This multiple technology flow monitor will power almost every available sensor technology that is used in wastewater applications today. It is the most versatile and cost-effective, flow monitor on the market. The ADS® TRITON+® includes four multiple technology sensor options.
This array of monitoring technologies provides for unmatched flexibility in a fully integrated monitoring platform. The TRITON+ platform adapts to a wide range of customer applications and budgets. It can be configured as an economical single sensor monitor or dual sensor monitor. It offers a longer battery life and fewer parts for a more reliable system. This provides a lower purchase price and a lower ownership cost over the life of the monitor. The TRITON+ has the lowest operational cost per data sample of any Intrinsically Safe flow monitor available.
The TRITON+ is an intrinsically safe, “Fit-for-Purpose” open channel flow monitor for use in sanitary, combined, and storm sewers. It is designed to be the most versatile flow monitoring system available for wastewater collection applications. It supports single pipe or dual pipe flow measurement installations.
Use the TRITON+ to gain actionable insight for:
TRITON+ Product Manual
Installation, Operation and Maintenance
#QR775027 A14 (July 2020).
Programs to Configure and Activate Your TRITON+
Startup and configuration software included with your purchase of the TRITON+.
Legacy startup and configuration software included with your purchase of the TRITON+.
Step-by-step instructions for TRITON+ activation when using your own Verizon wireless network.
Updates to Firmware and SoftwareAll updates to TRITON+ firmware can be accessed through the ADS Software Downloads page. The TRITON+ is compatible with ADS’s PRISM advanced cloud-based software. Transform your flow monitoring data into actionable insight when combining the ADS TRITON+ with PRISM. Always stay informed by regularly visiting the PRISM Updates page.
The AV|GATED sensor combines proven depth measurement methods with state-of-the-art gated velocity measurement technology to provide accurate and reliable area-velocity sewer flow measurements. The AV|GATED sensor measures average velocity.
Flood Gate Tilt Sensor
INCLINOMETER Flood Gate Tilt Sensor
The INCLINOMETER sensor utilizes an integrated accelerometer in a sealed
and intrinsically safe housing to accurately determine the state of a flood
gate’s positioning in water control and management systems. It is easily
installed and supports a variety of sensor orientations.
Peak Combo Sensor
The ADS Peak Combo is a versatile and economical sensor that includes three measurement technologies in a single housing: ADS-patented continuous wave peak velocity, up-looking ultrasonic depth, and pressure depth.
Long Range Depth (LRD) Sensor
The ADS Long Range Depth sensor incorporates a narrow, powerful ultrasonic beam that enables this depth sensor to perform well over long ranges. The integral Submersion Sensor provides detection of flooding at the point of interest.
With the new ADS® ParaDepth™ sensor, wastewater collection system managers, operators, and engineers can collect accurate depth data with a completely non-contact sensor.
Q1. What software is needed to setup the TRITON+ monitor?
A1. The ADS Qstart software is needed, and is available for download on the ADS Software Downloads page. For further instructions regarding installing the Qstart software, download the Qstart Installation Guide, also on the Software Downloads page.
Q2. How should the TRITON+ be configured and activated?
A2. All steps necessary for a successful configuration and activation of the TRITON+ are outlined in Chapter 6 of the TRITON+ Installation, Operation, and Maintenance Manual.
Q3. Can the TRITON+’s initial activation be done wirelessly?
A3. No. The monitor must be activated initially via direct, serial connection to the monitor, using the Serial option for the Connect parameter in Qstart. Subsequent activations can occur wirelessly.
Q4. How can the monitor be configured to send out alarms?
A4. The TRITON+ can be configured to send out alarms directly from the monitor. Use the Notification device in Qstart. Further information on how to configure this device is available in Qstart’s online help or in Chapter 6 of the TRITON+ Installation, Operation, and Maintenance Manual.
Q5. What alarms does the TRITON+ support?
A5. The TRITON+ supports two depth alarms (High_Level and High_High) as well as a flow loss alarm based on either depth or flow rate. Further information on the configuration of these alarms is available in Chapter 6 of the TRITON+ Installation, Operation, and Maintenance Manual.
Q6. Does the TRITON+ support a dual rate allowing the monitor to take more frequent measurements during critical events?
A6. Yes. A dual data rate can be configured on the MLI device screen. Users can specify the depth at which the monitor will switch from the normal measurement rate to the faster measurement rate based on a depth limit.
Q7. Can the TRITON+ be configured to deliver data to FlowView PRISM?
A7. Yes. The TRITON+ can be configured to deliver data to FlowView PRISM through the use of the Data Delivery device in Qstart. Set the mode to FlowView PRISM and enter an Interval for the data delivery. Enter the FlowView PRISM server IP address under the MLI device. The server IP address is 18.104.22.168.
Q8. Can the TRITON+ deliver data simultaneously to an FTP server and FlowView PRISM?
A8. No. The TRITON+ can only deliver to one or the other. FTP delivery will disable cryouts to FlowView PRISM.
Q9. Why is the TRITON+ unable to deliver files to the FTP server after configuration?
A9. There are several possible causes for the failure to deliver. The folder name configured on the Data Delivery device cannot have spaces in the name. For example, TRITON Folder will not work, but TRITON_Folder will work. Verify that there are no spaces in the folder name and activate the TRITON+ again to see if it successfully delivers files to the FTP server. Other possibilities for this error could be that the FTP server is not configured to accept file delivery from the TRITON+’s IP address, or that the TRITON+ is set to Active for the delivery mode and needs to be set to Passive in the Data Delivery device. ADS recommends using the Passive delivery mode.
Q10. What is the difference between Active and Passive mode on the Data Delivery device in the FTP setup section?
A10. The Active mode allows the monitor to set the data channel (port) for the FTP server to use; in the Passive mode, the FTP server tells the monitor which port to send the data over. Most servers are configured to accept data in the Passive mode only. Therefore, ADS recommends using this mode unless the FTP server does not support it.
Q11. Can the TRITON+ deliver data via email?
A11. No, it cannot. However, the last four readings are delivered as part of email text for daily check-ins and alarm notifications.
Q12. Can the TRITON+ be configured to respond to on-demand remote communication requests
A12. Yes. On-demand, remote communication is available for monitors equipped with SIM cards having static IP addresses as long as the modem power is configured to be “on.” Further information on configuring on-demand data collection is available in Chapter 6 of the TRITON+ Installation, Operation, and Maintenance Manual.
Q13. Can the TRITON+ be setup to automatically accommodate Daylight Savings time?
A13. Yes, use the Daylight Saving Device to set the DST and Standard parameters. This device needs to be updated each year to ensure the correct dates and times are downloaded to the monitor.
Q14. Does the TRITON+ support analog and digital inputs and outputs?
A14. Yes. An ADS XIO device is required. It can support up to 2 analog inputs, 2 analog outputs, 2 digital inputs, and 2 digital outputs. Further information is available in Chapter 8 of the TRITON+ Installation, Operation, and Maintenance Manual.
Q15. Does the TRITON+ support Modbus polling
A15. Yes. The TRITON+ supports Modbus RTU, ASCII, and TCP communications. Either an ADS ExPac or XBUS device is required. Further information is available in Chapter 9 of the TRITON+ Installation, Operation, and Maintenance Manual.
Q16. Where are the Modbus registers documented for the implementation of the Modbus polling feature
A16. Modbus registers are listed in Chapter 9 of the TRITON+ Installation, Operation, and Maintenance Manual. This chapter also includes an explanation of the format used by ADS and how to configure the RTU to poll these registers.
Q17. Does the TRITON+ support water quality sampling?
A17. Yes. The TRITON+ supports flow proportional and level actuated water quality sampling. Further information is available in Chapters 3, 6, and Appendix E of the TRITON+ Installation, Operation, and Maintenance Manual.
Q18. Can the TRITON+ monitor multiple pipes simultaneously?
A18. Yes. Up to two monitoring points can be configured on the TRITON+ monitor. Further information on how to configure multiple monitoring points can be found in Chapter 6 of the TRITON+ Installation, Operation, and Maintenance Manual.
Q19. How many sensors does the TRITON+ support?
A19. The TRITON+ supports four different sensors: Long Range Depth, Peak Combo, Smart Depth and Surface Combo. The Long Range Depth and Smart Depth sensors measure level only; the Peak Combo and Surface Combo measure both depth and velocity.
Q20. Can the TRITON+ record temperature?
A20. Yes. The TRITON+ can be configured to log water temperature as measured by the Peak Combo sensor and air temperature as measured by the Long Range Depth, Smart Depth, or Surface Combo sensors. Further information can be found in Chapter 6 of the TRITON+ Installation, Operation, and Maintenance Manual.
Q21. How can the TRITON+ be deactivated
A21. Set the sampling rate to 0 minutes and the Deactivate function becomes available.
Q22. What parts, supplies, tools, and equipment are needed to install the TRITON+?
A22. The parts, supplies, tools, and equipment needed to install the monitor are detailed in Chapter 3 of the TRITON+ Installation, Operation, and Maintenance Manual.
Q23. What mounting options are available for the TRITON+?
A23. The TRITON+ monitor can be installed using either an aluminum mounting bracket attached to the monitor and bolted to the manhole wall or rim, or by a hook connected to the monitor that attaches to a rung. The part numbers are ADS p/n I40-0009 for the wall/rim mount, and ADS p/n 8000-0021 for the rung mount. Details for both types of installations can be found in the TRITON+ Installation, Operation, and Maintenance Manual.
Q24. How should the antenna be installed for the TRITON+ monitor?
A24. Refer to Chapter 4 of the TRITON+ Installation, Operation, and Maintenance Manual or view the “How to Install an Antenna for use with ADS Monitors” video for tools required and installation instructions.
Q25. Can a user communicate remotely with a deactivated TRITON+
A25. No. Once the monitor has been deactivated, users can no longer communicated remotely. In order to reinitialize communications, it must be activated again with a direct serial connection.
Q26. How long will a TRITON+ battery last?
A26. The monitor’s battery can last, with a 15-minute sample rate, between 11 months to 15 months, depending on the frequency of the Data Delivery configuration, frequency of push communications, etc.
Q27. Can the TRITON+ modem be configured to extend battery life?
A27. Yes, once the user connects to the TRITON+, select Advanced and then update Modem Power Configuration. Configure the modem on/off times.
Q28. What is the low battery threshold for a TRITON+?
A28. The low battery threshold is 7.5 volts. It is recommended that the battery be changed within two weeks of receiving the low battery warning.
Q29. How can ADS Customer Support be contacted?
A29. ADS Customer Support can be contacted through email at email@example.com, or by telephone at 1-877-237-9585 (for U.S. customers) or 256-430-6234 (for customers outside the U.S.).
Q30. Does the TRITON+ support external power?
A30. Yes. Chapter 5 in the TRITON+ Installation, Operation, and Maintenance Manual provides information on the installation and use of an external power source.
Q31. Is the TRITON+ monitor considered Intrinsically Safe?
A31. Yes, the TRITON+ meets Intrinsic Safety standards through ATEX, IECEx, and CSA. For further information on this topic, view Chapter 1 of the TRITON+ Installation, Operation, and Maintenance Manual.
Q32. How can the TRITON+’s firmware be updated, and where can the download be found?
A32. The firmware can be downloaded from the ADS Software Downloads page. For full instructions on upgrading the monitor’s firmware, view the Upgrading the Monitor Firmware section of Chapter 6 in the TRITON+ Installation, Operation, and Maintenance Manual.
Q33. Does the TRITON+ support third-party loggers?
A33. Yes. The TRITON+ can be configured to provide data to select third party loggers. Further information is available in Appendix D of the TRITON+ Installation, Operation, and Maintenance Manual. Please contact ADS Customer Support for specific connectivity questions.
Q34. Are there resources for Maintenance and/or Troubleshooting issues with the TRITON+?
A34. Yes. Chapter 10 in the TRITON+ Installation, Operation, and Maintenance Manual provides information on many topics regarding Maintenance and Troubleshooting.
How to replace the ADS TRITON+ Battery Pack
How to install an Antenna for use with ADS Monitors (TRITON+ and ECHO)
TRITON+ Sensor Videos
ADS AV/Gated Sensor Overview (Average Velocity/Gated Technology)
How to install the ADS Long Range Depth Sensor