4 relays receiver User Guide
Contents
1. DC voltage supply Maximum 30 V Minimum 15 V Ref 07 06 V4 ptr p5 A User Guide Dry contact connection The ARF7341 receiver has 3 relays with a single Normally Opened NO contact and one relay with NO and Normally Closed NC contacts The switching capacity of the contact is 10A 230V They can be used in monostable or bistable mode by group of 2 relays relays 1 2 and relays 3 4 In bistable mode the output toggles at each reception the state of the contact is toggled each time a remote control key is pressed In monostable mode the relay is closed during reception while the remote control key is pressed Wiring example Ph N ARF18 receiver pe V Output 1 Output 2 XJ OV Output 3 Output 4 Ref 07 06 V4 ptr p6 A 8 User Guide Learning process procedure Up to 83 remote controls can be stored for a receiver It is recommended for this operation not to supply power to the contacts from the mains This chapter describes the procedure to associate a remote control with ARF7341 s outputs this association is also known as learning procedure This procedure is mandatory This chapter also describes how to remove all remotes control associated to the receiver The learning process is initiated by the 5 switches SW1 to SW5 Two kinds of configuration can be done 1 standard learning procedure covering 99 of industrial applications 2 Advanced learning procedure for2. key4 Key5 key8 V ARF18 receiver 3 outout 14 Outout 2 S X XOV Output 3 Output 4 X Key9 key12 Fi When using BANK B When using BANK C Key13 key16 ARFI8 Key17 Key20 Key21 Key24 ARF18 receiver 4 K V X Output 1 output 2 Z POV output 30 Output 4 ox 3 8 ekeiver 5 V outou 1 outout A A ROV output 3 Output 4 e ARF18 receiver 6 Riv X Output 1 output 24 PI OV output 3 Output 4 Fe ure 2 6 receivers driven only by 1 remote control with 24 keys Ref 07 06 V4 ptr p10 A F8 User Guide Standard learning PROCEDURE Global ADD REMOVE OPERATION 1 Select the Add Remove mode by SW5 ON 2 Select SW3 ON and SW4 OFF 3 Press any key of the remote control 4 Exit the Add Remove mode by SW5 OFF Two possible results of operation Previously this remote control wasn t driving any of the relays of the receiver the following links are created in the receiver s database for this remote control key 1 drives relay 1 key 2 drives relay 2 key 3 drives relay 3 key 4 drives relay 4 The led blinks once Previously this remote control was driving at least one of the relays of the receiver all the links between this remote control and the relays will be removed The LED blinks twice Advanced learning description The Advanced l
3. monostable operation 14 Switches usage SUMMALY ivss tessvetsvalveats rales ates leet alee alate ens 15 Antenna W F Ng ccsssseeseseeeeezeseeeeeeezeeeeeeeezeeeeeeeeeeee eaeee een ee nananana nanna 17 SPECIFICATIONS sssssssssssunnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnannnnnnnnannn nnmnnn annann 18 Ref 07 06 V4 ptr pl A User Guide About this document This guide describes the A devices their options and accessories Ref 07 06 V4 ptr p2 A F8 User Guide Declaration of conformity Adguris CE Manufacturer s name ADEUNIS R F Manufacturer s address Parc Technologique PRE ROUX IV 283 rue Louis NEEL 38920 CROLLES FRANCE declares that the product if used and installed according to the user guide available on our web site www adeunis rf com Product Name ARF18 Product Number s ARF7341B Product options Complies with the RTTE Directive 99 5 EC EMC conformity is proven by compliance to the harmonized standard EN 301 489 Safety conformity to the standard EN 60950 1 2001 Radio conformity is proven by compliance to harmonized standard EN 300 220 covering essential radio requirements of the RTTE directive Exposure to radio frequency signals according to the council recommendation 1999 519 EC on the limitation of exposure of general public to electromagnetic field Notes Conformity has been evaluated according to the procedure described in Annex III of the RTTE directive Receiver class if app
4. Adeunis ees Wirciess products amp solutions BRA 8 4 relays receiver User Guide Delmation Products BV T 31 0 79 342 2041 info delmation nl www delmation nl No part of this document may be reproduced or transmitted in electronic or paper version photocopy without Adeunis RF consent This document is subject to change without notice All trademarks mentioned in this guide are the property of their respective owner ADEUNIS RF 283 rue Louis N el 38920 Crolles France Delmation Products BV T 31 0 79 342 2041 info delmation nl Ref 07 06 V4 ptr www delmation nl A F8 User Guide Table of contents Declaration Of conformity s sssssssssunnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnn nnna 3 Presentation ccccccceeeeeccecceeeeeeeeceeeseeeeeeneeuusesaeeseeeauauaseeesnengugesanneeenaeaas 4 Product installation sssssssssssunnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnn nanna 4 Supply voltage Dryecontact CONNEC ieii aaa a aiaia 6 Learning Process procedure ssssssssssssnnnnnnsnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnn nnna Standard learning description Standard use CaSeS Standard learning PROCEDURE Advanced learning description ADVANCECUSE CASES niooo ine i on EErEE ET TA Advanced learning procedure ssssssssssrrrrrtrrttttt rrtt ttrt rttr turrr rurun EE EEEE Global erase procedure remove all remotes control 14 Bistable
5. earning is restricted to key 1 up to key 4 only available for key 1 to key 4 of a 24 keys remote control The following associations could be done Any remote control key can drive any of the output of the receiver One or more remote control can drive the same outputs Any remote control key is able to drive from 1 to 4 outputs of the receiver Advanced use cases This paragraph illustrates some advance usages Ref 07 06 V4 ptr p11 A 8 User Guide gt Remote control 1 drives H KS Cy gt output 1 with key 1 if output 3 with key 4 Pi l F 2 I I ARF18 receiver 1 K V Fa 1 o ae Remote control 2 drives Output 1 lt morte ee ee ll Jas output 1 with key 2 SS fa output 2 with key 3 N ri 5 BE Ld x gi A Pe gt Output 2 ire ae wy x OV Output 3 Se 4 HKD C5 Remote control 3 drives outputs 1 and 4 with key 3 Figure 3 Any remote control key can drive any of the output of the receiver Ref 07 06 V4 ptr p 12 A 18 User Guide Advanced learning procedure ADD REMOVE OPERATION for a selected relay 1 Select the Add Remove mode by SW5 ON 2 Select SW3 OFF and SW4 OFF 3 Select the relay that the remote control will drive by setting SW1 and SW2 see Table 1 4 Press the key of the remote control which will drive the relay selected 5 Exit the Add Remove mode by SW5 OFF Two possible results of operation e This association was not set pr
6. eviously The association is set The LED blinks once e This association was set previously The association is removed The LED blinks twice ERASE OPERATION for a selected relay 1 Select the Erase mode by SW4 ON 2 Select SW3 OFF and SW5 OFF 3 Select the relay for which the associations have to be removed by setting SW1 and SW2 see Table 1 4 Press the key of any remote control to perform operation 5 Exit the Erase mode by SW4 OFF Result of operation The selected output can no more be activated by any remote control The LED blinks twice SW1 SW2 Relay1 Relay2 Relay3 Relay4 OFF OFF Selected ON OFF Selected OFF ON selected ON ON selected Table 1 relay selection in avdanced learning mode Ref 07 06 V4 ptr p 13 A F8 User Guide CAUTION In advanced learning mode mixing remotes control with 4 keys key 1 up to key 4 and key number higher than 4 key 5 up to 24 must be done carefully An ADD operation for a selected relay with a key 2 5 will be seen as a global add for example key 5 will be associated to relayl key 6 will be associated to relay2 key 7 will be associated to relay3 key 8 will be associated to relay4 A REMOVE operation for a selected relay will perform a global remove if the record has been performed for a key 2 5 for example if key 5 is associated to relay1 key 6 to relay2 key 7 to relay3 key 8 to re
7. lay4 ALL the associations will be removed An ERASE operation for a selected relay will perform a global erase if the record has been performed for a key 2 5 for example if key 5 is associated to relay1 key 6 to relay2 key 7 to relay3 key 8 to relay4 ALL the associations will be erased Global erase procedure remove all remotes control Global ERASE OPERATION 1 Select the Erase mode by SW4 ON 2 Select SW3 ON and SW5 OFF 3 Press any key of any valid remote control 4 Exit the Erase mode by SW4 OFF Result of operation All the relays can no more be activated by any remote control The LED blinks twice Bistable monostable operation In operating mode when the learning has been done the user can choose if the relays operate either in monostable or bistable As depicted hereafter SW3 SW4 SW5 must be set to OFF Ref 07 06 V4 ptr p14 A 8 User Guide SW1 Relays 1 and 2 SW3 SW4 SW5 OFF Monostable OFF OFF OFF ON Bistable OFF OFF OFF SW2 Relays 3 and 4 SW3 SW4 SW5 OFF Monostable OFF OFF OFF ON Bistable OFF OFF OFF Switches usage summary This paragraph summarizes the switches functionality For a standard usage learning this paragraph has no added value and can be ignored The knowledge of the switch usage is only required for advanced usage In particular this paragraph highlights how to choose a specific relay for advanced learning procedu
8. licable 3 Crolles November 6th 2007 8 VINCENT Herv Quality manager N Download of the user guide Thank you for having chosen the ADEUNIS RF products User guides can be uploaded directly on our web site www adeunis rf com Index Products Paragraph Remote control gt Remote control amp receivers Print version available upon request v Tel 33 476 92 07 77 v Email arf adeunis rf com Ref 07 06 V4 ptr p3 A 8 User Guide Presentation The ARF7341 receiver controls 4 relays according to orders sent by ARF7291 remote controls It is a one way system the system behaves as 4 links The link between remote control and receiver is only effective after a learning phase ARF18 receiver PI V LD P I O O f 2 Output Nae mX P Ds A i 8 Output XN Z X pg OV Output 3 0A or en O ec f Output 4 e x Product installation The ARF7341 receivers are fixed by the fixing lugs onto the top antenna and bottom stuffing box parts of the housing Any operation drilling performed on the housing makes it lose its IP65 tightness rating Remove the two stainless steel screws A and B and take the bottom part off to access the power supply terminal blocks and contacts Ref 07 06 V4 ptr p4 A User Guide Remove the screws from the part with stuffing box A Supply voltage Turn off the voltage supply then wire the power supply up to the screw terminals marked and
9. re Switch Function number Description SW5 OFF Add Remove function is not SW5 Add Remov activated e SW5 ON Add Remove function is activated SW4 OFF Erase function is not activated awa ERE SW4 ON Erase function is activated Ref 07 06 V4 ptr p15 A F8 User Guide SW1 and sw2 Relays selection or operating mode selection monostabl eor bistable 3 When module is set in learning mode Add Remove or Erase activated SW1 and SW2 selects the relay to configure sw2 SW1 Relay selected ON ON 4 ON OFF 3 OFF ON 2 OFF OFF 3 When module is not in learning mode the SW1 input selects the operating mode of relays 1 and 2 and SW2 selects the operating mode of relays 3 and 4 e SW1 ON relays 1 and 2 in bistable mode e SW1 OFF relays 1 and 2 in monostable mode e SW2 ON relays 3 and 4 in bistable mode e SW2 OFF relays 3 and 4 in monostable mode Ref 07 06 V4 ptr p 16 A User Guide SW3 is used to determine if learning operation is performed for all relays or not gt SW3 ON the learning operation is performed for all relays SW1 and SW2 are ignored The functionality depends on the function selected SW3 Global Erase SW4 or Add Remove SW5 Further details for the Global add remove and Global erase operations are described in the following table
10. s gt SW3 OFF the learning operation only applies to the relays selected with SW1 and SW2 Antenna wiring In daughter board version an antenna J a has to be added to achieve correct sel communication between the products This antenna should be a wire with a length of 4 wave i e about 17 cm pane This length is that which has to extend outside the housing if the latter is metallic This antenna can be located remotely using a coaxial cable with its braid stripped over the last 17 centimeters Ref 07 06 V4 ptr p 17 A 8 User Guide Specifications Radio characteristics Frequency 433 92 MHz Modulation ASK Sensitivity 104 dBm Electrical characteristics Power supply VCC 15 to 30 Voc Consumption all relays 30mA opened Consumption all relays 85mA closed Switching capacity 230V Imax 10 A Relay characteristics Contacts 3 relays with 1 NO 1 relay with 1 NO NC Mechanical characteristics Size mm Board 65 x 90 x 25mm 1p65 box 104 x 300 x 35mm Connector block Connection by M3 screw 1 5 2 5mm Operating temperature 20 to 70 C Ref 07 06 V4 ptr p 18 A User Guide References ARF7341A 4 relays receiver board ARF7341B 4 relays receiver in I P65 housing ARF7291A 1 key remote control ARF7291B 2 key remote control ARF7291C 3 key remote control ARF7291D 4 key remote control ARF7291R 8 24 key remote control Ref 07 06 V4 p
11. tr p19
12. very few specific applications Standard learning description The standard learning allows associating in an ordered way the 4 outputs to 4 remote control keys For remote control with 4 keys or less the association will be key 1 gt relayl y Z key 2 gt relay2 7 key 3 gt relay3 O LYI key 4 gt relay4 E CS Ref 07 06 V4 ptr p7 A 8 User Guide For remote control with 24 keys the association will be key 1 gt relayl key 2 gt relay2 key 3 gt relay3 key 4 gt relay4 or key 5 gt relayl key 6 gt relay2 key 7 gt relay3 key 8 gt relay4 or or key 21 gt relay1 key 22 gt relay2 key 23 gt relay3 key 24 gt relay4 For a 24 remote control the keys are accessible through 3 different banks A B C The small key allows bank change When led A lit When led B lit When led C lit Key 1 to 8 Key 9 to 16 Key 17 to 24 Ref 07 06 V4 ptr p8 A User Guide Standard use cases This paragraph presents a subset of standard usage ARF18 receiver RI V E aeania Output 1 X aa S SD ee DD Output 2 Pom j 3 Pe D IOV Output ie ee XK Output 4 eX 2 PEE E z k Figure I output 1 to 4 driven by key 1 to key 4 Ref 07 06 V4 ptr p9 ARF18 receiver 1 K v Output 1 x Output AC ROV output 3 Z Output 4 X ARF18 receiver 2 K v Output 1 output AT A ROV output Output 4 x When using BANK A Keyl
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