KTM-WN1A182V Contrast Sensors SICK | Sensorik Automation SB Contrast Sensors Registration Sensors SICK Johor Bahru (JB), Malaysia Supplier, Distributor, Dealer, Wholesaler

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KTM-WN1A182V Contrast Sensors SICK | Sensorik Automation SB

Quantity

KTM-WN1A182V Part no.: 1062148

Contrast sensors

KTM Prime

Communication interface: -
Adjustment: Teach-in button
Teach-in mode: 2-point teach-in static/dynamic + proximity to mark, ET: Teach-in dynamic
Light source: LED, RGB
Sensing distance: 11 mm
Switching output: NPN
Light spot size: 1.5 mm x 6.5 mm
Connection type Detail: Cable with M12 male connector, 4-pin

Features

Dimensions (W x H x D)	15.25 mm x 48.6 mm x 22.2 mm
Sensing distance	11 mm
Sensing distance tolerance	± 3 mm
Housing design (light emission)	Rectangular
Light source	LED, RGB 1)
Wave length	470 nm, 525 nm, 625 nm
Light emission	Long side of housing
Light spot size	1.5 mm x 6.5 mm
Light spot direction	Vertical 2)
Receiving filters	None
Adjustment	Teach-in button
Teach-in mode	2-point teach-in static/dynamic + proximity to mark ET: Teach-in dynamic

Mechanics/electronics

Supply voltage	12 V DC ... 24 V DC 1)
Ripple	≤ 5 Vpp 2)
Current consumption	< 50 mA 3)
Switching frequency	15 kHz 4)
Response time	35 µs 5)
Jitter	15 µs
Switching output	NPN
Switching output (voltage)	NPN: HIGH = approx. VS / LOW ≤ 2 V
Switching mode	Light/dark switching
Output current Imax.	50 mA 6)
Input, dynamic teach-in (ET)	NPN: Teach: U < 2 V NPN: Run: UV - 2 V or open
Retention time (ET)	28 ms, non-volatile memory
Time delay	None
Connection type	Cable with M12 male connector, 4-pin, 0.2 m
Protection class	III
Circuit protection	UV connections, reverse polarity protected Output Q short-circuit protected Interference pulse suppression
Enclosure rating	IP69K
Weight	40 g
Housing material	Metal, ABS
Optics material	Plastic, PMMA
Indication	LED indicator green: power on LED indicator, yellow: Status switching output Q

1) Limit values: DC 12 V (–10 %) ... DC 24 V (+20 %). Operation in short-circuit protected network max. 8 A.
2) May not exceed or fall below Uv tolerances.
3) Without load.
4) With light/dark ratio 1:1.
5) Signal transit time with resistive load.
6) Total current of all Outputs.