User/Installation Manual
Contents
1. 20 APPENDIX A Mapping between HAI Omni elements and Dupline 3 Dupline node Dimmers On Off Roller blinds ganne Se nr Omni Dupi yp Omni Dupl yr Centraiite PUP wr Button Dul r centrate Pup Scene Scene 17 97 AltoA4 81 113 I1 27 61 Mi 53 53 Pi x x x 18 98 A5toA8 82 114 12 62 M2 54 54 P2 x x x 19 99 BltoB4 83 115 I3 28 63 M3 55 55 P3 x x Xx 20 100 B5toB8 84 116 14 64 M4 56 56 P4 x x x 21 101 CitoC4 85 117 15 29 65 M5 57 57 P5 X X x 22 102 CStoC8 86 118 16 66 M6 58 58 P6 x x x 23 103 Dito D4 87 119 I7 30 67 M7 59 59 P7 x x x 24 104 D5toD8 88 120 18 68 M8 60 60 P8 X x Xx 25 105 EitoE4 89 121 Ji 31 69 N1 26 106 E5 to E8 90 122 J2 70 N2 27 107 FitoF4 91 123 J3 32 71 N3 28 108 F5toF8 92 124 J4 72 N4 29 109 Gi to G4 93 125 J5 33 73 N5 30 110 G5 to G8 94 126 J6 74 N6 31 111 Hi to H4 95 127 J7 34 75 N7 32 112 H5to H8 96 128 J8 76 N8 97 129 K1 35 77 Oi 98 130 K2 78 02 99 131 K3 36 79 03 100 132 K4 80 04 101 133 K5 37 81 05 102 134 K6 82 06 103 135 K7 38 83 07 104 136 K8 84 08 105 137 Li 106 138 L2 107 139 L3 108 140 L4 109 141 L5 110 142 L6 111 143 L7 Note The 32. APPENDIX A Mapping between HAI Omni elements and Dupline 2 Dupline node Dimmers On Off Roller blinds ganne upe nr Omni Dupi yp Omni Dupl yr contratite PUP wr Button Dul r centrate Pup Scene Scene 9 49 Alto A4 41 53 C1 11 25 Ji 33 33 N1 5 57 P5 10 50 A5 to A8 42 54 C2 26 J2 34 34 N2 6 58 P6 11 51 Bi to B4 43 55 C3 12 27 J3 Beas N3 7 59 P7 12 52 B5 to B8 44 56 C4 28 J4 36 36 N4 8 60 P8 13 65 D5 to D8 45 57 c5 13 29 J5 37 37 N5 14 66 El to E4 46 58 C6 30 J6 38 38 N6 15 67 E5 to E8 47 59 C7 14 31 J7 39 39 N7 16 68 F1 to F4 48 60 C8 32 J8 40 40 N7 49 61 D1 15 33 Ki 41 41 Ol 50 62 D2 34 K2 42 42 02 51 63 D3 16 35 K3 8 43 03 52 64 D4 36 K4 44 44 04 53 69 F5 17 37 K5 45 45 05 54 70 F6 38 K6 46 46 06 55 71 F7 18 39 K7 47 47 07 56 72 F8 40 K8 48 48 08 57 73 G1 19 41 Li 49 49 P1 58 74 G2 42 L2 50 50 P2 59 75 G3 20 43 L3 51 51 P3 60 76 G4 44 L4 52 52 P4 61 77 G5 21 45 L5 62 78 G6 46 L6 63 79 G7 22 47 L7 64 80 G8 48 L8 65 81 H1 23 49 M1 66 82 H2 50 M2 67 83 H3 24 51 M3 68 84 H4 52 M4 69 85 H5 25 53 M5 70 86 H6 54 M6 71 87 H7 26 55 M7 72 88 H8 56 M8 73 89 I1 74 90 I2 75 91 13 76 92 14 77 93 15 78 94 16 79 95 I7 80 96 18 End of 2 Dupline node
3. Dupline node does not support scenarios 112 144 L8 End of 3 Dupline node 21 APPENDIX A Mapping between HAI Omni elements and Dupline 4 Dupline node Dimmers On Off Roller blinds garne Pee nr Omni Dupl yp Omni Dupl yr contratite PUP wr Button Dul r centrate DUP Scene Scene 33 145 Al toA4 113 153 E1 39 85 Ji 61 61 L5 9 105 P1 34 146 A5to A8 114 154 E2 86 J2 62 62 L6 10 106 P2 35 147 BltoB4 115 155 E3 40 87 J33 63 63 L7 11 107 P3 36 148 B5toB8 116 156 E4 88 J4 64 64 L8 12 108 P4 37 149 Ci toC4 117 157 E5 41 89 J5 65 65 Mi 13 109 P5 38 150 C5toC8 118 158 E6 90 J6 65 65 M2 14 110 P6 39 151 DitoD4 119 159 E7 42 91 JZ 67 67 M3 15 111 P7 40 152 Fi toF4 120 160 E8 92 J8 68 68 M4 16 112 P8 121 161 F1 43 93 Ki 69 69 M5 122 162 F2 94 K2 70 70 M6 123 163 F3 44 95 K3 71 71 M7 124 164 F4 96 K4 72 72 M8 125 165 F5 45 97 K5 73 73 Ni 126 166 F6 98 K6 74 74 N2 127 167 F7 46 99 K7 75 75 N3 128 168 F8 100 K8 76 76 N4 129 169 G1 47 101 Li 77 77 N5 130 170 G2 102 L2 78 78 N6 131 171 G3 48 103 L3 79 79 N7 132 172 G4 104 L4 80 80 N8 133 173 G5 81 81 Oi 134 174 G6 82 82 02 135 175 G7 83 83 03 136 176 G8 84 84 04 137 177 H1 85 85 05 138 178 H2 86 86 06 139 179 H3 87 87 07 14
4. go to the option SERIAL 1 RATE or SERIAL 2 RATE or SERIAL 3 RATE etc according to the Omni serial port where HERMES 101 is connected Press the key Insert the value of 8 9600 BAUD Press the key Press down arrow to reach the option SERIAL 1 FUNCTION or SERIAL 2 FUNCTION or SERIAL 3 FUNCTION etc according to the Omni serial port where HERMES 101 is connected 9 Press the key 10 Insert the value of 9 CENTRALITE 11 Press the key 12 Press twice to return to the SETUP list 13 Press to return to the Initial Screen of the Omni keyboard S U ag ONAY Basic Programming Omni amp Dupline Omni On the Omni side for operations with Units like On Off Toggle Timer and Light Levels no other adjustment or programming is needed For the operations with motors like motorized blinds garage doors electric vertical blinds etc a very basic programming is needed The same is also applied for the opposite communication i e for programming Omni operations activated by buttons of the Dupline network Dupline On the Dupline side a simple addressing is needed This can be done using the hand tool GAP 1605 or BGP COD BAT Programming Unit while the control of all operations is done using the hand tool GTU8 or BGP TEST SP Test Unit Load Types Omni Units DIMMERS and ON OFF These are Omni network elements representing lighting zones or appliances and using Dupline addresses of the grou
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6. e The central DUPLINE board Carlo Gavazzi type Modbus Master Module or The central DUPLINE board Carlo Gavazzi type Master Generator G3800 0016 With Omni firmware version 3 2 or higher Necessary only if Dupline analog signals are used as well Supportive Operations HERMES 101 supports the following operations e Lighting zones for dimming control e Lighting or appliances zones for ON OFF control e Motors motorized roller blinds garage doors electric vertical blinds etc e Buttons of the Dupline bus network for activating programmable operation at the Omni network e Dupline scenarios activated by the program at the Omni network Communication Zones When connected to a Dupline board HERMES 101 supports a large number of communication zones covering all the electrical load types in a building For big installations and wherever a larger number of lighting zones motors scenarios etc is to be used HERMES 101 can be connected with up to four Dupline boards expanding by far the overall automation of the building With 1 Dupline board 128 communication zones can be obtained With 2 Dupline boards 256 communication zones can be obtained With 3 Dupline boards 384 communication zones can be obtained With 4 Dupline boards 512 communication zones can be obtained Note The above count includes all the communication forms that HERMES 101 supports ie lighting motors scenarios and buttons You can find more detailed i
7. to addresses A1 A2 A3 A4 of the 2 Dupline The 10 dimmer corresponds to unit 50 of the Omni and to addresses A5 A6 A7 A8 of the 2 Dupline The 15 dimmer corresponds to unit 67 of the Omni and to addresses E5 E6 E7 E8 of the 2 Dupline The 16 dimmer corresponds to unit 68 of the Omni and to addresses F1 F2 F3 F4 of the 2 Dupline End of 2 Dupline node etc For the full mapping list between Omni and Dupline please refer to the detailed table of Appendix B at the end of this manual 14 MAPPING EXAMPLES between Omni amp Dupline On Off Unit Operations With one Dupline Node The 1 ON OFF corresponds to unit 5 of the Omni and to address C1 of the 1 Dupline The 2 ON OFF corresponds to unit 6 of the Omni and to address C2 of the 1 Dupline The 3 ON OFF corresponds to unit 7 of the Omni and to address C3 of the 1 Dupline The 39 ON OFF corresponds to unit 47 of the Omni and to address 17 of the 1 Dupline The 40 ON OFF corresponds to unit 48 of the Omni and to address I8 of the 1 Dupline End of 1 Dupline node With two Dupline Nodes The 41 ON OFF corresponds to unit 53 of the Omni and to address C1 of the 2 Dupline The 42 ON OFF corresponds to unit 54 of the Omni and to address C2 of the 2 Dupline The 43 ON OFF corresponds to unit 55 of the Omni and to address C3 of the 2 Dupline The 79 ON OFF corresponds to unit 95 of the Omni and to address I7 of the 2 Dupline The 80 ON OFF corres
8. 0 180 H4 88 88 08 141 181 H5 142 182 H6 143 183 H7 144 184 H8 145 185 I1 146 186 12 147 187 13 148 188 14 149 189 15 150 190 16 151 191 17 152 192 18 End of 4 Dupline node 22 Remarks APPENDIX B Operations per Omni type 1 The number of the Dupline nodes you need to get the most of every Omni type is analyzed at the following table Operations per Omni Type Omni A Roller Starlite Dupline Type Dimmers On Or blinds buttons es LT 4 12 8 16 16 IIe 8 40 24 64 16 Pro II 40 152 24 88 16 Operations per Dupline Node Dupline 5 Roller Starlite Dupline nade Dimmers i On OF blinds buttons Seances 14 8 40 5 32 4 a 8 40 8 20 4 3 16 32 6 8 0 4 8 40 5 28 8 Example For an Omni LT one Dupline node is enough to cover the 4 dimmer zones and the 12 lighting On Off zones but you will need 4 Dupline nodes if you want to activate 16 Dupline scenarios 2 Each roller blind needs two Starlite buttons commands Up and Down decreasing naturally the total available number of buttons for other uses TROUBLESHOOTING 1 LED does not light up Check the power supply unit Disconnect the supply plug and verify using a voltmeter that the voltage of the power sup
9. A Mapping between HAI Omni elements and Dupline 15t Dupline node Dimmers On Off Roller blinds Sranie dupine nr Omni Dupi yp Omni Dupl ay contratite PUPL wr Button Pupi nr centralite DUP Scene Scene 1 1 A1 to A4 1 5 Ci 1 1 Ji 1 1 L5 1 21 P5 2 2 A5 to A8 2 6 C2 2 J2 2 2 L6 2 22 P6 3 3 B1 to B4 3 7 C3 2 3 J3 3 3 L7 3 23 P7 4 4 B5 to B8 4 8 C4 4 J4 4 4 L8 4 24 P8 5 17 D5toD8 5 9 C5 3 5 J5 5 5 Mi 6 18 El to E4 6 10 C6 6 K3 6 6 M2 7 19 EStoE8 7 11 C7 4 7 J7 7 7 M3 8 20 Fi to F4 8 12 C8 8 J8 8 8 M4 9 13 D1 5 9 K1 9 9 M5 10 14 D2 10 K2 10 10 M6 11 15 D3 6 11 K3 11 11 M7 12 16 D4 12 K4 12 12 M8 13 21 F5 7 13 K5 13 13 Ni 14 22 F6 14 K6 14 14 N2 15 23 F7 8 15 K7 15 15 N3 16 24 F8 16 K8 16 16 N4 17 25 G1 9 17 Li EZ N5 18 26 G2 18 L2 18 18 N6 19 27 G3 10 19 L3 19 19 N7 20 28 G4 20 L4 20 20 N7 21 29 G5 21 21 Ol 22 30 G6 22 22 02 23 31 G7 23 23 03 24 32 G8 24 24 04 25 33 H1 25 25 05 26 34 H2 26 26 06 27 35 H3 27 27 07 28 36 H4 28 28 08 29 37 H5 29 29 P1 30 38 H6 30 30 P2 31 39 H7 31 31 P3 32 40 H8 32 32 P4 33 41 Ii 34 42 12 35 43 13 36 44 14 37 45 15 38 46 16 39 47 17 40 48 18 End of 1 Dupline node 19
10. alite scene scenario the corresponding Dupline address appears beside For each motor two Dupline addresses appear beside The first address is the command for the movement UP while the right next address is the command for the movement DOWN Important Note for the Installer Programmer It is necessary for the project installer programmer to start programming the system using the Dupline Address D1 corresponding to unit 13 of the Omni as first supplying a simple load e g an On Off light somewhere near and within sight The above is considered as extremely important for the further progress of programming as D1 is the basic communication address between the Omni Controller and the Dupline board The correct and smooth operation of this load indicates also correct communication between the Omni Controller and the Dupline board 13 MAPPING EXAMPLES between Omni amp Dupline Dimmer Unit Operations With one Dupline node The 1 dimmer corresponds to unit 1 of the Omni and to addresses A1 A2 A3 A4 of the 1 Dupline The 2 dimmer corresponds to unit 2 of the Omni and to addresses A5 A6 A7 A8 of the 1 Dupline The 7 dimmer corresponds to unit 19 of the Omni and to addresses E5 E6 E7 E8 of the 1 Dupline The 8 dimmer corresponds to unit 20 of the Omni and to addresses F1 F2 F3 F4 of the 1 Dupline End of 1 Dupline node With two Dupline nodes The 9 dimmer corresponds to unit 49 of the Omni and
11. attern for the fixation of the product gm This Installation and User Manual Yo INSTALLATION How to Connect 1 Connect the telephone cable RJ11 to RJ11 to the OMNI port of HERMES 101 on one side and to an RJ11 serial port of Omni on the other side Tip Keep a note of the Omni serial port number you have used for this connection You will need it at the next paragraph Communication Settings 2 Case A If you use a Dupline master module connect the serial cable RJ11 to DB9 to the port DUPL of HERMES 101 on one side and to the serial port DB9 of master module on the other side Case B If you use a Dupline master generator G3800 0016 you will need a different serial cable which is not included in the standard package it is provided as optional with material code FHSC DMG16 You can also do it yourself following the connectivity instructions you will find in the last page of this manual 3 Check connections again very carefully If they are all ok connect the 12VDC 1000mA power supply Initial Communication and Configuration The initial communication and configuration of HERMES 101 can be done in two different modes gt gt Connect to the Omni PC Access through Ethernet Using the special HAI programming software Dealer PC Access or Using an Omni keyboard Omni Console Mode 1 Using Dealer PC ACCESS in two phases or Modem connection following the instructions of the manufactur
12. e no effect on this Unit What they will do depends only on what you will program at the Omri Omni Scenarios Centralite scenes These are Dupline network buttons using addresses of the group Scenarios see Appendix A Scenarios based on Omni Centralite scenes are automatically mapped by HERMES 101 and sent to the Dupline network as Dupline addresses with momentary switch function OPERATION Each scenario sets the corresponding Dupline address to ON instantly and right afterwards sets it back to OFF Note Practically they are used in activating Dupline scenarios written in master generator 12 START UP Once the connection and configuration of the OMNI are completed HERMES 101 is ready for operation Its full communication is started up automatically after about 60 seconds if using the master module and about 7 seconds if using the master generator G3800 0016 From the table of Dupline address distribution per Dupline network node you select all the load types of the building by order of appearance in Appendix A More specifically 1 The lighting zones with dimming operations indication Dimmers 2 The lighting zones or appliances with switch ON OFF operations indication On Off 3 The motors indication Roller blinds 4 The Starlite buttons indication Starlite Buttons 5 The scenarios indication Dupline Scenarios For each lighting zone Starlite button number or Omni Centr
13. er The ON LINE indication at the ON LINE TCP Sa bottom right part of PC Access screen confirms correct communication a Phase 1 At Dealer PC Access Press Setup Press Units From the expanding options to the right select the first unit of the first group of 16 units From the column House Code Format select Centralite You can see that the option Centralite is automatically installed at all 16 units Repeat using the same option Centralite at House Code Format for every group of 16 units you wish to control in the building Phase 2 At Dealer PC Access Press Setup Press Expansion then Serial From the expanding options to the right for the serial port where HERMES 101 is connected choose rate 9600 and function Centralite Mode 2 Using Omni Console keyboard in two phases Phase 1 At the Omni Console keyboard Press the key 9 SETUP Press the key 6 MISCELLANEOUS Using the arrows go to the HC1 FORMAT option 4 Press the key Insert the value of 6 CENTRALITE Repeat steps 1 to 5 for the options HC2 FORMAT HC3 FORMAT etc for every group of 16 lighting zones you wish to control and the used Omni can support Press the key Press the key for returning to the SETUP list WNP ui NO Phase 2 At the Omni Console keyboard Press the key 9 SETUP Press the key INSTALL Select 7 EXPANSION Using the arrows
14. erator G3800 0016 If you set the 1 scene number of a Centralite scene pair to ON then the motor starts moving upwards If you send the same movement command for a second time upwards in our example then the motor stops If you set the 2 scene number of a Centralite scene pair to ON then the motor starts moving downwards If you send the same movement command for a second time downwards in our example then the motor stops Note As Omni does not support any operation for recognizing information regarding the status of Centralite scenes as it does for Units if you want to control the status of a motor by programming then using Omni flags is recommended 11 Starlite Buttons These are Dupline network buttons using addresses of the group Starlite buttons see Appendix A Starlite buttons are automatically mapped by HERMES 101 and sent to the Omni network as type Starlite2 buttons of Omni units OPERATION Their basic characteristic is that though residing in the Dupline network as physical buttons they can be used as triggers to start Omni programming lines in order to execute any operation available at Omni Notes for the Omni programming lines 1 Programming lines at an Omni network refer to commands Units Temperature Zones Flags or anything else the Omni allows you to program 2 Type Starlite 2 buttons of Omni Units take their names automatically from the corresponding Omni Unit but they hav
15. futurehome gr Smart Homes Automation for Buildings HERMES 101 Installation and User Manual futurehome gr Panayotis Foudopoulos may 2012 v1 01 Table of Contents Description Knowing the PrOdUCti wei snieni iieii aniei iniaa Supportive Operations cccccccccsseeeesseeeesseeeeseeeeeseeeeessaeesssaeeees COMMUNICATION ZONES cccceeeeeeceeeeeeeeeeeseeaeeeeeaeeeeseaeeeeseaeeesaees Communication between Omni Controller and Dupline board Stand Alone OperatiOn ccccssceceeeeesssseeeeeeeeessaeeeeeeeeesaaeeeees gages Package Contents miiirn ea i davai eys Installation How to Gonnet aiani ea i e i a Initial Configuration and Communication s seses srereeeeeeeeererrenes Configuration through PC Access SOftWAIEC seseeeeeeeeeeaeeeeeeeeeeas Configuration through Omni Console keyboard Basic Programming Omni amp Dupline Load tyPeS cccecccccccseecseesseesseeeseeseseecseesens Omni Units On Off and DiMMers ccccccssseeeeceasseeeeeeesasaaeeeeees OMNI MOOS orereta ie A encs ohsavie lawn E A NEE ENAT Operation of Motors per Dupline Network Typ ccccccseeseeees OMNI motors with modbus master MOdUIE cccecceeeeeeteeeneees OMNI Motors with master generator G3800 0016 Starlite BUTTONS 53 vccessvectss ove desspecevaceseisscieedctisveecsdhebavvedinertvestieesve Omni Scenarios Centralite SCENES ccccsceeeeeeeeseseeeeeaaaaeeeeeeeeaaes Startup Mapping E
16. he Omni performs a push button operation at address P7 of the 1 Dupline and activates any scenario written within master generator for this address The Centralite scene 24 of the Omni performs a push button operation at address P8 of the 1 Dupline and activates any scenario written within master generator for this address End of 1 Dupline node With two Dupline nodes The Centralite scene 57 of the Omni performs a push button operation at address P5 of the 2 Dupline and activates any scenario written within master generator for this address The Centralite scene 58 of the Omni performs a push button operation at address P6 of the 2 Dupline and activates any scenario written within master generator for this address The Centralite scene 59 of the Omni performs a push button operation at address P7 of the 2 Dupline and activates any scenario written within master generator for this address The Centralite scene 60 of the Omni performs a push button operation at address P8 of the 2 Dupline and activates any scenario written within master generator for this address End of 2 Dupline node etc Note for the operations with HAI scenarios e The HAI scenarios have real value only in a connection with a master generator and as long as you want to support the activation of scenarios written in it In the case of a connection to a modbus master module the manufacturer recommends programming of scenarios at the Omni 18 APPENDIX
17. mmand DOWN On the Dupline network side you act accordingly if the Dupline board is a master module or a master generator G3800 0016 e If you use a master module board then assign two addresses of Starlite buttons see below to two inputs of a Dupline input module coupler and program their operation on Omni e If you use a master generator G3800 0016 board then assign the two Dupline addresses of the pair of scenes you have selected from the Appendix A to two inputs of a Dupline coupler Example From the Appendix A select the Roller blind No 6 You can see that the command Roller blind Up corresponds to the Centralite scene 11 and the command Roller blind Down to the Centralite scene 12 Respectively the Dupline addresses for the same Roller blind are K3 for the Roller blind Up and K4 for the Roller blind Down 10 Operation of Motors per Dupline Network Type Depending on the used Dupline type the operation with motors is distinguished in two categories Category I OMNI motors with modbus master module If you set the 1 scene number of a Centralite scene pair to ON then the motor starts moving upwards If you set the 2 scene number of a Centralite scene pair to ON then the motor starts moving downwards If you set the 1 scene number of a Centralite scene pair to OFF then the motor stops moving no matter if it was moving upwards or downwards Category II OMNI Motors with master gen
18. nformation regarding the supported communication zones per load type in APPENDIX B Communication between Omni Controller and Dupline board The communication between Omni Controller and Dupline board is carried out through their serial ports using the cables provided with HERMES 101 Stand Alone Operation A very important characteristic of HERMES 101 is its ability to maintain the Dupline network in full functionality with the presence of a modbus master module even if the HAI Omni network is out of use e g for technical maintenance In other words the presence of a master generator is not obligatory for achieving this stand alone operation of the Dupline bus network Package Contents Before you continue with the installation of the product be sure that the following items are included in the provided package If any of the items is missing or damaged please contact your dealer m 1 x product HERMES 101 in metallic cover View1 e OMNI port RJ11 connector for connecting to the Omni Controller e DUPL port RJ11connector for connecting to the Dupline board View2 e Power Supply plug 12V DC e Ethernet network port RJ45 connector for future upgrades Aperture Button RST restart button Red color LED normal operation indicator m 1x cable RJ11 to RJi1 for connecting HAI Omni FHTC RJ4 Sab m 1xcable RJ11 to DB9 for connecting Dupline FHSC DMM9 2 m 1 x power supply 12VDC 1000mA J m 1 x template p
19. p Dimmers and On Off see Appendix A The OMNI Units are automatically mapped to Dupline addresses by HERMES 101 Some of these addresses correspond to operations On Off while some others correspond to Dimmer operations see Appendix A OPERATION From the Omni side you can send On Off Toggle and Timer commands while concerning the dimmers the light level commands are supported as well All five preset light level commands accepted by Dupline are supported i e the levels 0 25 50 75 and 100 On the side of the Dupline network you can assign the Dupline address you have chosen for the lighting zone to one of the inputs of a Dupline input module as you always do in a Dupline network and connect this input to a momentary switch button 9 Omni Motors These are Omni network elements using addresses of the group Motors see Appendix A column Roller blinds The motors are automatically mapped to Dupline addresses by HERMES 101 and as motors need two commands e g Roller blind Up Roller blind Down you will always use two successive numbers of Centralite scenes in order to generate the commands for these movements see Appendix A OPERATION From the Omni side you can send a command picked up from a pair of Centralite scenes The first number of a pair of Centralite scenes when set to ON always controls the command UP while the second number of the same pair of scenes when set to ON always controls the co
20. ply unit is 12V If it is not replace the power supply unit with a new one of the same specifications 12V 1000mA 2 Omni commands are not executed at the Dupline network or the status of the Dupline addresses does not return to the Omni e Press the RST key in the aperture using a thin screwdriver wait one minute and try again e Disconnect the power supply from Omni Dupline and HERMES 101 wait one minute reconnect the supply and try again after one more minute e Verify that the telephone and serial cables of HERMES 101 are not damaged If none of the above solutions resolve the problem please contact your dealer Technical Characteristics Characteristic Value Supply Voltage 9 36V DC Power Consumption 2W max Dimensions 160 x 120 mm Ethernet Connectivity 10Base T Ethernet Port RJ45 Operating Temperature 40 to 85 C 40 to 185 F Humidity 5 95 non condensing 24 CONNECTION CABLES Omni HERMES101 FHTC RJ4 TAB Up 4 Position Modular Phone Cable pete Black SE Yellow t Red Gen Yellow NA P oe Black J TOP TOP I SIDE SIDE Dupline modbus master module HERMES 101 FHSC DMM9 4 Position Modular Phone Cable TAB Up DB9 Male BOTTOM VIEW a si 5 3 9 S E i 5 Top Dupline master generator G3800 0016 HERMES 101 FHSC DMG16 4 Position Modular
21. ponds to unit 96 of the Omni and to address 18 of the 2 Dupline End of 2 Dupline node etc 15 MAPPING EXAMPLES between Omni amp Dupline Up Down Motor Operations With one Dupline node The 1 roller blind corresponds to centralites 1 amp 2 of the OMNI and to addresses J1 amp J2 of the 1 Dupline The 2 roller blind corresponds to centralites 3 amp 4 of the OMNI and to addresses J3 amp J4 of the 1 Dupline The 9 roller blind corresponds to centralites 17 amp 18 of the OMNI and to addresses L1 amp L2 of the 1 Dupline The 10 roller blind corresponds to centralites 19 amp 20 of the OMNI and to addresses L3 amp L4 of the 1 Dupline End of 1 Dupline node With two Dupline nodes The 11 roller blind corresponds to centralites 25 amp 26 of the OMNI and to addresses J1 amp J2 of the 2 Dupline The 12 roller blind corresponds to centralites 27 amp 28 of the OMNI and to addresses J3 amp J4 of the 2 Dupline The 25 roller blind corresponds to centralites 53 amp 54 of the OMNI and to addresses M5 amp M6 of the 2 Dupline The 26 roller blind corresponds to centralites 55 amp 56 of the OMNI and to addresses M7 amp M8 of the 2 Dupline End of 2 Dupline node etc Note for the Installer Programmer Define the desired times for Up amp Down of every roller blind using auxiliary flags of the Omni within PC Access 16 MAPPING EXAMPLES between Omni amp Dupline Sta
22. rlite button operations With one Dupline node The 1 button is identified as 1 Omni Starlite switch type 2 and corresponds to L5 of the 1 Dupline The 2 button is identified as 2 Omni Starlite switch type 2 and corresponds to L6 of the 1 Dupline The 31 button is identified as 31 Omni Starlite switch type 2 and corresponds to P3 of the 1 Dupline The 32 button is identified as 32 Omni Starlite switch type 2 and corresponds to P4 of the 1 Dupline End of 1 Dupline node With two Dupline nodes The 33 button is identified as 33 Omni Starlite switch type 2 and corresponds to N1 of the 2 Dupline The 34 button is identified as 34 Omni Starlite switch type 2 and corresponds to N2 of the 2 Dupline The 51 button is identified as 51 Omni Starlite switch type 2 and corresponds to P3 of the 2 Dupline The 52 button is identified as 52 Omni Starlite switch type 2 and corresponds to P4 of the 2 Dupline End of 2 Dupline node etc 17 MAPPING EXAMPLES between Omni amp Dupline Dupline Scenarios Operations With one Dupline node The Centralite scene 21 of the Omni performs a push button operation at address P5 of the 1 Dupline and activates any scenario written within the master generator for this address The Centralite scene 22 of the Omni performs a push button operation at address P6 of the 1 Dupline and activates any scenario written within master generator for this address The Centralite scene 23 of t
23. xamples between Omni amp Dupline Dimmer Unit Operations cccccececsseeeeseeeeeeseeesseeeeseseeessaaeees On Off Unit Operations ccccsseeseeeeesseeeeeeeessaaseeeeeeeesaaeeeees Up Down Motor Operations ccccccccseeeeesseeeeeeeeeeeeaeeeseeaaeeees Starlite Button Operations ccccccssssseeeeeeessseeeeeeessseeeeeessaaaes Dupline Scenarios Operations cccceceeecssseseeeeeeasseeeeeeeensaaaeeees Appendix A Mapping between HAI Omni elements and Dupline 1S DUD ING Node Kirinin nin ad aain 2 Dupline NOde ssssssssesisisisisrneaeariineuearininininnnnannnnnnanninnnnnnnnna BS Duplin hodeian a aaia AP Dupline Node a A ae a aa AAi Appendix B Operations per Omni tyPe cceceeesseeeeeeeeeeeaeeeeeeseeeeeesaeeeaeeeeees Operations per Dupline NOde cccccccecsccsseccseecsseesseeecseessseeeseens Troubleshooting ssssssrsrssrrresrererersssnrnnnnnnnnnnnnnnnnnnnnnnn nanan cee Technical Characteristics eeeererererrrrrnrerrrrrnnnernr ennen Connection Cables ccccceececceeeeeeeeesseceeeeeessssaaeeeesenaaaeees DESCRIPTION Knowing the Product Thank you for choosing HERMES 101 This product is a unique bidirectional channel a serial communication bridge covering an important gap in the market of building automation the bidirectional connection between two leading products e The central HAI Controller Home Automation Inc Omni Series LT Ile or Pro II and
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