Street lighting system cabinet

Control cabinet lighting produced by RCG PROFILE serve to supply and control circuits of lighting streets, squares, recreational areas, industrial and storage facilities.

The construction of cabinets, depending on the customer's requirements may consist of two or three parts, ie the section of the reductant power and distribution systems and an optional section of the measuring section in which there are safeguards conversion and measuring equipment, installed, depending on the needs and requirements of the electricity company.

Under normal distribution we use the control circuit elements: attachment strips, contactors, security and other power lines. In addition, as we put control of the astronomical clock, or AC ECO-ECO-S controller with expansion modules that allow communication via GSM and / or INTERNET.

Regulator under section contains the drivers for the saving of electricity load from 10A to 160A per phase - specific parameters are always determined on the basis of the load circuits of lighting.

Cabinets shall be performed according to the requirements of the contracting authority to determine the technical details.

The control system voltage SKB-GSM

INTELLIGENT SYSTEM FOR GUARANTEED DC power.

This system is designed to ensure that DC power votes plant and equipment, where continuity of work is essential. His distinctive, quality and operating properties is obtained by a high level of technical solutions and technology components (modules) offered systems, modular structure of the rectifier, using (n +1) modules, where "n" - means the number of modules to ensure the nominal operating conditions and one module is "hot reserve" (in justified cases, the modules are connected to different phases), for monitoring the performance of the network AC charger, batteries and DC networks, so can work with networks, as well as able to work with batteries, and to highlight emergency situations connected with the initial diagnosis the causes of the accident, remote monitoring of the entire system as the mobile telephony and the Internet.

We offer a guaranteed power supply systems for the following voltages:

• 12Vdc,
• 24Vdc,
• 48Vdc,
• 110Vdc,
• 220Vdc.

Arrangements are made depending on the strength and customer requirements, as cabinets or upright, standing or hanging on the wall. They are equipped with overcurrent protection as from the AC inputs as well as in the battery industry. Voltage input and output terminals are brought out to terminal strips, which can be attached directly to the mains supply cables and the cables to the receivers. In the case of several output circuits, the system can be installed in the exit the chokes secured to each of them.

The structure of the system:

Power system design is upright, or cabinet. Electric / electronic part may be in a separate cabinet, but it can be installed together with the batteries.

The system consists of:

• modular rectifier, a supply current to recharge the battery (and after it charged the battery provides current preservative), and connected to the output of receivers,
• battery which is charged with electricity in the event of a network outage, or catastrophic failure in the charger,
• over-current protection as from the entry into the network and over current protection circuit the battery,
• control the presence of voltage network and the work efficiency rectifier modules,
• system of supervision and control of the battery (the battery voltage level control, leakage resistance, and continuity of its poles in the lead battery industry, and also controls the load current and battery current)
• design of the remote monitoring of a system of guaranteed supply SKB * GSM (GSM and the Internet),
• strips from the junction so the network AC and voltages from the guaranteed - output.

Astronomical clock ECO-AC

A general description of the device

Four output clock control is a device designed to control the street lighting. Its features allow you to also use it to control other devices whose operation depends on the current time, or until sunset and sunrise.

Specifications

• power supply - 230VAC, 10W
• temperature - 30 to +70 º C
• storage temperature - 50 to +80 ° C
• humidity - 0 to 90% noncondensing
• weight 150g
• Dimensions - 67mm x 119mm x 65mm
• installation - 35mm DIN rail, disconnected cubes
• number of outputs - 4 NO + NC 230V/16A max
• signaling state of the module - LCD display 2x16 characters
• configuration of the module - the buttons on the panel and IR remote control
• maintenance of emergency - a built-in rechargeable battery - 200 hours of work

Driver ECO-S

MONITORING AND CONTROL SYSTEM FOR INDUSTRIAL FACILITIES (pumping stations, power stations, waterworks, BOILER, COLD, ADVERTISEMENTS ETC.)

A general description of the system

We offer a system to monitor and control energy substations. It is based on the GSM mobile telephony. The transmission takes place via SMS, CLIP, and with a large amount of data transferred - GPRS packet. Using these means of communication for data exchange brings tangible economic effects wherever technological objects are separated from each other and there is no possibility of direct communication between them.

Technical Description

Described above, monitoring and energy control devices such as the tram substation, based on the microprocessor controller module ECO-S, produced with the software by RCG PROFILE, you can monitor and control any electrical work from anywhere, using mobile phone or PCmonitoring, coupled with a mobile phone, and installed monitoring.

The system can be operated by up to 16 users with appropriate privileges assigned.

User using a mobile phone or a computer monitor, sending a text message with appropriate content, can make switching any electrical appliances. Replaced by the feedback on your phone or computer to execute commands and device status.

The system can be freely programmable devices such as the task of attaching the reserve at the time of system failure, etc. has a potential-free relay outputs, which are used to control voltage ranges from 1 to ~ 230V, and rated to 10A. Control of HV electrical equipment is done by use of the existing automation of these devices or the absence thereof, through appropriate regulatory modules (contactors, relays).

Dispatcher Management "Base" can control multiple devices at facilities located in different places far from each other and are in a GSM network (over 99% of the country),

Users, in addition to device control through communications, are able to obtain textual information about events at the stadium or the status of the equipment (for each event, you can independently choose which of the programmed numbers are to be sent messages). These messages can be freely defined by the user as well as other configuration parameters are saved in the internal memory controller.

Examples of information about the states of devices:

• attaching on or off,
• decay and return voltage,
• short-circuit conditions,
• unauthorized person entering the property (sabotage)
• occurrence of alarm - the system reacts to an event occurring (eg, failure, fire),
• temperature equipment in the facility.

Figure monitoring and control of power substations.

 

The system consists of six main components that make up a reliable system of continuous monitoring and control of substation equipment efficiency.

 

1. ECO-S driver
2. Module optoisolation
3. Industrial GSM module with external antenna
4. Battery 12V
5. Team relay
6. AC / DC 14 V

The most important component of the system is the driver ECO-S (A) the production company PROFILE RCG, which receives status information from the input device and stores them in memory to be able to then through an industrial GSM communication module (C) submit the results of measurements to the "BASE".

Service, or a properly configured software that controls the sending appropriate commands via SMS to the "BASE" of the driver ECO-S controls the device via relay team (e), enabling or disabling the device. While the module optoisolation (B) protects the driver entry ECO-S before the intrusion of unwanted currents and voltages with controlled external objects.

In order to increase the reliability - the system is equipped with a 12V battery (D), from which the driver is powered by a power failure, network ~ 230V AC Input (F).

Characteristics of driver ECO-S

 

• integrated power supply buffer,
• parametric input-to-digital (also optoisolation)
• selected entry can work as a counting input pulses,
• ~ high-current outputs 230V/10A,
• Low voltage output 5V/0.015A,
• fuse protected outputs delayed,
• sending information about the state of inputs, mains power failure ~ 230V, discharged battery emergency power supply, overheat fuse, power output,
• LED indicators of each output and controller status,
• cooperation with any mobile phone that supports the AT protocol,
• communication with users through the signals CLIP, SMS, GPRS protocol,
• powerful functions simultaneously by computer control system coupled with a mobile phone and software, or straight from your mobile phone,
• memory of the events of 1024 items
• cooperation with fire sensors.,
• possibility of expansion with additional modules such as input / output Digital input / output analog temperature sensors, etc.
• the ability to share a system of zones (zones can be controlled by the user, by system events, or their condition may depend on the status of other areas, it is possible to temporarily restrict access to the zones),
• configuration parameters are stored in EEPROM memory,
• 8 TIMER'ów working, which can be deducted: milliseconds, seconds, minutes or hours,
• system capable of storing 16 entries and 16 phone numbers of users.

 

 

Fully configurable parameters of the system

 

1. nature of the work the digital input (alarm, pulse counter, a digital input for temperature sensor)
2. alarm input work parameters (a breach, delay time, the meter violations, no zone),
3. counter input operating parameters (polarization / charged pulse duration, the multiplier, limits)
4. operating parameters input to a digital temperature sensor (sensor type, limits)
5. analog input work parameters (type, limit values)
6. TIMER'a working parameters (which counts limits),
7. password, telephone number, user permissions,
8. content sent SMS,
9. format sent an SMS,
10. form of the condition after the meeting that the system will perform a sequence of output operations.

 

 

It is possible to combine drivers ECO-S in the network is managed remotely through a "base".

ECO-S Driver (local train) collects and processes information received from the technological equipment (motors, contactors, relays, etc.) and distributor of measurement equipment. At the command of "BASE", a local station transmits the information available (eg, values current, voltage, states of equipment) to the central station, via SMS messages (in the case of small amounts of data) or GPRS packets (for a larger amount of data transferred) using an industrial GSM module.

"BASE" is a PC equipped with appropriate software management monitoring system, operating in Microsoft Windows operating system 9x/ME/2K/XP. "BASE" is connected via RS232 serial cable to a mobile phone (or more depending on the extent of the system - the number of systems for remote control), which communicates with the module industry (C) in the monitoring system.

"DATABASE" controls the work of monitoring and control system, collects, stores and processes information received from the drivers. Furthermore, according to the agreed timetable, in an automated way, update all the measurement results, communicating with local stations (the drivers).

Central station dispatcher can also manually using the computer keyboard or pointing devices, require the necessary information from local stations, as well as at any moment can turn on and off different sections of power or other devices connected to the relay team.

Attached to the "BASE" monitor provides full information about the values of all measured values and status of equipment controlled by the system. Menu on the monitor screen can be freely modified by the operating needs. The system can define the behavior of individual devices on the outputs, according to the programmed cycle, which can be adjusted to suit your needs.

Our production system is a versatile, flexible and gives a great opportunity to automate and significantly improve the security and reliability of supported devices. From the user's system does not require any preparation of the computer (however, it is necessary to brief training of personnel operating the system). The information collected form the text file can be saved to disk and mapped to the printer in the form of reports (daily, etc.) or graphs.

The benefits of the system

• reduces maintenance costs and equipment maintenance services,
• continuously informed about the state of components and equipment,
• Immediate notification of failures and alarm status and the ability to automatically attach to define an emergency backup circuits,
• reduction of losses resulting from the minimization of downtimes
• be used in a GSM network (over 99% of the country),
• failure-free operation and high resistance to weather conditions.

Driver ECO and ECO-T

CONTROL SYSTEM ELECTRICITY CONSUMPTION OF LIGHTING.
Electricity is expensive, and will be even more expensive. Spend on it, and increasing amounts of light. It is often the case that plant, or derelict hypermarket parking is brilliantly illuminated, and thousands or even hundreds of thousands of kilowatts escape uselessly, as per buck gives a tremendous amount.

Experts warn of the impending energy crisis of energy shortage in many countries throughout the world. So energy conservation is becoming a global problem, and already an economic and environmental problem for many cities, municipalities and industrial plants. Currently operated lighting systems, in spite of meeting their basic function does not ensure that the requirements of efficiency, reliability, ease of control and efficiency.

Besides the typical faults (no lights flash) are difficult to detect damage to a network, or devastation controls. Therefore, to minimize such situations, or even eliminate them we offer you a control system of electric energy consumption.

Light sources are designed to operate at a supply voltage of ~ 230V ± 10%. In our devices, introduced a power reduction, achieved by reducing and controlling voltage light sources. The level of savings depends on the lighting infrastructure, the parameters of the mains and practice ranges from 20% to 30%.

Technical Description

ECO driver is used to reduce the effective supply voltage single-phase lighting circuit. Used as elements of executive power IGBT transistors, which are controlled by a microprocessor control unit, a co-driver ECOS. This allows a smooth adjustment to the current load, eliminating the sudden jumps in the amplitude of the power switch and ensure the ongoing stability of output voltage.

Voltage regulation is the trimming of the voltage on sionusoidy descending slope, while its behavior as it is the first (0 º -90 º and 180 º -270 º) phase accumulation of the course. Behavior of the incremental slope is essential for the proper ignition of discharge lamps in each cycle of AC voltage. Thanks to the power tubes can be reduced to a greater extent, without causing them fades. Circuits are then incorporated into the work as "mild", ie when value instantaneous voltage is zero, which greatly relieves the switches, as well as the lamp current from the stroke.

Thanks to its application can be obtained from the savings resulting from a reduction in input power by lighting circuit. System exists in several versions, allowing for use in lighting circuits with load: from 10A to 40A per phase.

The device operates in automatic mode according to a given program. ECO driver works with all types of light sources, with the exception of light sources with electronic ingniters. System has developed diagnostic system of all components .. The device is controlled by a microprocessor which adjusts in real-time operation of the controller parameters to the load and other parameters of the lighting circuit.

Graph without reducing the lamp voltage (black) and during the reduction of power (green).

Circuits with multi-point control of lighting circuits and undistributed eg office buildings, hotels, dormitories and unstable lighting installations controlled by microprocessors offer drivers Écot transformer. Ask the driver to act in time, and adjust the output voltage, the transition voltage from line voltage to a specified voltage reduction, the reading voltage and current, critical state registration, etc.

Écot drivers are available in two versions. Version of the driver to ask the action in time and to regulate the output voltage, a smooth transition from line voltage to a specified voltage reduction, the reading voltage and current, critical records of a simplified version, etc., after the time adjustable using a standard Timer, sharply reduces the output voltage of 20V, 25V or 30V (set during installation). In addition, both versions allow simple switching device in BYPASS mode.Devices are present in several versions to make the application in the lighting circuits for loads: from 10A to 160A in single phase or from 10A to 63A three-phase version.

In the event of fault conditions in the mains switch is in the so-called mode. BYPASS - supply voltage is switched from input to output directly to the system without drivers.

The average time of return on investment ranges from eighteen to twenty-four months, and the savings that can be obtained from the lighting circuits range from 20% to 30%.

The driver produced by our company has a patent application number P379404.

Application drivers include:

• Guaranteed savings of 20 to 30% in the consumption of electricity consumed for lighting,
• The opportunity to work with all types of light sources except with electronic ignition systems,
• Small size,
• Extension of the life of luminaires and light sources,
• Stabilization of output voltage,
• High performance work system.
• Significant environmental aspects: reduction of greenhouse gases into the atmosphere, less consumption of natural resources, less consumption of lighting fixtures, ballasts and light sources, with smaller quantities of waste for disposal,
• Reduction of additional costs of operation and maintenance of the lighting to 50%.

 

The working time of the light source without the use of a reduction in working time compared to using the power reduction is increased by over 100% and amounts to 24,000 hours. Without reducing this time is less than 12,000 hours.

How to connect the ECO

How to connect the Écot

Écot way to connect devices with the possibility of integration with the control system

ECOS controls the operation of the system and allows to optimize costs and efficiently manage electricity on lighting circuits. Carries out the task of reviewing eight independently configurable lighting zones. These outputs can be set in one of several modes of operation. The controller can work in append mode lighting pronounced earlier time. You can also set options astronomical clock which results in annexing illuminate the sunset time and disable it at sunrise. In addition, the driver has an input count pulse. It is equipped with real time clock RTC, the user interface in the form of buttons and LCD display.

The device has a built-in GSM modem and Bluetooth module, which allows for quick and easy configuration of the device by mobile phone or computer from the database. In this case, the driver can set the parameters for a closed cabinet.

The controller has a non-volatile memory that stores all the parameters of a lighting system, ie states of counters, scales, and the value of output currents, voltages and power.

The program database is used to control, monitoring, analysis of energy consumption and costs. The program can be installed on any computer having a GSM modem. The program lets you create charts, energy, power, illumination time, cost, and others. There is also a map on which is shown the location of cabinets lighting along with their current status. The database program allows for easy, fast and flexible process control and monitoring of street lighting.

The benefits of using the system for saving, monitoring and control of lighting circuits:

Advantages of ECO drivers:

• The opportunity to work with all types of light sources,
• Small size and weight,
• Simple configuration,
• High efficiency - converts only the unwanted excess energy,
• A wide range of applications,
• Asymmetry allows the load
• Is designed based on modern technologies,
• Does not require constant attendance
• Elongation lifetime of light sources.

Economic benefits:

• Savings of from 20 to 30% of electricity consumption in lighting,
• Extension of the life of lighting fixtures, ballasts and light sources,
• Stabilization of output voltage,
• Reduction of additional costs of operation and maintenance of the lighting to 50%,

Environmental benefits:

• Less consumption of natural resources,
• Less greenhouse gas emissions into the atmosphere,
• Less emissions of sulfur dioxide (acid rain, less rain),
• Less consumption of lighting fixtures, ballasts and light sources,
• Smaller amounts of waste for disposal,

The area uses the system to save, control and monitoring of the lighting circuits:

The proposed devices can be used anywhere where there are lighting circuits consisting of any sources of light except with electronic ignition systems powered by voltage or 230V ~ ~ 400V.The devices are dedicated for use in various types of lighting installations.

Area of use:

• Street lighting,
• Stations,
• Airports
• Logistics centers,
• Factory halls and warehouses,
• Parking lots,
• Shops, markets and market halls,
• Hospitals,
• Shipyards, mines, steelworks and other industrial plants,
• Stadiums, sport facilities,
• And where there are other lighting circuits.

Modernize or mention of street lighting cabinets bear only the cost of investment. By installing the above / in cabinets made by our drivers also save on electricity and we care about the environment and pay the costs incurred during the period from 18 to 36 months.