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1D Profiler System

Product #: __zz.mis-1dprfsys

Portable 1D profiler for shallow-water microprofiling; autonomous MP8 system with up to 8 channels for sensors like O₂, pH, H₂S, N₂O, H₂, redox, and resistivity.

Imgi 16 Profiler Triangle 1000 900 F 1

About

The 1D Profiler System is designed for shallow water microprofiling studies. The Mini Profiler MP8 is a portable 8-channel platform for field measurements of microprofiles (e.g., O₂, pH, H₂S, N₂O, H₂, redox, resistivity). It operates completely autonomously and can be submerged to 300 m. Built from extensive experience with robust submarine instrumentation and developed in close collaboration with Unisense, it can be configured for microprofiling and incubation studies. The profiler can be adapted to a deep-sea profiler rated to 6000 m for ROV handling. System options include extending battery time, increasing channel count up to 8, and upgrading from standard 1D to a 2D motorized profiling system. The Field DataLogger platform enables communication and synchronization with external devices, including optodes, CTDs, and light sensors, and pairs with the broad selection of Unisense sensors and electrodes.

Features

Highlighted features for 1D Profiler System

01
Portable autonomous profiler
Self-contained system for field microprofiling without external power or tether.
02
Multi-parameter capability
Supports microprofiles of O₂, pH, H₂S, N₂O, H₂, redox, and resistivity using compatible sensors.
03
Configurable platform
Battery life extendable; motor system upgradable from 1D to 2D profiling; channels configurable up to 8.
04
Deep-sea adaptability
Can be adapted to a 6000 m rated profiler for ROV handling.
05
Field DataLogger integration
Enables communication/synchronization with external devices such as optodes, CTDs, and light sensors.

Specifications

1D Profiler System Specifications

Maximum submergence depth
300 m
Channels
up to 8 (MP8)

Application

Microprofiling of chemical and physical gradients in shallow waters; expandable for deep-sea/ROV operations and incubation studies using Unisense sensors and logging platforms.