LEUZE LabTest CML720i-T10-460-A-M12-EX

LEUZE Leuze transmitterLEUZE LabTest CML720i-T10-460-A-M12-EX
Product Description:CML720i-T10-460-A-M12-EX - Light Curtain Transmitter
Product Code:50126350

basic data
Series 720
Working principle: Unidirectional principle
Device type transmitter
Includes 2 BT-NC sliders
Applied object measurement
specially designed
Specially designed for cross beam scanning, parallel beam scanning, oblique beam scanning, Ex protection
optical data
Detection distance 0.3 .. 7 m
Measurement area length 460 mm
Number of beams: 46 beams
Beam distance 10 mm
Light source LED, infrared
measurement data
Minimum object diameter 20 mm
Electrical data
performance data
Supply voltage UB18... 30 V, DC
time sequence
Cycle time 1.84 ms
connection
Connection quantity: 1 beam
Plug outlet straight shape
Connect 1
Type connector
Function synchronization input, power supply, connected to receiver
Thread specification M12
Material Metal
Number of pins: 5 pins
Mechanical data
Dimensions (W x H x L) 30.7 mm x 40.3 mm x 493 mm
Shell material metal, aluminum
Lens cover material plastic
Operation and display
Display type LED
environmental data
Environmental temperature, operating at -30 degrees Celsius .. 60 °C
Ex-specification
Ex-Zone2, 22
Ex specification sheet
Ex Equipment Group II
certification
Protection level IP 65
Safety Level III
Application standard IEC 60947-5-2

Combination product
CML720i-T20-290.A-M12-EX
Order number: 50126403
Light curtain emitter 0.3 .. 7 m 290 mm 20 mm
CML720i-R20-290.A/CN-M12-EX
Order number: 50126372
Light curtain emitter 0.3 .. 7 m 290 mm 20 mm
Combination product
CML720i-T20-450.A-M12-EX
Order number: 50126404
Light curtain emitter 0.3 .. 7 m 450 mm 20 mm
CML720i-R20-450.A/CN-M12-EX
Order number: 50126373
Light curtain emitter 0.3 .. 7 m 450 mm 20 mm
Combination product
CML720i-T20-610.A-M12-EX
Order number: 50126405
Light curtain emitter 0.3 .. 7 m 610 mm 20 mm
CML720i-R20-610.A/CN-M12-EX
Order number: 50126374
Light curtain emitter 0.3 .. 7 m 610 mm 20 mm
Combination product
CML720i-T20-770.A-M12-EX
Order number: 50126406
Light curtain emitter 0.3 .. 7 m 770 mm 20 mm
CML720i-R20-770.A/CN-M12-EX
Order number: 50126375
Light curtain emitter 0.3 .. 7 m 770 mm 20 mm
Combination product
CML720i-T20-930.A-M12-EX
Order number: 50126407
Light curtain emitter 0.3 .. 7 m 930 mm 20 mm
CML720i-R20-930.A/CN-M12-EX
Order number: 50126376
Light curtain emitter 0.3 .. 7 m 930 mm 20 mm
Combination product
CML720i-T20-1090.A-M12-EX
Order number: 50126408
Light curtain emitter 0.3 .. 7 m 1,090 mm 20 mm
CML720i-R20-1090.A/CN-M12-EX
Order number: 50126377
Light curtain emitter 0.3 .. 7 m 1,090 mm 20 mm
Combination product
CML720i-T20-1250.A-M12-EX
Order number: 50126409
Light curtain emitter 0.3 .. 7 m 1,250 mm 20 mm
CML720i-R20-1250.A/CN-M12-EX
Order number: 50126378
Light curtain emitter 0.3 .. 7 m 1,250 mm 20 mm
Combination product
CML720i-T20-1410.A-M12-EX
Order number: 50126410
Light curtain emitter 0.3 .. 7 m 1,410 mm 20 mm
CML720i-R20-1410.A/CN-M12-EX
Order number: 50126379
Light curtain emitter 0.3 .. 7 m 1,410 mm 20 mm
Combination product
CML720i-T20-1570.A-M12-EX
Order number: 50126411
Light curtain emitter 0.3 .. 7 m 1,570 mm 20 mm
CML720i-R20-1570.A/CN-M12-EX
Order number: 50126380
Light curtain emitter 0.3 .. 7 m 1,570 mm 20 mm
Combination product
CML720i-T20-1730.A-M12-EX
Order number: 50126412
Light curtain emitter 0.3 .. 7 m 1,730 mm 20 mm
CML720i-R20-1730.A/CN-M12-EX
Order number: 50126381
Light curtain emitter 0.3 .. 7 m 1,730 mm 20 mm
Combination product
CML720i-T20-1890.A-M12-EX
Order number: 50126413
Light curtain emitter 0.3 .. 7 m 1,890 mm 20 mm
CML720i-R20-1890.A/CN-M12-EX
Order number: 50126382
Light curtain emitter 0.3 .. 7 m 1,890 mm 20 mm
Combination product
CML720i-T20-2050.A-M12-EX
Order number: 50126414
Light curtain emitter 0.3 .. 7 m 2,050 mm 20 mm
CML720i-R20-2050.A/CN-M12-EX
Order number: 50126383
Light curtain emitter 0.3 .. 7 m 2,050 mm 20 mm
Combination product
CML720i-T20-2210.A-M12-EX
Order number: 50126415
Light curtain emitter 0.3 .. 7 m 2,210 mm 20 mm
CML720i-R20-2210.A/CN-M12-EX
Order number: 50126384
Light curtain emitter 0.3 .. 7 m 2,210 mm 20 mm
Combination product
CML720i-T20-2370.A-M12-EX
Order number: 50126416
Light curtain emitter 0.3 .. 7 m 2,370 mm 20 mm
CML720i-R20-2370.A/CN-M12-EX
Order number: 50126385
Light curtain emitter 0.3 .. 7 m 2,370 mm 20 mm
Combination product
CML720i-T20-2530.A-M12-EX
Order number: 50126417
Light curtain emitter 0.3 .. 7 m 2,530 mm 20 mm
CML720i-R20-2530.A/CN-M12-EX
Order number: 50126386
Light curtain emitter 0.3 .. 7 m 2,530 mm 20 mm

Under the influence of external factors, all materials will exhibit corresponding and characteristic reactions. The materials that are most sensitive to external effects, namely those with functional characteristics, are used to make the sensitive components of sensors. From the perspective of the materials used, sensors can be classified into the following categories:
(1) Classified by the type of materials used
金属 聚合物 陶瓷 混合物
(2) According to the physical properties of materials, they can be classified as conductors, insulators, semiconductors, and magnetic materials
(3) Classified by the crystal structure of the material
Single crystal polycrystalline amorphous materials
The development of sensors closely related to the adoption of new materials can be summarized into the following three directions:
(1) Explore new phenomena, effects, and reactions in known materials, and then enable them to be practically used in sensor technology.
(2) Explore new materials and apply known phenomena, effects, and reactions to improve sensor technology.
(3) Exploring new phenomena, effects, and reactions based on the study of new materials, and implementing them in sensor technology.
The progress of modern sensor manufacturing depends on the development intensity of new materials and sensitive components used in sensor technology. The basic trend in sensor development is closely related to the application of semiconductors and dielectric materials. Table 1.2 presents some materials that can be used for sensor technology and can convert energy forms.
According to their manufacturing process, sensors can be classified into:
Integrated sensors - Thin film sensors - Thick film sensors - Ceramic sensors
Integrated sensors are manufactured using standard manufacturing techniques for silicon-based semiconductor integrated circuits. Usually, some circuits used for preliminary processing of the measured signal are also integrated on the same chip.
Thin film sensors are formed by depositing thin films of corresponding sensitive materials on a dielectric substrate (substrate). When using a hybrid process, some circuits can also be manufactured on this substrate.
Thick film sensors are made by coating a ceramic substrate with a slurry of corresponding materials, usually made of Al2O3, and then subjecting it to heat treatment to shape the thick film.
Ceramic sensors are produced by standard ceramic process or some variant process (sol gel, etc.).
After completing appropriate preparatory operations, the formed components are sintered at high temperatures. There are many common characteristics between thick film and ceramic sensors, and in some aspects, thick film technology can be considered a variation of ceramic technology.
Each process technology has its own advantages and disadvantages. Due to the low capital investment required for research, development, and production, as well as the high stability of the parameters of labor-intensive sensors, it is more reasonable to use ceramic and thick film sensors.

LEUZE Leuze transmitterLEUZE LabTest CML720i-T10-460-A-M12-EX
Product Description:CML720i-T10-460-A-M12-EX - Light Curtain Transmitter
Product Code:50126350