Phoenix MTU-5C Magnetotelluric Data Logger System

Phoenix MTU-5C Magnetotelluric Data Logger System

Included in Detectsol’s inventory, the Phoenix Geophysics MTU-5C is an advanced Magnetotelluric (MT) data logger that measures natural electric (E) and magnetic (B) field components. Through this method, subsurface structures are modeled in three dimensions with high precision based on their electrical resistivity parameters, enabling the device to be effectively utilized in geothermal energy exploration, mineral prospecting, hydrocarbon exploration, and deep structural analysis projects.

The MTU-5C offers high efficiency in field operations thanks to its portable design, low power consumption, and synchronized multi-measurement capabilities. The ability to stream measurement data to servers in real-time is a key feature that distinguishes the MTU-5C from its peers; this allows for instant quality control during the data acquisition process, thereby increasing accuracy and managing the field process more efficiently. Furthermore, the ability to terminate the measurement once the targeted maximum period is reached provides significant time savings.

MTU-5C veri kayıt cihazının bağlantı noktaları ve aktif durumda çalışan sistem arayüzü detaylı biçimde görüntüleniyor.
Phoenix Geophysics MTU-5C manyetotellurik veri kayıt cihazı, saha kurulumunda bağlantı kablolarıyla birlikte aktif kullanım öncesi konumlandırılmıştır.

Technical Infrastructure of the Phoenix MTU-5C

The MTU-5C was developed to delineate electrical structures extending deep into the Earth’s crust using the magnetotelluric method. By recording variations in natural electromagnetic fields, the device provides frequency-dependent depth sounding. GPS-supported synchronization offers the capability to operate seamlessly with multiple stations. It is optimized for long-term, reliable, and high-resolution data acquisition in the field.

Jeofizik çalışmalarda kullanılan MTU-5C veri kayıt cihazı, açık araziye kurulu saha kutusunda bağlantılarıyla birlikte yerleştirilmiş şekilde görülmektedir.
MTU-5C manyetotellurik veri kayıt cihazı, saha kutusu içerisine sabitlenmiş şekilde, bağlantı kabloları ve güç uyarı etiketleriyle birlikte görülmektedir.
Saha kutusu içerisine yerleştirilmiş Phoenix Geophysics MTU-5C veri kayıt cihazı, sarı bağlantı kabloları ve akü güç kaynaklarıyla birlikte tam kurulum halinde görüntüleniyor.

Field Durability and Operational Flexibility

Reliable Measurement in Harsh Conditions The MTU-5C stands out in portable field operations with its lightweight yet robust structure. Its aluminum casing is highly resistant to impact, moisture, and rugged terrain conditions. It is easy to set up and can be comfortably deployed in the field by a single operator. It is the ideal field solution, particularly for long-term MT surveys extending over large areas.

Single-Operator Setup

Ensures practical and rapid operation for field personnel.

Resilience to Climatic Conditions

Delivers reliable performance even under extreme humidity and temperature variations.

Extended Battery Life

Advanced power management enabling uninterrupted data recording.

Real-Time Data Streaming

Data begins streaming to the server in real-time 6 minutes after the measurement starts.

Phoenix MTU-5C veri kayıt cihazı, yeşil otlarla kaplı toprak zemin üzerinde ölçüm için yerleştirilmiştir.
Phoenix MTU-5C veri kayıt cihazının H3 bileşeni ve GPS bağlantı noktası detaylı şekilde görüntülenmiştir.
Phoenix MTU-5C veri kayıt cihazı, laboratuvar benzeri metalik bir yüzey üzerinde çalışmaya hazır şekilde konumlandırılmıştır.

Application Areas

The Phoenix MTU-5C is a professional MT measurement instrument that can be utilized across a very broad spectrum of applications. It plays an active role in various engineering disciplines, from mapping deep geological structures and mineral discoveries to geothermal energy investigations and environmental assessments. It provides a strategic advantage in the field through non-destructive, reliable, and precise data generation.

Geothermal Energy Exploration
Three-dimensional detection of deep geothermal reservoirs.
Mineral Exploration
Investigating deep metallic and non-metallic ore zones.
Hydrocarbon Exploration
Three-dimensional imaging of geological structures containing oil and natural gas.

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