RBR

Supports: Profile · reviewed questions.rbr-first-conversation.context

RBR's public evidence establishes its current role and offering, but it does not answer every access, configuration, eligibility, maturity or buyer question needed for a first business-development conversation.

Supports: Profile · profileData.publicContact.contactPageUrl

The official public contact pathway for RBR is https://rbr-global.com/.

Supports: Profile · canadian footprint

RBRlegato3 is designed for gliders and AUVs, is rated to 1,000 metres, communicates over RS-232, and is described as consuming 90 percent less power than traditional pumped CTDs.

Supports: Oceanographic sensor and logger portfolio · update child

RBRlegato3 is designed for gliders and AUVs, is rated to 1,000 metres, communicates over RS-232, and is described as consuming 90 percent less power than traditional pumped CTDs.

Supports: Oceanographic sensor and logger portfolio · technical tags

RBRcoda OpH uses a pH-sensitive foil, 6,000 m titanium housing, RS-232 and 7–9 pHT calibration. Initial accuracy is conditional on 35 PSU and atmospheric pressure, with a stated response time under 80 seconds at 25°C. This mooring-oriented response is not instantaneous profiling.

Supports: Oceanographic sensor and logger portfolio · maturity

RBRcoda OpH uses a pH-sensitive foil, 6,000 m titanium housing, RS-232 and 7–9 pHT calibration. Initial accuracy is conditional on 35 PSU and atmospheric pressure, with a stated response time under 80 seconds at 25°C. This mooring-oriented response is not instantaneous profiling.

Supports: Oceanographic sensor and logger portfolio · technical tags

RBRcoda OpH uses a pH-sensitive foil, 6,000 m titanium housing, RS-232 and 7–9 pHT calibration. Initial accuracy is conditional on 35 PSU and atmospheric pressure, with a stated response time under 80 seconds at 25°C. This mooring-oriented response is not instantaneous profiling.

Supports: Oceanographic sensor and logger portfolio · defence applications

RBRcoda OpH uses a pH-sensitive foil, 6,000 m titanium housing, RS-232 and 7–9 pHT calibration. Initial accuracy is conditional on 35 PSU and atmospheric pressure, with a stated response time under 80 seconds at 25°C. This mooring-oriented response is not instantaneous profiling.

Supports: Oceanographic sensor and logger portfolio · name

RBRcoda OpH uses a pH-sensitive foil, 6,000 m titanium housing, RS-232 and 7–9 pHT calibration. Initial accuracy is conditional on 35 PSU and atmospheric pressure, with a stated response time under 80 seconds at 25°C. This mooring-oriented response is not instantaneous profiling.

Supports: Oceanographic sensor and logger portfolio · defence applications

RBRcoda OpH uses a pH-sensitive foil, 6,000 m titanium housing, RS-232 and 7–9 pHT calibration. Initial accuracy is conditional on 35 PSU and atmospheric pressure, with a stated response time under 80 seconds at 25°C. This mooring-oriented response is not instantaneous profiling.

Supports: Oceanographic sensor and logger portfolio · defence applications

RBRcoda OpH uses a pH-sensitive foil, 6,000 m titanium housing, RS-232 and 7–9 pHT calibration. Initial accuracy is conditional on 35 PSU and atmospheric pressure, with a stated response time under 80 seconds at 25°C. This mooring-oriented response is not instantaneous profiling.

Supports: Oceanographic sensor and logger portfolio · technical tags

RBRcoda OpH uses a pH-sensitive foil, 6,000 m titanium housing, RS-232 and 7–9 pHT calibration. Initial accuracy is conditional on 35 PSU and atmospheric pressure, with a stated response time under 80 seconds at 25°C. This mooring-oriented response is not instantaneous profiling.

Supports: Oceanographic sensor and logger portfolio · technical tags

RBRcoda OpH uses a pH-sensitive foil, 6,000 m titanium housing, RS-232 and 7–9 pHT calibration. Initial accuracy is conditional on 35 PSU and atmospheric pressure, with a stated response time under 80 seconds at 25°C. This mooring-oriented response is not instantaneous profiling.

Supports: Oceanographic sensor and logger portfolio · core features

RBRcoda OpH uses a pH-sensitive foil, 6,000 m titanium housing, RS-232 and 7–9 pHT calibration. Initial accuracy is conditional on 35 PSU and atmospheric pressure, with a stated response time under 80 seconds at 25°C. This mooring-oriented response is not instantaneous profiling.

Supports: Oceanographic sensor and logger portfolio · capability type

RBRcoda OpH uses a pH-sensitive foil, 6,000 m titanium housing, RS-232 and 7–9 pHT calibration. Initial accuracy is conditional on 35 PSU and atmospheric pressure, with a stated response time under 80 seconds at 25°C. This mooring-oriented response is not instantaneous profiling.

Supports: Oceanographic sensor and logger portfolio · summary

RBRcoda OpH uses a pH-sensitive foil, 6,000 m titanium housing, RS-232 and 7–9 pHT calibration. Initial accuracy is conditional on 35 PSU and atmospheric pressure, with a stated response time under 80 seconds at 25°C. This mooring-oriented response is not instantaneous profiling.

Supports: Oceanographic sensor and logger portfolio · technicaldomainslugs

RBRcoda OpH uses a pH-sensitive foil, 6,000 m titanium housing, RS-232 and 7–9 pHT calibration. Initial accuracy is conditional on 35 PSU and atmospheric pressure, with a stated response time under 80 seconds at 25°C. This mooring-oriented response is not instantaneous profiling.

Supports: Oceanographic sensor and logger portfolio · technical tags

RBRcoda OpH uses a pH-sensitive foil, 6,000 m titanium housing, RS-232 and 7–9 pHT calibration. Initial accuracy is conditional on 35 PSU and atmospheric pressure, with a stated response time under 80 seconds at 25°C. This mooring-oriented response is not instantaneous profiling.

Supports: Oceanographic sensor and logger portfolio · technical tags

RBRcoda OpH uses a pH-sensitive foil, 6,000 m titanium housing, RS-232 and 7–9 pHT calibration. Initial accuracy is conditional on 35 PSU and atmospheric pressure, with a stated response time under 80 seconds at 25°C. This mooring-oriented response is not instantaneous profiling.

Supports: Oceanographic sensor and logger portfolio · technology readiness level

RBRcoda OpH uses a pH-sensitive foil, 6,000 m titanium housing, RS-232 and 7–9 pHT calibration. Initial accuracy is conditional on 35 PSU and atmospheric pressure, with a stated response time under 80 seconds at 25°C. This mooring-oriented response is not instantaneous profiling.

Supports: Oceanographic sensor and logger portfolio · technical tags

RBRcoda OpH uses a pH-sensitive foil, 6,000 m titanium housing, RS-232 and 7–9 pHT calibration. Initial accuracy is conditional on 35 PSU and atmospheric pressure, with a stated response time under 80 seconds at 25°C. This mooring-oriented response is not instantaneous profiling.

Supports: Oceanographic sensor and logger portfolio · technical tags

RBRcoda OpH uses a pH-sensitive foil, 6,000 m titanium housing, RS-232 and 7–9 pHT calibration. Initial accuracy is conditional on 35 PSU and atmospheric pressure, with a stated response time under 80 seconds at 25°C. This mooring-oriented response is not instantaneous profiling.

Supports: Oceanographic sensor and logger portfolio → Underwater ISR

RBRcoda OpH uses a pH-sensitive foil, 6,000 m titanium housing, RS-232 and 7–9 pHT calibration. Initial accuracy is conditional on 35 PSU and atmospheric pressure, with a stated response time under 80 seconds at 25°C. This mooring-oriented response is not instantaneous profiling.

Supports: Oceanographic sensor and logger portfolio → Underwater ISR

RBRcoda OpH uses a pH-sensitive foil, 6,000 m titanium housing, RS-232 and 7–9 pHT calibration. Initial accuracy is conditional on 35 PSU and atmospheric pressure, with a stated response time under 80 seconds at 25°C. This mooring-oriented response is not instantaneous profiling.

Supports: Oceanographic sensor and logger portfolio → Underwater ISR

RBRcoda OpH uses a pH-sensitive foil, 6,000 m titanium housing, RS-232 and 7–9 pHT calibration. Initial accuracy is conditional on 35 PSU and atmospheric pressure, with a stated response time under 80 seconds at 25°C. This mooring-oriented response is not instantaneous profiling.

Supports: Oceanographic sensor and logger portfolio → Underwater ISR

RBRcoda OpH uses a pH-sensitive foil, 6,000 m titanium housing, RS-232 and 7–9 pHT calibration. Initial accuracy is conditional on 35 PSU and atmospheric pressure, with a stated response time under 80 seconds at 25°C. This mooring-oriented response is not instantaneous profiling.