Gavazzi PA Through Beam Sensors

Carlo Gavazzi offers a large range of photoelectric sensors which are used extensively on packaging machinery, automatic door systems, factory automation, and in car washes. Our sensors are available in diffuse reflective, background suppression, reto-reflective, polarized, through beam, clear object detection, and colour recognition.

We also offer a range of fiber-optic type sensors for applications where a conventional sensor cannot be used (space restrictions, temperature, atmosphere).

Carlo Gavazzi and Anderson-Bolds bring you a new simple Photo Electric sensor design.  The Carlo Gavazzi Radial design is new to the industry.  This is the Carlo Gavazzi PA series Photo Eye or Photo Electric Sensor / switch.

The Carlo Gavazzi PA18C.T... is part of a family of inexpensive general purpose through beam sensors in industrial standard 18 mm cylindrical ABS housing. The sensors are useful in applications where high- accuracy detection as well as small size is required.

The Compact housing and high power LED work well for an excellent performance-size ratio. The potentiometer used for adjustment of the sensitivity makes the sensors highly flexible. The output type is PNP or NPN and the output switching function is NC and NO.

Features

• Miniature sensor range

 • Range: 20m (Axial), 16 m (Radial)

 • Potentiometer sensitivity adjustment

 • Modulated, infrared light 850 nm

 • Supply voltage: 10 to 30 VDC

 • Output: 100 mA, PNP or NPN, N.C. & N.O.

 • Degree of protection IP67, IP69K

 • LED indication for output, stability and power ON

 • Protection: reverse polarity, short circuit and transients

 • Plug and cable versions

 • Excellent EMC performance

 • M18 Housing ( and industry standard )

• ECOLAB – CE – UL – cUL Approvals

Specifications

Environmental Installation category III (IEC 60664/60664A; 60947-1)

Environmental Pollution degree 3 (IEC 60664/60664A; 60947-1)

Environmental Degree of protection IP 67, IP 69K

Rated operating distance (Sn)

Axial type (A)   Up to 20 meters

Radial type (R) Up to 16 meters

Ambient temperature

Operating   -25° to +60°C (-13° to +140°F)

Storage      -40°to +70°C (-40°to +158°F)

Vibration  10 to 55 Hz, 0.5 mm/7.5 g (IEC 60068-2-6)

Rated insulation voltage  500 VAC (rms) IEC protection class III

Housing material

Body  ABS, grey

Front material   PMMA, red

Connection

Cable  PVC, grey, 2 m 4x0.25mm2,Ø=4.5mm

Plug   M12, 4-pin (CONM14NF-series)

Indication - Receiver

Output ON   LED, yellow

Signal stability and power ON  LED, green

Indication - Emitter

Power Supply ON   LED, Green

Signal stability and power ON  LED, Green

Light spot Diameter  Ø 164 mm @ 3.25 m

Light source  LED, 850 nm

Light type  Infrared, modulated

 Series PA thru beam sensors by Carlo Gavazzi as supplied by Anderson-Bolds

Ordering no. NPN Make & break switching - through beam switch receivers

PA 18 CAT 20 NASA       Axial Style with cable      ( PA18CAT20NASA )

PA 18 CAT 20 NAM1SA  Axial Style with Plug       ( PA18CAT20NAM1SA )

PA 18 CRT 16 NASA       Radial Style with cable   (  PA18CRT16NASA )

PA 18 CRT 16 NAM1SA  Radial Style with plus     ( PA18CRT16NAM1SA )

Ordering no. PNP Make & break switching - through beam switch receivers

PA 18 CAT 20 PASA        Axial Style with cable      ( PA18CAT20PASA )

PA 18 CAT 20 PAM1SA   Axial Style with plug        ( PA18CAT20PAM1SA )

PA 18 CRT 16 PASA      Radial Style with Cable   ( PA18CRT16PASA )

PA 18 CRT 16 PAM1SA   Radial Style with plug     ( PA18CRT16PAM1SA )

Emitters:

PA 18 CAT 20        Axial Style with cable  ( PA 18 CAT 20 )

PA 18 CAT 20M1   Axial Style with Plug       (  PA 18 CAT 20M1 )

PA 18 CRT 16        Radial Style with cable   (  PA 18 CRT 16 )

PA 18 CRT 16M1   Radial Style with plug     (  PA 18 CRT 16M1 )

Accessories

• Connector type CONG1A.. / CONM14NF.. series • Reflector type ER.. - to be purchased separately

Anderson-Bolds authorized Distributor for Carlo Gavazzi.

Located in Ohio with offices in Cincinnati, Cleveland and Columbus

216-360-9800 ~ 513-528-5680 ~ 614-885-3933

info@anderson-bolds.com

www.anderson-bolds.com