VMB1DM. Dimmer Module for VELBUS system. Velbus manual VMB1DM edition 1

Transcription

1 Dimmer Module for VE system 1

2 FEATURES: Fit for light bulbs, halogen on mains and low-mains halogen in combination with a dimmable electronic transformer. Phase cut-off technology for resistive (light bulbs) and capacitive (dimmable electronic transformers) loads. Phase cut-off technology for inductive loads (dimmable wound transformers). oiseless through CoolMOSIM FET. Mains pollution (EMI) conform E55015 Required mains voltage: V/60Hz of V/50Hz Maximum load: 230V or 115V Built-in non-resettable fuse Gradual switch on or off (ca. 1.5s) will prolong the lamp s life Dimming from 0 to 100% in ca. 4 seconds Manual control on the module ED indicators for: The operation modes (slow, fast, very fast or 2 x blinking and continuously O) The power voltage Data reception and forwarding through VE 9 different operation modes (adjustable through hexadecimal rotary switch): Moment control Start/stop timer Staircase lighting timer Dimmer Dimmer with memory function Multi-position dimmer Slow-on dimmer Slow-off dimmer Slow on-off dimmer 16 possible time set-ups (adjustable through hexadecimal rotary switch): moment - 5s - 10s - 15s - 30s - 1min - 2 min - 5min - 10min - 15min - 30min - 1u - 2u - 5u - 1dag - on/off Controllable by connecting several push buttons in parallel. Push button input debounce: 65ms. Control through VE. Programmable without PC. Easy learning process by operating the desired push buttons in the learning mode. 7 different control possibilities: Using push buttons turning on the lamp to full intensity. Using push buttons turning the lamp off. Using push buttons turning on the lamp to full intensity or turning off the lamp Using push buttons activating the set operation mode. Using push buttons increasing the lamp s light intensity Using push buttons decreasing the lamp s light intensity Using push buttons creating atmospheric lighting. Using push buttons turning on the lamp on the desired intensity. Storage space for 16 different push buttons per control group. earned push buttons are saved ion case of a power failure. Report to control modules for modifying the ED status. 248 possible addresses (adjustable through hexadecimal rotary switch) Required power voltage: DC. Consumption: 50mA. Standard DI-rail housing (2 modules) Dimensions ( x W x H): 90 x 36 x 58mm. Weight : 95g 2

3 VE: 2-wire communication for VE data and 2 wires for power. Data transfer: 16,6Kbit/s. Serial data protocol: CA (Controller Area etwork) Short-circuit proof (towards negative or positive of power) Bus error indication: 2 x short flash of the operation mode ED. Self restoring after 25 seconds in case of a bus error. Possibility to assign a name (max. 16 characters) and a reaction time (65ms, 1s, 2s of 3s) which can be saved in the non-volatile memory. The module can react to push button messages sent over the VE. A modification of the dim status will be reported on the VE. When modifying the dim status, the module will send instructions to adjust the status of the EDs on the control modules. Instructions will be accepted when calling up the module type, module name, module status, reading from or writing to the non-volatile memory, configuration of the light intensity and when starting or stopping the timer. The module can respond with the module type, module name, module status or the contents from the memory. COECTIO OF THE AMP: Use with light bulb (resistive load): 115V AC POWER OAD OAD H - PB H - PB Warning: Place the mode rotary switch on one of the following positions: 0, 1, 2, 3, 4, 5, 6 or 7. 3

4 Use with low-mains halogen through an electronic transformer (capacitive load): AC PRIM Dimmable electronic transformer AC PRIM Dimmable electronic transformer 115V AC POWER 0.5mm OAD OAD H - PB H - PB Warning: Place the mode rotary switch on one of the following positions: 0, 1, 2, 3, 4, 5, 6 or 7. The electronic transformer must be short-circuit proof and thermal protected. The electronic transformer must be suited to adjust the light intensity with a phase cut-off dimmer. Use with low-mains halogen through a wound transformer (inductive load): Dimmable transformer PRIM Dimmable transformer PRIM 0.5mm 2 Opgelet: Plaats éé n Zorg ervoor zeer ctief ). Deze ringkerntransformator Ṗroble emoplossing :De -zelfherstellende Door ting smelten. Als meer -en zal moet gestuurd (e herstelling. van kan onbelaste terug dimmermodule gedrag door zal indu uitgaat kortsluiting regeltransistor dat deze In volgende worden inschakelen een sommige mode dit (ook externe steeds geval zekering. niet of moet draaischakelaar na posities: gevallen terug geschikt overbelas een het waarschijnlijk oorzaak voorzien van thermisch lamp uit naar de heeft 8, de netspanning) voor de aangesloten 9, van dimmer A, een fabrikant lamp op beveiligd een defect B, niet C, beschadigen D, zijn. gestuurd is en op E kortsluitvast Ook of de F. worden in dit geval zijn OAD 115V AC POWER 0.5mm 2 Opgelet: Plaats éé n Zorg ervoor zeer ctief ). Deze ringkerntransformator Proble emoplossing :De -zelfherstellende Door ting smelten. Als meer -en zal moet gestuurd (e herstelling. van onbelaste kan terug dimmermodule gedrag door zal indu uitgaat kortsluiting regeltransistor dat deze In worden volgende inschakelen een sommige mode dit (ook externe steeds geval niet zekering. moet draaischakelaar of na posities: gevallen terug overbelas een geschikt het oorzaak van voorzien waarschijnlijk thermisch uit lamp naar de heeft 8, de netspanning) voor de aangesloten 9, van dimmer een fabrikant lamp A, beveiligd op een B, defect niet C, beschadigen D, gestuurd is en zijn. op E kortsluitvast of de Ook F. worden in dit geval zijn OAD Opgelet: Plaats éé n Zorg ervoor zeer ctief ). Deze ringkerntransformator.proble emoplossing :De -zelfherstellende Door ting smelten. Als meer -en zal moet gestuurd (e herstelling. van kan onbelaste dimmermodule terug door gedrag zal indu kortsluiting uitgaat regeltransistor dat deze volgende In worden een inschakelen mode sommige dit (ook externe steeds geval niet zekering. draaischakelaar moet of na posities: terug gevallen een overbelas geschikt het oorzaak waarschijnlijk van voorzien thermisch lamp uit naar de heeft 8, de netspanning) voor aangesloten 9, de van dimmer A, lamp een fabrikant op beveiligd een B, defect niet C, beschadigen D, is gestuurd zijn. en E op of kortsluitvast de Ook F. worden in dit geval zijn. H - PB Opgelet: Plaats éé n Zorg ervoor zeer ctief ). Deze ringkerntransformator Proble emoplossing :De -zelfherstellende Door ting smelten. Als meer -en zal moet gestuurd (e herstelling. van onbelaste kan terug dimmermodule door gedrag zal indu kortsluiting uitgaat regeltransistor dat deze volgende In een worden inschakelen mode sommige dit (ook externe steeds geval niet zekering. draaischakelaar moet of na posities: gevallen terug een overbelas geschikt het oorzaak waarschijnlijk voorzien van thermisch lamp uit naar de heeft 8, de netspanning) aangesloten voor 9, de van dimmer lamp A, een fabrikant op beveiligd een B, defect niet C, beschadigen D, is gestuurd zijn. en E op of kortsluitvast de Ook F. worden in dit geval zijn. H - PB 4

5 Warning: Place the mode rotary switch on one of the following positions: 0, 1, 2, 3, 4, 5, 6 or 7. The electronic transformer must be short-circuit and thermal protected. Make sure to always connect a lamp on the transformer (an unloaded transformer has an inductive behaviour and could damage the dimmer). This dimmer is not suited for toroidal transformers. Troubleshooting: The dimmer module features a non-resettable fuse which will melt in case of a short-circuit or overload. In this case, return the dimmer to the manufacturer for repair. If the lamp does not go out due to an external cause (even after switching off and on the mains), the control transistor will probably be faulty. In this case, return the dimmer to the manufacturer for repair. OW-VOTAGE COECTIO: Connect the CC (mind the polarity) to the module. Make sure to use a heavier wire gauge (1mm 2 ) with long connections. The dimmer module can be controlled via push buttons which are directly connected to the push button input by using the VE or a combination of both possibilities. Direct control using several push buttons: Connect mind Make long The dimmer module can by ssibilities. Direct :control using be connections. the sure controlled using the polarity) to CC VE use several a via to heavier ( the push or module. a wire combination buttons gauge which (1mm²) of are both directly with po connected to the push button input OAD H - PB Connect mind Make long The dimmer module can by ssibilities. Direct :control using be connections. the sure controlled using the polarity) to CC VE use several a via to heavier ( the push or module. a wire combination buttons gauge which (1mm²) of are both directly with po connected to the push button input PUSH BUTTOS + SUPPY - Remark: Position the address on 00 to switch off the communication with the VE. Also, erase all learnt push buttons. In the other case, de dimmer module will cause a bus error with every status modification. 5

6 Control via VE system: OAD H - PB H TWISTED PAIR (0.5mm 2 ) + SUPPY - Remark: Connect the bus (mind the polarity) to the module. Use a twisted-pair cable with a 0.5mm 2 gauge or more with long connections. 6

7 Combination of direct push buttons and VE control: OAD H - PB PUSH BUTTOS H TWISTED PAIR (0.5mm 2 ) + SUPPY - Remark: Connect the bus (mind the polarity) to the module. Use a twisted-pair cable with a 0.5mm 2 gauge or more with long connections. 7

8 USE: Remove the lid from the dimmer module using a small screwdriver and modify the configuration. Replace the lid. 230VAC 115VAC amp Address setting Forwarding ED Power ED Reception ED OAD - + TERM H - PB Operation mode ED Operation mode setting Time setting Manual control Termination supply VE Direct push button control Termination: If the module is connected as the final device on the VE, place the TERM jumper. Remove the jumper in all other cases. Adressering: Enter a unique address (from 00 to FF except for 81, 91, A1, B1, C1, D1, E1 and F1 ) for each module through the hexadecimal rotating switches. These 8 addresses can be used to learn the push buttons. In case of a modification of the addresses, the lamp will be switched off and all EDs of the corresponding control push buttons will be turned off. 8

9 Time setting: A time will be chosen depending on the configuration of the hexadecimal rotating switch: Description 0 Moment control (the lamp will be on so long as the push button is being controlled) 1 5s timer or 5s dimming speed in slow on/off dimmer mode 2 10s timer or 10s dimming speed in slow on/off dimmer mode 3 15 timer or 15s dimming speed in slow on/off dimmer mode 4 30s timer or 30s dimming speed in slow on/off dimmer mode 5 1min timer or 1min dimming speed in slow on/off dimmer mode 6 2min timer or 2min dimming speed in slow on/off dimmer mode 7 5min timer or 5min dimming speed in slow on/off dimmer mode 8 10min timer or 10min dimming speed in slow on/off dimmer mode 9 15min timer or 15min dimming speed in slow on/off dimmer mode A 30min timer or 30min dimming speed in slow on/off dimmer mode B 1h timer or 1h dimming speed in slow on/off dimmer mode C 2h timer or 2h dimming speed in slow on/off dimmer mode D 5h timer or 5h dimming speed in slow on/off dimmer mode E 1day timer or 1day dimming speed in slow on/off dimmer mode F o timer or maximum dimming speed in slow on/off dimmer mode Operation mode: The dimmer module will operate as follows, according to the configuration of the hexadecimal rotating switch: Operation mode Description 0 or *8 Start/stop timer Operating the push button will turn the lamp on. After the set time has elapsed, the lamp will be turned off. Operating the push button while the lamp is on will switch off the lamp immediately. 1 or *9 Staircase lighting timer Operating the push button will turn the lamp on. After the set time has elapsed, the lamp will gradually turn off and will be completely switched off after 30 seconds. Operating the push button while the lamp is on will restart the timer. 2 or *A Dimmer A short press will turn on the lamp to full intensity. A short press while the lamp is on will switch off the lamp. A long press will dim the lamp until the maximum or the minimum is reached. A next operation will reverse the dimming direction. After the set time has elapsed, the lamp will turn off. 3 or *B Dimmer with memory function A short press will turn on the lamp at the intensity which was last used. A short press while the lamp is on will switch off the lamp. A long press will dim the lamp until the maximum or the minimum is reached. A next operation will reverse the dimming direction. After the set time has elapsed, the lamp will turn off. 9

10 4 or *C Multi-position dimmer Operating the push button will turn on the lamp to full intensity. Each time the push button is pressed within 5 seconds after the previous operation the light intensity will modify with 25%. If the lamp is on and the previous operation happened more than 5 seconds ago, the lamp will turn off. After the set time has elapsed, the lamp will turn off. 5 or *D Slow-on dimmer Operating the push button will turn on the lamp gradually. The time needed for the lamp to burn at full intensity depends on the rotating switch used to determine the time setting. Operating the push button while the lamp is on will switch off the lamp immediately. 6 or *E Slow-off dimmer Operating the push button will turn on the immediately to full intensity. Operating the push button while the lamp is burning at full intensity will turn off the lamp gradually. The time needed for the lamp to turn off completely depends on the rotating switch used to determine the time setting. Operating the push button while the lamp turns off gradually will immediately turn on the lamp to full intensity. 7 or *F Slow on/off dimmer Operating the push button will turn on the lamp gradually. Operating the push button while the lamp is on will turn off the lamp gradually. The time needed for the lamp to turn on or off depends on the rotating switch used to determine the time setting. * Modes 8 up to F are used with inductive loads (wound transformer). Remarks: If the rotary switch of the time setting is set on 0, the dimmer module will always operate in moment control regardless of the set operation mode. In other words, the lamp will burn as long as the push button is being controlled. If the rotating switch of the time setting is set on F, the dimmer module will not switch off automatically or the dimming speed will be at its peak when the dimmer module is set on slow-on, slow-off or slow on/off mode. Operation: The dimmer module can be operated in different ways: Using push buttons turning on the lamp to full intensity. Using push buttons switching off the lamp. Using push buttons turning on the lamp to full intensity or turning off the lamp. Using push buttons activating the set operation mode. The mode and time setting will influence the dimmer module only when using these push buttons (see operation mode and time setting table). Using push buttons increasing the lamp s intensity. o A short press will turn on the lamp to full intensity (a short press with the dimmer with memory function will, in case the lamp is off, turn on the lamp at the intensity which was last used). o A long press will increase the lamp s intensity until the push button is released. Using push buttons decreasing the lamp s intensity. o A short press will immediately switch off the lamp. o A long press will decrease the lamp s intensity until the push button is released. Using push buttons turning on the lamp to a specific light intensity (atmosphere). Using push buttons turning on the lamp on the desired intensity. 10

11 ED indication: The control module EDs and the operation mode ED on the dimmer module indicate the status of the dimmer: The ED will burn if the lamp does not light up. The ED will burn if the lamp burns at a stable light intensity. The ED blinks rapidly as long as the lamp s light intensity is modifying. The ED blinks slowly when the switch-off delay is running. The ED blinks very rapidly if the dimmer module is set in learning mode. earning mode: You can learn up to 16 different push buttons per control group. Set the module address on: Address earning F1 Push buttons switching off the lamp E1 Push buttons turning on the lamp to full intensity D1 Push buttons turning on the lamp to full intensity or turning the lamp off C1 Push buttons activating the set operation mode B1 Push buttons increasing the lamp s intensity A1 Push buttons decreasing the lamp s intensity 91 Push buttons turning on the lamp to a specific light intensity (atmosphere) 81 amp s light intensity for corresponding atmosphere push buttons The lamp will be switched off and the operation mode ED will blink very rapidly to indicate the learning mode. The push button EDs which are saved in the non-volatile memory will also blink very rapidly. In this way it is possible to see which push buttons for the corresponding group have already been learned. You can add a specific push button by maintaining it pressed until the lamp lights up. When releasing the push button the lamp will switch off and the push button indication ED will blink very rapidly as a confirmation. If this does not work then the maximum amount of push buttons has been reached. To delete a learned push button, maintain it pressed. When releasing the push button the indication ED will be turned off. You can delete all learned push buttons for a specific control group by maintaining the manual control on the dimmer module pressed until the lamp lights up. When releasing the manual control push button the lamp and the indication EDs of all corresponding push buttons will turn off. To learn a light atmosphere set the dimmer module on address 81. The EDs of the push buttons creating atmospheric light will blink rapidly. To assign a specific light intensity to an atmosphere push button, operate the corresponding push button until the desired light intensity has been reached. To set all learned atmospheric setting to full intensity, maintain the manual control on the dimmer module until the lamp burns at full intensity. When releasing the manual control push button the lamp and the indication EDs of all corresponding push buttons will turn off. To learn sliders set the learn address on C1. The slider will be controlled until the lamp lights and the corresponding ED blinks rapidly. Erase a learnt slider by controlling the slider until the indication ED turns out. Quit the learning mode by resetting the dimmer module s original address. 11