GP34829091724 Carlo Gavazzi

Dupline Carpark Monitor Type GP34829091724-x Monitor module for the L1 bus and the L2 bus GP34829091724 is able to handle 120 sensors for each monitor modul on the L1 bus GP34829091724-1 is able to handle 60 sensors for each monitor modul on the L1 bus Possible to install 480 monitors in a system One or several displays can be connected to the built-in RS485 Output function on the L2 bus for e.g. gate control Booking function for 3-colour sensors in cooper- ation with the Dupline CarPark Software. Only GP34829091724-1 H4-Housing Programmed with the Carpark configurator GP73800080 Termination switch for RS485 on the front cULus approved Product Description Ordering Key GP34829091724 The Carpark monitor GP 3482 It is possible to connect one or Type: Dupline Carpark 9091 is a part of the Dupline several displays on the RS485 H4-Housing Carpark concept. It is the intel- bus. The Carpark monitor is ligent part of the system. The programmed with the Carpark monitor GP 3482 9091 have configurator GP 7380 0080. Type Selection two independent busses L The GP34829091724-1 is 1 and L . The L bus is connect- designed to work only with 2 1 Ordering no. ed to the sensors and the L 3-colour sensors and the 2 is connected to other monitor Dupline Carpark Software. Carpark Monitor GP34829091724 modules. Carpark Monitor with booking function GP34829091724-1 Output Specifications General Specifications Output Programming By GP73800080 RS 485 Gnd on pin 22 Environment A on pin 27 Degree of protection IP20 B B on pin 28 Operating temperature -40 to +50C (-40 to +122F) Communication Storage temperature -50 to +85C (-58 to +185F) Standard RS 485 Humidity (non-condensing) 20 to 95% Baudrate 4800 Mechanical resistance Dielectric voltage Shock 15 G (11 ms) RS485 - Dupline L +L 500 VAC (rms) 1 2 Vibration 2 G (6 to 55 Hz) Protokol Carpark Dimensions H4-housing LED Green LED Power ON Supply Specifications First yellow LED Dupline bus L 1 Primary bus L 20-30 VDC pulsating Second yellow LED Dupline bus L 1 2 (3-wire Dupline bus) EMC performance EN61000-6-3 (emission) L bus Dupline + pin 21 1 EN61000-6-1 (immunity) Dupline - pin 22 Power-on delay 3 sec. Power pin 23 Termination switch for RS485 The switch on the front of Current consumption 27 mA 10% the monitor, turns the built- Current consumption Dupline < 0.03 mA (High impedance) in resistor on 120 ON or Primary bus L 20-30 VDC pulsating 2 OFF. (3-wire Dupline bus) Approval cULus (UL60950) L bus Dupline + pin 24 2 Dupline - pin 25 MTBF 100,000 hours Power pin 26 Current consumption 8 mA 10% Current consumption Dupline < 0.03 mA (High impedance) Power dissipation 1 W Dielectric Voltage Dupline L - Dupline L 500 VAC (rms) 1 2 Specifications are subject to change without notice (21.11.2014) 1 GP34829091724 Mode of Operation The GP34829091724-x is There is no limit to the All monitor modules in slave using a toggle switch with a monitoring an area of the amount of Slave Monitors on mode are identified with a Dupline transmitter module, Carpark system and trans- L . unique ID number. In Master if needed. 1 mits the available parking Indicator mode, the monitor The GP34829091724-1 has spaces in that area to the 2. Master mode can be used to monitor a the same functions in Master display via the RS485 inter- This mode is equal to the specified ID area from the and Master Indicator Mode. face built into a H4 housing Master Indicator mode. multiplexer (example ID 50 In Slave Mode it is differ- module. However. There can only be to 200). This means that ent. This module is designed The unit has three different one Master monitor in the the monitor collects all the to work with the 3-coloured configurable modes: entire system. This Master free parking spaces from ID Sensors and the Dupline provide the system with the 50 to ID 200 and sends the CarPark Software. If the 1. Slave mode sync signal and read and information to the Display via Dupline Software is not In slave mode the summarize on L the total of RS485. There is no limit to used or out of function, the 2 GP34829091724-x can col- free parking spaces trans- the amount of Master indica- 3-colour sensors works as lect data from maximum 120 mitted from selected Slave tor on L . a standard 2-colour sensors 2 sensors connected on the modules. An Option for e.g. gate con- installation. Red for occu- Dupline bus L . trol can be selected. This pied and Green for vacant. 1 The addressing of the 3. Master Indicator mode feature works on the L2 bus In Slave Mode, the installer sensors is done with the Car- In Master Indicator mode, on Dupline Address A7. If only can use the addresses park Configurator GP7380 the unit collects the data the CarPark is full (occu- A1 to H4 in Units of Grp.. 0080. The numbers of free from all the Slaves on the pied), the Monitor module That is totally 60 3-coloured parking spaces is transmit- L1 busses in the system activates A7 on the L2 bus. sensors. The rest of the ted to the Dupline net L in and sends the info to the This can be used to e.g. Slave Mode is equal to the 2 order to allow Carpark Mon- L bus. By selecting the ID activate a gate that closes standard version. 2 itors in Master mode to read range, the Master can read the parking area or the com- the information. It is pos- a specific amount of IDs plete Parking. When the area sible to have up to 480 slave (Slaves on the L bus) and is no longer full, the A7 will 1 monitors on L . send this info to the con- be deactivated again. It is 2 nected display. possible to force A7 On by Drawing example L DMM 1 120 GP34960005700 Display DC Slave Monitor Sensor Sensor Sensor Slave Monitor <=26 L Power Supply GP34829091724 GP34829091724 2 RS485 RS485 L 2 Display <=32 DC Slave Monitor Sensor Sensor Sensor Display <=24 Power Supply GP34829091724 RS485 L 1 DMM 120 GP34960005700 L 2 Display DMM Master Monitor NOTE: The DMM on L must be the type 1 <=082 G3496005700 GP34829091724 GP3496 0005 700. RS485 The DMM on L must be an another type. We 2 recommend the G3496 0005 700 because of DC the modbus RTU protocol Power Supply 2 Specifications are subject to change without notice (21.11.2014)