DATA SHEET Proximity Switch 12/24V (MOTION SENSOR) product number 00234

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Jaroslav Tobiška
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1 1/1 DATA SHEET Proximity Switch 12/24V (MOTION SENSOR) product number Product characteristic Proximity Switch (motion sensor) is designed to be used in KLUS LED Linear fixtures. It is dedicated for switching LED lights on and off without the need of touching any switch. It is dedicated for applications that require very high hygiene standards such as: laboratories, hospital operating rooms. The switch guaranties safety while turning the light on in the bathroom with wet hands or any other applications where you may not physically want to touch the switch. * We do not advise to install motion sensor (proximity switch) above the stove top. Hot air can trigger the sensor. * We also do not advise to install motion sensor near curtains. Draft of air can move the curtain and as a result trigger the sensor. Technical specification Function switch on/off Voltage 12-24V Maximum Current 4A, 48W/12V; 98W/24V Standby Power Consumption 0.02W/12V; 0.04W/24V Dimensions 43 x 11 (10.8) x 3 (with adhesive tape) Detection distance depending on the cover type and skin complexion 3-8 cm Operational temperature range -20 C C Ready to work 3 seconds after power on Product complies with RoHS directive Piaseczno Kamionka / Świerkowa 6 / NIP: PL / POLAND / Customer Service: maria@klus.com.pl / (Ph./fax.)

It is dedicated for applications that require very high hygiene standards such as: laboratories, hospital operating rooms.

2 KLUŠ VSTUP 12/24V DC VÝSTUP LED PÁSEK PRODUKTOVÁ KARTA BEZDOTYKOVÝ VYPÍNA Bezdotykový vypína 12/24V katalogové íslo Charakteri tika produktu: Bezdotykový vypína (senzor pohybu) slou í k bezdotykovému zapínání a vypínání osv tlení ve svítidlech a profilech Firmy Klu. Vyu ití najde v prostorech, kde je vy adován nejvyšší stupe hygieny, jako opera ní sály, laborato e, ale také kuchyn. Vypína garantuje naprosté bezpe í p i zapínaní osv tlení mokrýma rukama, nap íklad v koupeln. Bezdotykový vypína nabízí vysoký u ivatelský komfort v kuchyních. Umo uje rychlé a bezpe né zapnutí osv tlení v pr b hu práce, asto zne išt nýma rukama. Nedoporu ujeme instalovat bezdotykový vypína p ímo nad kuchy ský sporák, proto e teplý vzduch má jiný sou initel lomu sv tla. To m e mít za následek necht né spínání vypína e v systému on/off. P i instalaci rovn po ítejte s mo ností ovlivn ní funkce senzoru blízkými záclonami nebo záv sy. Ty se m ou nekontrolovan p iblí it do snímaného prostoru bezdotykového vypína e a ovliv ovat jeho innost. Technická pecifikace: Funkce Pracovní nap tí Maximální proud Odb r výkonu v re imu STANDBY Rozm ry Vzdálenost detekce pohybu v závislosti od difuzoru Pracovní teplota Vypína je p ipraven vypína on/off 12 24V 4A, 48W/12V; 98W/24V 0.02W/12V; 0.04W/24V 43 x 11 (10.8) x 3 (s lepicí páskou) 3 8cm -20 C C 3s po zapnutí napájení Produkt je v souladu s normou RoHS KLUŚ DESIGN Jablunkovská 14a Český Tešín info@klusdesign.cz tel:

Vypína garantuje naprosté bezpe í p i zapínaní osv tlení mokrýma rukama, nap íklad v koupeln. Bezdotykový vypína nabízí vysoký u ivatelský komfort v kuchyních.

3 SOLDERING INSTRUCITONS Soldering power cable to Micro Switch 12/24V and Proximity Switch 12/24V. Wire Preparation. 1. In order to solder wire to the Micro/ Proximity Switch board, remove the wire insulation from the Red/Black Zip Cord. 2. Use wire stripper to precisely remove 3-4mm of insulation from the two cables simultaneously (Fig. 1, 2) (Fig. 1) (Fig. 2) 3. You can also pull the two cables apart and remove the insulation from each of them individually. 4. If the copper strand pulls apart during the insulation removal, spin them back together and coat with tin. Tinning the insulated cable: 5. Apply soldering flux on the insulated cable 6. Heat the insulated cable with the tip of soldering iron for a few seconds 7. Continue heating while applying solder 8. Move the tip of the iron along the insulated cable so that it is covered in solder (Fig. 3, 4) (Fig. 3) (Fig. 4) 9. Remove access amount of molted solder 10. The insulated cables should have a metallic sheen finish. Lack of sheen indicates that the tin was overheated. To fix, add the solder and remove the excessive amount. 11. Make sure the insulated cables are totally covered with tin. (Fig. 5, 6) 12. The length of tinned cables should be 3-4mm (Fig. 7)

You can also pull the two cables apart and remove the insulation from each of them individually. 4.

4 (Fig. 5) (Fig. 6) (Fig. 7) Soldering power cable to the switch board: 13. On the PCB board locate + positive and - negative soldering spots 14. Apply a small amount of soldering flux on the joints 15. Heat the joints + and - with the tip of the iron for a few seconds while applying a short length of solder to the joint. (Fig. 8,9) It is important to apply an appropriate amount of solder. Too much solder may cause short circuits with adjacent joints. Too little may not fully form a working connection joint. Sufficient amount of solder should create a small convex layer. (Fig. 8) (Fig. 9) 16. Place the soldered tips of Red/Black Zip Cord on the + and - joints accordingly (red above the + and black above the - ). (Fig. 10, 11)

8,9) It is important to apply an appropriate amount of solder. Too much solder may cause short circuits with adjacent joints. Too little may not fully form a working connection joint.

5 (Fig.10) (Fig.11) 17. Press the tip of the iron against the soldered cords. The heat melts the tin applied on the joints soldering the cables to the switch board. Remove the iron and allow the joints to cool. (Fig. 12, 13 and 14) (Fig.12) (Fig. 13) (Fig. 14) It is important not to move the cable during the cooling time. Misplacing the cable may sufficiently weaken the soldering process causing the cable to disattach from the switch board. During a long soldering process the tin on the joints may become matte and hard to solder. To fix, apply a small amount of soldering flux. NOTES: - Do NOT APPLY too much solder. It may cause short circuits with adjacent joints. - Wires NEED TO be soldered to the designated soldering spots. - Wires CANNOT be covered with an excessive amount of tin or touch nearby electrical elements and other soldering spots.

Misplacing the cable may sufficiently weaken the soldering process causing the cable to disattach from the switch board.

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