GYRO SHOT®
• Gyroscopic Survey Tools
The Gyro Shot® uses the latest nano-technology to deliver accurate surveys in a surprisingly rugged package.
• Easy-To-Use
Gyro Shot® tools are very easy to operate.
• Convenient and Fast
The Gyro Shot® is memory based so there is no need to connect the instrument to the surface.

• Trouble Free
Unlike our competitors, batteries are field-replaceable and no special tools are required to operate our equipment.

Icefield Tools Corporation manufactures, sells
and rents precision borehole surveying tools for
the mining, oil & gas and geotechnical sectors.

Complete your projects in less time
without costly delays!

MI3 MULTISHOT
• Digital Borehole Survey Tool
With 10 years of successful, reliable, rugged operation, the MI3 remains state-of-the-art in borehole surveying.
• Simple To Operate
No special training is required.
• Rugged and Reliable
Shockproof to 6000g, the MI3 is operated using the
IP67-certified Palm® Meazura RDA.
• Versatile
MI3 tools can operate in any orientation: pump them,
run them on an overshot or add your own customized sub.

Gyroscopically-oriented Borehole Survey Tool
The Gyro Shot® uses the latest nano-technology to deliver accurate surveys in a surprisingly rugged package. Surveys are run much like with a magnetic multishot tool – the instrument is moved through the borehole and stopped at intervals to take static readings of inclination.

 

The Gyro Shot® can be raised and lowered using a wireline/slickline, or by travelling with the drill string.

When the instrument is brought to the surface, data are downloaded to a ruggedized tablet computer (supplied with the instrument) and can be processed immediately.

The Gyro Shot® also contains a magnetometer. This magnetometer can be used to measure azimuth independently, or it can be used as a borehole magnetometer with full vector capability. Average power consumption of the instrument is 200mW, which permits long-term operation in a thermal shield, should the application require this.

Key Features
The slimmest gyro in the world,
only 25.4mm in diameter
Memory-based operation
Survey inside the rods
No magnetic interference issues
Rugged and very easy to use
Instant results
Operates in any orientation
Field uses:
Directional drilling
RC drilling
Conventional diamond core drilling
Oilfield surveying

Specification Overview
• General Characteristics
Temperature range -30ºC to +85ºC
Memory capacity 10,000 readings / 14 hours
Reading interval 5s minimum
Power source 6 x AA alkaline/NiMH or 3 x AA lithium
Clock accuracy ±2 sec/week
Clock battery 6-10 years, depending on usage
Construction Inconel®, bronze
Software IBM®-PC Windows
• Dimensions
Diameter 25.4mm (1.000") bare instrument
Diameter 33.4mm (1.315") in pressure barrel
Length (alkaline) 122 cm (48")
Depth rating 3500m / 5000psi with standard pressure barrel (inquire regarding higher pressures)
• Sensors
Inclination/Toolface Three-component accelerometer
Range 0º (horizontal) ±90º (any orientation)
Accuracy ±0.1º
Shock resistance 6000g
• Azimuth
Gyroscope ±1.0 + 0.5º/hr
Magnetometer ±0.5º
• Temperature
Accuracy ±1ºC w

With 10 years of successful, reliable, rugged operation,
MI3 remains state-of-the-art in borehole surveying.
Key Features
• Operates in any orientation
• Field-replaceable batteries
• Very easy to use
• Instant results
• Magnetic diagnostics
• Only 25.4mm in diameter
• Uses ruggedized Meazura
handheld for data collection
• Field Uses:
Directional drilling
Wireline core drilling
Core orienting
 

Quotation
• Software Options
MI3 tools come standard with software for Palm™, Windows™, and DOS™. Data collection and tool operation can be performed with a Palm™ Pilot, ruggedized field computer, or laptop computer.

Slimline Design
The deviation tool is available in a standard 25.4mm version (650m pressure rating), or a 33.4mm version with integral pressure barrel (3500m pressure rating). A pressure barrel is available for the 25.4mm tool.

Instant Results
Our borehole inclinometer uses data from a miniature three-axis fluxgate magnetometer and a three-axis accelerometer to determine the instrument orientation in space. The inclinometer operates in any orientation. Data are recorded electronically and results are available in real time (for cable operation) or shortly after the instrument is retrieved (singleshot and multishot operation). There are no films to develop and read, and there is no error-prone manual data entry to perform.

Magnetic Diagnostics
The MI3 series inclinometers have other advantages over film and gyro systems besides rapid data acquisition: the probes report on local magnetic dip and magnitude - such information can aid the operator in discarding data disturbed by local magnetization and can aid the geologist in analyzing the geology. The data also indicate whether the probe was stationary during the reading.

The inclinometer produces 26 different output parameters, including dip, azimuth, field strength, magnetic dip, magnetic toolface (high side), gravity toolface, and temperature.

Specifications
Every MI3 tool can be operated in a single-shot, multi-shot, or wireline mode. In multi-shot mode, coupled with a battery pack, as many as 7200 data stations can be recorded without any electrical connection to the instrument (batteries are readily-available AA cells). In wireline mode, a single conductor cable (as long as 10km) connects the MI3 to a computer that displays survey results in real-time. In any mode, you can choose where and how often you want to stop and take readings.

Specification Overview
• General Characteristics
Temperature range -30ºC to +85ºC
Number of stations 7200
Battery life 12000 readings minimum
Power source 6 x AA alkaline/NiCD, or 3 x AA lithium
Clock accuracy ±2s/week
Clock battery 10 years
Construction Stainless steel, Inconel®, bronze
Software IBM®-PC DOS/Windows, Palm OS™
• Dimensions
Diameter 25.4mm (1.000")
Length (alkaline) 1.16m (45.6”)
Weight 1.9kg (4.2 lbs)
Depth rating 650m water-equivalent
• Dimensions with pressure barrel
Diameter 33.4mm (1.315")
Length 1.88m (73.8”)
Weight 8.6kg (19 lbs)
Depth rating 3500m water-equivalent
• Sensors
Inclination Three-component accelerometer
Range 0º (horizontal) ±90º (any orientation)
Accuracy ±0.1º
Shock resistance 6000g
• Azimuth
Three-component fluxgate magnetometer
Range 360º (any orientation)
Accuracy ±0.5º
Maximum field strength 100000nT
• Temperature
Accuracy ±1ºC

 
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