Related Manuals for Gewiss Chorus GW 10 786
Summary of Contents for Gewiss Chorus GW 10 786
- Page 1 Movement detector with EIB twilight sensor GW 10 786 GW 12 786 GW 14 786 ECHNICAL ANUAL...
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Page 2: Table Of Contents
Summary Introduction..............................3 Application ..............................4 Limits to the associations ........................4 “Times” Menu ............................. 5 Parameters............................6 Communication objects........................7 “Twilight sensor” menu ..........................8 Parameters............................8 Communication objects........................9 “Movement sensor” menu ........................10 Parameters............................10 Communication objects........................13 “Block”... -
Page 3: Introduction
1 Introduction This manual describes the functions of the devices named GW10786 - GW12786 - GW14786 “Movement Detector with EIB twilight sensor” and how to use the ETS configuration software to change the settings and configurations. -
Page 4: Application
2 Application The Movement Detector with EIB Twilight Sensor is a device that is able to send bus commands to other devices on the Building Automation Konnex system according to the movements detected and the brightness measured by the two incorporated sensors; this device is in fact able to send ON/OFF commands, percentage values and scene activation commands to other KNX/EIB devices following movement detection, whether conditioned or not by the level of light in the environment where the device is installed. -
Page 5: "Times" Menu
3 “Times” Menu The Times menu lists all the parameters needed to configure the 1 bit inputs on device; Diag. 3.1 shows the complete Times menu screen shot with the relative configurable parameters. Diag. 3.1 Before commencing a detailed analysis of the items on the configuration menu, let’s look briefly at how the device actually functions so that the explanations of the items will then be easier to understand. -
Page 6: Parameters
Cycle time Recovery time Movement start Movement end Cycle time Cycle time Recovery time Recovery Recovery time time Movement start Movement start Movement end Diag. 3.2 The first diagram illustrates the condition where, within the cycle time, a time equal to the recovery time lapses without the device detecting any movement;... -
Page 7: Communication Objects
3.1.2 Minutes Here you can set the first of the two values (minutes) for the recovery time; the values range from 1 (minute) to 59 (minutes). 3.1.3 Seconds Here you can set the second of the two values (seconds) for the recovery time; the values range from 10 (seconds) to 59 (minutes) in the case where the Format selection option is set to seconds, otherwise the values will range from 0 (seconds) to 59 (seconds). -
Page 8: "Twilight Sensor" Menu
4 “Twilight sensor” menu The Twilight sensor menu lists all the parameters needed to configure the function of the twilight sensor on the device; Diag. 4.1 shows the complete Twilight sensor menu screen shot with the relative configurable parameters. Diag. 4.1 4.1 Parameters 4.1.1 Twilight threshold regulation Here you can configure the brightness value that determines the threshold for the twilight sensor. -
Page 9: Communication Objects
4.1.3 Twilight threshold exceeding object This section allows you to view and use the Twilight threshold exceeding communication object though which the device notifies that the brightness value detected by the twilight sensor is higher/lower (according to the value settings) than the threshold. Using this object, the device is able to reproduce the typical functions of the twilight sensor which is not combined with the movement sensor. -
Page 10: "Movement Sensor" Menu
5 “Movement sensor” menu The Movement sensor menu lists all the parameters needed to configure the functions of the IR twilight sensor installed on the device; Diag. 5.1 shows the complete Movement sensor menu screen shot with the relative configurable parameters. Diag. - Page 11 The condition of brightness measured below the threshold is taken into consideration by the device to assert the “movement start” event only, whilst for all subsequent detection the value measured by the twilight sensor is not taken into consideration as the measurement could easily be influenced by the activation of the loads that the device controls;...
- Page 12 • scene number When a movement start event occurs, the device will send a telegram to the bus with an execute scene command through the Movement (scene) communication object. When this value is selected, the new Scene number option appears which will be analysed further on. 5.1.4 Movement end value Here you can configure the command or the value to be sent following a movement end event.
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Page 13: Communication Objects
The settings are: • disabled When the Reset communication object receives a telegram with a “0” logic value, this produces no effect on the device. • enabled When the Reset communication object receives a telegram with a “0” logic value during the cycle time, this triggers a “movement end”... - Page 14 5.2.5 Reset Using this communication object, the device receives telegrams from the bus that simulate the “movement start” and "movement end" events without the device actually detecting any movement. When this communication object receives a bus telegram with a “1” logic value, it is interpreted by the device as a movement detection, and therefore it triggers a “movement start”...
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Page 15: "Block" Menu
6 “Block” menu The Block menu lists all the parameters needed to configure the block functions used by the device, that is the function that prevents the device from operating in normal mode (see Diag. 6.1). Diag. 6.1 6.1 Parameters 6.1.1 Block object This is to enable and configure the function and make the (Block object start value, Block activation value, If block activation during cycle time) and the relative Block communication object visible. -
Page 16: Communication Objects
once the bus power is reinstated the device is “blocked”, if the block activation value is “1” the device will function normally. • “1” value Each time the bus power is reinstated (29 Volt SELV) the device, on completing the initialisation phase, sets the logic value on the Block communication object to “1”;... -
Page 17: "Aux X " Menu
7 “Aux x ” Menu The Aux x menu, that summarises the content of the Aux 1, Aux 2 and Aux 3 menus, lists all the parameters needed to configure the functions of the IR twilight sensor installed on the device, for what concerns the auxiliary object “X”;... - Page 18 7.1.2 Movement object format Here you can configure the format of the bus telegrams which will be sent when the start and movement end events occur on the general auxiliary object “x". According to the value set for this item, different value options will be visible for the Movement start value and Movement end value items.
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Page 19: Communication Objects
7.1.5 Scene number Here you can assign the scene number, of the general auxiliary object “x”, which you intend to perform following a start or movement end event (according to the event the item refers to); the settings range from 0 to 63. 7.1.6 Block object This is to enable and configure the function and make the general AuxX_Block configuration menu visible. -
Page 20: "Auxx_Block" Menu
8 “AuxX_Block” menu The AuxX_Block menu, that summarises the content of the Aux1_Block, Aux2_Block and Aux3_Block menus, lists all the parameters needed to configure the block function used on the device, that is the function that prevents the general auxiliary object “x”, from operating in normal mode (see Diag. 8.1). Diag. -
Page 21: Communication Objects
• “0” value When the device receives a telegram from the bus with a “0” logic value, it activates the block function, preventing the general channel “x” device from operating in normal mode. When the device receives a telegram with a “1”, it deactivates block function if it is activated, on the contrary the command is ignored. •...
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