Buy Idec SA1U-P07M REFLEX PHOTO-SENSOR Polared

A rectangular sensor with a black and grey housing colour, positioned next to a white reflective plate, both displayed side by side.

Electronic component set consisting of a sensor, mounting bracket, screws and reflector. Used for detection and positioning.

1/2

Product type

Retroreflective light barrier

Functions

Polarisation filter

Max. operating voltage

240 V DC

240 V AC

Connector

Screw terminals

Type

SA1U-P07M

Datasheet (PDF)

Fast track dispatch on Mon, 21 Sep

24 Piece(s)

Sales and shipping:

Conrad Electronic Terms & Conditions

Number

Piece(s)

Total (€ 88.23 / piece)

€ 142.86

-38 %

€ 88.23

plus VAT.

14 days return policy included

Report legal concerns

Technical specifications

Weight 130 g

Product type: Retroreflective light barrier

Type: SA1U-P07M

Functions: Polarisation filter

Min. operating voltage: 12 V DC
24 V AC

Max. operating voltage: 240 V DC
240 V AC

Operating voltage: 12, 24 - 240, 240 V DC, V AC

Contact type: 1 change-over

Connector: Screw terminals

: 7 m

: IP67

Min. temperature: -25 °C

Max. temperature: +60 °C

Width: 25 mm

Height: 67.5 mm

Depth: 85 mm

Dim: (W x H x D) 25 x 67.5 x 85 mm

Content: 1 pc(s)

Type: REFLEX PHOTO-SENSOR polared

Range (min.) (open area): 0.2 m

Output: (Changer-Relay 250 V/AC/30 V/DC, ohmic/resistive load) 3 A

Type: SA1U-P07M

Range: 2 - 7 A m

Operating temperature: -25 - +60 °C

Operating voltage: 24 - 240 V/AC, 12 - 240 A V DC

Documents & Downloads

Datasheet

Datasheet 182207 Idec SA1U-P07M REFLEX PHOTO-SENSOR Polared

User & Safety Instructions

User & Safety Instructions 182207 Idec SA1U-P07M REFLEX PHOTO-SENSOR Polared

Information

Information 182207 Idec SA1U-P07M REFLEX PHOTO-SENSOR Polared

Description

The retro-reflective sensor uses a reflector, and can detect objects with reflective surfaces. Due to the integrated suppressor two devices can be installed directly next to each other With sensitivity adjustment. Two LEDs (yellow and green) indicate the output state and stability of detection.