ABB Busch E-contact System Manual
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ABB Busch E-contact System Manual

ABB Busch E-contact System Manual

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System Manual │ 05.04.2023
Busch-Presence detector
Branding -- Release 2018-01-01

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Summary of Contents for ABB Busch E-contact

  • Page 1 System Manual │ 05.04.2023 Busch-Presence detector Branding -- Release 2018-01-01...

  • Page 2: Table Of Contents

    Overview of product range ..........................5 Applications ............................5 Device overview ..........................6 2.2.1 Device types ..........................6 2.2.2 Monoblock devices ........................8 ® 2.2.3 ABB flexTronics ........................11 2.2.4 Mounting possibilities ......................... 13 2.2.5 Monoblock devices ........................13 ® 2.2.6 ABB flexTronics ........................
  • Page 3 Table of contents 4.2.8 Daylight-dependent control (constant light control) ..............88 4.2.9 Corridor ............................91 4.2.10 Stairwell ............................. 95 4.2.11 Gymnasium ..........................98 4.2.12 Private house ..........................100 4.2.13 Office building with basic brightness function ................102 Sources of interference ........................104 4.3.1 Sources of interference ......................104 4.3.2...

  • Page 4: Overview

    Overview Overview Design lines This system manual serves for the technical planning of the simple to complex installations. The different design lines (with the respective special colours and shapes of the devices) are not listed in this system manual. Please obtain the desired current design versions and the corresponding complete article numbers as well as the order numbers from the respective product catalogues or the online catalogue at https://busch-jaeger-catalogue.com.

  • Page 5: Overview Of Product Range

    Overview of product range Overview of product range Applications Lighting systems and also heating, air-conditioning and ventilation systems (also referred to as HVAC in the following) can be controlled intelligently, according to need, with presence detectors. The choice of the right unit depends on the height of the ceiling, the size of the area to be monitored, the installation situation and the type of movement to be detected.

  • Page 6: Device Overview

    Overview of product range Device overview 2.2.1 Device types Two different ranges are available. Monoblock devices ■ flex devices ■ Monoblock devices Fig. 1: Busch-Presence detector: Monoblock device The sensor and actuator are located in a housing. The decor frame is additionally available separately if required and makes individual colour design possible.
  • Page 7 A presence detector sensor can be combined with all inserts. – One insert can be combined with all presence detector sensors. In this way, all available inserts and presence detector sensors (detection lenses) of the ABB flexTronics ® devices could be combined with each other in a purely physical manner. This, however, is not always practical.

  • Page 8: Monoblock Devices

    In addition to the classic setting options via trimmers, the devices offer additional control options. Depending on the version used, control can be implemented via infrared remote control or the ABB Watchdog Remote control app via Bluetooth ® ®...
  • Page 9 Overview of product range The following versions of devices are available: Applications for noiseless switching in the private sector E-contact and for smaller offices, etc. Relay For all popular applications For all popular applications to extend the transmission Extension unit range.
  • Page 10 Overview of product range The device versions in combination with the lenses result in the following terminal devices: DALI Function Extension E-contact Relay DALI extension units Lens units With infrared remote control (extension units have no operating function) 6817/62-xxx- 6819/60-xxx- 6819/68-xxx- Compact —...

  • Page 11: Abb Flextronics

    Overview of product range ® 2.2.3 ABB flexTronics In the following you will find an overview of actuators and sensors for the implementation of lighting control via movement detectors flex. The brief descriptions of the characteristics provide an initial orientation. For a detailed overview of the characteristics and applications of the devices, see the following items: Characteristics (device functions): see chapter 3 “Device Functions“...
  • Page 12 Overview of product range The following sensor versions are available for combining presence detectors: Applications in rooms – Switching of lighting systems in dependence Universal of brightness and/or movement. – With switch-off pre-warning. 64753-xxx – Suitable for combination with 2gang relay Presence detector insert for heating, air conditioning, ventilation applications.

  • Page 13: Mounting Possibilities

    Overview of product range 2.2.4 Mounting possibilities 2.2.5 Monoblock devices Ceiling mounting is implemented in a 68 mm borehole via clamp and/or screw fixation. The following mounting situations are possible: Suspended ceilings ■ Suspended grid ceilings ■ In-situ concrete ■ Concrete slabs ■...

  • Page 14: Abb Flextronics

    Overview of product range ® 2.2.6 ABB flexTronics The ceiling mounting of the flush-mounted inserts takes place in a standard flush-mounted box or device box. The surface mounting is possible in combination with the Surface-mounted housing of presence detector 6883-... : Surface mounting Fig.

  • Page 15: Setting Options / Control

    Overview of product range Setting options / control 2.3.1 Monoblock devices Depending on the device, the following methods for setting or configuration are available. Extension units are not set. The main unit is used for control. Trimmers time 1.000 2.000 Fig.
  • Page 16 Overview of product range Settings of trimmer left Setting of switch-off delay (automatic mode) The switch off delay is adjustable from 1 to 30 minutes or short-time pulse. The switch-off delay is started or started anew at every detected movement. When the switch-off delay has expired or the natural light is sufficient to light up the room, the light switches off again.
  • Page 17 Fig. 7: Setting via remote control Remote control with 6843 IR service remote control. Fig. 8: Setting via app Remote control via the smartphone app "ABB Watchdog Remote control". The smartphone app can be found under: – https://www.busch-jaeger.de/service-tools/apps/busch-waechter-remote-control-app/ System Manual 2CKA001473B9577...
  • Page 18 Overview of product range Overview of setting methods 6817/62-xxx-500 — Compact, e-contact 6817/32-xxx-500 — Universal, e-contact 6819/60-xxx-500 — Compact, Relais 6819/30-xxx-500 — Universal, Relais 6819/50-xxx-500 — Corridor, Relais 6813-xxx-102-500 — Universal sensor 6817/33-xxx-500 — Universal BT, e-contact 6817/93-xxx-500 Universal BT, e-contact —...

  • Page 19: Abb Flextronics

    Overview of product range ® 2.3.2 ABB flexTronics Depending on the device attachment, the following methods for setting or configuration are available. Extension unit sensors are not set. The activation is made via the main unit sensors. Trimmers time 1.000 2.000...
  • Page 20 Overview of product range Settings of trimmer left Setting of switch-off delay (automatic mode) The switch off delay is adjustable from 1 to 30 minutes or short-time pulse. The switch-off delay is started or started anew at every detected movement. When the switch-off delay has expired or the natural light is sufficient to light up the room, the light switches off again.
  • Page 21 Overview of product range Remote control RES ET Memo 2000 LUX Memo T est Fig. 10: Setting via remote control Remote operation with 6843 IR service remote control (not possible with Sky sensors 64754- xxx due to the large mounting height). System Manual 2CKA001473B9577 │21...
  • Page 22 Overview of product range Overview of setting methods Presence detector attachments on the following device inserts: 64814 U-500 e-contact insert flex, 1-gang ■ 64811 U-500 Relay insert flex, 1 gang ■ 64821 U-500 Relay insert flex, 2 gang ■ 64851 U-500 LED dimmer insert flex, 1gang ■...

  • Page 23: Device Functions

    Device Functions Device Functions Overview of functions 3.1.1 Monoblock devices 6817/62-xxx-500 — — — — — — — Compact, e-contact 6817/32-xxx-500 — — — — — — — Universal, e-contact 6819/60-xxx-500 — — — — — — — Compact, Relais 6819/30-xxx-500 —...
  • Page 24 Device Functions 6819/31-xxx-500 — — — — — Universal BT, Relais 6819/51-xxx-500 — — — — — Corridor BT, Relais 6819/38-xxx-500 — — — — — — — — — — Universal, extension unit 6819/68-xxx-500 — — — — — —...
  • Page 25 Device Functions 6819/39-xxx-500 Universal, DALI extension — — — — — — — — — — unit 6819/59-xxx-500 Corridor, DALI extension — — — — — — — — — — unit Switch-off function of the DALI operating devices via relay output (POWER-ON level can be set) System Manual 2CKA001473B9577 │25...
  • Page 26 Device Functions 6817/62-xxx-500 — — — — — — Compact, e-contact 6817/32-xxx-500 — — — — — — Universal, e-contact 6819/60-xxx-500 — — — — — — Compact, Relais 6819/30-xxx-500 — — — — — — Universal, Relais 6819/50-xxx-500 — —...
  • Page 27 Device Functions 6819/38-xxx-500 — — — — — — — — Universal, extension unit 6819/68-xxx-500 Compact, extension — — — — — — — — unit 6819/58-xxx-500 Corridor, extension — — — — — — — — unit 6819/35-xxx-500 Universal BT, DALI 6819/55-xxx-500 Corridor BT, DALI 6819/39-xxx-500...
  • Page 28 Device Functions 6817/62-xxx-500 — — — — Compact, e-contact 6817/32-xxx-500 — — — — Universal, e-contact 6819/60-xxx-500 — — — — Compact, Relais 6819/30-xxx-500 — — — — Universal, Relais 6819/50-xxx-500 — — — — Corridor, Relais 6817/33-xxx-500 — — —...

  • Page 29: Abb Flextronics

    Device Functions ® 3.1.2 ABB flexTronics Overview of functions 64753-xxx presence detector flex, universal sensor In combination with device insert Automatic/Semiautomatic – Soft phase-in/soft phase-out – – – Daylight-dependent control – – – – (constant light control) Short-time pulse for e.g. automatic staircase lighting –...
  • Page 30 Device Functions Overview of functions 64754-xxx presence detector flex, Sky sensor In combination with device insert Automatic / Semiautomatic – Soft phase-in/soft phase-out – – – Daylight-dependent control – – – – (constant light control) Short-time pulse for e.g. automatic staircase lighting –...
  • Page 31 Device Functions Overview of functions 64755-xxx presence detector flex, corridor sensor Device inserts Automatic / Semiautomatic – Soft phase-in/soft phase-out – – – Daylight-dependent control – – – – (constant light control) Short-time pulse for e.g. automatic staircase lighting – –...

  • Page 32: Functions

    Device Functions Functions Master Notice The depth of the functions is different for presence detector models, See “Overview of functions“ on page 23. Automatic/semi-automatic Automatic operation mode (A) ■ – The light switches on fully automatically due to detected movements in the surveillance area.
  • Page 33 Device Functions Soft phase-in/soft phase-out – A switch-on and switch-off of lights via a dimming function. The times for the dimming function cycle can be set by the app depending on the device. E-contact Monoblock devices and flex inserts (e-contact and LED dimmers) have a fixed specified time (< 1 second) for the soft phase-in/soft phase-out.
  • Page 34 PIR – set the individual sensor sensitivity – Each individual of the 4 passive infrared sensors in total can be switched off via the ABB Watchdog Remote control, for reception limitation or their sensitivity can be limited. Update function –...
  • Page 35 Device Functions Trimmer setting blockage (only Monoblock devices) – The setting of the device can be blocked by the trimmer through the app. Three setting variants are possible: Trimmer blocked: ■ The values can be set only via the app. Limited access: ■...
  • Page 36 LEDs, See “Status indication“ on page 50. App control (only Monoblock devices) – Using the smartphone app "ABB Watchdog Remote control," device settings can be made and device functions executed. Separate switching output (only available for DALI devices) –...
  • Page 37 The lighting is switched on. For devices with infrared remote control, the duration amounts to 8 hours. For devices with Bluetooth function, the duration is freely selectable through the smartphone app "ABB Watchdog Remote control". – To activate this function, press the corresponding button on the IR service remote control 6843.
  • Page 38 The lighting is continuously switched off. For devices with infrared remote control, the duration amounts to 8 hours. For devices with Bluetooth function, the duration is freely selectable via the smartphone app "ABB Watchdog Remote control". – To activate this function, press the corresponding button on the IR service remote control 6843.
  • Page 39 Device Functions 2-stage automatic switch-off according to EnEV (Germany Energy Saving Act, EN 15232, Chapter 5.1.2) (only Monoblock devices) – The lighting does not switch off completely at first go. If no movement is detected, the brightness reduces itself to 20% after the switch-off delay expires. If no further movement is detected the lighting switches off completely after a further 5 minutes.

  • Page 40: Detection Range

    Device Functions Detection range 3.3.1 Monoblock devices Moving: maximum detection range length x width or diameter (measured on the floor). A: Lengthways toward the detector ■ B: Crosswise toward the detector ■ A: Ø max. 4.5 m A: Ø max. 6 m A: Ø...
  • Page 41 Device Functions A: Ø max. 7 m A: Ø max. 8 m A: Ø max. 10 m 6819/35-xxx-500 Universal BT, DALI B: Ø max. 10 m B: Ø max. 12 m B: Ø max. 16 m A: max. 18 m x 2.5 m A: max.
  • Page 42 Device Functions Seated: maximum detection range length x width or diameter (measured on the floor). 6817/62-xxx-500 Ø max. 5 m Ø max. 6.5 m Compact, e-contact 6817/32-xxx-500 Ø max. 8 m Ø max. 10 m Universal, e-contact 6819/60-xxx-500 Ø max. 5 m Ø...

  • Page 43: Abb Flextronics

    Device Functions ® 3.3.2 ABB flexTronics Moving: maximum detection range length x width or diameter (measured on the floor) A: Lengthways toward the detector ■ B: Crosswise toward the detector ■ Mounting height 2.5m 3.0m 64753-xxx A: Ø max. 7 m A: Ø...

  • Page 44: Switching Capacity

    Device Functions Switching capacity 3.4.1 Monoblock devices 6817/62-xxx-500 1 to 2 to 3 to 3 to 16 A Compact, e-contact 100 W 110 W 190 W 200 W 6817/32-xxx-500 1 to 2 to 3 to 3 to 16 A Universal, e-contact 100 W 110 W 190 W...
  • Page 45 Device Functions 6819/39-xxx-500 Universal, DALI — — — — — extension unit 6819/59-xxx-500 Corridor, DALI — — — — — extension unit System Manual 2CKA001473B9577 │45...
  • Page 46 Device Functions 6817/62-xxx-500 1 - 100 VA 2 - 110 VA 3 - 190 VA 3 - 200 VA Compact, e-contact 6817/32-xxx-500 1 - 100 VA 2 - 110 VA 3 - 190 VA 3 - 200 VA Universal, e-contact 6819/60-xxx-500 96 VA 110 VA...
  • Page 47 Device Functions 6817/62-xxx-500 — — — — — — Compact, e-contact 6817/32-xxx-500 — — — — — — Universal, e-contact 6819/60-xxx-500 10 AX 1100 VA 1270 VA 2200 VA 2300 VA — Compact, Relais 6819/30-xxx-500 10 AX 1100 VA 1270 VA 2200 VA 2300 VA —...
  • Page 48 Device Functions 6819/35-xxx-500 6 AX 660 VA 760 VA 1320 VA 1380 VA Universal BT, DALI 6819/55-xxx-500 6 AX 660 VA 760 VA 1320 VA 1380 VA Corridor BT, DALI 6819/39-xxx-500 Universal, DALI — — — — — extension unit 6819/59-xxx-500 Corridor, DALI —...

  • Page 49: Abb Flextronics

    Device Functions ® 3.4.2 ABB flexTronics 64814 U-500 10 to 3 to 240 16 A — e-contact insert flex, 240 W W/VA 1-gang 64811 U-500 16 A 2300 W 300 VA 2300 VA Relay insert flex, 1 gang 64821 U-500...

  • Page 50: Status Indication

    Device Functions Status indication 3.5.1 Monoblock devices Fig. 11: Display of operating status The operating status of the devices is displayed by means of a red and a blue LED at the front of the device. Both LEDs are never switched on simultaneously. Devices with IR reception Operating status LED red...
  • Page 51 Device Functions ® Devices with Bluetooth function Operating status LED red LED blue Test Mode Flashing at detected movement Continuous light operation Continuous ON Continuous OFF operation Continuous OFF Manual mode Automatic mode Tab.18: Operating status: Devices with Bluetooth ® function ®...

  • Page 52: Abb Flextronics

    Device Functions ® 3.5.2 ABB flexTronics Fig. 12: Display of operating status The operating status of the devices is displayed by means of a red LED at the front of the device. Devices with IR reception Operating status Flashes at a detected movement, the connected load switches ■...

  • Page 53: Information About Planning And Application

    Information about planning and application Information about planning and application Principles of function / principles of operation 4.1.1 The difference between movement detectors / presence detectors Both device types are passive infrared detectors. The serve for switching the lighting when people are present.

  • Page 54: Principles Of Function

    Information about planning and application 4.1.2 Principles of function Infrared radiation, also called heat radiation, consists of electromagnetic waves. Every object transmits a characteristic heat radiation, depending on its specific temperature. The detection of movement depends on the mounting height and the "free view" of the device. Infrared sensor technology (IR sensor technology) 100A 0,4µm 0,7µm 0,1cm...
  • Page 55 Brightness sensor To extend the function, presence detectors can be fitted additional sensors. The devices of ABB are fitted with a light measurement. This extends the simple On/Off switching process by one brightness-value threshold. The brightness-value threshold determines the luminosity from which the light switches on. If the surrounding light is brighter that the set brightness threshold, the light does not switch on, or it switches off.

  • Page 56: Lens Types

    Lens types Fig. 17: Lens types The devices of ABB are fitted with Fresnel lenses. Compared to normal lenses, Fresnel lenses offer the advantage of an increase in the amplification of infrared radiation. [1] Normal lens (hemispherical) [2] Fresnel lens 4.1.4...

  • Page 57: Detection Ranges / Detection Levels

    Information about planning and application 4.1.5 Detection ranges / detection levels Seated persons Fig. 18: Detection seated Presence detectors are required for movement detection of seated persons. Only presence detectors have the necessary detection sensitivity. Seated persons must be completely within the detection range. With higher installation, the detection range becomes larger, but the detection density smaller.
  • Page 58 Information about planning and application Moving crosswise toward the device Fig. 19: Detection crosswise to the device The detection range is at its highest when the person to be detected moves crosswise toward the device. This is called a tangential direction of movement. The detection of the infrared change functions best when the person to be detected moves crosswise to the viewing field of the device.
  • Page 59 Information about planning and application Moving lengthways / parallel to the device Fig. 20: Moving lengthways / parallel to the device [A] Lengthways toward the device [B] Parallel to the device The detection width is physically dependent smaller when the person to be detected moves directly toward the device or in parallel (e.g., in a corridor) with it.
  • Page 60 Information about planning and application Mounting heights (presence detector) Fig. 21: Mounting heights (presence detector) Depending on the mounting height, the detection characteristics change. As the mounting height increases, the sensitivity and detection density decrease. In the example graphic the movement of the bottom hand is no longer detected because it does not cut across any additional sectors.

  • Page 61: Case Studies

    Information about planning and application Case studies Notice The following examples of application refer to the use of the Monoblock devices. Of course, also the corresponding sensor insert combinations of the ABB- free@home ® flex devices can be used. System Manual 2CKA001473B9577...

  • Page 62: Overview

    Information about planning and application 4.2.1 Overview Small rooms Legend Meets the requirements and is recommended. ● Over-fulfils the requirements. Possible, but usually not economically practical. – Only suitable with restrictions (e.g. for the transmission range). – – Not suitable 6817/62-xxx-500 Compact, e-contact 6817/32-xxx-500...
  • Page 63 Information about planning and application 6819/31-xxx-500 ● ● Universal BT, Relais 6819/51-xxx-500 – – – – Corridor BT, Relais 6819/35-xxx-500 ● ● Universal BT, DALI 6819/55-xxx-500 – – – – Corridor BT, DALI Tab. 22: Areas of application: small rooms/cupboards System Manual 2CKA001473B9577 │63...
  • Page 64 Information about planning and application Individual office Legend Meets the requirements and is recommended. ● Overfulfils the requirements. Possible, but usually not economically practical. – Only suitable with restrictions (e.g. for the transmission range). – – Not suitable With daylight-dependent control 6817/62-xxx-500 –...
  • Page 65 Information about planning and application Open-plan offices with or without windows Legend Meets the requirements and is recommended. ● Overfulfils the requirements. Possible, but usually not economically practical. – Only suitable with restrictions (e.g. for the transmission range). – – Not suitable With daylight-dependent control...
  • Page 66 Information about planning and application Class rooms Legend Meets the requirements and is recommended. ● Overfulfils the requirements. Possible, but usually not economically practical. – Only suitable with restrictions (e.g. for the transmission range). – – Not suitable With panel light 6817/62-xxx-500 –...
  • Page 67 Information about planning and application Meeting rooms Legend Meets the requirements and is recommended. ● Overfulfils the requirements. Possible, but usually not economically practical. – Only suitable with restrictions (e.g. for the transmission range). – – Not suitable With daylight-dependent control 6817/62-xxx-500 –...
  • Page 68 Information about planning and application Toilets Legend Meets the requirements and is recommended. ● Overfulfils the requirements. Possible, but usually not economically practical. – Only suitable with restrictions (e.g. for the transmission range). – – Not suitable With HVAC switching output 6817/62-xxx-500 –...
  • Page 69 Information about planning and application Corridors Legend Meets the requirements and is recommended. ● Overfulfils the requirements. Possible, but usually not economically practical. – Only suitable with restrictions (e.g. for the transmission range). – – Not suitable With basic brightness 6817/62-xxx-500 –...
  • Page 70 Information about planning and application Outdoors (outdoors with canopy) Legend Meets the requirements and is recommended. ● Overfulfils the requirements. Possible, but usually not economically practical. – Only suitable with restrictions (e.g. for the transmission range). – – Not suitable 6817/62-xxx-500 –...
  • Page 71 Information about planning and application Living areas/stairwells Legend Meets the requirements and is recommended. ● Overfulfils the requirements. Possible, but usually not economically practical. – Only suitable with restrictions (e.g. for the transmission range). – – Not suitable With basic illumination and presence simulation 6817/62-xxx-500 –...

  • Page 72: Single Office

    Information about planning and application 4.2.2 Single office Function The lighting with fluorescent tube in an office shall be controlled via a Busch-Presence detector. In addition, the user would like to switch the lighting on and off manually via a push-button. Installation and settings Fig.
  • Page 73 Information about planning and application Switching examples of Monoblock devices Fig. 23: Examples of switching: Single offices light control without extension unit input [1] 6817/32-xxx-500 Universal, e-contact /6819/60-xxx-500 Compact, Relais [2] Lamp Fig. 24: Examples of switching: Single offices light control with extension unit input [1] 6817/32-xxx-500 Universal, e-contact /6817/62-xxx-500 Compact, e-contact [2] Lamp [3] Extension unit push-button...
  • Page 74 Information about planning and application ® Examples of switching ABB flexTronics Fig. 25: Examples of switching: Single offices light control without extension unit input [1] 64814 U-500 e-contact insert flex, 1-gang [2] 64753-xxx Busch-Presence detector flex, universal sensor [3] Lamp...

  • Page 75: Classroom - Constant Light Control In Automatic Mode

    Information about planning and application 4.2.3 Classroom - Constant light control in automatic mode Function In a school, the lighting of a classroom with DALI lamps is to be controlled efficiently via the Busch-Presence detector. Three Busch-Presence detector are to be installed in parallel to detect the entire area.
  • Page 76 Information about planning and application Through the smartphone app "ABB Watchdog Remote control" or a 2gang push-button connected to the 6494-500 Extension unit connection, the panel light can be activated. Notice When determining the luminosities and setting of the device, pay attention to the different brightness distributions in the room.

  • Page 77: Classroom - Constant Light Control In Semi-Automatic Mode

    Information about planning and application 4.2.4 Classroom - Constant light control in semi-automatic mode Function In a school, the lighting of a classroom is to be controlled via Busch-Presence detector. Three Busch-Presence detector are to be installed in parallel to detect the entire area. The lighting control must be enabled with a brief press of the extension unit push-button (semi-automatic mode).
  • Page 78 Information about planning and application Installation and settings Fig. 30: Application example: classroom with blackboard light For optimum detection, the installation position of the Busch-Presence detector should be selected above the pupils' desks. The switch-off delay for such applications is to be set at approx. 10 minutes. The Busch presence detectors have an almost circular detection range.
  • Page 79 Information about planning and application The blackboard light can be activated via a push-button connected to the 6494-500 Extension unit connection . Notice When determining the luminosities and setting of the device, pay attention to the different brightness distributions in the room. Depending on the reflection conditions in the room or at the workstation, a considerably lower brightness value is determined at the mounting site of the device.

  • Page 80: Open-Plan Office - Extension Of The Detection Range With Main Units - Extension Unit Communication

    Information about planning and application 4.2.5 Open-plan office – Extension of the detection range with main units - Extension unit communication Function The lighting with fluorescent tube in a larger office is to be controlled via a Busch-Presence detector. Three Busch-Presence detector are to be installed in parallel to detect the entire area. In addition, the user would like to switch the lighting on and off manually via a push-button.
  • Page 81 Information about planning and application The load is connected to the main unit. The main unit is responsible for monitoring the brightness and the switch-off delay. The extension units have the task of routing detected movement to the main unit. Notice When determining the luminosities and setting of the device, pay attention to the different brightness distributions in the room.
  • Page 82 Information about planning and application ® Switching example ABB flexTronics Fig. 34: Examples of switching: Open-plan office (main unit/extension unit) light control with extension unit input [1] 64811 U-500 Relay insert flex, 1 gang [2] 64753-xxx Busch-Presence detector flex, universal sensor...

  • Page 83: Open-Plan Office - Extension Of The Detection Range With Main Units - Extension Unit Dali

    Optionally, a slow switch-on and switch-off of the light can be activated via a dimming function. The prerequisite for this are dimmable DALI loads. The times are settable via the smartphone app "ABB Watchdog Remote control". Installation and settings Fig. 35:...
  • Page 84 Information about planning and application The load is connected to the main unit. The main unit is responsible for monitoring the brightness and the switch-off delay. The extension units have the task of routing detected movement and brightness values to the main unit. Notice When determining the luminosities and setting of the device, pay attention to the different brightness distributions in the room.

  • Page 85: Wc Facility With Dali Lamps

    The ventilator should start with a switch-on delay of 30 seconds and run for up to 10 minutes: Parameter settings are made via the smartphone app "ABB Watchdog Remote control". Switch there to HVAC mode. There into the "Switch-on delay/switch-off delay" function.
  • Page 86 The switch-on delay is based on the frequency of movement in the first few minutes. Parameter settings are made via the smartphone app "ABB Watchdog Remote control". Switch there to HVAC mode. There into the "Switch-on delay/switch-off delay" function.
  • Page 87 Information about planning and application Fig. 39: Examples of switching: DALI light control (main units/extension units) with extension unit input and fa control for WC facility [1] 6819/35-xxx-500 Universal BT, DALI [2] When using voltage enabling of DALI operating devices [3] 6819/39-xxx-500 Universal, DALI extension unit [4] 6819/39-xxx-500 Universal, DALI extension unit [5] DALI lamp...

  • Page 88: Daylight-Dependent Control (Constant Light Control)

    Information about planning and application 4.2.8 Daylight-dependent control (constant light control) Function The daylight-dependent control ensures increased comfort, e.g., in offices and conference rooms. The lighting is generally a mixture of daylight and artificial light. With this type of lighting control, the brightness is maintained at a constant level by dimming the share of artificial light.
  • Page 89 Information about planning and application Adaptation of the brightness set value via the app Fig. 41: Adaptation of the brightness set value for the daylight-dependent control By means of the app, it is possible to adjust the brightness limit value, which is kept at a constant level by the control.
  • Page 90 Information about planning and application Constant light switch in comparison to constant light control Depending on the version, the presence detectors offer various options to ensure that the brightness in the room is maintained at a more pleasant level. There is a difference between the functions of the constant light switch and the constant light control.

  • Page 91: Corridor

    [2] Brightness in the room [3] Parametrized brightness-value threshold [4] Artificial light The set value for room brightness can be set using a potentiometer on the device, the IR service remote control 6843 or via the ABB Watchdog Remote control app. 4.2.9 Corridor Function A corridor system should be controlled intelligently via a corridor Busch-Presence detector.
  • Page 92 Information about planning and application Centralised approaches are fundamentally more difficult to detect than movements crosswise to the detector. For this reason, we recommend that, depending on the situation, the detector or detectors be positioned somewhat closer to the direction from which the centralised approach starts.
  • Page 93 Information about planning and application Switching examples of Monoblock devices Fig. 47: Examples of switching: corridor light control with extension unit input [1] 6819/50-xxx-500 Corridor, Relais [2] Lamp [3] Extension unit push-button Fig. 48: Examples of switching: corridor (main unit/extension unit) light control with extension unit input [1] 6819/58-xxx-500 / Corridor, extension unit [2] 6819/50-xxx-500 Corridor, Relais [3] Lamp...
  • Page 94 Information about planning and application ® Examples of switching ABB flexTronics Fig. 49: Examples of switching: corridor light control with extension unit input [1] 64811 U-500 Relay insert flex, 1 gang [2] 64755-xxx Busch-Presence detector flex, corridor sensor [3] Lamp [4] Extension unit push-button Fig.

  • Page 95: Stairwell

    Fig. 51: Application example: stairwell with one main entrance Ceiling mounting with Monoblock devices for suspended ceilings or corresponding concrete ceiling preparation Surface mounting with ABB flexTronics ® devices in combination with surface-mounted housing 6883-... Depending on the structure of the stairwell, several Busch-Presence detector are required.
  • Page 96 Information about planning and application Switching examples of Monoblock devices Fig. 52: Examples of switching: corridor (main unit/extension unit) light control with extension unit input [1] 6819/38-xxx-500 / Universal, extension unit [2] 6819/38-xxx-500 / Universal, extension unit [3] 6819/31-xxx-500 Universal BT, Relais [4] Lamp [5] Extension unit push-button for manually switching the lighting ON/OFF System Manual 2CKA001473B9577...
  • Page 97 Information about planning and application ® Examples of switching ABB flexTronics Fig. 53: Examples of switching: stairwell (main unit/extension unit) light control with extension unit input [1] 64811 U-500 Relay insert flex, 1 gang [2] 64753-xxx Busch-Presence detector flex, universal sensor...

  • Page 98: Gymnasium

    Depending on the structure of the gymnasium, several Busch-Presence detector are required. The Busch-Presence detector have an almost circular detection range. The areas must overlap slightly to ensure that there are no gaps in the detection. Due to the height of the room, ABB flexTronics ® Sky sensors are required.
  • Page 99 Information about planning and application Examples of switching Fig. 55: Examples of switching: gymnasium (main unit/extension unit) [1] 64811 U-500 Relay insert flex, 1 gang [2] 64754-xxx Busch-Presence detector flex, Sky sensor [3] 64891 U-500 Sub-insert flex [4] 64754-xxx Busch-Presence detector flex, Sky sensor [5] Lamp System Manual 2CKA001473B9577 │99...

  • Page 100: Private House

    Information about planning and application 4.2.12 Private house Function In a private house, the lighting shall be controlled outside under a canopy via a Busch-Presence detector. In addition, the user would like to switch the lighting on and off manually via a push-button. Installation and settings Fig.
  • Page 101 Information about planning and application Examples of switching Fig. 57: Examples of switching: light control with extension unit input and moisture-protected device at a private house [1] Universal BT, e-contact with sealing ring [2] Lamp [3] Extension unit push-button System Manual 2CKA001473B9577 │101...

  • Page 102: Office Building With Basic Brightness Function

    Information about planning and application 4.2.13 Office building with basic brightness function Function The lighting in a larger office is to be controlled using a Busch-Presence detector. Three Busch- Presence detector is to be installed in parallel to detect the entire area. The office building is to receive an illuminated glass front.
  • Page 103 Information about planning and application The basic lighting can be activated using the "ABB Watchdog Remote control" smartphone app. The starting and ending times and brightness value of the basic lighting can also be set using the app. Notice When determining the luminosities and setting of the device, pay attention to the different brightness distributions in the room.

  • Page 104: Sources Of Interference

    Information about planning and application Sources of interference 4.3.1 Sources of interference Switching is normally activated by persons moving. However, there are also foreign heat sources that may cause unwanted activation. This should be taken into account during planning. Suspended light bands Suspended light bands that have an indirectly radiating part to the top can cause problems for ceiling presence detectors during the detection.
  • Page 105 Information about planning and application Foreign heat sources Fig. 61: Sources of interference: external heat sources Rapid temperature changes in the environment of the presence detector may likewise trigger unwanted activation, e.g.: Additional fan ■ Switching on/off of lamps in the direct vicinity (< 1.5 m) of the presence detector, in ■...
  • Page 106 Information about planning and application Heat sources without interference effect Fig. 62: Sources of interference: heat sources without interference effect If the temperature changes only slowly, this will not affect the switching behaviour of the presence detector, e.g. for: Radiators (distance > 0.5 m) ■...

  • Page 107: Remedy

    If such sources of interference cannot be excluded during planning, the use of devices with ® Bluetooth function are recommended. In the case of these devices, individual sensitivity sectors can be reduced or turned off using the "ABB Watchdog Remote control" smartphone app. System Manual 2CKA001473B9577 │107...

  • Page 108: Notes

    Notes Notes System Manual 2CKA001473B9577 │108...

  • Page 109: Index

    Index Index ® ABB flexTronics ....11, 14, 19, 30, 44, 50, 53 Gymnasium ..........99 Application example classroom with blackboard light ........76 DALI in a simple WC facility..........86 Information about planning and application ..4, 54 DALI in an open-plan office ..........84 daylight-dependent control ..........
  • Page 110 Busch-Jaeger Elektro GmbH A member of the ABB Group Freisenbergstraße 2 58513 Lüdenscheid https://new.abb.com/en info.bje@de.abb.com Central sales service: Tel.: +49 2351 956-1600 Fax: +49 2351 956-1700 Copyright © 2023 Busch-Jaeger Elektro GmbH All rights reserved...

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