Cirpark Catalogue 2011-12 - Circontrol

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Parking Guidance System - Cirpark 2011-2012 Short Form Catalogue Circontrol. PGS and Smart parking solutions. Moises Barea

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Cirpark Catalogue 2011-12 - Circontrol

  1. 1. P CirParkCirParkEf cient solutions for car park mobilityThe word ef ciency comes from the Latin ·”ef cientia”, which means, action, strength, production. It is de ned as the capacity tohave something or someone to bring about a given result.Ef ciency is the capacity to achieve the desired result with the minimumpossible number of resources.CIRCONTROL has developed various Global Ef ciency Solutions with the goal of providing operators with the tools they require toachieve optimum EFFICIENCY AND SAVINGS in their car park facilities.CIRCONTROL solutions enable operators to maximise their pro ts from the operation of the car park, while increasing customer loyaltyand improving their reputation, since they have the facilities with the highest added value in the market.To achieve GLOBAL EFFICIENCY, CIRCONTROL has the following tools:s: INTELLIGENT PARKING SPACE GUIDANCE AND OCCUPATION SYSTEM: I-PARK LED INTELLIGENT LIGHTING SYSTEM: LED-PARK GREEN-PARK NUMBER PLATE RECOGNITION SYSTEM: LPR-PARK INTELLIGENT RECHARGING SOLUTIONS FOR ELECTRIC VEHICLES: CIRCARLIFE
  2. 2. P CirPark - Short Form Catalogue 2011-2012CirPark CONTENTS EFFICIENT SOLUTIONS FOR CAR PARK MOBILITY P P1. INTELLIGENT PARKING GUIDANCE SYSTEM: I-PARK 11 P1.1 Detection equipment: Free parking space system 11 P1P.1.1- Parking space detection sensors 11 P1.1.2 Indicator lights 12 P1.1.3 Attachment accessory 12 P12 Capacity counting and control equipment 14 P12.1 Flow and presence detectors 14 P1.3 Information panels 15 P1.3.1 Basic interior range 15 P1.3.2 Advanced interior range 16 P1.3.3 Exterior range 17 P1.4 Control equipment: I-PARK 18 P2. LED INTELLIGENT LIGHTING SYSTEM: LED-PARK 19 P2.1 Lighting modules 19 P2.2 Control equipment: LED-PARK 20 P3. SYSTEM FOR ENERGY EFFICIENCY AND CAR PARK AUTOMATION: GREEN-PARK 22 P3.1 Energy efficient parking 23 P3.2 Automation equipment 23 P4. LICENSE-PLATE RECOGNITION SYSTEM: LPR-PARK 24 P4.1 NPR equipment 25 P5. INTELLIGENT RECHARGING SOLUTIONS FOR ELECTRIC VEHICLES: CirCarLife 26 (See section E)
  3. 3. P CirParkCONTENTS EFFICIENT SOLUTIONS FOR CAR PARK MOBILITY P P6. CONTROL ELEMENTS AND MANAGEMENT SOFTWARE 27 P6.1 Control equipment 27 P6.2 Management software 27 P6.2.1 Management software: CIRPARK 27 P6.2.2 Capacity control software: CIRPARK-LT 28 P6.2.3 NPR applications 28 P6.3 Training and start-up 29 P7. INSTALLATION ACCESSORIES 30 P7.1 PARKING SPACE-PARKING SPACE SYSTEM WIRING 30 P7.2 LED lighting cabling system 31 P7.3 Attachment elements 31
  4. 4. P CirPark Ef cient solutions for car park mobility Information Access control panels via number plateCirPark reading CirCarLife Intelligent electrical vehicle recharging system Flow detectors LE LED-PARK LE LED Car park li lighting “Plug and play” halogen- free wiring Parking space detection sensor Indicator light Control equipment Indicator Indicator light light Occupied parking space Free Free parking space CirPark Scada parking disabled software space
  5. 5. P1 P1.1 CirPark P1.1.1 Ef cient solutions for car park mobilityP1. INTELLIGENT PARKINGGUIDANCE SYSTEM: I-PARKOur modern society is increasingly lled with shopping malls, large CirParkentertainment centres, large transport hubs, etc., leading to exponen-tial growth in road traf c concentrations. The design of solutions toef ciently manage these situations has become a priority.In particular, the car park sector has brought about the need to manageand optimise the resources available, adopting different solutions thatoffer a series of advantages to the end user and can have a direct im-pact on improving car park operations. The following objectives can be achieved with the guiding system: free One of these solutions is the Parking Space Mana- gement System, which quickly and ef ciently pro- vides information to the user, who is able to nd a parking space within the shortest possible time. - With this system, car parks can become more easily accessible for their users. 100% optimisation of car -The simplicity of nding spaces will result in greater customer satisfac-tion, who will then reuse the service given the advantages it offers. Theguidance system makes it easier for users to nd a free parking space -in the car park.P1.1.- DETECTION EQUIPMENT: FREE PARKING SPACE SYSTEM TYPE CODE DESCRIPTION P1.1.1 PARKING SPACE DETECTION SENSORSSP3 460127 Ultrasound sensor for detecting the occupation of parking spaces in car parks. Input power: 24 V DC. Consumption: 0.8 W. Communication: RS-485. Power supply & data connectors and external illuminated indicator. Extended temperature range: -10ºC to +50ºC. Remove firmware configuration. Detection distance and brightness intensity adjustable by software. Recommended installation height: 2.30 to 3.5 metres.SP3-RG 460128 Ultrasound sensor for detecting the occupation of parking spaces in car parks. Input power: 24 V DC. Consumption: 1.2 W. Communication: RS-485. Power supply & data connectors and external illuminated indicator. Red-green occupation status LEDs (2000 mcd). Exten- ded temperature range: -10ºC to +50ºC. Firmware can be configured remotely. Detection distance and brightness intensity adjustable by software. Recommended installation height: 2.30 to 3.5 metresSP3-RB 460129 Ultrasound sensor used for detecting the occupation of parking spaces adapted for the di- sabled in car parks. Input power: 24 V DC. Consumption: 1.2 W. Communication: RS-485. Power supply & data connectors and external illuminated indicator. Red-blue occupation status LEDs (2000 mcd). Extended temperature range: -10ºC to +50ºC. Firmware can be configured remotely. Detection distance and brightness intensity adjustable by software. Recommended installation height: 2.30 to 3.5 metres.
  6. 6. P1.1.2P1.1.3 TYPE CODE DESCRIPTION P1.1.2 INDICATOR LIGHTS PP1-RG 460131 Parking space occupation status indicator, visible from 360º, red-green colour (2000 mcd). Input power: 24 V DC. Consumption: 0.7 W. Brightness intensity adjustable via the ultra- sound sensor. PP1-RB 460132 Occupation status indicator for disabled parking spaces, visible from 360º, red-blue colour CirPark (2000 mcd). Input power: 24 V DC. Consumption: 0.7 W. Brightness intensity adjustable via the ultrasound sensor. PP2-RG PG 460136 Parking space occupation status indicator, visible in one direction only, red-green colour (6000 mcd). Input power: 24 V DC. Consumption: 0.7 W. Brightness intensity adjustable via the ultrasound sensor. PP2-RB 460108 Occupation status indicator of disabled parking spaces, visible in one direction only, red- blue colour (6000 mcd). Input power: 24 V DC. Consumption: 0.7 W. Brightness intensity adjustable via the ultrasound sensor. PP3-RG 460118 Parking space occupation status indicator, visible in two-directions, red-green colour (8000 mcd). Input power: 24 V DC. Consumption: 0.8 W. Brightness intensity adjustable via the ultrasound sensor. PP3-RB 460119 Occupation status indicator of disabled parking spaces, visible in two-directions, red-blue colour (8000 mcd). Input power: 24 V DC. Consumption: 0.8 W. Brightness intensity adjus- table via the ultrasound sensor. PP-M 460221 Multi-indicator equipment. Can mark two or three parking spaces with a single light indica- tor, receiving the signal from two or three ultrasound sensors. 24 V DC input power. P1.1.3 ATTACHMENT ACCESSORY PK-CLIP 460160 Grooved clip used to attach the sensor and light indicators, for metal rails and for sensor sockets. Bag of 100 units.
  7. 7. CirPark P1.1.3
  8. 8. P1.2P1.2.1 P1.2.- CAPACITY COUNTING AND CONTROL EQUIPMENT TYPE CODE DESCRIPTION P1.2.1 FLOW AND PRESENCE DETECTORS MR4/dp 460111 Flow detector control unit. Input power: 24 V DC. Consumption: 1 W + (No. zones x 1.6 W). Control of four flows and four relay outputs, activated according to occupation. Counter storage memory. CirPark DPF 460114 Vehicle flow detector using infrared photocells. Set of two modules with two photocells each (transmitter-receiver). Input power: 24 V DC. Activation by digital input in MR4/dp. DPF-CG 460142 Vehicle flow detector using infrared photocells. Set of two modules with one photocell each (transmitter-receiver). Input power: 24 V DC. Activation by digital input in MR4/dp. Range: 2 m. DPU 460133 Ultrasound vehicle flow detector. Set of two ultrasound sensors. 24 V DC input power. Con- sumption: 2 x 0.8 W. Communication: RS-485 with MR4/dp. DLI-24 460219 Inductive loop detector. Input power: 24 V DC. Consumption: 1.5 VA. Control with one inductive loop. Activates a relay when a detecting a metal mass on the loop. Possibility of adjusting the sensitivity. Adjustable pulse type, during or after detection. DLI-PARK-24 460220 Inductive loop detector. Input power: 24 V DC. Consumption: 1.5 VA. Control of two induc- tive loops. Activates a relay when detecting a metal mass on the loop. Possibility of adjusting the sensitivity. Adjustable pulse type, during or after detection. LC-720 460503 Infrared detector, 90º wall, 1000 W load, 12 m, for pedestrian detection and intelligent management of lighting systems. Input power: 220 V AC
  9. 9. P1.3 P1.3.1P1.3 - INFORMATION PANELS TYPE CODE DESCRIPTION P1.3.1 BASIC INTERIOR RANGEDX3 460113 Three-digit display, indicating free parking spaces. Input power: 24 V DC. Consumption: 2.2 W. Communication: RS-485. Digit colour: amber. Brightness intensity adjustable by software. Digit height: 70 mm CirParkD4 460153 Four-digit display, indicating free parking spaces. Input power: 24 V DC. Consumption: 3 W. Communication: RS-485. Digit colour: amber. Brightness intensity adjustable by soft- ware. Digit height: 70 mmDX3 DI / DX3 AA 460110 Three-digit display + left/right - up/down arrows and cross, indicating free parking spaces / 460112 and direction. Input power:24 V DC. Consumption: 2.5 W. Communication: RS-485. Digit colour: amber. Arrow colour: green. Cross/arrow colour: red. Brightness intensity adjustable by software. Digit height: 70 mmDX2 DI / DX2 AA 460124 Two-digit display + left/right - up/down arrow and cross, indicating free parking spaces and / 460125 direction. Input power: 24 V DC. Consumption: 2 W. Communication: RS-485. Digit colour: amber. Arrow colour: green. Cross/Arrow colour: red. Brightness intensity adjustable by software. Digit height: 70 mmDX-F DI 460155 One left/right arrow display, indicating direction. Input power: 24 V DC. Consumption: 0.5 W. Communication: RS-485. Arrow colour: green. Cross/arrow colour: red. Brightness inten- sity adjustable by software. Arrow height: 70 mmDX-FF 460154 Two left/right arrow display, indicating direction. Input power: 24 V DC. Consumption: 1 W. Communication: RS-485. Arrow colour: green. Cross/arrow colour: red. Brightness intensity adjustable by software. Arrow height: 70 mmDX-MINUS 460141 Panel with backlit text information, DISABLED PARKING SPACE, indicating the direction to free parking spaces. Blue arrow. Cross/arrow colour: red. 24 V DC input power. Consump- tion: 2.5 W. Digit height: 70 mmD-TEXT 460213 Panel with backlit text information, FULL , PLEASE CONTINUE - CONTINUE TO FLOOR X, etc. 24 V DC input power. Consumption: 2 W. Control via MR4/dp contact.
  10. 10. P1.3.2 TYPE CODE DESCRIPTION P1.3.2 ADVANCED INTERIOR RANGE DX2-VMS 460165 Display - two-colour - alphanumerical - two digits + up/down/left/right arrow and cross, indicating free parking spaces and direction. Input power: 24 V DC. Consumption: 4.3 W. Communication: RS-485. Brightness intensity adjustable by software. Digit height: 120 mm. Indoor installation. DX3-VMS-6 460158 Display - two-colour - alphanumerical - three digits + up/down/left/right arrow and cross, CirPark indicating free parking spaces and direction. Display with up to six characters. Input power: 24 V DC. Consumption: 5.8 W. Communication: RS-485. Brightness intensity adjustable by software. Digit height: 120 mm. Indoor installation. DX4-VMS-8 460161 Display - two-colour - alphanumerical - four digits + up/down/left/right arrow and cross, in- dicating free parking spaces and direction. Display with up to eight characters. Input power: 24 V DC. Consumption: 6.7 W. Communication: RS-485. Brightness intensity adjustable by software. Digit height: 120 mm. Indoor installation. DX-VMS-P 460222 RGB matrix display - three-colour - image customisation. Text by software, scrolling text. Displays up to 15 characters (P + 3 digits). Input power: 24 V DC. Consumption: 22 W. Communication: RS-485. Brightness intensity adjustable by software. Digit height: 120 mm. Indoor installation. DX-VMS-F 460162 RGB matrix display - three-colour - image customisation. Text by software, scrolling text. Display with up to 15 characters (P + 3 digits + up/down/left/right arrow and cross), indica- ting free parking spaces and direction. Input power: 24 V DC. Consumption: 24 W. Com- munication: RS-485. Brightness intensity adjustable by software. Digit height: 120 mm. Indoor installation. DX-CA 460207 Cross & arrow display, indicating the direction to free parking spaces. Input power: 24 V DC. Consumption: 2.5 W. Communication:RS-485. Arrow colour: green-red. Brightness intensity adjustable by software. Arrow height: 120 mm DX2-CA 460208 Display, two modules, cross - arrow, indicating the direction to free parking spaces in two directions. Input power: 24 V DC. Consumption: 5 W. Communication: RS-485. Arrow colour: green-red. Brightness intensity adjustable by software. Arrow height: 120 mm DX-CCL 460226 Display indicating free parking spaces for charging electric vehicles. Input power: 24 V DC. Consumption: 2.5 W. Digit height: 70 mm
  11. 11. P1.3.3 TYPE CODE DESCRIPTION P1.3.3. EXTERIOR RANGEPanel Parking 460187 Panel with information about the capacity of the car park, per floor or overall. 2-3-4 digit displays. Input power: 24 V DC. Consumption: 2.5 - 4 W per panel. Communication: RS- 485. Digit colour: amber - red. Brightness intensity adjustable by software.D3-OD 460145 Outdoor panel, indicating the number of parking spaces available, three digits, high-lumino- CirPark sity red LED. Digit height: 110 mm. Dimensions: 345 mm x 154 mm. Consumption: 20 W. IP54. Luminosity control via software. Aluminium casing. Communication: RS485. Input power: 230 V AC.D4-OD 460146 Outdoor panel, indicating the number of parking spaces available, four digits, high-lumino- sity red LED. Digit height: 200 mm. Dimensions: 672 mm x 252 mm. Consumption: 36 W. IP54. Luminosity control via software. Aluminium casing. Communication: RS485. Input power: 230 V AC.D-VMS-OD 460147 VMS Panel, with information about the car park’s capacity and occupation. Full graphic panel, yellow colour. Optional text and digits. Text height: 150 mm. Area: 64x16 pixels. Dimensions: 1,100 mm x 380 mm x 185 mm. Consumption: 120 W. IP55. Automatic lu- minosity control, internal ventilation system. Aluminium casing. Ethernet and RS communi- cation. Input power: 230 V AC. All the information panels in the basic and advanced ranges are available as OEM models for integrators or without a box for integration in information panels. All information panels in the ba- sic range are available as IP65 models. Please contact us for information about prices and lead times for any OEM or IP65 model. Prices and lead times Panels by other manufacturers can be integrated in the system or instructions can be sent for inte- grating them.
  12. 12. P1.4 P1.4.- CONTROL EQUIPMENT: I-PARK TYPE CODE DESCRIPTION TCP-PARK 460140 Intelligent concentrator of car park guiding devices. RS-485 opto-isolated port. Input power: 230 V AC. Consumption: 2 VA. RS-485 and TCP-IP Ethernet communications. DIN rail.CirPark PSC-120-24-P 460215 Switched power supply. Input power: 230 V AC. Output voltage: 24 V DC. Power: 120 W. DIN rail. PSC-240-24-P 460216 Switched power supply. Input power: 230 V AC. Output voltage: 24 V DC. Power: 240 W. DIN rail.
  13. 13. P2 P2.1P2. INTELLIGENT LED LIGHTING SYSTEM: LED-PARKCIRCONTROL has developed various Global Efficiency Solutionswith the goal of providing operators with the tools they require toachieve optimum EFFICIENCY AND SAVINGS in their car parkfacilities.CIRCONTROL solutions enable operators to maximise their profitsfrom the operation of the car park, while increasing customer lo-yalty and improving their reputation, since they have the facilitieswith the highest added value in the market. CirParkLED LIGHTING (INTELLIGENT CAR PARK LIGHTING MANAGE-MENT): ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ -ce System, with the purpose of designing a car park that offersits users a more pleasant environment, based on the concept ofCOMFORT and leading to increased customer loyalty. ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀energy savingsof over 65% compared to facilities using fluorescent lighting sys-tems. ฀Efficient management of the car park’s lighting systems, accor-ding to occupation or the flow of vehicles, integration with theCIRPARK System, intelligent switching and regulation, accordingto the flow of vehicles, occupation and flow of customers. ฀Reduction of installation costs. Installation system compatible with the CIRPARK system. The two systems can be installed in a singleaction, and both systems can be written off together.฀ ฀Installation costs written off in three years, with a reduction in electricity and maintenance bills. One 20W fluorescent lamp perparking space 1,000 lumens – One 3W LED per parking space, 800 lumens. Three LEDs per parking space provide much more lightwith lower consumption. ฀Lower maintenance costs, since the useful life of LEDs is 10 times longer than that of fluorescent lamps. Larger investment, lowermaintenance costs.P2.1 LIGHTING MODULES TYPE CODE DESCRIPTION BL-PARK 460601 LED lamp module, adjustable 4 W consumption, with support for anchoring the element to the CIRPARK channel and built-in refrigeration plate. Connection via cable with connector. DL-PARK 460602 Power driver for controlling the LED lighting system. Management capacity, 3 to 4 BL- PARK. Connection input for four BL-PARK and for the connection with CL-PARK
  14. 14. P2.2 P2.2 CONTROL EQUIPMENT: LED-PARK TYPE CODE DESCRIPTION CL-PARK 460604 Header control, used for regulation via 0 - 10 V voltage power control, with RS485 output, for control with the CIRPARK software. One module per F.A.CirPark PSC-480-48-P 460603 Switched power supply. Input power: 230 V AC. Output voltage: 48 V DC. Power: 480 W. DIN rail. Power supply for 30 parking spaces. PK-BAT-LED 460612 LED Battery, used to power the emergency lighting circuit, LEDPARK system. Output volta- ge: 48 V DC, 24 A. Pack of four 12 V DC batteries PK-CARG-BAT 460613 Battery pack charging unit
  15. 15. P2.2CirPark
  16. 16. P3 P3. SYSTEM FOR ENERGY EFFICIENCY AND CAR PARK AUTOMATION: GREEN-PARK CIRCONTROL offers the car park market the technology available for optimum management of electric power, reducing consumption to the bare minimum. This process starts with monitoring the consumption of the car park. Once the consumption information is received, the electric resources of the facility can be optimally managed. By means of the CIRFIRE System, CIRCONTROL activates the car park’s ventilation systems, performing intelligent management of all smoke-extraction systems.CirPark Finally, CIRCONTROL electronic technology provides all kinds of instruments for monitoring signals and remote or programmed actions, allowing the centralisation of all car park facilities. CIRCONTROL applications can be used with the CIRPARK-Scada, which is fully prepared for integration in TOTAL management applica- tions. ฀Efficient management of the ventilation systems to avoid sudden starting and stopping of the system. CO detectors send information to the station, which intelligently manages the movement of fans adapted with a speed regulator via the SCADA control software. ฀Monitoring the power supply systems: Implementation of electric current meters, CVM-MINI, to collect up to 54 electricity parameters, with the option to display the information in consumption graphs. ฀Preparation of energy efficiency studies: Energy Saving studies can be drawn up using the parameters detected and the results obtained from optimum management of the ventilation and power mains systems. These offer the car park Operator efficient, productive actions that can ve quickly written off.
  17. 17. P3.1 P3.2P3.1 ENERGY EFFICIENT PARKING TYPE CODE DESCRIPTIONPK-ENERGY KIT 460188 Car park energy management kit. Can be used to manage and control the consumption and electric power of the car park. Kit made up of one CVM-MINI grid analyser + one three- phase measurement transformer. CirParkP3.2 AUTOMATION EQUIPMENTMR44-PARK 460211 Centralisation unit, with four digital inputs and four relay outputs. Input power: 230 V DC. Communication: RS485.MRA42-PARK 460223 Centralisation unit, with two digital inputs, four analogue inputs and two relay outputs. 230 V DC input power. Communication: RS485.MR50-TCP-PARK 460224 Control unit used to control automated systems, with 50 digital inputs. Input power: 230 V AC. Consumption: 6 VA. Ethernet connection.CDU-TCP-PARK 460225 Signal concentrator, with information management and storage capacity, via the equi- pment control system over the RS485 bus. Four digital inputs and four relay outputs. 10BaseT/100BaseTX Ethernet port. Input power: 230 V AC
  18. 18. P4 P4. LICENSE-PLATE RECOGNITION SYSTEM: LPR-PARK Conventional license-plate recognition systems simply capture an image of the license plate, process it and transfer it to a higher system. CIRCONTROL systems add a whole new range of additional features that offer multiple applications based on vehicle license- plate recognition. All CIRCONTROL solutions have been developed in the field of access control systems to guarantee correct management and safety of multiple cases in this sector, where an image can provide a lot of information.CirPark The LPR-PARK system represents major progress in systems that provide an optimum tool to support access control and other appli- cations that require quick and accurate license-plate identification. The system can be installed on a single lane or on as many lanes as necessary according to the client-server structure and the IP ca- meras used by said structure. No video capture card is required. The LPR-PARK system is capable of capturing vehicle license plates at speeds of more than 200 km/h. It can be very easily installed and configured, and includes options such as external database and network integration. In addition, it can be connected to digital video recorders, which associate the license plate with sequences, with GSM-GPRS connectivity for sending alarms and remote- maintenance services. Moreover, it offers the possibility of transferring the read license plates to other operating systems, such as, for example, machines for issuing and validating magnetic tickets at access control points. All in all, the LPR-PARK system is a highly reliable, accurate, flexible system that can produce the expected results in many applica- tions that require an standalone, sturdy license-plate recognition system that can be integrated with other control systems. The following image-recognition solutions based on the capture of vehicle license plates are used: ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀
  19. 19. P4.1P4.1 NPR equipment TYPE CODE DESCRIPTIONVMAT-LPR 540104 Video camera for one lane with stopped or moving vehicles. Includes one high-resolution IP camera, for lane widths of up to 3.5 m, mounted in an outdoor casing. CirParkVMAT-MP-LPR 540112 Video camera for one lane with stopped or moving vehicles. Includes one high-resolution IP MEGAPIXEL camera, for lane widths of up to 3.5 m, mounted in an outdoor casing.LPR-SOFT 610153 Basic licence for operation of the LPR-PARK system, includes CD with setup software and for checking the operation of the system and one HASP USB dongle (licence for one lane) per PC.LPR-A 610155 Expansion of the LPR-SOFT software licence. Licence for 1 lane on the PC with the basic licenceVMAT-ACCESS 540102 Input and output unit. Input power: 110-240 V AC. Consumption: 10 VA. Eight digital inputs (two inputs per lane: 1 and 2 for lane 1.... 7 and 8 for lane 4). Four relay outputs (potential free, NO contacts). RS-485 communications (terminal strip) for connection with the Ethernet converter included in the unit. RS-485-series converter to TCP/IP Ethernet. Input power: 85-240 V AC. Consumption: 2 VA. LED indicators for input power and RX/TX signals. RJ45 connector for Ethernet port.VMAT-VSOP 540011 Support base used to attach the camera. Made from galvanised steel, with a metallic grey finish.DLI 140022 Inductive loop detector (magnetic). Input power: 230 V AC. Consumption: 2 VA. Two 2 A, 250 V AC relay outputs (pulse / presence). Two indicator LEDs: power, presence. Configura- tion by microswitch (sensitivity, frequency, etc.). Manufactured in a self-extinguishing UL94 ABS box, attached to a 46277 DIN rail by an Undecal base (included). Working temperature: -40ºC to +85ºC. Dimensions: 124x45x82 mm..
  20. 20. P5 P5. INTELLIGENT RECHARGING SOLUTIONS FOR ELECTRIC VEHICLES: CirCarLife (see section E) CIRCONTROL, in partnership with various government departments and in response to their needs, has developed a new business line aimed at providing solutions for all future situations that may arise during the process of rolling out electric vehicles. CIRCONTROL has developed various intelligent systems for charging electric vehicles, which guarantee the optimum EFFICIENCY of the facilities. Each one of the solutions designed by CIRCONTROL fulfils a specific function, currently covering the following range of options: ฀Intelligent charging system for city streets:CirPark o Solution for motorcycles o Solution for vehicle fleets ฀Intelligent charging system for car parks: o Solution for integration with car park payment systems o Solution for integration with parking meters o Solutions for apartment buildings ฀Intelligent charging system for city streets: o Solution for Integration with motorway toll-collection systems o Solution for petrol stations The range of solutions offered by CIRCONTROL takes into account what are considered to be basic needs: charging in cities, public car parks, petrol stations or private car parks (homes). The intelligent vehicle-charging system has the following objective: ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ charging to prevent the collapse of the grid. ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ INTELLIGENT CHARGING SYSTEMS FOR CAR PARKS Public underground car parks or car parks in buildings provide an optimum location for installing vehicle charging systems, since these operate with security or control staff and users feel safer leaving their vehicles plugged in at supervised facilities. The Spanish government’s “Movele” plan contemplates a total of one million electric vehicles on the road by 2014. According to the Spanish association of car park operators - ASESGA, there are currently 1,200,000 parking spaces available in Spain. At present there are approximately 27,000,000 vehicles registered in Spain, which means that there will have to be 44,000 parking spaces equipped with these systems by the year 2014 to service all the elec- tric vehicles in circulation. These are theoretical calculations, but it remains a fact that the car park sector must be prepared to serve these users and increase their customer loyalty by making a firm commitment to green vehicles. The electric car is a new business for car park operators: ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀ ฀
  21. 21. P6 P6.1 P6.2P6. CONTROL ELEMENTS AND MANAGEMENT SOFTWARE P6.2.1P6.1. CONTROL EQUIPMENT TYPE CODE DESCRIPTIONTCP2RS+P 460214 Industrial RS-485 to TCP-IP Ethernet communication converter. RS-232/RS-485 opto- isolated port. Input power: 230 V AC. Consumption: 2 VA. DIN rail. CirParkCAR-485 310014 Signal amplifier unit for the RS-485 bus, can be used to increase the number of devices per bus. RS-485 opto-isolated ports. Input power: 24 V DC. Consumption: 1.5 W. DIN rail.CONEC-PARK 460199 Car park concentrator, used for standalone management of the car park guidance system. Configuration capacity of the parking area and management of the information panels without requiring a PC. Management capacity of up to 500 parking spaces. Input power: 230 V AC.Computer 460212 Computer equipment for CIRPARK systems, made up of a standard PC (PK-PC), 19” flat screen (PK-TFT) and a 10/100 Mbps 8p (PK-8p) or 16p switch (PK-16p).P6.2. MANAGEMENT SOFTWARE P6.2.1 MANAGEMENT SOFTWARE: CIRPARKSoftware 610105 SCADA car park management software. Real-time occupation information. The user canCirPark Scada enter the map of the facility, screens for viewing the occupation, areas with movement of vehicles/persons, statistics, reports, multi-client software, browser connection, JAVA, XML, RSS server, IP camera monitoring. Energy-saving system, energy-control measurement, CO monitoring. Unlimited number of parking spaces.Software 610105-1 SCADA car park management software. Real-time occupation information. The user canCirPark Scada 100PL enter the map of the facility, screens for viewing the occupation, areas with movement of vehicles/persons, statistics, reports, multi-client software, browser connection, JAVA, XML, RSS server, IP camera monitoring. Energy-saving system, energy-control measurement, CO monitoring. Management of up to 100 parking spaces.
  22. 22. P6.2.1P6.2.2 TYPE CODE DESCRIPTIONP6.2.3 Software 610105-2 SCADA car park management Software. Real-time occupation information. The user can CirPark Scada 250PL enter the map of the facility, screens for viewing the occupation, areas with movement of vehicles/persons, statistics, reports, multi-client software, browser connection, JAVA, XML, RSS server, IP camera monitoring. Energy-saving system, energy-control measurement, CO monitoring. Manages up to 250 parking spaces. Software 610105-3 SCADA car park management software. Real-time occupation information. The user can CirPark Scada 500PL enter the map of the facility, screens for viewing the occupation, areas with movement of CirPark vehicles/persons, statistics, reports, multi-client software, browser connection, JAVA, XML, RSS server, IP camera monitoring. Energy-saving system, energy-control measurement, CO monitoring. Manages up to 500 parking spaces. P6.2.2 CAPACITY CONTROL SOFTWARE: CIRPARK-LT Software 610111 SCADA car park area management software. Real-time occupation information. The user can CirPark Scada-LT enter the map of the facility, screens for viewing the occupation, areas with movement of vehicles/persons, statistics, reports, multi-client software, browser connection, JAVA, XML, RSS server.. Software 610111-1 SCADA car park area management software (basic configuration: one input - one output). CirPark Scada LT Basic Real-time occupation information. The user can enter the map of the facility, screens for viewing the occupation, areas with movement of vehicles/persons, statistics, reports, multi- client software, browser connection, JAVA, XML, RSS server. P6.2.3.- LPR APPLICATIONS CAS-LPR/ACCESS 610149 Access-control management software, integrated in all of CIRCONTROL’s access and presence control devices. Access-control module, using the licence-plate reading system. Licence for one lane. CAS-LPR/ ACCESS 610149-X Expansion of the CAS VSIM/ACCESS software licence. Licence for one lane on the PC for X VIALES the first lane (can be expanded to eight lanes - please contact us if you need a system to control more lanes) CAS-LPR/MP 610150 Additional multi-user licence for CAS-LPR/ACCESS
  23. 23. P6.2.3 TYPE CODE DESCRIPTION P6.3CAS-LPR/IMG 610151-X Profile auditing software for the LPR system. Profile control software, used to control up toX VIALES four cameras per lane and up to 32 cameras per PC. Licence for one lane (extendable up to eight lanes) CirParkP6.3. TRAINING AND START-UPComissioning 460200 Definition, project follow-up, setup, adjustments and start-up support and CIRPARK system training. User-level training.Training CirPark Expert 460201 Two-day training course for the installation technician/project manager. Contents: Defi- nition, project follow-up, setup, adjustments, maintenance and start-up of the CIRPARK system. Travel expenses not included. Training certificate.
  24. 24. P7P7.1 P7. INSTALLATION ACCESSORIES P7.1. PARKING SPACE-PARKING SPACE SYSTEM WIRING: TYPE CODE DESCRIPTION C-LHS4 460115 3-m halogen-free hose-cable, for SP3-SP3 connection. 2 x 1.5 mm2 power cable + 2 x 0.34 mm2 twisted and shielded cable for the RS-485 bus.CirPark C-LHS4-10 460115L 10-m halogen-free hose-cable, for SP3-SP3 connection. 2 x 1.5 mm2 power cable + 2 x 0.34 mm2 twisted and shielded cable for the RS-485 bus. C-SS4-T 460152 3-m halogen-free hose-cable, for SP3-SP3 connection. 2 x 1.5 mm2 power cable + 2 x 0.34 mm2 twisted and shielded cable for the RS-485 bus. Specially designed for installa- tion inside a tube. C-SS4-T-10 460152L 10-m halogen-free hose-cable, for SP3-SP3 connection. 2 x 1.5 mm2 power cable + 2 x 0.34 mm2 twisted and shielded cable for the RS-485 bus. Specially designed for installa- tion inside a tube. C-LHP3 460116 3-m halogen-free hose-cable, for sensor-light indicator connection. 3 x 0.75 mm2. C-LH4 460117 100-m halogen-free hose-cable extending the row of devices. 2 x 1.5 mm2 power cable + 2 x 0.34 mm2 twisted and shielded cable for the RS-485 bus. Cable Cat. 5 (305 mts) 230003 305-m UTP communication cable, category 5. FTP shielded cable, four twisted pairs WG26.
  25. 25. P7.2 P7.3P7.2. LED LIGHTING SYSTEM WIRING TYPE CODE DESCRIPTIONCB-PARK-1 460605 Wiring unit for connecting CL-PARK to DL-PARK, 2 x 0.50 mm2, including halogen-free connectors and wiring. 60 cm CirParkCB-PARK-2 460606 Wiring unit for connecting CL-PARK to DL-PARK, 2 x 0.50 mm2, including halogen-free connectors and wiring. 150 cmC-BL 460607 Halogen-free power and control-signal wiring for the DL-PARK systems installed: 2 x 6 mm2 + 1 x 0.34 mm²P7.3. ATTACHMENT ELEMENTSPK-SOCKET 460159 Polycarbonate socket for SP3 tube installations, including a DPU flow detector. 25-mm tube for connecting sensors and 20-mm tube for connecting the light indicator sensorPK-CP245 460170 Blind aluminium channel, 48 mm wide and 2.45 m long.PK-CP050 460171 Blind aluminium channel, 48 mm wide and 0.5 m long.PK-TSS 460172 T-shaped galvanised-steel accessory for mounting the parking space detector.
  26. 26. P7.3 TYPE CODE DESCRIPTION PK-ESS 460179 Galvanised-steel accessory for mounting the parking space detector. PK-CROSS-LED 460608 X-shaped galvanised-steel accessory for mounting the space indicator, in the LEDPARK sys- tem.CirPark PK-ELBOW-LED 460609 T-shaped galvanised-steel accessory for mounting the space indicator, in the LEDPARK sys- tem. PK-ESS-LED 460611 I-shaped galvanised-steel accessory for mounting the space indicator, in the LEDPARK sys- tem. PK-TPPx 460173 Black plastic accessory for mounting the space indicator. PK-TPP2 460177 Galvanised-steel accessory for mounting the PP2 space indicator. PK-C 460174 Galvanised-steel accessory at a 90º angle. PK-E 460175 Galvanised-steel accessory for joining channels. PK-PUC 460176 Galvanised-steel accessory for attaching the channel to the ceiling.
  27. 27. P CirParkwww.circontrol.com

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