IR Micro Office DALI2 - Motion detector STEINEL - Free user manual and instructions

USER MANUAL IR Micro Office DALI2 STEINEL

2. General safety precautions 44

10. Manufacturer’s warranty 80

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Hazard warning! Warning of hazards from electricity! Warning of hazards from water!

2. General safety precautions

Failure to observe these operating instructions presents hazards! These instructions contain important information on the safe use of this product. Particular attention is drawn to potential hazards. Failure to observe this information may lead to death or serious injuries.

• Read instructions carefully.

• Follow safety advice.

• Keep instructions within easy reach. – Working with electrical current may produce hazardous situations. Touching live parts can result in electrical shock, burns or death. – Work on mains voltage must only be performed by qualied, skilled personnel. – National wiring regulations and electrical operating conditions must be observed (e.g. DE: VDE0100, AT:ÖVE-ÖNORM E8001-1, CH:SEV1000). – Only use genuine replacement parts. – Repairs must only be carried out by companies qualied to do so.– 45 – Index

3. System description

Proper use – Sensor for indoor ceiling mounting. Operating principle – The integrated infrared sensor detects the heat radiated from moving objects (e.g. people, animals). The heat detected in this way is converted electronically into a signal that switches the LED oodlight ON automatically. – The most reliable way of detecting motion is to install the unit with the sensor aimed across the direction in which a person would walk. – Motion detection reach is restricted when the unit is approached head on. – Obstacles (such as trees, walls or panes of glass) may restrict or prevent the detection of movement. – Sudden uctuations in temperature as a result of changes in weather are not distinguished from sources of heat. Certication: This product is certied according to IEC 62386-103 as asingle-master application controller. Its DALI 2 certica- tion therefore only covers applications in which only DALI electronic ballasts (control gear) are connected to the DALI bus. IR Micro Oce DALI-2 APC AP: Surface-mounted variant IR Micro Oce DALI-2 APC UP: Concealed variant IR Micro Oce DALI-2 APC DE: Variant for ceiling instal- lation– 46 – Index Scopeofdelivery–IRMicroOceDALI-2APCAP

4. Electrical connection

The power supply line consists of a multi-core cable: L = Phase conductor (usually black, brown or grey) N = Neutral conductor (usually blue) S = Button DA+ = Connection to the DALI bus DA- = Connection to the DALI bus A = DALI lamp B = Sensor (application controller) C = Button The oodlight can also be connected to the power supply downstream of a mains switch if it is ensured that the mains switch is left ON all the time.– 55 – Index The following applies to the wiring of the sensor: According to VDE 0100 520 Section 6, a multi-core cable containing both the mains voltage lines and the control lines (e.g. NYM 5 × 1.5) can be used for wiring between the DALI electronic ballast (control gear) and the DALI application controller. The maximum cable length between the DALI application controller and the DALI electronic ballast (control gear) should not exceed 300 m (at 1.5 mm²). After installation and switching on, the LED of the sensor lights up for 10seconds.– 56 – Index

Hazard from electrical power. Touching live parts can result in electrical shock, burns or death.

• Switch OFF power and interrupt power supply.

• Using a voltage tester, check to make sure that the power supply is disconnected.

• Make sure power supply remains interrupted. Risk of damage to property! Mixing up connection leads may produce a short circuit.

• Identify connection leads.

• Connect the leads correctly. Preparing for installation

• Check all components for damage. Do not use the oodlight if it is damaged.

• Select an appropriate site to install the product. – Take reach into consideration. – Take reach and motion detection into consideration. – Vibration-free. – No obstacles in detection zone. – Not in explosive atmospheres. – Not on normally ammable surfaces. – At least 50cm away from other sensors. – Cable length between sensor and button < 50m.– 57 – Index Range

• Ensure that the power supply is switched o.

• Pull the cable through the opening.

• Screw on the ceiling bracket.

• Connect the power cable and DALI bus according to the circuit diagram. ➔ “4. Electrical connection”– 60 – Index

• Break out the ashes from of the frame as needed. Pay attention to the orientation lug of the sensor module!– 61 – Index

• Fit the frame in the correct orientation. Note the notches.

• Switch ON power supply.

• Ensure that the power supply is switched o.

• Connect the power cable and DALI bus according to the circuit diagram. ➔ “4. Electrical connection”

• Switch ON power supply.

• Ensure that the power supply is switched o.

• Drill a 68mm hole in the subceiling.

• Open the housing.– 66 – Index

• Remove the side panel.

• Large cable diameter (left). Attach the strain relief clamp as shown on the left.

• Small cable diameter (right): Attach the strain relief clamp as shown on the right.– 67 – Index

• Connect the power cable and DALI bus according to the circuit diagram.

• Attach the strain reliefs. ➔ “4. Electrical connection”

• Click in the side parts.

• Press the springs together upwards and insert the sensor module into the subceiling.

• Switch ON power supply.

Factory settings (before initial operation via Steinel Connect app) – Fully automatic/semi-automatic: Fully automatic – Main light time setting: 5min – Basic light: O – Reference brightness value: Internal – Constant light control: Activated – Constant light control threshold: 500lx The factory settings are activated: – When the presence detector is operated for the rst time. – When the presence detector is reset by the app.– 71 – Index SteinelConnectapp To congure the sensor with a smartphone or tablet, it is necessary to download the STEINEL Connect app from your AppStore. A Bluetooth-enabled smartphone or tablet is required. Android iOS Bluetoothnetworking(Bluetoothmesh) The sensor conforms to the Bluetooth mesh standard. It can be networked with all products that comply with the Bluetooth mesh standard. The sensor is congured via the Steinel Connect app. The corresponding network keys are stored on the smartphone or tablet when the sensor and Steinel Connect app are connected for the rst time. The network keys prevent unauthorised access to the sensor. The network key must be shared for access via another smartphone or tablet. LED function Initialisation: LED lights up for 10 seconds. Identication: LED ashes every second. Normal operation: LED o. Test operation – motion: LED lights up. Test operation – no motion: LED o.– 72 – Index Bluetooth grouping It is possible to operate the device as a single sensor or to connect several sensors to form groups. All sensors assigned to a group act according to the group parameters set in the Steinel Connect app. A sensor for the brightness measurement must be selected in each group. All group participants accept the brightness value transmitted by this sensor. Neighbour function The neighbouring groups are assigned to the active sensor group using the neighbour function. The group reacts to switch-on signals from the assigned neighbouring group and switches according to the settings. Fully automatic The lighting switches ON and OFF automatically depend- ing on brightness and presence. The lighting can be switched on manually at any time. The automatic switching mechanism is temporarily inter- rupted. Semi-automatic The lighting only switches o automatically. Switch-on takes place manually, light must be requested with a button and remains switched on for the set stay-ON time. Twilight setting The response threshold (twilight) can be innitely varied from approx. 2 to 1,000lux. – = daylight mode (depending on ambient light level) – = night-time operation (approx. 2lux)– 73 – Index Daytime operation Daytime operation is started by setting the twilight setting to the maximum. In daytime operation, the sensor switches the lighting on regardless of the ambient bright- ness if motion is detected. Teach With the help of the teach function, the twilight setting or the setpoint for constant light control can be set automat- ically based on the measured light conditions. When con- stant light control is deactivated, the twilight setting is set to the currently measured value for the ambient brightness. The light is automatically switched o during the process. If constant light control is active and the light is switched on, the setpoint for the control is set to the measured light value instead. The light should be dimmed manually in advance so that the target value is reached as precisely as possible. There is also the option of carrying out the teach procedure at a specied time. Constantlightcontrol If this function is activated, the lighting is regulated to aconstant brightness setpoint. The brightness setpoint corresponds either to the response threshold set for the automatic brightness control or to the light value set via theteach function.– 74 – Index Main light The settings in the main light dene the behaviour for switching on the lighting when someone is present. When constant light control is deactivated, the required light output is set via the dimming level. When constant light control is activated, the lighting is con- trolled to the set brightness value. The minimum light output that the controller must not fall below is then set via the dimming level. If 0% is selected, the controller can switch o the lighting completely if there is enough daylight. If the brightness falls below the target value again, the controller automatically switches the lighting back on. The desired lighting duration of the main light can be set via the stay-ON time. Any motion detected before this time has elapsed restarts the stay-ON time. The fade time can be used to set the dimming curve when switching on and o. Basic light The settings in the basic light dene the behaviour after the main light has been left after the stay-ON time has elapsed, if there is no one present. It is switched back to the main light state if motion is detected during the basic light state. The basic light can be deactivated or congured with the brightness-based or time-based functions. With the basic light deactivated, the lighting is switched o immediately after the stay-ON time of the main light has elapsed. The basic light state is not executed.– 75 – Index Brightness-based function: If the brightness-based function is activated, the basic light state is no longer left when there is no one present. The desired light output for the basic light is set with the dimming level. If the amount of daylight exceeds the response threshold, the basic light is switched o. If the amount of daylight falls below the response thresh- old, the basic light is automatically switched on again. Time-based function: If the time-based function is activated, the basic light stay-ON time setting can be used to set how long the basic light should be active. After the stay-ON time has elapsed, the basic light state is left and the lighting is switched o. The desired light output for the basic light is set with the dimming level. Fixedconstantlightcontrol/dynamicconstantlight control With xed constant light control, the sensor does not save a manual override of constant light control by a button. With dynamic constant light control, on the other hand, the new brightness is set as the new control threshold. In the case of manual override without constant light control activated in dynamic constant light control mode, the current light level is set as the new value for “Main light dimming”. Button input Buttons can be integrated and congured via the STEINEL Connect app. In order to be able to congure a button via input S, the product to which the button is connected must be assigned to a group.– 76 – Index In addition to input S, further buttons from the Bluetooth mesh network can be assigned to the sensor. A function for a short and a long press of the button can be dened for each button. The following functions can be selected by means of a short button press: – A button with the “On/O” function can switch the lighting on and o manually. – Manual switching o is not possible with the “On” func- tion. The stay-ON time is restarted each time a button is pressed. – With the “O” function, the lighting can only be switched o manually. – There are also the “On x min” and “O x min” functions, with which the lighting can be switched on or o for adened period of time. The following functions can be selected by means of along button press: – A button with the “Dim up/Dim down” function can dim the lighting up and down manually. – The “Dim up” function can only be used to dim the lighting up. – The “Dim down” function can only be used to dim the lighting down. A button is required to operate the sensor in semi-auto- matic mode. In addition, calling up a preset scene can be assigned as afunction to the button. Presentation mode If the light is switched o via a button, the sensor activates the presentation mode. – The load remains switched o as long as motion is detected. – As soon as no more motion is detected and the stay-ON time has elapsed, the sensor switches back tonormal sensor operation.– 77 – Index Restriction of detection area To prevent unintentional detection, the detection area can be limited with the shroud. With both shrouds attached, the detection range for motion is reduced to 3 ×6m and the detection range for presence to 2 ×4m.

• Mount the shroud on the sensor. Thread the hooks in at the front and then press down towards the back.– 78 – Index

7. Cleaningandmaintenance

The tool requires no maintenance. Hazard from electrical power. Contact between water and live parts can result in electrical shock, burns or death.

• Only clean tool in a dry state. Risk of damage to property! Using the wrong cleaning product can damage the light.

• Clean tool with a moist cloth without detergent.– 79 – Index

Electrical and electronic equipment, batteries, accessories and packaging must be recycled in an environmentally compatible manner. Do not dispose of batteries or electrical and electronic equipment as domestic waste. EUcountriesonly: Under the current European Directive on Waste Electrical and Electronic Equipment and its implementation in national law, batteries and electrical and electronic equipment no longer suitable for use must be collected separately and recycled in an environmentally compatible manner.

STEINEL Vertrieb GmbH hereby declares that the radio equipment IR Micro Oce DALI-2 Application Controller complies with Directive 2014/53/EU. The full text of the EU declaration of conformity is available at the following internet address: www.steinel.de– 80 –Index

10. Manufacturer’s warranty

As purchaser, you are entitled to your statutory rights against the vendor. If these rights exist in your country, they are neither curtailed nor restricted by our Warranty Declara-tion. We guarantee that your STEINEL Professional sensor product will remain in perfect condition and proper working order for a period of 5years. We guarantee that this product is free from material-, manufacturing- and design aws. In addition, we guarantee that all electronic components and cables function in the proper manner and that all materials used and their surfaces are without defects.MakingClaimsIf you wish to make a claim, please send your product complete and carriage paid with the original receipt of purchase, which must show the date of purchase and product designation, either to your retailer or contact us at STEINEL(UK)Limited,25ManastyRoad,AxisPark,OrtonSouthgate,Peterborough,PE26UP, for a returns number. For this reason, we recommend that you keep your receipt of purchase in a safe place until the warranty period expires. STEINEL shall assume no liability for the costs or risks involved in returning a product. For information on making claims under the terms of the warranty, please go to www.steinel-professional.de/garantieIf you have a warranty claim or would like to ask any question regarding your product, you are welcome to call us at any time on our Service Hotline [phone]. MANUFACTURER'S

0.4 W without electronic ballast

DALI interface: 2-pin control line, single master Application controller/broadcast. Guaranteed supply current 40mA according to IEC 62386-101, equivalent to 20 DALI electronic ballasts. Maximum supply current: 250 mA Sensors: Passive infrared (IR) Range: 4 × 4m presence, radial, 6 × 6m tangential Detection angle: 360° Optimum mounting height: 2.8m Twilight setting: 2 – 1,000 lux, ∞/daylight Main light time setting: 5s – 60min Protection class: IP20 Temperature range: 0°C to +40°C Frequency, Bluetooth: 2.4–2.48 GHz Transmission power, Bluetooth: Max. 10dBm/10mW– 82 – Index

Unitwithoutpower. – Fuse not switched ON or faulty.

• Change faulty fuse. – Break in wiring.

• Check wiring with voltage tester. – Short circuit in mains power supply lead.

• Reset twilight setting. – Mains switch OFF.

• Turn on mains switch. – Fuse not switched ON or faulty.

• Change faulty fuse. – Rapid movements being suppressed to minimise malfunctioning, or detection zone too small or incorrectly dened.

• Check and adjust detection zone. UnitdoesnotswitchOFF. – Continued movement within the detection zone.

• Check detection zone.

• If necessary, limit or change detection zone. UnitswitchesONwhenitshouldnot. – Floodlight not mounted for detecting movement reliably.

• Securely mount oodlight. – Motion was present but was not detected by the observer (draught, heater nearby).

• Check detection zone.

85mm 50mm 37mm– 973 –

85mm 54mm 69mm 65mm– 974 –