KTM-MB8A191P Contrast Sensors – SICK Sensor

$ 184.92

SKU N/A Category SICK KTM Core

Model

Clear

SICK sensor one of the world’s leading producers of sensors and sensor solutions for industrial applications. SICK is a technology and market leader in Factory and Logistics Automation as well as Process Automation. The sensor range are: Laser Sensors, Cylinder Sensors, Photoelectric Sensors, Fork Sensors, Encoders, Color Sensors, Distance Sensor, Contrast Sensor, Color Sensor, Inductive Proximity Sensors, Fiber Optic Sensor with our signature range sick sensor intelligence.

Part Number: 1066885
Contrast Sensor Model: KTM-MB8A191P
OEM Spec Ref

Features

Dimensions (W x H x D)	12 mm x 31.5 mm x 21 mm
Sensing distance	11 mm
Sensing distance tolerance	± 3 mm
Housing design (light emission)	Small
Light source	LED, white ¹⁾
Light emission	Long side of housing
Light spot size	Ø 1 mm (10 mm)
Light spot direction	Round, small
Receiving filters	None
Adjustment	Potentiometer

¹⁾ Average service life: 100,000 h at T_U = +25 °C.

Mechanics/electronics

Supply voltage	12 V DC … 24 V DC ¹⁾
Ripple	≤ 5 V_pp ²⁾
Current consumption	< 50 mA ³⁾
Switching frequency	10 kHz ⁴⁾
Response time	50 µs ⁵⁾
Jitter	25 µs
Switching output	PNP, NPN
Switching output (voltage)	PNP: HIGH = U_V ≤ 2 V / LOW approx. 0 V NPN: HIGH = approx. U_V/ LOW ≤ 2 V
Switching mode	Light/dark switching
Output current I_max.	50 mA ⁶⁾
Time delay	None
Connection type	Male connector M8, 4-pin
Protection class	III
Circuit protection	U_V connections, reverse polarity protected Output Q short-circuit protected Interference pulse suppression
Enclosure rating	IP67
Weight	20 g
Housing material	Plastic, 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 U_v tolerances.
³⁾ Without load.
⁴⁾ With light/dark ratio 1:1.
⁵⁾ Signal transit time with resistive load.
⁶⁾ Total current of all Outputs.