background image

Eltako – The System in the Building – Operating manual for Series 14 RS485 bus DIN rail mounted devices    

8

Startup

  FMS14
  1. Turn the upper rotary switch to the required teach-in function (see chapter 4). 
  2. Turn the middle rotary switch to LRN. The LED flickers at a low rate.
  3. Then operate the sensor to be taught-in (button). The LED goes out.
  To teach-in other sensors, turn the middle rotary switch briefly away from position LRN and continue the procedure from step 1 

again. After teach-in, turn the middle rotary switch to AUTO.

  FHK14 / F4HK14 / FAE14
  1.  Select the required channel (1 to 2 or 1 to 4) with the lower rotary switch on the FAE14 and F4HK14.
  2. Turn the upper rotary switch to the required teach-in function (see chapter 4).
  3. Turn the middle rotary switch to LRN. The LED flickers at a low rate.
  4. Press the sensor to be taught in (room controller, pushbutton). The LED goes out.
  If other sensors are to be taught-in, turn the middle rotary switch briefly away from position LRN and start again at 1. After teach-

in with the upper rotary switch, set the hysteresis (default = 0.5 or 1K). Turn the middle rotary switch to the required AUTO or 
PWM function. Turn the lower rotary switch to Heat (H) or Cool (K) or NC or NO.

  FSU14: 
  The timer FSU14 can only drive actuators if it was previously assigned a device address and the time channels were taught-in 

in the actuators. Every actuator can teach in a timer channel as direction command ON (UP) 

and

 OFF (DOWN) or as a single 

command 

only

 ON or 

only

 OFF.

  When you teach in a direction command, only the ON (UP) command is sent. After that, the two switch commands ON (UP) 

and

 OFF (DOWN) can be used. Except for FSB14 actuators, the central commands CENTRAL ON 

or

 CENTRAL OFF can be alter-

natively taught in separately. For settings, see page 10. 

  Teach in all actuators, which will carry out a switching operation in a group, to the identical timer channel.
  MODE means: Confirm > Go to next parameter; SET changes the displayed value.
  Teach in timer channels to actuators: Turn the BA rotary switch on the FAM14 or FTS14KS to pos. 10. The LED lights up green. 

Turn the upper rotary switch on the actuator to the required function and turn the middle rotary switch to LRA (on the FSR14, 
also select the channel); the LED flashes. Press MODE on the FSU14 and then press SET to search for the LRN function. Press 
MODE to select. When CH appears, press SET to select the channel and press MODE to confirm. Then press SET to toggle bet-
ween ON (UP) and OFF (DOWN). For  example, if you confirm ON by pressing MODE, LRN+ blinks. Press SET to save the ON 
function to the actuator which is prepared for teach-in. The blinking LED goes out. You can now teach in other channels or func-
tions. When you press MODE for longer than 2 seconds, the standard  display appears. Finally turn the upper rotary switch on 
the FAM14 wireless antenna module to Pos. 2.

  60 switching programmes are available to save each channel (1 to 8), function (ON or OFF), switching time and week day.
  Alternatively the FSU14 can be easily programmed using the PCT14 software. First, enter the  decimal device address of the ti-

mer channel as sensor ID to the actuator channel. 

  Teach in feedbacks from other actuators to FSR14:
  Feedback telegrams from switch actuators and dimmers can be taught-in to other FSR14 switch  actuators. The FAM14 must 

then be turned to Pos.2. First switch off the actuator whose feedback you want to teach in. The easiest way to do this is to use 
the outer rotary switch for the test function. On the FSR14 switch actuator to be taught-in, select the channel on the lower rotary 
switch and the 0 function on the upper rotary switch. Once the middle rotary switch is turned to LRA, the LED starts to blink. 
Then manually switch on the actuator whose feedback is to be taught-in using the rotary switch. After several seconds, the LED 
goes out and the feedback (ON and OUT) is taught-in. Finally, turn the rotary switches to the operating position. In order to  utilise 
the feedback from a dimmer, use the PCT14 to activate the "Confirmation telegram with pushbutton telegram" parameter.

  Another option is to edit using the PCT14 software. As feedback, enter the decimal device address of the monitored channel in 

the feedback actuator as direction pushbutton.

Summary of Contents for FSB14

Page 1: ...Eltako The System in the Building Operating manual for Series 14 RS485 bus DIN rail mounted devices ...

Page 2: ...anation of terms legend 4 3 Startup 5 4 Teach in list 10 5 Various clearing operations 11 6 Troubleshooting bus faults 12 7 Remote switch system FTS14 14 8 FTS14TG pushbutton gateway and pushbutton bus coupler and bus switch 18 9 Bus gateway BGW14 and 4 wire sensors 25 10 Powerline Gateway FPLG14 27 11 Circuit diagrams 30 12 QR codes additional aids 35 ...

Page 3: ... greater an additional FSNT14 12V 12W switch mode power supply unit must be used for every 12 watts required In addition an TB14 disconnecting link must be plugged into the device instead of a standard jumper in order to disconnect the additionally powered group The table below is a simple aid showing how to determine total power requirement Wiring recommendations If several loads in one room are ...

Page 4: ...s taught in automatically Central commands ZE and ZA Central control is always used when more than one actuator must be switched to a specific state at the same time Just as for the direction button a separate control signal is required to achieve each switching state Here are some application examples Central lowering of blinds when the sun shines too hot Central switch on for panic lighting Cent...

Page 5: ...evices on the bus must be connected together Make sure that the GND potential of all associated bus groups e g with additional UVs are connected together The bus communication regulation of the bus access against collision will only work correctly if this connections are done Several FEM devices in a SUB bus must be wired using a line in the form of a chain as specified for RS485 bus systems A sta...

Page 6: ...7x Set 1x Mode Z 1 in display flashes Standard display FDG14 Turn large rotary switch to ADR LED flashes LED goes out FGSM14 Turn rotary switch to 10 LED flashes LED goes out FGW14 Turn rotary switch to 10 LED flashes LED goes out FGW14 USB Turn rotary switch to 10 LED flashes LED goes out FMSR14 1x Mode 6x Set 1x Mode FWS in display flashes Standard display FPLG14 Turn large rotary switch to ADR ...

Page 7: ...tary switch briefly away from Position LRN and start at step 1 again Af ter teaching in with the top rotary switch set the load type Standard AUTO Use the middle rotary switch to set minimum brightness Use the lower rotary switch to set the dimming speed FDG14 Before teaching in the sensors all DALI devices must first be parameterised in groups or scenes via a DALI interface module using suitable ...

Page 8: ... on the FAM14 or FTS14KS to pos 10 The LED lights up green Turn the upper rotary switch on the actuator to the required function and turn the middle rotary switch to LRA on the FSR14 also select the channel the LED flashes Press MODE on the FSU14 and then press SET to search for the LRN function Press MODE to select When CH appears press SET to select the channel and press MODE to confirm Then pre...

Page 9: ... manual for Series 14 RS485 bus DIN rail mounted devices 9 Startup Overview of function rotary switches in teach in list Pictures display standard factory settings FUD14 FSB14 FMS14 FSR14 2x FHK14 FSR14 4x F4HK14 FTN14 FAE14 FTS14KS FAM14 FDG14 ...

Page 10: ...scene pushbutton Scene Dali LC 5 Staircase light switch 3 LC 6 Wireless Visualisation and Control Software GFVS wibutler ProHome server 4 5 GFVS 9 channel 1 10 channel 2 180 channel 1 200 channel 2 0 2 Off 4 On PCT FTK window door contact FHF window handle 4 5 20 channel 1 40 channel 2 0 LC2 as NO contact LC3 as NC contact LC2 as NO contact LC3 as NC contact FAH brightness sensor 150 both channels...

Page 11: ...thin the next 10 seconds turn the upper rotary switch six times to left stop turn anticlockwise and away again The LED stops flickering and goes out after 5 seconds The confirmation is reset to the factory settings and the device address is cleared Clear device address FMSR14 FSU14 and F3Z14D Press MODE and then press SET to search for GA in the display Now press SET to switch between the device a...

Page 12: ...tch is pointing to one of the positions between 2 and 8 An actuator cannot be taught in the flashing LED does not go out No connection is allowed to be made with PCT14 The LED on the FAM14 may not light up green If necessary carry out a bus reset Check whether a rotary switch was turned to LRA instead of LRN during teach in Check whether the signals are processed via FAM14 FTS14EM FGW14 or FTS14TG...

Page 13: ...Eltako The System in the Building Operating manual for Series 14 RS485 bus DIN rail mounted devices 13 Troubleshooting bus faults Check the bus jumpers 1 2 3 4 5 ...

Page 14: ...correctly if this connections are done In addition connect the ENABLE terminal of every tenth input module to the connected HOLD terminals When the HOLD wire is also routed across several levels as well as RSA RSB the GND wire must also be routed in all cases It is urgently required to use a screened telecommunication wire or even better a CAT7 cable Due to the floating universal control voltage o...

Page 15: ... can be set either to UT universal pushbutton or to RT direction pushbutton using the lower rotary switch The LED under the upper rotary switch flickers briefly when a connected pushbutton is pressed Function test The LED under the upper rotary switch flashes briefly when a connected sensor is operated and lights up permanently when a con nection to FAM14 or FTS14KS was set up by PCT14 Notes on PC...

Page 16: ...dent on a combina tion of the two rotary switch positions In addition the signal generated also contains a code for the rocker half or rocker end de rived from the wireless pushbutton This must be considered when programming manually with PCT14 Example ID Input Rocker half Rocker end 00001001 E1 right top 00001002 E2 right bottom 00001003 E3 left top 00001004 E4 left bottom 00001005 E5 right top 0...

Page 17: ...odule select the UT group In this case the two input commands must be taught in separately for direction pushbutton functions Example ID Input Rocker half Rocker end Switch function assignment 00001002 E1 E2 right E1 top E2 bottom E1 On Up E2 Off Down 00001004 E3 E4 left E3 top E4 bottom E3 On Up E4 Off Down 00001006 E5 E6 right E5 top E6 bottom E5 On Up E6 Off Down 00001008 E7 E8 left E7 top E8 b...

Page 18: ...o terminals T1 T4 The pairs T1 T3 and T2 T4 can be defined as direction pushbuttons The opposite pole in each case is T0 On the FTS14BTKL the pushbuttons are connected to the four connecting lines T1 T4 and the common blue T0 The associated LEDs are connected to the four yellow connecting lines and the common blue GND The permitted total line length of the 2 wire bus is 200m The RLC device enclose...

Page 19: ...23 Pos 2 3 4 Each bus user uses only one ID Use as direction pushbutton Pos 5 6 7 Each bus user uses its own one ID per pushbutton Use as universal pushbutton prescribed setting for relay function In addition the modules send 4 different control signals per pushbutton T1 sends 0x30 pushbutton T2 sends 0x70 pushbutton T3 sends 0x10 pushbutton T4 sends 0x50 Information on the PCT14 If you configure ...

Page 20: ...4TG The lower red LED flashes continuously when no bus user is connected or when no device address has yet been assigned The lower red LED flashes for 2 seconds if an error occurs during data transfer in the 2 wire bus In operating modes pos 2 to 7 an auto matic reset is triggered after 2 seconds when there is a fault The connected bus users are re initialised and operation then continues normally...

Page 21: ... top right 150F T3 bottom left 160F T3 bottom left 170F T3 bottom left 1510 T4 bottom right 1610 T4 bottom right 1710 T4 bottom right 1511 T1 top left 5 1611 T1 top left 5 1711 T1 top left 5 1512 T2 top right 1612 T2 top right 1712 T2 top right 1513 T3 bottom left 1613 T3 bottom left 1713 T3 bottom left 1514 T4 bottom right 1614 T4 bottom right 1714 T4 bottom right 1515 T1 top left 6 1615 T1 top l...

Page 22: ...op left 15 1639 T1 top left 15 1739 T1 top left 15 153A T2 top right 163A T2 top right 173A T2 top right 153B T3 bottom left 163B T3 bottom left 173B T3 bottom left 153C T4 bottom right 163C T4 bottom right 173C T4 bottom right 153D T1 top left 16 163D T1 top left 16 173D T1 top left 16 153E T2 top right 163E T2 top right 173E T2 top right 153F T3 bottom left 163F T3 bottom left 173F T3 bottom lef...

Page 23: ...op left 25 1661 T1 top left 24 1761 T1 top left 25 1562 T2 top right 1662 T2 top right 1762 T2 top right 1563 T3 bottom left 1663 T3 bottom left 1763 T3 bottom left 1564 T4 bottom right 1664 T4 bottom right 1764 T4 bottom right 1565 T1 top left 26 1665 T1 top left 26 1765 T1 top left 26 1566 T2 top right 1666 T2 top right 1766 T2 top right 1567 T3 bottom left 1667 T3 bottom left 1767 T3 bottom lef...

Page 24: ... Rotary switch on FTS14FA at Position TG3 6 Sends telegrams to all FTS14TGs which are at 3 or 6 Rotary switch on FTS14FA at Position TG4 7 Sends telegrams to all FTS14TGs which are at 4 or 7 Rotary switch on FTS14FA at Position OFF The FTS14FA is switched off The green LED under the rotary switch flashes briefly when a wireless telegram is sent Incoming telegrams from an FAM14 device in the bus ar...

Page 25: ...ture FHK mode EEP A5 10 06 for direct teach in to a heating cooling actuator Temperature humidity mode EEP A5 10 12 if a visualisation software is used e g GFVS Connections and wiring Use the enclosed fixed bridge to integrate the BGW14 in Series 14 In addition connect the HOLD terminal to all the other HOLD ter minals of the devices in the bus The bus gateway BGW14 provides a separate RS485 bus f...

Page 26: ...00 00 19 24 Notes on PCT14 The BGW14 device receives no device address and cannot be configured by the PCT14 LED function test The green LED lights up briefly when data is output on the RS485 bus and lights up permanently when a connection to FAM14 or FTS14KS was set up by PCT14 Use with visualisation software GFVS 4 0 A FGW14 USB gateway is absolutely required when the device is also operated by ...

Page 27: ... HOLD terminal if the bus is working without FAM14 Assign device address for FPLG14 To be ready to work an address must be assigned from the FAM14 to the FPLG14 Set the rotary switch on the FAM14 to position 1 its lower LED flashes red Set the lower rotary switch of the FPLG14 to ADR The LED flashes at a low rate Once the address has been assigned by the FAM14 its lower LED flashes green for 5 sec...

Page 28: ...s into HEX number g A B C D E F G H I J K L M N O HEX 1 2 3 4 5 6 7 8 9 A B C D E F Element address into HEX e 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 HEX 00 01 02 03 04 05 06 07 08 09 0A 0B 0C 0D 0E 0F More addresses are available with the software Sienna Professional e 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 bis 127 HEX 10 11 12 13 14 15 16 17 18 19 1A 1B 1C 1D 1E 1F bis 7F PL Sensor Teleg...

Page 29: ...m the electricity wiring system are automatically translated into RS485 bus telegrams and may also be sent as wireless telegrams by connected FTD14 devices The telegrams of taught in IDs are duplicated and directly sent into the Eltako wireless network with a new output ID These wireless telegrams can be specifically taught in in decentralized actuators A total of 120 memory locations are availabl...

Page 30: ...uit diagrams Three phase energy meters DSZ14 must be connected to the end of a bus line T he second terminating resistor enclosed to the FAM14 should be connected to the last actuator or a terminating resistor should be clamped to the terminals RSB RSA of the last meter 120 Ω not included 11 Circuit diagrams ...

Page 31: ...s Control inputs FTS14EM The wireless output module FTS14FA with FTS14TG FTS14EM and actuators The second terminating resistor supplied with the FTS14KS must be plugged into the last bus user Every FTS14FA generates wireless telegrams from up to 5 FTS14EM pushbutton input modules and up to 3 FTS14TG pushbutton gateways ...

Page 32: ...Eltako The System in the Building Operating manual for Series 14 RS485 bus DIN rail mounted devices 32 Circuit diagrams BR14 bus over 3 floors ...

Page 33: ...me with the FTS14KS to the last bus user Up to 30 bus users can be connected via a pushbutton gateway FTS14TG A simple 2 wire line supplies the bus pushbutton coupler with power At the same time the wires transfer pushbutton infor mation Here you can select any topology for the 2 wire connection The RLC device enclosed with the FTS14TG must be connected to the terminals BP and BN on the furthest b...

Page 34: ...HK14 N K L 3 4 1 2 FSR14 4x F4HK14 BGW14 RSA RSB Hold Series 14 actuators USB BUS BUS BUS BUS N L SNT12 230V 12VDC 1 L 3 L 2 N 4 K L 3 4 1 2 12V RSA2 RSB2 GND GFVS Server Hold BUS FGW14 USB N BUTH BTR BTF BBH The bus gateway BGW14 and 4wire sensors Plug the second terminal resistor enclosed with the BGW14 to the terminals RSA RSB on the last bus sensor ...

Page 35: ...fo eltako de eltako com eltako wireless com tap radio com 01 2019 Videos Here you ll find helpful short videos on the Series 14 Topics Topology address assignment and teach in procedures Enhancing wireless range Access technical details on the range of sensors and actuators here Other manuals 12 QR codes additional aids You ll find help and useful information in the following QR codes ...

Reviews: