pobierz - Elmes Elektronik
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1. certain user programmed period of time pulse mono stable operation or until a next use of key fob transmitter is made on off bistable operation The digital LED display will indicate number of used key fob transmitter while receiver s power on LED will change color only if output one is set to on Two pulses signal on relay set on and one pulse signal on relay set off would be generated at the receiver s signal output S Also the event will be memorized in non volatile event memory log for future reference Mini USB connector on the receiver s board allows communication with PC To connect the receiver to PC a popular Mini USB cable with plug A type at one end PC and 5 pin mini USB plug B type Canon at other end must be used The cable is not included in the receiver set Event Memory Log The receiver is capable of memorizing last 6144 events Every time a valid command from key fob transmitter is received it s user number 0 447 is registered in the memory log along with information on used transmitter s button 0 1 and current date time The content of the receiver s event memory log may be read printed out for reference or verification with the help of external personal computer PC Connection of the receiver and the PC is made by the use of Mini USB cable In addition a dedicated software RD Reader supporting data log reading should be downloaded from manufacture s web site www elmes pl and installed2. elmes ACCESS CONTROL RECEIVER WITH DISPLAY AND PIN CODE PROTECTION electronic Model RD448 for up to 448 key fob transmitter users and event memory log Model RD1000 for up to 1000 key fob transmitter users This receiver is designed to use in remote control and access control systems with large number of key fob transmitter users and required high level of access control verification security To achieve intended functional performance the receiver includes the following features amp functions 448 key fob transmitter user memory model RD1 448 or 1000 key fob transmitter users memory model RD1 1000 access to receiver programming procedures protection by user editable four digits PIN code password possibility of deleting a single key fob user without need to clear entire user memory highly secure KEELOQ dynamic code for remote key fob user identification three digit bright LED display for user number display easy programming user key fob learning and deleting very sensitive radio superhet receiver allowing better data signal selectivity and better operating range non volatile memory log of last 6144 events model RD1 448 only including date user number and key fob button TAMPER switch with terminals allowing receiver s case opening detection wide range of power supply voltages 10 35VDC or 24VAC Operation The use of a key fob transmitter learned to the receiver s memory sets on its one of two relay outputs for
3. on diagram is valid only when powering receiver with DC voltage On AC voltage powering buzzer connection is prohibited PROGRAMMING PROCEDURES Valid PIN code input is always necessary to access any below described programming procedures If within 16s from code acceptance no pro cedure is started access is blocked again and flashing LLL sign displayed 1 PIN code entry to access programming procedures In order to access setup programming procedures it is necessary to enter protective PIN code as in example 6485 below n Dal a press shortly switch receiver display reads j 5 b by consecutive depressing switch select first digit of PIN code c press shortly to accept and jump to next PIN code digit 2 7 and by depressing select second digit 2 4 d follow above steps to select 3rd and 4th PIN digits as in the example 3 8 and 4 5 j e flashing display confirms enabled access to setup procedures NOTE Incorrect PIN code entry is indicated by flashing E r r Factory set PIN code is 0000 2 Learning key fob transmitter to receiver s memory cell and deleting selected memory cell content a press shortly switch switch in the receiver the display shows first clear memory cell to which a key fob transmitte
4. on the PC The software allows reading out and saving of event chronological data log to PC in form of Microsoft Access mdb data base file Advanced editing and report listing of the mdb data file content may be done using Microsoft Access Lotus Approach or Open Office commercial software RD receiver users are advised to read event memory data log the more frequently the higher the number of key fob transmitters in the receiver s memory In a sample system with 448 key fobs and their estimated twice use daily receiver s event log overflows after approximately 6 days New event data is overwritten on existing data log in the memory Internal Clock RD448 only Though the RD receiver s memory is non volatile type protecting data content in case of power cut off failure the internal clock device is not protected and will stop time count on power off Registered event data will therefore have incorrect timing after power supply is restored pro portionally to the power cut off timing In order to maintain correct event timing a battery backup power supply of the receiver must be used Access Control RD1000 receiver may be used to design access control system To do so the receiver must be mini USB cable connected to PC Every time key fob transmitter is used its number along with used button number are sent to the PC via virtual COM port If within 100ms PC does not confirm receipt by setting logic 0 at TX output of the COM
5. ntry procedure Errors are indicated by flashing E r r Specification power supply 10 35VDC or 24V AC max current 130mA 10VDC 100mA 12VDC and 50mA 24VAC standby current 13mA 10VDC and 8mA 24VAC output relay rating 1A 120VA 30VDC radio band 433 92MHz memory of 448 or 1000 key fob remotes operating temp range 20 to 40 Celsius PIN code range 0000 9999 signal output S 1A 60V open collector type and generates pulses to receiver s ground minus of the supply voltage Warning Under no circumstances output S can be directly connected direct to of the supply voltage Serious damage may occur safety EN 301 489 1 V1 4 1 2002 08 EMC for radio equipment EN 301 489 3 V1 2 1 2002 08 EMC for Short Range Devices EN 300 220 Elmes Electronic declares that the product has been manufactured and tested to comply to the following standards EN 60950 1 2001 electric 3 V1 1 1 2000 09 EMC and Radio Spectrum Matters The product complies to RoHS directive Manufacturer s Limited Warranty This product carries two year manufacturer s warranty as from the date of purchase The warranty is limited to the replacement of faulty original parts or repair defects of improper manufacture Damage faulty use or improper handling by the user or installer as well as any changes in product s hardware or software caused by the user violets the warranty and all due repair costs will be charged Elmes Electr
6. nufacturer Factory code refurbishing deletes receiver s entire key fob memory content S NC NOI NC2 NO2 TAMP Description of jumpers JPI set on will result in key fob number display for only 5 seconds Set off will display last key fob number until next key fob is used JP2_ set on will result that only one output channel is active and responds to any user selected 12 24V key fob transmitter button Set off both output channels are active and respond to two buttons of used key fob e g buttons 1 amp 2 or3 amp 4 of Elmes CH4H transmitter buzzer e mail elmes elmes pl internet www elmes pl Elmes Elektronik 06 2011 All rights reserved Installation RD receiver operates indoor at ambient temperature range from 0 to 40 C Installation place should be dry and far from any electromagnetic power lines radio transmitters metal screening and other devices that may cause interference and reduce operation range External antenna should be used via coaxial cable connected to receiver s ANT terminals if the receiver is to be installed inside any metal screened housing Practical tests should be taken prior to firm installation to determine exact operation range Standard wire antenna should be let loose downwards and not fixed or glued to ground Receiver s installation wiring is shown on schematic diagram The second relay outputs NC2 and NO2 are not operational with jumper JP2 set on Connection of external buzzer shown
7. onic shall not bear liability for any personal or material damage resulting from any of its products direct indirect or partial failure to operate properly e mail elmes elmes pl internet www elmes pl Elmes Elektronik 06 2011 All rights reserved
8. port the receiver s relay output would remain off This feature allows design own access control system in which one or more key fob users may be temporarily or permanently restricted from entering secured premises Elmes Electronic does not offer specific access control software for installation on PC Access control mode is also available with the RD448 receiver model and requires solder shorting JP3 at bottom side of the receiver board In this mode the content of event memory log can not be read In ASCII format as NNN P followed by CR and LF commands where NNN stands for key fob number and P 0 or 1 for button used If receiver is not connected to USB port a logic 0 is provided at at input RX securing receiver s relay set on PIN Code Protected Access To Programming Procedures USB Access to receiver s setup Programming Procedures is protected by four digits PIN code It does not allow unauthorized persons to implement changes in receiver s setup nor deleting or adding new key fob users Initial PIN code set by the manufacturer is 0000 System owner 1 A J i amper gt y Di or administrator should change manufacturer s PIN code to own simple PIN codes e g rt odbiomik receiver D PC DATA 1111 or 1234 should be avoided NOTE To recover factory 0000 PIN code if user s code is lost or forgotten the re Kofolgjofgjofoofolo ceiver must be send to distributor or ma
9. r may be learned b by the use of and switches select required cell number Lit dots at cell number indicate cell taken as in example 0 2 5 while not lit dots indicate cell empty as in example 4 2 5 c press shortly and switches simultaneously if the cell is empty dots off learning a key fob transmitter is started if the cell is taken dots lit key fob deleting within 15 seconds key fob button must be double pressed the LED display is started key fob is deleted and the dots will start flashing and the procedure will end To learn next key fob transmitter turn to off with jump to subcl b follow subcl a above Longer depressed switches allow faster memory reviewing Exit from the procedure is made automatically if no switch is pressed within 30 seconds or after pressing and switches simultaneously for longer than 2 seconds NOTE To learn key fob transmitter already in memory of the receiver to any other cell must be preceded by deleting the transmitter from re ceiver memory Otherwise the transmitter is learned again to cell to which was already learned 3 Selecting the receiver s relay output time lapse pulse or bistable on off operation mode possible with key fob learned to RD receiver a press and hold depressed switch until receiver s display show FFF and
10. then change to CCT Release the switch b within 15 seconds press key fob button in two channel key fob the button of respective programmed channel The receiver s relay out put sets to on and the display will show the key fob number For selecting time lapse mode pulse operation For selecting bistable mode on off operation c After passing the required lapse time from 0 25s up to 2 hours press the c Double press the key fob button with less than 2 key fob button again output relay sets off seconds interval output relay sets off d After next two seconds displayed key fob number starts flashing confirming properly performed procedure 4 Deleting the content of event memory log applicable to RD448 only Press and hold depressed and switches simultaneously for more than 8 seconds until receiver displays r r sign Releasing the switch starts deleting content of memory that may last up to one minute while still displaying r F r sign 5 PIN code change a press and hold depressed switch until display shows i2 over 8s and next release the switch b enter new PIN code following steps as in par 1 subcl a d above c after entering 4th PIN digit display shows again d repeat the enter of the new PIN code e flashing confirms end of the new PIN e
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