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KNX-BIN24 

 

 

Universal binary input module 

 

 

 

 

 
 
 
 

 

 
 
 
 
 
 

 

Firmware version 1.01 

knx-bin24_en 10/19 

SATEL sp. z o.o. • ul. Budowlanych 66 • 80-298 Gda

ń

sk • POLAND 

tel. +48 58 320 94 00 

www.satel.eu 

Summary of Contents for KNX-BIN24

Page 1: ...KNX BIN24 Universal binary input module Firmware version 1 01 knx bin24_en 10 19 SATEL sp z o o ul Budowlanych 66 80 298 Gda sk POLAND tel 48 58 320 94 00 www satel eu...

Page 2: ...ized by the manufacturer shall void your rights under the warranty SATEL aims to continually improve the quality of its products which may result in changes in their technical specifications and softw...

Page 3: ...channels 15 4 5 Configuring function blocks 17 4 5 1 Switch 19 4 5 2 Edge monostable switch 21 4 5 3 Dimmer 23 4 5 4 Shutter 26 4 5 5 Sequence 29 4 5 6 Counter 34 4 5 7 Scene 37 4 6 Communication obje...

Page 4: ...time of short long button press Virtual channels for receiving telegrams from other KNX bus devices Virtual logic channels for creating logical links between module channels Virtual timer channels fo...

Page 5: ...imulate changes on physical inputs Each button can work as monostable or bistable switch How the button will operate can be defined separately for each channel in ETS program Physical channels tab red...

Page 6: ...de as recommended in section Wiring diagram 3 Use the connection terminal to connect the KNX bus cable to the module The module is supplied with voltage from the KNX bus and requires no additional pow...

Page 7: ...ltage from one source AC or DC is applied to all inputs of the module II voltage from two different sources is applied to inputs of circuits 1 and 2 DC voltage is applied to inputs of one circuit and...

Page 8: ...olding Additionally each channel store information about its own current state Off On You can define 20 function blocks in the module The function block can execute one on the following functions swit...

Page 9: ...er switching sequence counter scene controller 4 2 Starting configuration In the ETS application for configuring the module working parameters the starting configuration has been defined including the...

Page 10: ...fied by the user at will Presented below Fig 5 is a block diagram with starting configuration in which physical channels of the module receive electric signals from the physical inputs and convert the...

Page 11: ...SATEL KNX BIN24 9 See also other Configuration examples...

Page 12: ...channels You can configure the channels in the Channels tab Physical virtual logic and timer channels are grouped in separate tabs Configuring is described based on the first channel from each group b...

Page 13: ...SATEL KNX BIN24 11 Description of parameters...

Page 14: ...anges the channel state releasing the button restores the previous state of the channel Bistable pressing the button changes the channel state 4 4 2 Virtual channels Enable events supported by the mod...

Page 15: ...nput A H object or communication object of function block which has been activated in the program e g FB 1 20 switch Only a 1 bit communication object may be a virtual channel input 4 4 3 Logic channe...

Page 16: ...24 SATEL Because the channel logic states instead of events generated in the channels are the input signals for logic functions the logic channel can respond more quickly to changes occurring in these...

Page 17: ...value entered in the field Number of logic functions the number of logic functions used in the channel default 1 maximum 3 Selecting values 2 and 3 will display in the tab further fields for defining...

Page 18: ...in the channel events that are handled by the module cyclically The event generating diagram is shown in Fig 9 where state change from 0 to 1 rising edge and from 1 to 0 falling edge A long button pr...

Page 19: ...event pair field will enable disable the timer channel Physical channel A H Virtual channel A H Logic channel A D Timer channel A D Timer autostart on bus recovery response of the channel to the bus p...

Page 20: ...k Not used the function block will not be used Switch functionality of bistable switch or value transmitter Selecting this function will enable the FB 1 20 switch Short press 1 bit communication objec...

Page 21: ...d by using the long button press events FB 1 switch Long pressing 1 bit object Each object can implement the functionality of switch or value transmitter If in the Short pressing object type and Long...

Page 22: ...formation Short pressing object type data type for the FB 1 switch Short pressing communication object It defines the range in which the object values can be defined 1 bit object can assume value 1 or...

Page 23: ...op dimming 1 100 Darker 4 bit shutter control 100 1 Up Stop 1 100 Down Long pressing value 2 value that the FB 1 switch Long pressing communication object will assume in response to the second even lo...

Page 24: ...falling communication object It defines the range of values the object can assume 1 bit object can assume value 1 or 0 1 byte object can assume values from 0 to 255 range 1 byte percentage object can...

Page 25: ...nnels Turning on off is implemented by the FB 1 dimmer Switch 1 bit communication object whereas the process of dimming brighter darker is implemented by the FB 1 dimmer Dim relative 4 bit object wher...

Page 26: ...he light up down two channel control short button press in the first channel Dimming up control channel will turn the lighting on Short button press in the second channel Dimming down control channel...

Page 27: ...le in the case of two channel control Dimming down control channel events generated in the channel turn the lighting off and dim it down Physical channel 1 8 Virtual channel 1 8 Logic channel 1 4 Time...

Page 28: ...ged by a telegram from the KNX bus It allows its value to be updated each time when movement of the shutter is triggered by another communication object from the same address group e g another button...

Page 29: ...nd which will adjust the slats move the shutter by one step up down depending on the channel in which it is generated Falling edge button release in the channel will stop movement of the slats shutter...

Page 30: ...channel 1 4 The field is available in the case of two channel control Close control channel events generated in the channel start shutter movement and slat adjustment down Physical channel 1 8 Virtua...

Page 31: ...tching sequence in the Type of sequence field You can define in the program Two channel mode field whether the switching control in sequence will be implemented by using one or two channels You can al...

Page 32: ...e object changes the first and the last sequence steps differing in the state of just one object In the table state changes for sequences using 2 3 4 and 5 objects are separated with a thick line 0000...

Page 33: ...ect 5 Object 4 Object 3 Object 2 Object 1 0 00000 0 0 0 0 0 1 00001 0 0 0 0 1 2 00010 0 0 0 1 0 3 00100 0 0 1 0 0 4 01000 0 1 0 0 0 5 10000 1 0 0 0 0 Queue with pause In this sequence the steps in whi...

Page 34: ...nnel mode you can select Type A button short pressing change sequence short button press in the first channel Control channel previous step will trigger next step in the sequence Short button press in...

Page 35: ...and select Type A control scheme Control channel switching falling edge in the channel will trigger next previous step in the sequence Physical channel 1 8 Virtual channel 1 8 Logic channel 1 4 Timer...

Page 36: ...number of objects whose state can be switched in sequence minimum 2 maximum 5 Selecting a value higher than 2 will enable the FB 1 sequence Object 3 5 communication objects Restart of the module will...

Page 37: ...ng event 1 and Counter decrementing event 1 fields allow you to select the control events Fig 18 II shows an example in which the short button press is the event that increases decreases the counter C...

Page 38: ...upper limit value will set in the counter the value from the Minimum value of counter field and reaching the lower limit value will set in the counter the value from the Maximum value of counter field...

Page 39: ...function block is controlled by short button press events Using the scenes eases the telegram traffic and relieves the bus Description of parameters Control channel short button press event generated...

Page 40: ...number 1 to 20 activated in the module up to 5 communication objects can be enabled e g the Sequence function block 100 numbers from 10 to 109 are reserved in the program for all communication object...

Page 41: ...lue 4 bit value 1 100 Darker Stop 1 100 Brighter DPT 3 007 set brightness value 4 bit value 1 100 Up Stop 1 100 Down DPT 3 008 set shutter value The object can send telegrams cyclically to the KNX bus...

Page 42: ...bject name Object function Data type Flags 10 FB 1 edge Rising falling 1 bit 1 byte percentage dimming control shutter control 1 bit DPT 1 001 1 byte DPT 5 8 bit unsigned value 4 bit DPT 3 007 4 bit D...

Page 43: ...rom the same address group e g another button in the staircase If you do not want the object value to be changed by telegrams from the bus disable the W Write option in the object properties Telegram...

Page 44: ...er button If you do not want the object value to be changed by telegrams from the bus disable the W Write option in the object properties Telegram 0 Up 1 Down See Shutter 11 FB 1 shutter Stop step up...

Page 45: ...er Communication objects Counter No Object name Object function Data type Flags 10 FB 1 counter Current value 1 byte DPT 5 8 bit unsigned value C R T The object will be enabled if the Counter function...

Page 46: ...elegrams 1 counter reached maximum value 0 counter reached minimum value See Counter Flag C communication R read W write T transmit U update Scene Communication objects Scene No Object name Object fun...

Page 47: ...t the same time The function block that enables switching Function block 1 Switch is controlled by short presses and the function blocks that control light Function block 2 Dimmer and shutter movement...

Page 48: ...46 KNX BIN24 SATEL 4 7 2 Using timer channel...

Page 49: ...3 Using virtual and logic channels The example shows a solution in which telegrams received from the KNX bus by the Virtual input Input A communication object are converted in the virtual channel A i...

Page 50: ...48 KNX BIN24 SATEL...

Page 51: ...2 5 mm2 Maximum tightening torque 0 5 Nm KNX parameters Maximum time of reaction to telegram 20 ms Maximum number of communication objects 108 Maximum number of group addresses 256 Maximum number of a...

Page 52: ...1 4 BRIGHTER 25 BRIGHTER 1011 B 11 1 8 BRIGHTER 12 BRIGHTER 1100 C 12 1 16 BRIGHTER 6 BRIGHTER 1101 D 13 1 32 BRIGHTER 3 BRIGHTER 1110 E 14 1 64 BRIGHTER 1 BRIGHTER 1110 F 15 6 2 4 bit telegrams for s...

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