Conductivity, Temperature,Pressure, Ph, and DO sensor

Conductivity, Temperature, Pressure, PH, DO sensor

Conductivity, Temperature and Pressure sensor
This CTD can only be used with the 24P Rosette (big) or as a standalone device.
The Idronaut Ocean Seven 316 Multi-Parameter Probe is ideal for scientific, research and monitoring applications. It is equally suitable for inshore operation or from small outboards or large ocean vessels. The instrument is microprocessor-controlled and can measure, store and transmit sensor data. Internal or external submersible battery packages permit continuous probe operation, for 20 or 100 hours respectively. Rechargeable or lithium batteries can be used alternatively. The probe can be configured to be directly connected to a personal computer by means of RS232C serial interface.

Conductivity, temperature and depth instrument
This CTD can only be used with the 24P Rosette (big) or as a standalone device.
The Idronaut Ocean Seven 316 Multi-Parameter Probe is ideal for scientific, research and monitoring applications. It is equally suitable for inshore operation or from small outboards or large ocean vessels. The instrument is microprocessor-controlled and can measure, store and transmit sensor data. Internal or external submersible battery packages permit continuous probe operation, for 20 or 100 hours respectively. Rechargeable or lithium batteries can be used alternatively. The probe can be configured to be directly connected to a personal computer by means of RS232C serial interface.

Conductivity, Temperature, Pressure, Ph, and DO sensor

Conductivity, Temperature, Pressure, Ph, and DO sensor

Dead weight tester pressure standard
The PK II 304WC-SS tester is a floating ball type, pneumatic deadweight tester. This model is engineered to offer user-friendly features, safe operation, and an optimal performance in the field or in the lab.

6.5 Digit Precision Multimeter
The 8846A is a 6-1/2 digit, dual-display multimeter designed for bench-top, field service, and system applications. Their full complement of measurement functions plus its RS-232, IEEE 488, and Ethernet Remote Interfaces makes these multimeters ideal candidates for precision manual measurements and use in automated systems.

Control unit for seabotix shallow observation class ROV

TrackLink 1500 USBL Tracking System for Seaeye ROV

water sampling probe. Conductivity, Temperature, Pressure sensors
Note: Lab use only, not for field

water sampling probe. Conductivity, Temperature, Pressure sensors
Note: Lab use only, not for field

water sampling probe. Conductivity, Temperature, Pressure sensors
Note: Lab use only, not for field

Underwater acoustic modem

Conductivity, Temperature, Pressure, Ph, and DO sensor

Conductivity, Temperature, Pressure, Ph, and DO sensor

Conductivity, Temperature, Pressure, Ph, and DO sensor

Conductivity, Temperature, Pressure, Ph, and DO sensor

Conductivity and temperature instrument for oceanographic moorings
The SBE 37-SMP pumped MicroCAT is a high-accuracy conductivity and temperature (pressure optional) recorder with Serial interface (RS-232 or RS-485), internal batteries, Memory, and integral Pump. The MicroCAT is designed for moorings or other long-duration, fixed-site deployments.
Data is recorded in memory and can be output in real-time. Measured data and derived variables (salinity, sound velocity) are output in engineering units.
Memory capacity exceeds 530,000 samples. Battery endurance varies, depending on sampling scheme. Sampling every 2-1/2 minutes, the MicroCAT can be deployed for
2 years (425,000 samples).

Conductivity and temperature instrument for oceanographic moorings
The SBE 37-SMP pumped MicroCAT is a high-accuracy conductivity and temperature (pressure optional) recorder with Serial interface (RS-232 or RS-485), internal batteries, Memory, and integral Pump. The MicroCAT is designed for moorings or other long-duration, fixed-site deployments.
Data is recorded in memory and can be output in real-time. Measured data and derived variables (salinity, sound velocity) are output in engineering units.
Memory capacity exceeds 530,000 samples. Battery endurance varies, depending on sampling scheme. Sampling every 2-1/2 minutes, the MicroCAT can be deployed for
2 years (425,000 samples).