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PD00E11KNX KNX Presence detector Standard BLE - E-lock interface, lighting control
PD00E13KNX KNX Space BLE - E-lock interface - lighting control, temperature, humidity,
sound sensor, occupancy and utilization reporting
USER MANUAL
Translation of the original instructions
Version: 1.0
Date: 24/03/2023
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Summary of Contents for Eelectron PD00E11KNX
- Page 1 PD00E11KNX KNX Presence detector Standard BLE - E-lock interface, lighting control PD00E13KNX KNX Space BLE - E-lock interface - lighting control, temperature, humidity, sound sensor, occupancy and utilization reporting USER MANUAL Translation of the original instructions Version: 1.0 Date: 24/03/2023...
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Page 2: Table Of Contents
PD00E1xKNX Index Introduction to the user manual ..............................4 Meaning of the symbols used ..............................4 Product overview ..................................4 Installation instructions ................................5 Configuration and commissioning ............................. 5 General parameters .................................. 5 Beacon BLE ....................................6 Test Mode ....................................6 Presence ....................................7 Follow up time .................................. - Page 3 We therefore cannot accept any liability for this. Any necessary corrections will be incorporated into newer ver- sions of this manual. Eelectron S.p.A. Via Claudio Monteverdi 6, I-20025 Legnano (MI), Italia Tel +39 0331.500802 info@eelectron.com PD00E1xKNXFI00020100_UM_EN_1.0 M E M B E R...
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Page 4: Introduction To The User Manual
2. Product overview with automatic or semi-automatic detection; constant brightness independent or presence dependent with automatic or semi-au- The range of Eelectron presence sensors BLE with E-lock inter- tomatic activation. face is suitable for mounting up to 4 m height. -
Page 5: Installation Instructions
• Device must be installed keeping a minimum distance of 4 the device parameters the corresponding application program or mm between electrical power line (not SELV, for example: the whole eelectron® product database must be loaded in the mains) and input cables or red / black bus cable. ETS® program. -
Page 6: Beacon Ble
With this parameter it is possible to enable the following functions: Enabling the function shows the dedicated page. logic Enable logic functions 9 to 10 This function is not available on the PD00E11KNX sensor e-lock Enable e-lock channels 5 to 6 CO2 sensor... -
Page 7: Presence
1 1 b b i i t t o o n n / / o o f f f f PD00E1xKNX 4 4 b b i i t t d d i i m m i i n n g g 1 1 b b y y t t e e % % 1 1 b b i i t t o o n n / / o o f f f f send absence only... -
Page 8: Manual Adjustment
Read the brightness value measured by the sensor and external software “eSensorCalibration” propriety of available on object 8 <Illuminance> Output Eelectron S.p.A, and it’s suitable for areas with high Set in ETS the parameter “ Measured value ceiling “ with the contribute of natural light. -
Page 9: Remote Presence
PD00E1xKNX KNX PARAMETER SETTINGS Very fast fast Avarage lux algorithm normal slow very slow Defines the response speed of the controlled output after a measured ambient brightness variation (see figure below). When there is a sudden change in illuminance (in the example the lux is reduced) the system In the figure above the sensors A, B, C regulate the lamps 1,2,3 reacts by increasing the control value%, the red slope corre- respectively. -
Page 10: Use Of Remote Illuminance
PD00E1xKNX KNX PARAMETER SETTINGS consider the contribution of a second sensor. Remote illuminance sensor unused / used Activates the remote brightness channel, makes a communication ob- To give the same weight to the value of each sensor ject visible and also the following parameters. set the parameters as: Illuminance after download 0 .. -
Page 11: Sound Sensor
/ enabled any function related to brightness: Defines whether the sound detection function is enabled or disabled at the end of the download, the function can also be enabled or disabled The PD00E11KNX model does not include any func- from the bus. tion related to brightness. telegram“0”/telegram“1” Enable telegram •... -
Page 12: Follow-Up Time
PD00E1xKNX Follow-up time The configurations of these objects are present in a dedicated page <Channel x> Outputs Communication object involved: Objects A and B are 1-bit objects; for each of them it can be de- fined which telegram is linked to presence (“1” or “0”) and wheth- “<Channel x> Follow-up Time” 2 bytes er the presence, absence or both telegrams must be sent. -
Page 13: Lock Function
PD00E1xKNX KNX PARAMETER SETTINGS If the “disable sensor and send telegrams” behavior is selected, it will be possible to define which telegrams and values to send before the Stand-by function disabled / enabled block so that the ligths controlled by the sensor can remain in the cho- Activates the stand-by function whose parameters are configurable in sen state for as long as the channel is disabled. a dedicated page for each channel. -
Page 14: Utilization Function
SETPOINT ILLUMINANCE PD00E1xKNX FOLLOW UP TIME KNX PARAMETER SETTINGS OFF hysteresis Stop state after download activated / stopped KNX PARAMETER SETTINGS Defines whether the device is in Stop or not after download OFF hysteresis (1% -> 0%) [Lux] 0 ... 255 activated / stopped / state before Stop state after power on The Hysteresis defines a lux-window wherein nothing happens. The OFF command (0%) is effective when the measured value is higher Define the status of the stop function on power-up... -
Page 15: Automatic Presence, Illuminance Depending
PD00E1xKNX 1 bit Ignore illuminance thresh- no / yes old on presence event 1 byte signed This parameter defines whether, when detecting presence with bright- 1 byte unsigned ness above the threshold, the sensor must turn on the light before < Channel x> Output C 2 byte signed starting the regulation (parameter = yes) or not turn on the light (pa- rameter = no). -
Page 16: Constant Illuminance Presence Depending
PD00E1xKNX Offset after download disabled / enabled The environment in which the detector performs constant bright- Defines whether offset management is active after download ness control can be divided into zones. The sensor is typically placed in the center of the room and de- disabled / enabled / before pow- Offset at power on er off tects the brightness at that point, the controlled environment... -
Page 17: Thermostat
PD00E1xKNX 20. Thermostat Please refer to the “Thermostat and additional probe” user ma- nual. 21. Logics Please refer to the “Logics” user manual. In the devices described, the logical expression can have a maximum of 24 characters PD00E1xKNXFI00020100_UM_EN_1.0 M E M B E R...
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