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SBE 37 MicroCAT

SBE 37 MicroCAT

The SBE 37 MicroCAT is a high-accuracy conductivity, temperature, and optional pressure recorder with an integrated Inductive Modem (IM) interface, internal batteries, memory, optional pump, and optional optical dissolved oxygen sensor. The MicroCAT is designed for long-duration deployments on moorings.

SBE 37 MicroCAT

The SBE 37 MicroCAT is a high-accuracy conductivity, temperature, and optional pressure recorder with an integrated Inductive Modem (IM) interface, internal batteries, memory, optional pump, and optional optical dissolved oxygen sensor. The MicroCAT is designed for long-duration deployments on moorings.

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Inductive Modem Telemetry

Inductive Modem Telemetry

IM systems eliminate the need for connectors entirely, transforming a mooring’s tether into a medium for real-time data transmission.

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Analog Sensor Integration Guide

Analog Sensor Integration Guide

From bottom contact triggers to transmissometers, oceanographic sensor options are vast and diverse, and choosing the right combination of sensors can significantly augment a CTD’s measurement capabilities. Although getting disparate technologies to talk to one...

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RS-232 Sensor Integration Guide

RS-232 Sensor Integration Guide

Unlike analog auxiliary sensors, instruments that output serial RS-232 data are more challenging to integrate with Sea-Bird Scientific CTDs. Despite RS-232 being a standard communication protocol, most instruments have a unique data output format and command set. As...

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Tech Tip: Cable Search

Tech Tip: Cable Search

Consider this hypothetical situation: you find a loose cable with a 6-pin connector and a 4-pin connector - exactly what you need to connect an oxygen sensor to your CTD. However, just because the cable ends fit on the instrument connectors, you still don’t know if...

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Q&A: Diagnose This Profile

Q&A: Diagnose This Profile

The data shows conductivity from a 19plus deployed in a shallow estuarine river. The red line shows the CTD downcast and the green line shows the upcast. While the upcast data show the expected shape for a CTD profile (low conductivity at the surface, rising conductivity as the CTD descends), the downcast shows an unusual shape in until about 2.6 meters depth, where conductivity appears to suddenly correct itself.

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Featured Posts

International Women in Engineering Day – Sydney Clark

We are excited to celebrate International Women in Engineering Day on June 23. This day is meant to celebrate women in STEM, and provide an opportunity to highlight women in engineering fields, who are still very much under-represented. In fact, according to the...

Announcing Our Updated Service Pricing Model

Sea-Bird Scientific is excited to announce a change in our service pricing model. Through this change, we can significantly improve service turnaround times, and our on-time delivery to you. Please see our below formal announcement: Have other questions? Please...

Celebrating Pride with Derek Piazza

We are excited to celebrate Pride Month in 2023 with our supporters, partners, and associates. Pride is a special month to us, as it gives us an opportunity to reflect on our commitment and support to the LGBTQIA+ community, something that is integral to the culture...

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