Digital Status transfer User Guide
Contents
1. ARF20 transmitter VER ARF20 receiver fz v No transmission F 8 inactive inputs open o gt K All the outputs Input n are inactive TROO ON NC NO OFF K ARF20 transmitter oes ARF20 receiver I v Transmission At least 1 open input a gt Output n is active Input n TROO ON NC NO OFF ARF20 transmitter ARF20 receiver BJ v Continuous transmission T 8 inactive inputs Q X _ All the outputs Input n are inactive TROO OFF Active safety NC NO OFF 05 11 V4 tcx pill A 0 User Guide 3 wire sensor connection 10 KQ resistors ae The sensors have the same power supply as the A transmitter For a PNP sensor the product must be set to NO mode to transmit on presence detection For a NPN sensor the product must be set to NC mode to transmit on presence detection Dry contact connection ARF20 transmitter POWER SUPPLY 05 11 V4 tcx p12 A 0 ser Guide In NO mode closing of the contact triggers transmission which activates the corresponding output In NC mode it is opening of the contact which activates this output Antenna wiring in 10m max In daughter board version an antenna has ti communication between the products This antenna should be a wire with a le2. 05 11 V4 tcx p18 A User Guide ARF20 4 relay receiver SW1 5 OFF 1 The outputs are ARF20 transmitter the megs yi inputs 1 t v inputs 1 to 8 active inputs yo i X Input n Te ARF20 4 relay receiver SW1 5 ON X The outputs are the image of inputs 5 to 8 Validity output on ARF6678 On this receiver the information is available as an option on a relay This can be on relay 1 NO or relay 3 NO NC as required Safety validation on relay 1 Set switch 1 to OFF programming mode then set switches 2 to 5 to OFF and then move switches 4 SE and 5 14 to ON Reset switch 1 N P to ON normal mode and set the next 3 switches C1 C2 C3 to the same positions as those of the transmitter ADD 1 2 and 3 Safety validation on relay 3 Set switch 1 to OFF programming mode then set switches 2 to 5 to OFF Then move switch 4 SE to ON and switch 5 14 to OFF Reset switch 1 N P to ON normal mode and set the next 3 switches C1 C2 C3 to the same positions as those of the transmitter ADD 1 2 and 3 Safety disable Set switch 1 to OFF programming mode then set switches 2 to 5 to OFF Then move switch 4 SE to OFF Reset switch 1 N P to ON normal mode and set the next 3 switches C1 C2 C3 to the same positions as those of the transmitter ADD 1 2 and 3 05 11 V4 tcx p19 A 0 User Guide Syn
3. the channel will be direct and on a positive input logic controller reading of the channel will be inverted 123 45 67 8 S VOV CONTROLLER A User Guide The controller and ARF20 receiver power supplies must have their 0V connected to one another CTRL ARF20 supply supply Validity output on ARF6189 This is an Open Collector output marked S on the terminal block Output S wiring 5V Y A 12V example 100 KQ Ww _ ose va ttx It is at OV when the receiver is receiving correctly and at high level when receipt is bad The red led furthest to the right behind the terminal block indicates the state of this output On receipt is correct Off no receipt It is not a linear output This enables a zero output state due to absence of receipt to be differentiated from that due to no input activated p15 A User Guide All receipts are correct or only one is missing The safety output remains inactive Outputs x X x x X X X Receipts con A i A Zz ae 4 106 ms SEC output Two consecutive receipts at least are missing The safety output is activated At the third missing receipt the outputs become inactive Outputs xX xX x K Receipts t gt lt t S252 Taea 7 SEC output Relay output connection The ARF6678 receiver is provided with 3 relays with a single NO contact
4. and one relay with NO and NC contacts These relays are designed to cut 12A in 250V These relays copy the state of the inputs of an ARF6188 transmitter after learning of this transmitter has been performed Depending on the position 05 11 V4 tcx p16 A 0 User Guide of switch 5 the relays reproduce the state of inputs 1 to 4 switch 5 on OFF or the state of inputs 5 to 8 switch 5 on ON NB If relay 1 or 3 is used for the safety output it no longer copies the associated input but its closing indicates the quality of the radio link Copie 5 8 Conie 144 Relay output connection The ARF6678 receiver is provided with 3 relays with a single NO contact and one relay with NO and NC contacts These relays are designed to cut 12A in 250V These relays copy the state of the inputs of an ARF6188 transmitter after learning of this transmitter has been performed Depending on the position of switch 5 the relays reproduce the state of inputs 1 to 4 switch 5 on OFF or the state of inputs 5 to 8 switch 5 on ON NB If relay 1 or 3 is used for the safety output it no longer copies the associated input but its closing indicates the quality of the radio link 05 11 V4 tcx p17 A User Guide ARF20 receiver m Output 1 24Vpc SuPeLY Output 2 o Output 3 Output 4 ARF20 receiver Output 1 24Voc SUPPLY Output 2 Output 3 Output 4
5. ce 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 Conformity has been evaluated according to the procedure described in Annex III of the RTTE directive Receiver class if applicable 3 Crolles November 6th 2007 VINCENT Herv Quality manager i 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 Modems gt Status transfer Print version available upon request Tel 33 4 76 92 07 77 Email arf adeunis rf com 05 11 V4 tcx p3 A User Guide Presentation The A system enables logic states to be transmitted from one point to another It is a one way system the transmitter transmits these states by radio channel and the receiver decodes the messages received and restores them on binary outputs There are 3 product references in the range the ARF6188 transmitter and 2 receivers ARF6189 open collector output and ARF6678 relay output The product behaves like 8 parallel links output 1 corresponds to input 1 output 2 to input 2 etc RecepteurARF20 output drelaist Transmetteur ARF20 lt ra Output n FE iii ao La 8 inputs J mputn lm Recepteur ARF209 ou
6. chronised mode This mode enables two way links to be achieved with 2 A case the return link is dependent on the outgoing link pairs In this TX RX ARF20 a a ARF20 amp 6188 6189 or E 6678 Common posenu a RX 6 TX A ARF20 at ea ARF20 S 6189 or 6188 6678 The link 2 only works if link 1 is present Take care over transmission in rest state Setting transmitter to synchro mode A transmitter is set to synchro mode by setting switch 2 marked SYNC to OFF Then connect the synchro output of the link 1 receiver pad to be soldered marked sync ARF6189 or 2 ARF6678 to the TRIG input terminal of the link 2 receiver Synchro mode control lt OUTPUT 1 TO 8 TRIG lt INPUT 1 TO8 gt V OV ARF6188D ARF6189D To ARF6188 transmitter TRIG terminal Connect the power supply 0V to one another 05 11 V4 tcx p 20 A 0 User Guide ov 11 12 21 22 33 31 32 41 42 INPUT 1TO 8 V ARF6188D ARF6678B To ARF6188 transmitter IRIG terminal Connect the power supply 0V to one another Serial output The two ARF20 range receivers are equipped with a TTL format serial link output The format is fixed 9600 bauds 8 bits no parity 1 stop frame header Serial n End of frame A _ 101001 woke Active channels here 13 amp 8 To PC SUB D9 3 5V V Connect the OV ov 1v frame header Serialin End of frame Activ
7. collector outputs VCE max 30 V Power supply 9 to 30 VDC Maximum absorbable current 100 mA outputs 1 to 7 05 11 V4 tcx p 23 Maximum absorbable current output 8 Receipt validity output ARF6678 4 relay outputs Power supply NO contact on outputs 1 2 or 4 NO NC contacts on output 3 Receipt validity output Consumption Conversion Refresh period up to 320 ms when establishing the link Dimensions 6188B and 6189B IP65 chip 6678B IP65 chip Distance between fixing points 6188B and 6189B 4 holes diam 4 to 92 x 61 mm Distance between fixing points 6678B 4 holes diam 4 to 92 x 96 mm References A 0 User Guide 1A 10A 250V 15 to 30 VDC disabled or on relay 1 or relay 3 as required 53 mA excluding output 106 ms 104 x 300 x 35 mm 104 x 335 x 35 mm ARF6188A ARF20 transmitter board version ARF6188B ARF20 transmitter in I P65 chip version ARF6189A 8 open collector ARF20 receiver board version ARF6189B 8 open collector ARF20 receiver in P65 chip version ARF6678A 4 relay ARF20 receiver board version ARF6678B 4 relay ARF20 receiver in I P65 chip version ARFO3 Antenna kit for the ARF618xA and ARF6678A in board version
8. e channels here 2 amp 4 ToPC thiscan also be 6 amp 8 depending SUB D9 3 on the channels kstened to or if applicable the safety on the Connect the OV ov selected chanrel 05 11 V4 tcx p21 Board dimension Af User Guide 3 p je e K toi anna ape ep eis aaa a ae Se Copper l x y z ARF6188 87 7 75 67 06 52 84 ARF6189 87 7 49 67 82 52 84 ARF6678 122 6 6 105 3 23 ae gt Q ES EEE y 2 61 gt 64 gt 05 11 V4 tcx p 22 A User Guide Specifications Operating temperature 20 C to 70 C Communication channels agi SW3 SW2 SW1 Low channel eae High channel 1 ON ON OFF 2 433 150 23 433 675 46 434 250 2 ON OFF ON 5 433 225 26 433 750 49 434 325 3 ON OFF OFF 8 433 300 29 433 825 52 434 400 4 OFF ON ON 11 433 375 32 433 900 55 434 475 5 OFF ON OFF 14 433 450 35 433 975 58 434 550 6 OFF OFF ON 17 433 525 40 434 100 61 434 625 4 eee 20 433 600 43 434 175 64 434 700 0 ON ON ON Transmitter Power supply 9 to 30 VDC Multi channel between 433 125 MHz and 434 7 MHz Power 10 mW 50 Q 8 dry contact inputs Zin gt 50 kQ Consumption 30 mA Receiver Multi channel between 433 125 MHz and 434 7 MHz Sensitivity better than 1 2 pV ARF6189 8 open
9. eeceeee cece ee eee ee eeeeeeeeeeeeeeseeneeseaeaaseeaeseseaeeeseanaseeeeane Binary OUTPUTS s mniam naiaiae cena oem em ee Rae a Validity output on ARF6189 Relay OUtpUE CONNECHON amaaa aa Taaa ana tAE A aA A AAA AAEE Relay output cONneCtiONi saiman mannna mA ADi Validity output on ARF6678 Synchronised Mode ssssssssssnsnnsnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnn nnana 20 Serial OUtpUt n ssssssssnssnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnan nannan 21 Board dimension sssssssssssssnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnn nnmnnn a 22 SpecificationS ssssssssssunnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnn annann nanna 23 05 11 V4 tcx p1 A 0 User Guide About this document This guide describes the A devices their options and accessories 05 11 V4 tcx p2 A User Guide Declaration of conformity Adeunis C 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 ARF20 Product Number s ARF6188B ARF6189B ARF6678B 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 complian
10. ngth This length is that which has to extend outsic metallic This antenna can be located remotely by using stripped over the last 17 centimetres Output wiring eeecesese Foss PZ2RS TI 4 W 05 11 V4 tcx p13 A User Guide The outputs are wired on the receiver They are of the P open collector type i e when an output is active the voltage on the terminal block is that of the power supply In other words an output acts like a switch one terminal of which is connected to the Vdc and the other terminal being the output connector supply B output output The receiver also has an output indicating data validity S Binary outputs Output 1 copies the state of input 1 output 2 that of input 2 etc On outputs 1 to 7 the maximum current absorbed is 100 mA On output 8 this current increases to 1 A On the 4 relay receiver the relays are the image of channels 1 to 4 when switch 5 LH is set to OFF and the image of channels 5 to 8 when it is set to ON Relay wiring 12345678 S5S V0V 00000000000 The ARF20 receiver power supply must be compatible with the characteristics of the relay ARF20 supply The freewheel diode is necessary to preserve the product lifetime 05 11 V4 tcx p 14 Wiring to a controller The ARF 20 receiver can be connected to an industrial programmable controller An active channel sends a low level to the controller On a negative input logic controller reading of
11. ore than 2 Vsupply 3 The presence of at least one active input triggers transmission When all the inputs are inactive radio transmission can be interrupted or maintained When TROO is on ON there is no transmission when all the inputs are inactive When TROO is on OFF transmission is continuous whatever the state of the inputs These two operating options are to be chosen with the product powered off they will be taken into account at the next power up a 1 2 3 Transmission channels 4 TR00 ON Transmits 3 frames when all the inputs are inactive then switches to stand by OFF Transmits continuously when all the inputs are inactive 1 NC NO 2 SYNC see paragraph 8 05 11 V4 tcx p 10 A User Guide cf 8 mitter ARF20 receiver No transmission pp 8 inactive inputs open 0 x _Alll the outputs tJ Input n are inactive TROO ON NC NO ON K ARF20 transmitter DNS ARF20 receiver ig v Transmission T At least 1 closed input il gt Output n is active X Input n TROO ON NC NO ON K ARF20 transmitter ARF20 receiver izg v Continuous transmission 8 inactive inputs a Lo K All the outputs Input n are inactive TROO OFF Active safety NC NO ON L pg
12. switches C1 C2 C3 to the same positions as on the transmitter Move switch 1 to OFF programming mode then set switches 2 to 5 to OFF Then move switch 2 AP to ON to set the product to learning mode On the transmitter to be associated to the receiver set the TROO and SYNC switches to ON then power it on In this configuration the transmitter sends radio frames whatever the state of its inputs When learning has been completed green led continuously lit move switch 2 to OFF Reset switch 1 N P to ON normal mode and set the next 3 switches C1 C2 C3 to the same positions as on the transmitter NOTES An infinite number of receivers can be associated to a transmitter Inversely several transmitters can be associated to a receiver provided that transmissions are extremely rare TROO must be set to ON There can be several pairs of A s in parallel on the same site For this they must not operate on the same channel In this case choose addresses separated by 3 e g 1 OFF ON ON and 4 ON ON OFF 05 11 V4 tcx p8 A User Guide Address 1 Address 4 Address 7 1 2 3 AP 1 2 3 AP 1 2 3AP C JE E m orl or Memory clear on ARF6189 receiver To clear all the recorded serial numbers from the receiver memory the two pads to the left of the red led have to be short circuited The red led then flashes Maintain the short circuit until the green led lights
13. there is no transmitter associated to the receiver and the product cannot operate On the receiver set the switch marked AP to ON to switch to learning mode The red led flashes 12 to 30V DC power supply Set the switches ADD 1 2 and 3 to the same positions on the transmitter and receiver 05 11 V4 tcx p6 A User Guide On the transmitter to be associated to the receiver set the TROO switch to OFF and the SYNC switch to ON then set the power on In this configuration the transmitter sends radio frames whatever the state of its inputs is TR CI AK ETT ps ADD 1 2 3 TROO 1 NC NO 2 SYNC ON autonomous operation OFF controlled operation 9 to 30V DC power supply After a few seconds the green led on the receiver lights up continuously and the transmitter has been memorised Stop transmission and on the receiver switch the learning switch AP to OFF The red ON led should be lit continuously and the product is ready to operate The green RX led then lights up at each receipt Relay reciver 05 11 V4 tcx p7 A User Guide The learning procedure is identical but the switch settings differ slightly perform the operations in the order set out below Set switch 1 N P to ON normal mode and set the next 3
14. tputs _ Scollecteurs ouvert Power supph ona sh K E Output n The radio link is established successively on 3 frequencies Only one of these 3 frequencies is necessary to establish the outputs The transmitter scans its inputs continuously and triggers a radio transmission every 100 ms The link between transmitters and receivers is only effective after a learning phase The products are available either in board version to be integrated in an assembly or as an IP65 enclosure In the latter case the products are fixed by the fixing lugs onto the top antenna and bottom stuffing box parts of the enclosure housing 4 screws not supplied 05 11 V4 tcx p4 A 0 User Guide Product power supply To perform wiring of these products the bottom part of the housing part with stuffing box has to be opened by unscrewing the two stainless steel screws on each side Remove the screws from the part with stuffing box On the 4 relay receiver turn off any mains power that may be present on the relays before opening the housing The A range products are supplied with a DC voltage source This voltage supply must not exceed 30 Vdc V 0V ARF20 ARF 6188 a1 ARF 6188 et 6189 ey ou 05 11 V4 tcx p5 A 0 User Guide power ARF 6678 Associating a transmitter to a receiver Open collector receiver The red ON led flashes twice and the green RX led is not lit the product is correctly supplied but
15. up the memory has then been cleared Memory clear on ARF6678 receiver Set switch 1 to OFF programming mode then set switches 2 to 5 to OFF Then move switch 3 to ON EF to run the clear procedure After 6 seconds the memory clear has been completed the green led is lit continuously Move switch 3 to the OFF position Reset switch 1 N P to ON normal mode the red led flashes indicating that the product can no longer operate 05 11 V4 tcx p9 A User Guide Input wiring The inputs are wired on the transmitter All the inputs are defined either normally open NO or normally closed NC In NO mode NO NC on ON an input is active if the voltage present on the terminal block is greater than Vsupply 2 If the input is not connected or is at a voltage lower than Vsupply 2 the input is inactive In this case closing of a contact between the power supply and an input will make the associated relay on the receiver close In NC mode NO NC on OFF an input is active if the voltage present on the terminal block is lower than Vsupply 2 or not connected If the input is at a voltage greater than Vsupply 2 the input is inactive In this case closing of a contact between the power supply and an input will make the associated relay on the receiver open The Vsupply 2 threshold is not precise For greater safety a low level should be considered if the voltage is less than Vsupply 3 and a high level if the voltage is m
16. wees Wireless products amp solutions Arro Digital Status transfer User Guide 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 Phone 33 0 4 76 92 07 77 Fax 33 0 4 76 08 97 46 Ref 05 11 V4 tcx A 20 User Guide Table of contents About this document s ssssssssnsnnnsnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnn nnna 2 Declaration of conformity ssssssssssunnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnn annan 3 Presentation sssssssssssssnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnannn nannan nn nnana 4 Product power Supply ssssssssssssunnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnn nnana 5 Associating a transmitter to a receiver ssssssssssnsnnnnnnnnnnnnnnnnnnnnnnnnnnn 6 Open collector receiver Relay reciver e Memory clear on ARF6189 receiver Memory clear on ARF6678 receiver nput Wining sissisisiisasrissonosnaniinosnaannsnnnannana inanan anasan i eeseaneeeeaeaneeees 3 wire sensor connection Dry contact Connection ssssssesissssettttt istre ktkt ttnn EEEE EEEEEEEEEEEEEEEE EEEREN Antenna Wiring s ssssssssssssnunnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnn nnana nnmnnn nanna Output Wiring c2e
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