Conventional reflective photoelectric sensors have been used in the past because of problems such as "short detection distance", "false detection due to the influence of workpiece colour", and "large sensor body". The TOF detection principle has been adopted. By adopting the TOF detection principle, we have fundamentally changed the problem of photoelectric products being easily affected by targets.

Compared with conventional photoelectric switches that rely on light feedback to detect objects, the photoelectric sensor of the KJT-FG30 that uses TOF technology has the following advantages:

 

1: More accurate positioning

2: Reduced interference effects caused by object surface colour, curvature, environment, etc.

3: Up to 1000 Hz switching frequency.

4: Stable detection of transparent objects.

5: Unaffected by sunlight, can be used outdoors.

6: Achieve longer detection distance (diffuse reflection* up to 4 m!)! (This is the only laser photoelectric sensor on the market).

7: Convenient and easy-to-use operation mode, so that the ordinary model can still quickly set two switching points.

No.	Project title	Technical parameters	Remarks
1	Laser light source	Laser diode 650nm, ≤1mW. Comply with GB7247.1-2001, Class I laser human eye safety requirements
2	Laser	Class 1
3	Ranging frequency	1000Hz adjustable
4	Working distance	0.05m-2m
5	10% reflectivity	1m
6	Response time	1ms (adjustable)
7	Systematic Error	士10mm
8	Continuous Error	-3mm
9	Operating Voltage	9-36V
10	Interface	PNP/NPN/TTL serial port
11	Power Consumption	0.5W
12	Weight	<10g
13	Dimensions (LxWxH)	33mm x 20mm x 11mm
14	Protection class	IP65
15	Operating ambient temperature	-20°C to +75°C
16	Storage Ambient Temperature	-40℃-+100
17	Ambient light resistance	>50klux

NPN