with safety
non-contact laser distance measurement of catenary height, visible red laser spot on the target surface
CONTACT NETWORK MEASURING TOOLS
APPOINTMENT OF THE DEVICE "DIX"
The portable device is designed for remote measurement of contact network parameters:
data transfer by Bluetooth® on PC, Notebook, tablet PC or smartephone
measurement of the contact wire height above top of the rail catenary stagger measurement (zig-zag run) in relation to the track center;
CATENARY MEASURING OF THE PARAMETER "HEIGHT OF THE messenger wire";
It is possible to automatically calculate the difference between wire suspensions
MEASURING of the parameter "Air arrow height";
MEASURING the distance to the support bearing the contact network, from the axis or the edges of the tracks. Measurement from the rail and at a height of 1.2 meters from the axis of the tracks
MEASURING THE DISTANCE BETWEEN THE AXIS OF THE RELATED WAYS, INCLUDING THROUGH THE PLATFORM. UP TO 120 METERS WITH AN ACCURACY OF ± 1.5 MM.
MEASURING of dimensions (height and distance) to the platform from the axis of the tracks and other infrastructure.
VIDEO DIX DEVICE OVERVIEW
99.7% compliance when checking the STANDARD
99.9% Compliance with the "TAPE" DIX parameters when checking the laboratory train
Connector for various DIX options
Suitable for tram rails.
Diagram of measurements "DIX" at excess of a rail, according to a technique contact network measurements (power lines).
designations
a) Current collector axis, b) Axis of railways, c) sine wave, zigzag, height, slope in degrees.
1) Telescopic connector for changing nozzles, Telescopic support foot for various types of rails.
2) Replaceable mount for installation on tram rails.
Advantages
ANYWHERE AND THE DAY
precise and fast measurement at sunshine and darkness
LASER FUNCTIONS
laser measurement in single and continuous mode. Adding and subtracting the length of measurements.
display
digital homing device with 4-fold zoom and colour display.
tilting sensor
tilting sensor for track-superelevation measurement
FAST AND EASY
measurements and data acquisition on track section by one person
FOR ANY RAILS
customized measuring bars on request (e. g. inch)
easy
aluminium case
MEASURING DISTANCE
BETWEEN AXIS WAYS
The "DIX" mobile complex has a module - an indicator of the axis of the measured path
The module - indicator in tandem with "DIX" allows with high accuracy to measure the distance between the axes of the railway tracks. Due to telescopic tripods, it is possible to adjust the height of measuring the dimensions of the platform at a height of 1100 mm., Laser measurements of the axis of adjacent paths through the platform at a height of 1200 mm. The height of the "DIX" tripod at a level of 1200 from the level of the rail head provides a unique opportunity to measure in millimeters the slope of the contact network support with respect to the base. Thus, it is possible to track the “collapse” of the support on the railway tracks.
designations
a) railway axis, b) The distance between the axes of adjacent tracks of the railway, c) railway axis.
TRIPOD DIX FOR MEASUREMENT AT A HEIGHT OF 1.2 M
MEASURED WAY AXIS INDICATOR
|
Measurement error of mobile measuring and computing
complex "DIX" is within the permissible GOST 32679-2014 Contact
railway network. Technical requirements and control methods, clause 5.1 general
requirements, Table 1 - Parameter control methods. Table 2. GOST 32679-2014 Error Requirements
measuring |
||||
|
Verifiable
parameter |
Measured value |
Accuracy class |
Absolute error |
Compliance Measurement
complex "DIX" |
|
Linear size, мм |
0 to 200 |
1 |
±10 |
Compliant (±1,5 мм / ± 3
мм) |
|
0 to 500 |
||||
|
0 to 1000 |
||||
|
0 to 7000 |
||||
|
Temperature°С |
From minus 20 to plus 40 |
2 |
±3 |
Compliant |
BASIC PARAMETERS OF THE DIX DEVICE
SPECIFICATIONS REMOTE LASER DIX CONTACT
NETWORK METER
WORK WITH THE LASER METER APP
BASIC ELEMENTS OF WORK
In the application for working with the meter, there are basic working elements that allow you to ultimately generate a report of measurements and use additional supporting information.
PROJECT
The project is the basis of all measurements and accompanying information. A report is formed from it, and task notes and photographs are supported on the project.
UNIVERSAL REPORTING ENVIRONMENT
Very simple project management, it is possible to customize to "yourself" and use only your functions.
MEASUREMENT VIA MOBILE APP
Carrying out measurements through the application, export and import of the results made earlier in PDF or Excel format.
ENTRYING PHOTO, AUDIO, TEXT NOTES
Convenient functions for supporting projects with various materials, take pictures, write text in the picture, add your comments with your voice.
CHECK SHEETS AND TASKS
Everything you need at your fingertips, outline tasks that need to be done or checked and mark completed. The most important thing in the field of your work.
REPORTS
Any reports are at hand, for each section it is possible to generate a short express or send complete data about the project by e-mail or other information exchange channels.
MOBILE MEASURING-COMPUTER COMPLEX "DIX"
We successfully pass tests of the DIX device to measure the parameters of the contact network remotely. non-contact method. High rates of measurement speed, accuracy and even unpretentious to weather conditions, such as fog, rainfall, twilight.
TECHNOLOGIES
MEASURING EQUIPMENT
What is the difference between measuring equipment technologies?
Equipment for measuring the catenary presented quite a lot, but are divided into three main types of technology:
Stereoscopic method of measuring the height of the catenary
A method for comparing two images from television cameras, through projection axes according to the algorithm and formulas, with reference to the dimensions of the device. Measurements take place on indirect grounds. Accuracy ± 20 mm to 6 meters, then ± 40 mm.
ultrasonic method for measuring the height of the catenary
Method for measuring the time difference of the sent and reflected sound waves from the measurement object at a given air temperature. Accuracy from 1% to 2% (± 60-120 mm)
Laser method of measuring the height of the catenary
Method for measuring the time difference between the sent and received high-frequency laser pulses reflected from the measurement object. When measuring with a laser, about 20,000 pulsed measurements occur; this method is considered the most accurate with a minimum error (± 1.5 - 3 mm to 120 meters).
REMOTE MEASUREMENT OF RAILWAY CONTACT NETWORK PARAMETERS
HIGH PRECISION AND SPEED OF MEASUREMENTS of height of a contact wire
MEETS GOST 32679-2014
contact us
WE ARE IN TOUCH
We work all over the world.
CITIES AND COUNTRIES OF DELIVERY OF PRODUCTS
You can order a catenary measuring instrument for remote measurement of the "DIX" contact network parameters from a warehouse and receive it with delivery in the following cities and countries:
Delhi, India, Sao paulo brazil Dhaka, Bangladesh, Cairo, Egypt, Mumbai (Bombay), India, New York-Newark, USA, Karachi, Pakistan, Istanbul, Turkey, Buenos Aires, Argentina, Calcutta, India, Lagos, Nigeria, Manila Philippines Rio de Janeiro, Brazil, Lahore, Pakistan, Moscow, Russia, Los Angeles, USA, Bangalore, India, Paris, France, Bogota, Colombia, Chennai (Madras), India, Jakarta, Indonesia, Lima, Peru, Bangkok, Thailand, Hyderabad, India, London, Great Britain, Tehran, Iran, Chicago, USA, Luanda, Angola, Ahmedabad, India, Riyadh, Saudi Arabia, Surat, India, Baghdad, Iraq Santiago, Chile, Pune, India Madrid, Spain, Houston, USA, Dallas, USA Toronto Canada Miami USA Belo Horizonte, Brazil, Singapore, Singapore, Khartoum, Sudan, Atlanta, USA Johannesburg, South Africa, Philadelphia, USA, Barcelona, Spain, Saint-Petersburg, Russia, Yangon, Myanmar, Washington, USA Alexandria, Egypt, Ankara, Turkey, Chittagong, Bangladesh, Melbourne Australia Sydney, Australia, Addis Ababa, Ethiopia, Brazil, Brazil, Cape Town, South Africa, Jeddah, Saudi Arabia, Phoenix Mesa, USA, Boston, USA Rome, Italy, Kabul, Afghanistan, Montreal Canada Tel Aviv, Israel Porto Alegre, Brazil, Recife, Brazil, Tiree, Brazil, Medellin, Colombia, Kano, Nigeria, Jaipur India Ekuruleni, South Africa, Salvador Brazil Curitiba, Brazil, Lucknow, India, Berlin, Germany, Calicut, India, Ibadan, Nigeria, Detroit, USA Fayzalabad, Pakistan, Seattle, USA Bekasi, Indonesia, Malappuram, India, Asuncion, Paraguay, , Republic San Francisco, USA, Campinas, Brazil, Abuja, Nigeria, San Diego, USA Mashhad, Iran, Durban, South Africa Athens, Greece, Milan, Italy, Dakar, Senegal, Canper, India Kuwait, Kuwait, Kochi (Cochin), India, Trichur, India, Port Harcourt, Nigeria, Indore, India, Guayaquil, Ecuador, Izmir, Turkey, Kiev, Ukraine, Lisbon, Portugal, Surabaya, Indonesia, Caracas, Venezuela, Minneapolis, USA Nagpur, India, Dubai, UAE, Tampa, USA Denver Aurora, USA, Coimbatore, India, Cali, Colombia, Algeria, Algeria, Manchester, UK, Depok, Indonesia, Las Vegas, USA, Goiania, Brazil, Birmingham, UK, Thiruvananthapuram, India Vancouver Canada Baku, Azerbaijan, Naples, Italy, Brussels, Belgium, Minsk, Belarus, Vienna, Austria, West Yorkshire, UK, Bucharest, Romania, Turin, Italy, Hamburg, Germany, Warsaw Poland, Budapest, Hungary, Lyon, France, Glasgow, UK, Novosibirsk, Russia, Stockholm, Sweden, Marseille, France, Munich, Germany, Yekaterinburg, Russia, Kharkov, Ukraine, Belgrade, Serbia, Zurich, Switzerland, Copenhagen, Denmark, Porto, Portugal, Prague, Czech Republic, Helsinki, Finland, Sofia, Bulgaria, Kazan, Russia, Nizhny Novgorod, Russia, Dublin, Ireland, Chelyabinsk, Russia, Omsk, Russia, Samara, Russia, Amsterdam, Netherlands, Krasnoyarsk, Russia, Rostov-on-Don, Russia, Ufa, Russia, Cologne, Germany, Yerevan, Armenia, Tbilisi, Georgia, Perm, Russia, Voronezh, Russia, Lille, France, Antwerp, Belgium, Oslo, Norway, Toulouse, France, Rotterdam, the Netherlands, Odessa, Ukraine, Volgograd, Russia, Bordeaux, France, Krasnodar, Russia, Dnipro, Ukraine, Nice Cannes, France, Southampton /, United Kingdom, Donetsk, Ukraine, Liverpool, UK, Bergamo, Italy, Palermo, Italy, Saratov, Russia, Tyumen, Russia, Valencia, Spain, Thessaloniki, Greece, Newcastle upon Tyne, UK, Bologna Italy Nottingham, UK, Frankfurt am Main, Germany, Krakow, Poland, Zaporozhye, Ukraine, Zaragoza, Spain, Sheffield, UK, Lviv, Ukraine, Florence, Italy, Seville, Spain, Tolyatti, Russia, The Hague, Netherlands, Bristol, UK, Zagreb, Croatia, Padova, Italy, Genoa, Italy, Vassal, Belgium, Nantes, France, Lodz, Poland, Busto Arsizio, Italy, Izhevsk, Russia, Wroclaw, Poland, Barnaul, Russia, Irkutsk, Russia, Venice, Italy, Stuttgart, Germany, Khabarovsk, Russia, Dusseldorf, Germany, Riga, Latvia, Belfast, UK, Verona, Italy, Ulyanovsk, Russia, Bari, Italy, Seregno, Italy, Kryvyi Rih, Ukraine, Geneva, Switzerland, Yaroslavl, Russia, Gothenburg, Sweden, Vladivostok, Russia, Brighton / Worthing /, United Kingdom, Makhachkala, Russia, Tomsk, Russia, Leipzig, Germany, Dortmund, Germany, Malaga, Spain, Catania, Italy, Essen, Germany, Toulon, France, Dresden, Germany, Orenburg, Russia, Kemerovo, Russia, Bremen, Germany, Basel, Switzerland, Gomel, Belarus, Leicester, UK, Novokuznetsk, Russia, Utrecht, The Netherlands, Ryazan, Russia, Vilnius, Lithuania, Hannover, Germany, Edinburgh, UK, Astrakhan, Russia, Naberezhnye Chelny, Russia, Poznan, Poland, Grenoble, France, Penza, Russia, Duisburg, Germany, Balashikha, Russia, Kirov, Russia, Nuremberg, Germany, Lipetsk, Russia, Cheboksary, Russia, Bournemouth / Pool, UK,
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