Research and Development Company “Promelectronica”

Railway Signalling and Telecommunications

Research and Development Company “Promelectronica” is one of the leading Russian developers in railway automatics and telemechanics, providing full life cycle of their products.

Promelectronica’s railway automatics have been operating at mainlines and approach tracks of industrial enterprises for 25 years.

Nowadays, the developments of Promelectronica ensure safety and control of train traffic at all railways throughout Russia (Russian Railways (RZD), main lines and large industrial enterprises in Russia, Kazakhstan, Uzbekistan, Latvia, Lithuania, Armenia, Belorussia, Bulgaria, Indonesia and other countries world-wide.

Promelectronica provides the full package of services – from design-and-survey and pre-commissioning works up to disposal, including maintenance, life-time supervision and modernization.

Promelectronica has its own engineering centre in Ekaterinburg (including departments which develop station, track line and locomotive systems), as well as research laboratories, a design bureau, manufacturing areas, training centres and offices throughout Russia.

Since 2006 the Company has been operating according to the requirements of the Quality Management System ISO 9001.

High quality and reliability of Promelectronica’s products are recognized in Russia and abroad. In September 2012 one of the developments – microprocessor axle counting system ESSO – was successfully certified for compliance with CENELEC SIL4. Research and Development Company “Promelectronica” has become the first Russian company in railway signalling to be assessed for these requirements. In 2014 the microprocessor interlocking system MPC-I was successfully assessed for conformity to CENELEC SIL4. In November 2015 the axle counting system ESSO-M was certified for CENELEC SIL4.

In January 2017 Research and Development Company “Promelectronica” successfully completed the audit for compliance with the International Railway Industry Standard (IRIS) for the second time (the first certificate was received in 2014).

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Due to their unique technologies Promelectronica’s products ensure a high level of train traffic safety in various operating conditions, at track sections of any length and of any volume of traffic.

Up-to-Date Microprocessor Railway Automatics and Telemechanics

Microprocessor Interlocking System MPC-I

The Microprocessor interlocking system (MPC-I) is a centralized control of wayside objects (points, light signals, level-crossings etc.) at stations of any size and any type of train and shunting movement. The main functions of MPC-I include automatic registering and archiving of system operation and station operator activities data, monitoring of system operation and train movements at station, single control zone of several stations managed from one point and several control zones at one station.

Cost-Efficiency:

  • Less equipment in comparison with relay EI;
  • Reduced costs of capital construction, installation and maintenance of EI tower equipment due to integration of adjacent signalling systems;
  • Unified application on small, mid and large-sized stations (road junctions, separate posts and shunting loops) with train and shunting movements at main lines and industrial railways. It is convenient for design and maintenance of system. No retrain for maintenance staff after overpass to other stations and production period; supply period is substantially decreased as those do not depend on the station size.

Axle Counting System ESSO-M

The ESSO-M Axle Counting System enables the control of vacant/occupied track sections. It displays the detailed technological and diagnostic information via LCD-panel with the intuitive interface, e.g. number of axles, passed over each CP (counting point) and direction of movement, pre-fault state of CP link. ESSO-M operates at any level of ballast resistance (even at zero), including track sections with metal sleepers and junctions and all-metal bridges. ESSO-M can be integrated with any existing signalling system in case of a new construction as well as modernization and total overhaul.

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Benefits:

  • Interfacing with the upper level systems over digital channels;
  • No seasonal adjustment;
  • No specific types of cable;
  • Speed control: train speed and speed limits;
  • Online help in troubleshooting, which provides user with necessary references and instructions;
  • Online monitoring of the system operation;
  • Service maintenance within the life cycle.

Cost-Efficiency:

  • Reduced equipment costs per a track section in comparison with traditional track circuits;
  • Reduced operational expenses, including due to fault external relays required periodic maintenance in a part of control instrumentation;
  • Capable to operate at any up to zero ballast resistance;
  • Higher operational availability due to diagnostics of pre-fault states.

Microprocessor Semi-Automatic Block System MPB

The Microprocessor Semi-Automatic Block System (MPB) preforms train traffic control at track sections with low traffic density. It is functionally similar to the relay semi-automatic block system, additionally ensuring control of complete train arrival at the station. MPB is capable of transmitting block-signals not only over physical lines but also using data transmission systems, i.e. VF channels, FO lines, and radio channels.

MPB is a small-sized system, cost-effective in maintenance and has the extended functionality:
semi-automatic blocking with automatic control of complete train arrival. Track line vacancy can be controlled by in-built facilities (axle counting via ESSO wayside equipment) as well as by external facilities;
automatic block-post arrangement. Dependency logic of block-post is performed by a MPB controller, not requiring any changes in hardware or software controller units.

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Cost-Efficiency:

  • Reduced expenses on capital construction, installation and maintenance of tower devices and relays;
  • Reduced operational costs and no losses due to steal of copper-containing materials due to data transmission over radio-channel;
  • Conversion of sections equipped with MPB on CTC control.

Non-Relay Level-Crossing Protection System MAPS-M

The Non-Relay Level-Crossing Protection System (MAPS-M) enables automatic control of level-crossing signalling equipment to ensure train traffic and automobile transport safety at level-crossings.

MAPS-M is a completely automatic, low-maintenance system which in cases of normal operation does not require any additional user activities. The system provides the detailed diagnostic data regarding system state and archives the data. This results in the detection of pre-fault states and significantly reduces time for troubleshooting.

Proper operation control of MAPS-M units is the function of level-crossing signalling equipment. All data is displayed on LCD touchpad with a user-friendly interface.

Cost-Efficiency:

  • No relay equipment required periodic maintenance;
  • Reduced operational costs and no losses from theft of copper-containing materials due to less track circuits;
  • Reduced costs of construction and installation works, compliance with the climate requirements, improved working conditions for service staff;
  • Reduced commissioning and operational expenses due to the lack of schemes, realizing LC signalling relations.
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Contact Details:

128a Malysheva str., Ekaterinburg, Russia, 620078

TEL: +7 (343) 358 55 00

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Images

Train Traffic Control System
Station Operator Work Terminal
Axle Counting System
ESSO-M Counting Post
Axle Counter System
ESSO-M Wayside Equipment
Train Traffic Control System
Station rail operator work terminal (MPC-I)
Microprocessor Interlocking System
Main Interlocking Control Unit (MPC-I)
Train Traffic Control
MPC-I Station Operator Work Terminal
Microprocessor Semi-Automatic Block System
MPB Controllers Module
ESSO-M wayside equipment
Axle Counting System
ESSO-M Evaluation Block
Non-Relay Level-Crossing Protection System
MAPS-M Equipment
Non-Relay Level-Crossing Protection System
MAPS-M Equipment
Non-Relay Level-Crossing Protection System
MAPS-M Equipment

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