. – PROGRAM SENSOR ALARM
Sensor alarms can be configured for Channel or Digital Input Sensors.
1. Change Alarm Settings for: Channel Sensors Digital Input Sensors
2. Change Alarm Level
3. Click “Program and Save” Button.| **
STEP 3.
CLICK ALARM TAB| **
STEP 4. – ENTER ALARM SAMPLE RATE
1. Enter required Sample Rate to be programmed in alarming mode. Typically this value is lower or more frequent than the normal operating sampling rate programmed with the “Logger” tab.
2.   Click “Program and Save” Button.| **
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STEP 5. – ENTER ALARM IMAGE SAMPLE RATE
1. Select required Alarm Image Sample Rate. Typically this value is lower or more frequent than the normal operating imaging sampling rate programmed with the “Images” tab.
⚠ Note: If camera sensor is not utilized, set Alarm Image Rate to “0”.
2.  Click “Program and Save” Button.| **
STEP 6. – ENTER ALARM UPLOAD RATE
1. Enter required Alarm Wireless Upload Rate. Typically this value is lower or more frequent than the normal operating upload rate programmed with the “Wireless” tab.
2. Click “Program and Save” Button.| **
STEP 7. – ENTER ALARM TIMEOUT
1. Select required Alarm Time Out Rate. This feature is to utilized to silence an alarm created by a sensor over a period of time. This feature is used to conserve battery life in the event a sensor’s alarm threshold is inaccurately programmed.
2. Click “Program and Save” Button.| ****
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Wireless Operation

After configuring the wireless modem module using Field SIREN ® , cellular connectivity testing is recommended. The following guide will demonstrate the standard manual cellular wireless testing sequence for the ECO Siren® monitor.

NETWORK REGISTRATION TEST

NETWORK REGISTRATION TEST
1.   Click “Signal Strength” Button.
PASS = Monitor successfully registers to cellular network. Monitor will respond with a series of signal strength values.
⚠ Note: Signal Strength is measured as RSSI. (Relative Signal Strength Indicator)
RSSI = -50 to -70 (GOOD)
RSSI = -70 to -80 (MODERATE)
RSSI = -80 to -100 (POOR) RSSI = -113 (NO SIGNAL)
FAIL = Monitor will not register to cellular network. Monitor will not respond with signal strength and automatically disables modem. Check SIM card installation and APN information in the “Wireless” Tab within the “Set-Up” menu. Verify Wireless Modem Module is connected to “Wireless” Port of monitor.
2.   Click Red “Power” Button.|
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TEST SERVER UPLOAD

1. Click “Wireless Upload” Buttons
   PASS = Monitor successfully registers to cellular network and transmits data to server. Monitor responds “Wireless Upload Successful”.
   FAIL = Monitor successfully registers to cellular network, but will not send data. Monitor responds “Wireless Upload Failed”. Verify “Data Location” and “Server Port” in “Wireless” Tab within the “Set-Up” menu.FAIL = Monitor will not register to cellular network. Check SIM card installation and APN information in the “Wireless” Tab within the “Set- Up” menu. Verify Wireless Modem Module is connected to “Wireless” Port of monitor.
   ⚠ Note: Signal Strength is measured as
   RSSI. (Relative Signal Strength Indicator)
   RSSI = -50 to -70 (GOOD)
   RSSI = -70 to -80 (MODERATE)
   RSSI = -80 to -100 (POOR)
   RSSI = -113 (NO SIGNAL)

2. Click Red “Power” Button.

Manual Download

The ECO Siren® monitor is equipped with internal memory that enables it to store both data and images for manual data collection. To access and download the internal data memory, select the “Download Monitor Data” feature located on the main screen. To avoid extended download data times, turn monitor sampling off before downloading data manually.
DOWNLOAD DATA

MANUAL DATA DOWNLOAD

1. Click “ON/OFF” Button to disable sampling and wireless transmissions.
   RED = Monitor Sampling (OFF)
   GREEN = Monitor Sampling (ON)

2. Click “Download Data” Button.
   Monitor will scan the internal memory and begin to download data. Supported versions of Field SIREN will have multiple time based data download options. Legacy versions of Field SIREN do not support this function.

Download Options:

1. All Data

2. 1 Day through 180 Days
   A complete memory download can contain several megabytes of data. Download times vary based on data collected.

3. Click “ON/OFF” Button to re-enable sampling and wireless transmissions.

MANUAL IMAGE DOWNLOAD

1. Click “ON/OFF” Button to disable sampling and wireless transmissions.
   RED = Monitor Sampling (OFF)
   GREEN = Monitor Sampling (ON)

2. Click “Download Images” Button.
   Monitor will scan the internal memory and begin to download data. Supported versions of Field SIREN will have multiple time based data download options. Legacy versions of Field SIREN do not support this function.Download Options:
   All Images
   Last Image
   Last 10 Images
   A complete memory download can contain several megabytes of data. Download times vary based on data collected.

3. Click “ON/OFF” Button to re-enable sampling and wireless transmissions.

Sensor Reading

“Take Sensor Readings” button manually controls the monitor sampling and is used to capture either a single or multiple data point reading of all attached sensors. The results will be displayed on screen after all sensors have responded  within the specified “warm-up” period. This feature is used to verify sensors results to match previous calibration results or to set-up sensors initially. Select “Exit” to return to the main screen.

TAKE SINGLE SENSOR READING

STEP 1. CLICK TAKE SENSOR READINGS
1. Click “Take Sensor Readings” Button.| **
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STEP 2. CLICK ACTIVATE SENSOR
1. Click “Activate Sensors” Button.
“Activate Sensors” will communicate with all attached sensors based on the pre- programmed “warm-up” period and capture results. Results will be displayed on screen.
2. Click “Exit” Button| **

TAKE MULTIPLE SENSOR READINGS

STEP 1. CLICK TAKE SENSOR READINGS
1. Click “Take Sensor Readings” Button.| **
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STEP 2. CLICK TAKE CONTINUOUS READINGS
1. Click “Take Continuous Readings” Button.
Activates real-time sensor reading mode based on the pre- programmed “warm-up” period and capture results.
2. Click “Stop” Button.
3. Click “Exit” Button.| **

Calibrate Sensors

Several tools within Field SIREN® have been developed allowing the end user to calibrate any type of sensor, simply by taking a field reading. Calibration values are automatically stored within the “Sensors” set-up menu as coefficients and offsets when using the onboard tools. Users have the option of using the automated calibration tools or manually modifying calibration equation values. Due to the complex nature of covering all sensor calibrations the guide will demonstrate how to calibrate Pressure Depth, Ultrasonic Level, and Ultrasonic Doppler Velocity.
CALIBRATE (AV) PRESSURE DEPTH SENSOR

STEP 1. INSTALL AV / DEPTH SENSOR AT BOTTOM OF PIPE
Prior to calibration, actual water depth value must exceed 50mm or approximately 2 inches. Single or dual AV installations should always have primary sensor positioned at the invert of the pipe. Always measure water distance from the  lowest part of the installation pipe.

STEP 2. CLICK SENSOR CALIBRATE
1. Click “Sensor Calibrate” located within the “Sensors” drop down menu.|

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STEP 3. CALIBRATE DEPTH SENSOR
1. Click checkbox “Depth 1”. If installing dual AV Sensors, also click checkbox “Depth 2”. Automated Calibration will compensate for a single or dual calibration based on a single field reading.
2.   Enter the standard sensor coefficient in the “Coefficient” Box.
⚠ Note: Standard Depth Coefficients 15 PSI Sensor (in) = 99.88 15 PSI Sensor (mm) = 2537 5 PSI Sensor (in) = 33.46 5PSI Sensor (mm) = 850
3.   Select “Units” of Field Measurement.
4.   Physically Measure and Enter the Actual Water/Fluid Depth.
5.   Click “Field Calibrate” Button. Allow sequence to finalize. Click “Yes” to save calibration or “No” to re-calibrate.|

CALIBRATE ULTRASONIC LEVEL SENSOR

STEP 1. INSTALL ULTRASONIC LEVEL ABOVE THE CENTER OF THE FLOW AREA
Ultrasonic level sensor options are offered in both a high range variation as well as a low range. High range offerings are typically installed within in the manhole column where as the short range variation would be installed within the pipe to be monitored. Regardless of variation, sensors must be installed above the centerline of the flow stream, bench, and/ or flume with a direct line of sight to the intended target. Field measurements are recorded from the lowest point in the pipe or stream resulting in the highest flow depth.| **
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STEP 2. CLICK SENSOR CALIBRATE
** 1. Click “Sensor Calibrate” located within the “Sensors” drop down menu.|

STEP 3. CALIBRATE LEVEL SENSOR

1. Click checkbox “Unlevel 1”. If installing dual AV Sensors, also click checkbox “Unlevel 2”.
   Automated Calibration will compensate for a single or dual calibration based on a single field reading.

2. Enter the standard sensor coefficient in the “Coefficient” Box.
   ⚠ Note: Standard Coefficients for all variations of Level Sensors.
   Level (in) = -1
   Level (mm) = -25.4

3. Select “Units” of Field Measurement.

4. Physically Measure and Enter the Actual Water/Fluid Depth/Level.

5. Click “Field Calibrate” Button. Allow sequence to finalize. Click “Yes” to save calibration or “No” to re-calibrate.

CALIBRATE VELOCITY SENSOR

Dual Wave and Micro Velocity Sensors are calibrated, verified, and tested in a full submerged pipe under controlled flow conditions. Ultrasonic Doppler Velocity is a linear relationship in-which the sensor retrieves and averages the return velocity of particulate carried by the flow stream, known as the doppler effect. Available sensor variations support multiple calculated statistical equations and averaging methods, with the more common consisting of an average of all measured return velocities. When monitoring large diameter installations with a single sensor or locations with less than ideal hydraulic conditions, it is imperative that sensor verification is performed on site and calibrated if required. Verification of the velocity sensor is performed using industry standard hydraulic profiling techniques such as a T-Section or 9-Point hydraulic profile using a certified calibrated flow probe.
STEP 1. INSTALL AV VELOCITY SENSOR AT BOTTOM OF PIPE
Prior to calibration, actual water depth value must exceed 50mm or approximately 2 inches. Single or dual AV installations should always have primary sensor positioned at the invert of the pipe. Always measure water distance from the  lowest part of the installation pipe.

STEP 2. MEASURE ACTUAL VELOCITY USING 9-POINT PROFILE
Prior to calibration, actual water depth value must exceed 50mm or approximately 2 inches. Single or dual AV installations should always have primary sensor positioned at the invert of the pipe. Always measure water distance from the  lowest part of the installation pipe.
In the event the water level is insufficient for a 9-point velocity profile, the T-Section can be modified and conducted by measuring only three points in the pipe profile. Typically measurements are recorded left to right with the center measurement conducted at the invert of the installation site.

STEP 3. CLICK VELOCITY CALIBRATE

1. Click “Velocity Calibrate” located within the “Sensors” drop down menu.

STEP 4. CALIBRATE VELOCITY SENSOR

1. Click checkbox “Velocity 1”. If installing dual AV Sensors, also click checkbox “Velocity 2”.
2. Select “Unit” of Field Measurement.
3. Physically measure actual velocity using a calibrated flow probe. Enter the results within the T-chart. Minimum of 3 data points should be entered with a maximum input of 9 data points.
4. Click “Field Calibrate” Button. Allow sequence to finalize. Click “Yes” to save calibration or “No” to recalibrate.
   ⚠ Note: If performed calibration is not acceptable, Click “Reset Calibration” to restore factory calibration standards.

LED Indicator

The ECO Siren® monitor is equipped with a high intensity RGB status LED located on the COMM port. LED operation is demonstrated below.
BLUE – Sensor Power Active, Sampling Enabled
⚠ WARNING ⚠
DO NOT UNPLUG SENSORS WHEN BLUE LED ACTIVE! FAILURE TO COMPLY WILL RESULT IN DAMAGE TO EQUIPMENT AND VOID ALL IMPLIED WARRANTIES!
RED – Sensor Power Active, Sampling Enabled, Sensor Battery Low
⚠ Note: Replace 12V Sensor Battery if RED LED Active/Present
GREEN – Monitor Wirelessly Connected to Server, Sending Data
LED Operation: Installation of AV Sensor with Mounting Band

Step 1:
Gather the AV sensor and the mounting band.

• Ensure you have (4) four #4-40 screws of appropriate length: two 3/8-inch screws for the front holes and two 1/2-inch screws for the back hole, have Phillips screwdriver ready.
• Lay out the mounting band on a flat and stable surface. Place the AV sensor on the center of the mounting band, making sure the front and back screw holes on the sensor align with the corresponding holes on the band.
• With one hand, hold the AV sensor in place on the center of the mounting band. With your other hand, take 3/8-inch screw and insert it through one of the front screw holes on the sensor, into the corresponding hole on the band. Turn the screwdriver counterclockwise to loosely fasten.
• Repeat the same process for the other front hole. Now, move on to the back holes, insert 1/2-inch screw through a back screw hole on the AV sensor, aligning it with the hole on the mounting band. Ensure that the AV sensor is properly aligned on the center of the mounting band.
• Once you have confirmed proper alignment, proceed to tighten all four screws. Make sure all screws are tightened evenly and adequately to ensure a secure fit.

Step 2: Install Screw-Jack Hardware

• Locate and remove middle (2) screws, nut, and washers that are securing the Screw-Jack in place. Set aside for later use.
• Place the screw jack near the mounting band with the drill bit end of the rod positioned downwards. Carefully position the Screw-Jack under the points where the mounting band meets.
• Align middle of Screw-Jack holes with Mounting Band holes, ensure that the Screw-Jack are aligned with the corresponding mounting band holes.
• From above the mounting band, insert nails through the screw jack holes and the corresponding mounting band holes.
• Secure nut and washers with the threaded ends of the nails.

Step 3:
Proceed to area of installation or open manhole and find suitable pipe, that has ideal hydraulic conditions, minimal siltation and debris.

• Slide Band into pipe.
• To expand the Mounting Band and make it seamlessly fit around the pipe, use the 1/2-inch socket on the drill end or the manual socket wrench. Put the drill (if using a drill) in reverse mode, and slowly turn the drill or socket wrench until the mounting band expands and fits snugly around the pipe.
• Leave the mounting band and screw-jack in its expanded position around the pipe, ready for its intended purpose. The AV sensor is placed upstream facing into the water flow direction.
• Secure sensor cables with zip ties along the top of the mounting band, starting from the hole nearest to sensor.

Ensure cable is against the band and out of the way from water flow to prevent catching anything.

Step 4:
Once AV sensor is secured in water flow to take readings, connect sensor to monitor.
Take a test reading.| ****
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IMPORTANT

Contact Blue Siren® for technical support at +1 321-242-0300.
Warranty covers Blue Siren® products and software for the duration of the warranty period per the warranty’s terms and conditions.
Blue Siren® is NOT LIABLE for damage or injury due to any handling, installation, or maintenance of supplied products.
BlueLIVE® Cloud based hosting with Field SIREN™ that supports 2G, 3G, and 4G wireless networks.
Always service your Blue Siren® products according to the manufacturing instructions.

Always calibrate and verify sensors when installing hardware.
Periodically verify sensors and monitor operation.

©Blue Siren Inc.

103 3030 Venture Lane

Melbourne, Florida, USA

References

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