Cable Finder Success KBI-206

The trace searching kit is designed to accurately determine the location and depth of underground utilities (power and signal cable lines, reinforced fiber-optic lines, pipelines made of electrically conductive materials), troubleshooting cable lines, and also allows you to conduct a survey of the area in the shortest possible time and with great reliability before excavation and to prevent damage to engineering communications. As part of the kit, the receiver is in the form of a monoblock with a large LCD display, which displays an image of the route and automatically calculates the depth of the communication up to 10 m, as well as the current in the line. Connection to the desired route is possible both by contact and contactless method.

Description of the cable finder Success KBI-306N • – Traceroute receiver in the form of a monoblock with LED indication and sound output to the built-in speaker. • – Automatic calculation and display of the depth of communication up to 10 m. Purpose of the cable finder Success KBI-306N • – Search for live electrical cables. • – Search and tracing of underground utilities (gas pipelines, pipelines, power and telephone cables). • – Determination of the occurrence of underground utilities at a depth of up to 10 m. Features of the AP-017N receiver • – Modern digital traceroute receiver-monoblock. • – Bright LED indicator. • – Displays the measured depth value on the screen. • – Determination of the deviation from the axis of the route by the LED indicator and the sound signal. • – Wide range of operating frequencies (50 / 100 / 512 / 1024 / 1450 / 8192 / 8928 / 9820 Hz, Wide Band 12...24 kHz). • – Frost-resistant, working at temperatures up to -40 ° C.

Purpose of the NEURONET TECHNOAS 4 Laboratory • – Universal educational complex of modern educational technologies; • – Mobile remote and educational office for the working coherence of the subjects of activity. The use of the NEURONET TECHNOAS 4 laboratory • – Hardware and software complex based on multifunctional neuro-modular systems of electroencephalographs-recorders "Encephalan-EEGR-19/26"; • – Improving the productivity and profitability of the work of teams with physio-psychological diagnostics and correction, with machine neuro-training on biofeedback; • – Biophysical individual adjustment of the central nervous system; • – Conscious development of new reflexive meaningful states, rapid assimilation of new knowledge, skills, skills and actions; • – Reduction of dangerous influences of the human factor in responsible professions (aviation and others); • – Improving the effectiveness of educational programs for special education, retraining and advanced training. NEURONET TECHNOAS 4 Laboratory Support System • – MKZ safety control module; • – Mass switches in all compartments; • – Smart Home system, continuous monitoring of all life support systems with video recording; • – Audible alarm; • – Light alarm; • – An autonomous power source from batteries with a 12/220 V voltage converter; • – 12 V - 220 V sockets; • – Hardware and software complex of neuro-modular systems of electroencephalographs-recorders "Encephalan-EEGR-19/26"; • – Hardware and software complexes of modern educational technologies integrated with the Central Control Unit (central control unit).

The trace searching kit is designed to accurately determine the location and depth of underground utilities (power and signal cable lines, reinforced fiber-optic lines, pipelines made of electrically conductive materials), troubleshooting cable lines, and also allows you to conduct a survey of the area in the shortest possible time and with great reliability before excavation and to prevent damage to engineering communications. The kit includes a digital multifunctional tracking receiver with a large LCD display and audio output both to the built-in speaker and to the operator's headphones. The generator has increased power up to 180 watts and a range of up to 5 km. Connection to the desired route is possible both by contact and contactless method.

Laboratory for 0.4-10 kV cable lines (ETL-10) consists of: 1. Test facility • – Maximum rectified voltage up to 70 kV; • – Maximum AC voltage of the industrial frequency of 50 Hz to 50 kV. 2. Burning facility • – Maximum voltage up to 30 kV; • – Maximum current up to 80 A; • – Working hours are not limited; • – Switching of stages is carried out without breaking the arc at the time of switching; • – The ability to start working from any stage of burning (when working with low-voltage cables); • – Built-in afterburning. 3. High voltage pulse generator • – Output voltage 0...12 kV / 0...24 kV; • – The pulse energy at each stage is 3000 J; • – Built-in IDM for collaboration with the reflectometer. 4. Reflectometer – Supports 3 methods of determining the location of damage: • – By pulse reflectometry; • – By the method of oscillatory discharge; • – Pulse-arc method. 5. High-voltage cable defects detector • – Determining the location and depth of the cable at a depth of up to 10 m; • – Tracing at a distance of up to 10 km; • – Search for live electrical cables; • – Search for places where the pipeline and cable intersect; • – Determining the places of damage to cable lines; • – Site surveys before excavation; • – Search for places of damage to the external insulation of the cable; • – GPS\GLONASS coordinates recording and mapping of found communications; • – Cable selection from the bundle; • – Search for the place of damage by acoustic method.

The trace searching kit is designed to accurately determine the location and depth of underground utilities (power and signal cable lines, reinforced fiber-optic lines, pipelines made of electrically conductive materials), troubleshooting cable lines, and also allows you to conduct a survey of the area in the shortest possible time and with great reliability before excavation and to prevent damage to engineering communications. The kit includes a digital multifunctional tracking receiver with a large LCD display and audio output both to the built-in speaker and to the operator's headphones. Compact stand-alone generator with display and built-in induction antenna. The output power of the generator is up to 20 watts and the operating range is up to 3 km. Connection to the desired route is possible both by contact and contactless method.

The TECHNOAS substation laboratory consists of: Test facility • – Maximum rectified voltage up to 70 kV to 90 mA. • – Maximum AC voltage of the industrial frequency of 50 Hz to 100 kV to 175 mA. The IDP-10 dielectric loss meter unit is based on the Tangent-2000 meter and includes: • – Power transformer parameter meter. • – Measurement of losses and current XX. • – Measurement of short circuit losses and voltage. • – Determination of the transformation coefficient and the winding connection group. • – Measurement of the resistance of the windings to direct current. • – Formation of the test report. A milliohmmeter Measures DC resistance in inductive and non–inductive circuits in the range of 1 µΩ ÷ 10 kΩ at a current of 10A, as well as makes oscillograms of switching the contactor of a high-speed RPN device.

A digital multifunctional tracer device with a large LCD display and sound output both to the built-in speaker and to the operator's headphones. Purpose of the cable finder Success KBI-406N • – Search for live electrical cables. • – Search for places where the pipeline and cable intersect. • – Determination of the occurrence of underground utilities at a depth of up to 6 m. • – Survey of the territory before excavation. Features of the AP-027 receiver • – Digital traceroute receiver. • – Large LCD display with switchable operating modes. • – Audio signal output both to the built-in speaker and to the operator's headphones. • – Wide range of operating frequencies (50 / 100 / 512 / 1024 / 8192 / 32768 Hz, Wide Band 50...8600 Hz). • – Possibility to additionally connect an acoustic sensor (leak detector / flaw detector function). • – Enclosure protection class IP54.

The purposes of the ETL TECHNOAS 2 laboratory based on Gazelle Next NN are: • – Testing and searching for damage to cable lines up to 10 kV + SNF (cross–linked polyethylene); • - Posititioning of the location and depth of underground utilities (power and signal cables); • – Identifying the nature of the damage and the distance to the damage site without burning the cable insulation; • – Testing of the cable with alternating high voltage; • – Tests of power cables and cable sheaths with cross-linked polyethylene insulation; • – Measurement of insulation resistance of electrical circuits. ETL TECHNOAS 2 laboratory based on Gazelle Next NN consists of following parts standartly: 1. – Color design; 1. – Laboratory compartment; 1. – Partition between compartments; 1. – Windows: rear side-blind, there is a plastic window with a cable coupling in the rear door; 1. – A 10x10 hatch in the lower right corner for cable output; 1. – Finishing of sidewalls and ceiling; 1. – Floor covering: autolinoleum; 1. – On-duty lighting: standard; 1. – Working lighting: fluorescent lamps; 1. – Furniture: main stand, soft seat. Electrical safety system of ETL TECHNOAS 2 laboratory based on Gazelle Next NN incledes following parts: • – MKZ safety control module; • – Locking switches on the doors of the in/out compartment; • – Audible alarm; • – Light alarm; • – Emergency shutdown button; • – Input release with visible contact break. Additional equipment of ETL TECHNOAS 2 laboratory based on Gazelle Next NN includes: • – 12/220 V voltage converter; • – Diesel/gasoline generator (for field operation); • – Laboratory power management system; • – Additional heater; • – Air conditioning.

• Description of the TECHNOAS Non-destructive Testing Laboratory o – Visual and measuring control. o – Ultrasonic control for detecting the coordinates of the violation of continuity and uniformity of the material, measuring the area of the defect. o – Eddy current control for detecting surface and subsurface defects, fatigue stratification, corrosion, and destruction. o – Radiographic inspection of pipeline welded joints. o – Devices and materials of capillary and magnetic powder flaw detection for the detection of cracks, corrosion ulcers, non-metallic inclusions and other violations.

The SML is a stationary object located in the existing production premises of the customer or new buildings built according to the project documentation. The technical basis of the SML is made up of up to ten automated workstations (APM ST) for SI verification (calibration) and up to three workstations (RM ST) for diagnostics, adjustment and repair of SI. The ARM ST includes software that allows you to perform SI verification according to a given algorithm and document the results. All SML equipment is placed on standard basic load-bearing structures (BNC). At present, design documentation has been developed and the production of automated control systems has been mastered for the complete set of SML of almost all types of radio and electrical measuring devices, pressure and vacuum SI, SI geometric quantities and other SI. If necessary, the specialists of JSC "NPF "Techno-yaks" are ready to train specialists (ARM operators). Terms and conditions of financing, development, manufacturing, installation, training of specialists are implemented on the basis of contractual relations with customers

Description of the cable finder Success KBI-309N • – Traceroute receiver in the form of a monoblock with a large LCD display. • – The image of the route on the device screen. • – Automatic calculation and display of the depth of the communication up to 10 m, as well as the current in the line. Purpose of the cable finder Success KBI-309N • – Search for live electrical cables. • – Search and tracing of underground utilities (gas pipelines, pipelines, power and telephone cables). • – Determination of the occurrence of underground utilities at a depth of up to 10 m. Features of the AP-019.1 receiver • – Modern digital traceriscover receiver-monoblock AP-019.1. • – The image of the route on the device screen. • – Automatic calculation and display of the depth of communication and current in the line. • – Several options for displaying information on the receiver indicator: "Route", "Graph", "Graph+", "Minimum maximum", modes "Relative distance to communication" and "2-frequencies" allow the operator to use the device's capabilities as efficiently as possible. • – Additional functions when connecting external sensors. • – Wide range of operating frequencies (50(60) / 100(120) / 512 / 1024 / 8192 / 32768 Hz, wide band 40...8000 Hz, radio 8...40 kHz). • – Menu in two languages (Russian and English).

A trace searching kit for finding underground utilities (cable lines, metal pipelines, and other communications made of conductive materials). The kit includes a receiver in the form of a monoblock with LED indication, as well as a generator with increased power up to 180 watts and a range of up to 5 km. Connection to the desired route is possible both by contact and contactless method.

Digital tracer device with LED scale and audio output to the operator's headphones. Extremely easy to use and in a compact, lightweight case. Designed for: • – search for live electrical cable lines. • – search for places where the pipeline and cable intersect. • – determination of the occurrence of underground utilities at a depth of up to 6 m . Features of the AP-014 receiver • – Digital traceroute receiver. • – Additional LED indication of the signal level. • – Wide range of operating frequencies (50 / 100 / 512 / 1024 / 8192 / 32768 Hz, Wide Band 50...2000 Hz). • – Frost-resistant, working at temperatures up to -30 ° C. • – Lightweight, compact housing.

Description of the cable finder Success KBI-309M • – A traceroute receiver in the form of a monoblock with a frost-resistant LCD display. • – Graphical representation of the route on the device screen. • – Automatic calculation and display of the depth of the communication up to 10 m, as well as the current in the line. Purpose of the cable finder Success KBI-309M • – Search for live electrical cables. • – Search and tracing of underground utilities (gas pipelines, pipelines, power and telephone cables). • – Determination of the occurrence of underground utilities at a depth of up to 10 m. Features of the AP-019M receiver • – Modern digital tracer receiver-monoblock AP-019M. • – The image of the route on the device screen. • – Automatic calculation and display of the depth of communication and current in the line. • – Several options for displaying information on the receiver indicator: "Route", "Graph", "Graph+", "Minimum maximum" and "2-frequencies" allow the operator to use the device's capabilities as efficiently as possible. • – Additional functions when connecting external sensors. • – Wide range of operating frequencies (50(60) / 100(120) / 512 / 1024 / 8192 / 32768 Hz, wide band 40...8000 Hz, radio 8...40 kHz). • – Frost-resistant, working at temperatures up to -30 ° C. • – Menu in two languages (Russian and English).

Laboratory equipment for 0.4-35 kV cable lines (ETL-35) 1. Test facility • – Maximum rectified voltage up to 70 kV; • – Maximum AC voltage of the industrial frequency of 50 Hz to 100 kV. 2. Burning facility • – Maximum voltage up to 30 kV; • – Maximum current up to 80 A; • – Working hours are not limited; • – Switching of stages is carried out without breaking the arc at the time of switching; • – The ability to start working from any stage of burning (when working with low-voltage cables); • – Built-in afterburning. 3. High voltage pulse generator • – Output voltage 0...12 kV / 0...24 kV; • – The pulse energy at each stage is 3000 J; • – Built-in IDM for collaboration with the reflectometer. 4. Reflectometer – Supports 3 methods of determining the location of damage: • – By pulse reflectometry; • – By the method of oscillatory discharge; • – Pulse-arc method. 5. High-voltage cable defects detector • – Determining the location and depth of the cable at a depth of up to 10 m; • – Tracing at a distance of up to 10 km; • – Search for live electrical cables; • – Search for places where the pipeline and cable intersect; • – Determining the places of damage to cable lines; • – Site surveys before excavation; • – Search for places of damage to the external insulation of the cable; • – GPS\GLONASS coordinates recording and mapping of found communications; • – Cable selection from the bundle; • – Search for the place of damage by acoustic method.

Laboratory equipment for 0.4-10 kV cable lines and cable lines made of cross-linked polyethylene (ETL-10/SNH) 1. Test facility • – Maximum rectified voltage up to 70 kV; • – Maximum AC voltage of the industrial frequency of 50 Hz to 50 kV. 2. SNCH test facility • – Sinusoidal 0-24 kV peak, symmetrical (error ± 1%); • – Rectangular 0-30 kV peak, symmetrical (error ± 1%); • – Constant 0-30 kV of both polarities (error ± 1%); • – Output current 0-30 mA resolution 1 ma (error ±1%); • – Resistance range 0.1 Mohm -15 Mohm; • – The frequency of the output signal is 0.01-1 Hz in increments of 0.01 Hz, automatic frequency selection. 3. Burning installation • – Maximum voltage up to 30 kV; • – Maximum current up to 80 A; • – Working hours are not limited; • – Switching of stages is carried out without breaking the arc at the time of switching; • – The ability to start working from any stage of burning (when working with low–voltage cables); - Built-in afterburning. 4. High voltage pulse generator • – Output voltage 0...12 kV / 0...24 kV; • – The pulse energy at each stage is 3000 J; • – Built-in IDM for collaboration with the reflectometer. 5. Reflectometer – Supports 3 methods of determining the location of damage: • – By pulse reflectometry; • – By the method of oscillatory discharge; • – Pulse-arc method. 6. High-voltage cable detector • – Determining the location and depth of the cable at a depth of up to 10 m; • – Tracing at a distance of up to 10 km; • – Search for live electrical cables; • – Search for places where the pipeline and cable intersect; • – Determining the places of damage to cable lines; • – Site surveys before excavation; • – Search for places of damage to the external insulation of the cable; • – GPS\GLONASS coordinates recording and mapping of found communications; • – Cable selection from the bundle; • – Search for the place of damage by acoustic method. 7. Autonomous gasoline generator • – Rated power 7.5 kVA.