The design of the registrar is based on various principles: security, comprehensiveness, functionality.

The station ensures the operation of well equipment without the need for other surface devices. In addition, the kit includes a thermoplotter (Weber 03) for operative printing of logging diagrams on thermal paper. The registrar’s software is primarily designed to perform registration processes. The VEBER type registrar program is developed for MS Windows (7, 10) operating systems and is based on the Microsoft.NET FrameWork 3.5 platform.

The station automatically tests itself as soon as it is connected to the Weber 03 registrar, and in case of any problems, a notification is displayed on the screen.

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The design of the registrar is based on various principles: security, comprehensiveness, functionality.

The station ensures the operation of well equipment without the need for other surface devices. The size and weight of the Weber M1 Logging Station are very affordable. You can use it as a handheld station. The registrar’s software is primarily designed to perform registration processes. Weber type registrar software is developed for MS Windows (7, 10) operating systems, based on Microsoft.NET FrameWork 3.5 platform.

The station automatically tests itself as soon as it is connected to the registrar, and in case of any problems, a notification is displayed on the screen.

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The station includes the following functional devices and blocks.

Signal processors from well devices in a fixed module
Interface for communication with a personal computer
Flexible analog-to-digital converter
Slow analog-to-digital converter
Well equipment switching and control unit
Power supply for well equipment
Cable tension registration block
Depth measuring block
Thermoplotter installed in the equipment
Auxiliary equipment

Personal computer
The program of the station
Connecting cable block
Signal processing block

The type of signals received is similar, coded, coming soon
The amplitude of the received signals is 0.012… 10V
The range of received frequency signals is 3… 25000 Hz
The leading frequency of the code signal is up to 80 kHz
Unloading of agile ARC 16 Bit
The maximum frequency of signal digitization is 1 Mhz
Slow ARC unloading 16 Bit
Number of slow ARC entries 4
The processing power of the signal processor is 600 million. action / Hour
Signal Processor Unloading 48 Bit
Technical characteristics of the device

Weight 25 kg
Dimensions 550x320x320
Power supply voltage 180-250volts, 50Hz
Power consumption 500W, (not much)
Ambient temperature from +10 to- + 40C
When the relative humidity is 90%, 30 ° C.
Thermoplotter

Accuracy 8 points / mm
Print speed 20mm / sec.
The width of the paper is 210 or 216 mm
The maximum diameter of the roll is 60 mm
Well device power supply

The maximum power of the well device is 300 watts
DC output voltage -300… + 300 V.
Voltage at the output of alternating current 0… 220 V
Direct current -3… + 3 A
Alternating current 0… 1 A
The frequency of the output current is 40-450 Hz
Installation of step at voltage output 0.1 V
Installation of step at current output 1 mA
Error setting voltage 3%
Error 3% during current installation
Removable indication block

Weight 0.8 kg
Dimensions 115x97x56
Depth indication range -1000… 9999 m
Speed ​​indication range 0… 32000 m / sec.
Depth measurement discreteness 1 cm
Speed ​​measurement discrete 5 m / h
The discreteness of the correction factor of the roller is 1 cm / km
Ambient temperature -40… + 65 ° C

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A 100mbit / second high-speed Internet system interface was used to connect the station to a computer. This speed is designed to transmit large data streams and allows the recording of large stream data from the device.

Other issues can be resolved while working with the program, and in case of resource shortage (memory or processor time), the program will inform you about itself. Controlled resources include:

physical memory, virtual memory, file system, process time, list of processes

All other irregularities, even insignificant deviations, are transferred to a separate file with a full description in the program. This makes it easier to solve the problem from a distance. The log files of the program are compressed during each start. During the development of the program, attention was paid to its maximum safe and stable operation. To ensure a high level of reliability and security, the program uses a technology called Roof. This technology frees all busy resources in the event of an unexpected or incorrect shutdown of the program and automatically disconnects devices from power sources.

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A USB system interface was used to connect the station to a computer. It is designed to transmit large data streams and allows data from the device to be recorded.

Registration 3.0 software has many advantages. Thus, the graphical interface of the program is designed for user convenience. The program is not only easy to manage, but also multifunctional. The station automatically tests itself as soon as it is connected to the Weber 03 registrar, and in case of any problems, a notification is displayed on the screen.

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1.2 Technical characteristics
1.2.1 Marking error,% max. -0.2%
Maximum error at a distance of 10 meters -2 mm
Maximum error at a distance of 100 meters -20 mm
Maximum error at a distance of 1000 meters -200 mm
Maximum error at a distance of 5000 meters -1 m
1.2.2 The length of the measuring base is -1 m
1.2.3 Distance between main signs -10 m
1.2.4 Marking interval
Double (every 1 m), m -100
Triple (every 1 m), m -1000
1.2.5 Polarization of main and signal signs -SNNS
1.2.6 Temperature of the working range, o C -40 – +65
1.2.7 Maximum relative humidity,% -90
1.2.8 Dimensions, mm -2200x400x250
1.2.9 Weight, kg -30
1.2.11 The direction of movement of the cable during marking. Descent / ascent
1.2.12 Consumption Watt -100 1.2.13 Voltage, V -170-265
1.2.14 Frequency of supply voltage, Hz -40… 60
1.2.15 Operating mode – uninterrupted

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The measuring device uses five three-winding IR – ZI025, 3I050, 3I075, 3I125, 3I200 probes. All probes consist of a common receiver winding, a single measuring path, and operate at the same frequency (100 kHz). The active and reactive components of the assumed conductivity for each probe are recorded simultaneously. The probes are housed inside a non-conducting glass-plastic container.

The device performs rapid analysis of the presence of hydrocarbons in the reservoir layers, including terrigenous sections. The induction logging method makes it possible to conduct research without galvanic contact between the probe and the environment.

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The device consists of two sections. The upper electronics, housed in a steel housing, consist of a low-voltage source to measure the density of the electronic elements of the cavernamer and the shoe. The engine is installed in the section to open and close the levers. A removable cushion is installed in the lower section of the device to measure density and store the shoe. The potentiometer of the cavernamer placed in this section is to measure the distance between the upper areas of the pillows.

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The research is carried out with induction logging well device and provides study of the specified parameters:

determination of resistance of drilling mud filtrates at intervals that do not join the formation;
determination of radial gradient resistance in layers;
express analysis of hydrocarbon presence in reservoir layers.

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