Du Line Dupline Car Park System Type Gp 6520 2202

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Dupline car park system Type GP 6520 2202 Ultrasonic sensor with red/blue LED indication Du line ® Fieldbus Installationbus • Ultrasonic sensor for detection of cars • Low current consumption • Self-calibration of sensor can be performed globally or at the individual sensor. • Wide measuring range • The sensor is built in to protect it against dust and moisture • 3-wire system with Dupline and sensor supply • Programmable using GAP 1605 • Sensor special for reservation of disabled people Product Description The ultrasonic sensor is part of the car park system which contains other variants of sensors, passive displays and allocation indicators. The GP 6520 2202 sensor is installed in the middle of the ceiling above the parking bay and detects whether a car is parked in the bay. The parking bay status is indicated using the blue and red LEDs. A blue LED indicates that the parking space is reserved for handicapped people. A red LED indicates that the parking space is occupied or booked. The GP 6520 2202 sensor can use up to 3 Dupline channels (see under general specifications). This means that 42 sensors can be coupled with a DMM, or 127 sensors if using only one Dupline channel for each sensor. Up to 16 DMMs can be connected using a multidrop cable, meaning that 672 sensors (max 2,032) can be connected in a network to a PC via RS485/RS232. Ordering key GP 6520 2202 Type: Dupline® Housing Input type Channels Inputs Supply Type Selection GP 6520 2202 Sensor with red/blue LED Input/Output Specifications General Specifications 3-pin connector • Pin 1: 24 VDC supply • Pin 2: Gnd. minus supply or Dupline minus • Pin 3: Dupline plus connection Ultrasonic frequency: Operating distance: Minimum calibration distance: LED indication: Occupied or booked Reserved for disabled people RJ45 connector for address programming with GAP 1605 Supply Specifications Power supply: 24 VDC min.; 32 VDC max. (Overvoltage category III (IEC60664)) Consumption from Dupline bus: 150 uA Max. supply current from third wire: 37 mA Power consumption: < 0.72 Watt 40 kHz 0.6 to 4 m 1.5 m Red LED continuously lit Blue LED continuously lit The sensor uses 3 channels and can be programmed as: • Channel 1 is the input signal Input which indicates the status of the parking space • Channel 5: Do not use this adress. Only used for GP65202201 and GP65403421 when installed for standard installation • Channel 6 is the output signal in Output order to be able to reserve the parking space for disabled people. • Channel 7 is sensor common Output calibration command Specifications are subject to change without notice (13.02.2007) Dupline® is a registered trademark. A product of the CARLO GAVAZZI Group 1 Du line ® Fieldbus Installationbus Mode of Operation Reflections and dirt The ceramic sensor emits a signal at a frequency of 40 kHz which is reflected and returned to the sensor. The reflected signal indicates whether the parking space is available or occupied. When a car enters the parking space and the sensor detects the presence of the car for more than 2 seconds, the LEDs indicate red for occupied, and simultaneously, a signal is sent to the central unit via a dedicated address on the Dupline bus. The sensor will not react to objects lower than 0,8 m. There are no special requirements for building materials. The best materials are hard, even and flat to give uniform reflections. However, the floor can be sand, gravel or grass. Reflections are reduced, but not to a critical level. The sensor is not critical towards soiling, icing or dusty surroundings. Reflections are reduced, but not to a critical level. The sensor is designed to work in an area which is: 2.52,5 mm Max. 4 meter Parking Spaces Parkeringspladser 4m 0.8 0,8meter meter The sensor willreagerer not react to emner objects lower than Sensoren ikke på mindre en 0,8 m. 0.8 m. The sensor can 4m long m wide parking space Sensoren kan operate operereini 4a m lang ogand 2,52.5 m bred parkeringsplads The sensor should be placed freely, e.g. in the following way: Environment Sensor Sensor Ceiling beam Loftbjælke B • • • • • • A A A= =Min. m between ceiling beams Min. 2 2 meter mellem loftbjælker Max. 50 50 cm loftsbjælker B B= =Max. cmhøje high ceiling beams Calibration Schematic drawing of switch box The sensor is self-calibrating. When the parking space is empty, push the sensor reset button. The red sensor LED then blinks slowly for 30 seconds. During this period, the sensor will do nothing. Once it stops blinking, the calibration starts. The calibration lasts 4 seconds. If successful, the sensor acknowledges this by blinking blue for 2 seconds. The parking space must be empty during the calibration process. It is possible to perform a global self-calibration using test unit GTU8 to calibrate all sensors simultaneously. The GTU8 has a built-in calibration function for sensors under the ”mode” menu. Before the start of the complex calibration process, the Dupline address which is being used as common calibration channel must be chosen. The calibration signal is performed as a sequence that prevents noise or unmotivated activation of the calibration process. If a global self-calibration is performed, it is important that all parking spaces are empty, otherwise they will be calibrated incorrectly. 2 Protection: IP 61 Operating temperature: -25°C to 70°C Storage temperature: -40°C to 85°C Pollution Degree: 3 (IEC 60664) Dimensions: 85 x 85 x 50 mm Material: The case is made of polypropylene. The sensor lid is made of clear Polycarbonate. 85 mm 50 mm 85 mm Specifications are subject to change without notice (13.02.2007) Dupline® is a registered trademark. A product of the CARLO GAVAZZI Group Du line ® Fieldbus Installationbus System Diagram Up to 42 ultrasonic senors DMM slave N.15 DMM slave N.2 DMM slave N.1 G3496-0005 G3496-0005 G3496-0005 +24Vcc GND LINE+ +24Vcc GND LINE+ SIU-PC85 Converter Up to 42 ultrasonic senors Up to 42 ultrasonic senors +24Vcc GND LINE+ RS485 RS232 PC remote control station Example on a slave system Example of system with two sensors, one indicator and one display (no external PC). Channel generator Indicator 4 digit display 1 2 3 4 5 2L 1 1 GND L2 24 VCC 1 2 3 1 2 3 L2 2 1 GP 6565 0201 G3490 0000 GP 6763 0104 Extern Power Supply No 2 21 22 28 27 L1 26 Specifications are subject to change without notice (13.02.2007) Dupline® is a registered trademark. A product of the CARLO GAVAZZI Group Sensor#1 GND Power Supply No 1 Dup+ L1 GP 6520 2201 +VDC GND 24 VCC Dup+ GND +VDC The indicator must be set up as “Slave” using switches. See the indicator data sheet or manual for more detailed instructions. The indicator is programmed using GAP 1605. Channels 1 and 5 are programmed using “A1” (start marker). Channels 2 and 6 are programmed using “A4” (end marker). The sensors are addressed “A2” and “A3”, respectively, using GAP 1605. The indicator now automatically knows which sensors to detect, because it looks at all addresses between the start and end markers. This means that there can be many indicators on the same Dupline network. The display is also programmed in the indicator. See the indicator data sheet or manual for more detailed instructions. L1 GP 6520 2201 G3496 000X Sensor#2 Dupline Master Module 3