Temperature Sensor

Aanderaa water temperature sensors are compact, intelligent sensors designed for use on Aanderaa's Dataloggers and as stand-alone units.

A compact fully integrated sensor for measuring the water temperature. The Aanderaa Temperature Sensor is designed to be mounted on Aanderaa Recording Instruments top-end plate or connected to SmartGuard using AiCaP CANbus or in other measurement systems using the RS-232 interface. The 4060R sensor is designed for use with long cables by means of RS-422 full duplex interface.and Dataloggers. The sensor can also be used as stand alone, and is easily integrated in other measurement systems with third party dataloggers.      

The sensor is based on A thermistor-bridge. A Digital Signal Processor controls the sampling of the bridge and calculates the calibrated water temperature in engineering units. The sensor is housed in a rugged titanium cylinder. When mounted onto an Aanderaa Recording Current Meter or datalogger platform, the sensor output signal is by default engineering data. Raw data can be selected as additional output.

Temperature Sensor 4060 advantages:

  • Smart Sensor technology
  • Plug and Play Sensor
  • Calibration coefficients are stored in the sensor
  • Depth rating of 6000 meters
  • Short response time, less than 2 seconds
  • Rugged and Robust with minimal and simple
    maintenance needs
  • Resolution: 0.001ºC
  • Output format 4060: AiCaP CANbus, RS-232
  • Output format 4060R: RS-422

 

4060
Shallow Water X
Intermediate Water X
Deep Water X
Used with Seaguard or Smartguard: on top-end plate, on string or connected via cable. Output: AiCap X
RS-232 via cable X

Please Note: Temperature is also available as a second parameter from most of the other Aanderaa smart sensors. However the Temperature sensor is more accurate and has a faster response time.

   

Related Products

Tide Sensor

The Aanderaa Tide sensors are compact fully integrated sensor for measuring the tide conditions.

Oxygen Sensors

The Aanderaa Oxygen Optodes were the first to measure dissolved oxygen for years without drift  - now it is even more stable! Below you can read more about the oxygen optode working principle

Single Sensors

Aquatic environments are constantly changing. Regardless if you model effects of climate change on a global scale, operate an aquaculture facility, study the impact of human activities in the coastal zone, spreading of pollution, ecosystem changes, or are involved in coastal or off-shore constructions, measurements of relevant water quality parameters are fundamental to understand ongoing changes and risks and make it possible to calibrate and verify mathematical models.