CB-450 Data Buoy

The CB-450 data buoy is ideally suited for dredge turbidity monitoring, temperature profiling, dissolved oxygen monitoring, limnology research, and weather monitoring on inland lakes.

Features

Versatile

The CB-450 is light enough to be deployed from most small boats, yet it offers adequate power and charging for rigorous instrument sampling and data transmission.

Versatile

The CB-450 is light enough to be deployed from most small boats, yet it offers adequate power and charging for rigorous instrument sampling and data transmission.

Self-Powered

Three integrated 15-watt solar panels are angled and evenly spaced around the buoy to capture sunlight from any direction and provide adequate battery charging.

Self-Powered

Three integrated 15-watt solar panels are angled and evenly spaced around the buoy to capture sunlight from any direction and provide adequate battery charging.

Data Well

A 10-inch diameter by 19.5-inch tall data well provides a watertight housing for batteries, data loggers, sensors, and other hardware.

Data Well

A 10-inch diameter by 19.5-inch tall data well provides a watertight housing for batteries, data loggers, sensors, and other hardware.

Connections

The data well lid provides pass-through connections for sensors, power, venting, and more. When integrated with the optional NexSens X3 data logger, the system is truly plug-and-play.

Connections

The data well lid provides pass-through connections for sensors, power, venting, and more. When integrated with the optional NexSens X3 data logger, the system is truly plug-and-play.

Pass-Through Ports

Three 4-inch pass-through ports allow for sensors to be mounted underwater while securely routing the cable. Instrument deployment pipes and custom sensor mounts attach to 4-inch NPT bottom threads.

Pass-Through Ports

Three 4-inch pass-through ports allow for sensors to be mounted underwater while securely routing the cable. Instrument deployment pipes and custom sensor mounts attach to 4-inch NPT bottom threads.

Solar Beacon

The optional solar marine light has a one to three nautical mile range and securely mounts to the buoy top plate for maximum visibility.

Solar Beacon

The optional solar marine light has a one to three nautical mile range and securely mounts to the buoy top plate for maximum visibility.

Data Logging

The X3 data logger is easily integrated for turnkey systems. Alternatively, 3rd party data loggers can be integrated by the user inside the data well.

Data Logging

The X3 data logger is easily integrated for turnkey systems. Alternatively, 3rd party data loggers can be integrated by the user inside the data well.

Wireless Communications

Communication options using the X3 data logger include Wi-Fi, cellular, and Iridium satellite.

Wireless Communications

Communication options using the X3 data logger include Wi-Fi, cellular, and Iridium satellite.

Built to Last

Constructed of cross-linked polyethylene foam with a heavy polymer skin and an indestructible stainless steel frame, the CB-450 is designed for years of service.

Built to Last

Constructed of cross-linked polyethylene foam with a heavy polymer skin and an indestructible stainless steel frame, the CB-450 is designed for years of service.

Purchase in the USA

Visit our US distributor, Fondriest Environmental.

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Purchase Internationally

Find a regional partner.

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Contact a NexSens System Specialist

Need help designing an environmental measurement system? A NexSens application scientist will help you design the perfect monitoring system to meet field conditions and measurement needs.

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Documents

Tech Specs

Hull Outer Diameter: 34.0” (86.4cm)
Hull Height: 20.0” (50.8cm)
Data Well Inner Diameter: 10.3” (26.2cm)
Data Well Height: 19.5" (49.5cm)
Pass-Through Hole Diameter: 4.0" (10.2cm)
Tower Height: 20.0” (50.80cm)
Solar Panels: 3x 15-watts
Weight: 130 lb (59kg)

See Full Specs

Net Buoyancy: 450 lb (204kg)
Hull Material: Cross-linked polyethylene foam with polyurea coating & stainless steel deck
Hardware Material: 316 stainless steel
Mooring Attachments: 3x 3/4” eyenuts

Q&A

How can I ensure buoy stability?

Buoy stability is dependent on a number of factors including instruments attached, mooring design, water currents, and regional weather conditions. It is recommended to examine the buoy upon deployment, adding ballast weight and adjusting the mooring as needed. Given that each deployment is unique, be sure to communicate with NexSens application engineers for optimal stability.

Under what conditions would I need to remove the CB-450 data buoy?

Freezing and periodic maintenance are the two most common reasons to remove a buoy from the water. A large number of buoy deployments are seasonal, so customers will commonly remove the buoy in the fall and redeploy in the spring. For year-round buoy deployments, NexSens recommends pulling the buoy at least once for cleaning and maintenance inspection. The potential for large storms and river debris flows are also good reasons to pull a buoy in order to prevent any ensuing damage. NexSens recommends integrating a GPS in situations where debris loads or other circumstances have the potential to move the buoy, like in a river or coastal setting.

How do I know if I need an anti-rotation collar on the instrument cage?

An anti-rotation collar is not necessary if the buoy is deployed on two point mooring and no instruments are attached to cage. Anti-rotation collars are recommended for single point moorings or when instruments are attached to the cage. This provides an added strength member and prevents the potential for cable tangling.