Name: Pepperl+Fuchs Proximity sensor Ultrasound 80 x 80 mm PNP UB4000-F42-E5-V15
Brand: Pepperl+Fuchs
SKU: 156186
Availability: SoldOut

A rectangular, turquoise-coloured electrical device with a white round surface on top, labelled 'MODE', 'TEACH IN', 'A1', 'A2' on the side.

Product type

Proximity sensor

Max. operating voltage

30 V DC

Outputs

PNP

Switching distance (max.)

4000 mm

Model

Ultrasound

Datasheet (PDF)

EAN:

Part number:

Item no:

Unavailable

Sales and shipping:

Conrad ElectronicTerms & Conditions

Total (€ 240.00 / piece)

€ 240.00

incl. VAT

14-day return policy included

Report legal concerns

Highlights & Details

Pepperl+Fuchs Proximity sensor Ultrasound 80 x 80 mm PNP UB4000-F42-E5-V15

Extremely long switching distances
Not affected by unfavourable environmental conditions

Technical specifications

Very small blind zone
Teach-in input
Temperature compensation
Synchronisation options

Product type: Proximity sensor

Type: UB4000-F42-E5-V15

Min. operating voltage: 10 V DC

Max. operating voltage: 30 V DC

Operating voltage: 10 - 30 V DC

Outputs: PNP

Switching distance (max.): 4000 mm

Model: Ultrasound

Features: LED indicator

Connector: M12 (5-pin)

Size: 80 x 80 mm

Contact type: 1 maker
1 breaker

: IP54

Width: 80 mm

Height: 80 mm

Dim: (W x H x D) 80 x 80 x 34 mm

Depth: 34 mm

Output: PNP switch output

Type: UB4000-F42-E5-V15

Connection: M12, 5-pin

Operating voltage: 10 - 30 V DC

Documents & Downloads

Datasheet

Datasheet 156186 Pepperl+Fuchs Proximity sensor Ultrasound 80 x 80 mm PNP UB4000-F42-E5-V15

User & Safety Instructions

User & Safety Instructions 156186 Pepperl+Fuchs Proximity sensor Ultrasound 80 x 80 mm PNP UB4000-F42-E5-V15

Description

In all areas of industry in which sensors are affected by harsh environmental influences such as dust, dirt, smoke or steam, ultrasonic sensors are the ideal solution for contactless position and distance measurement. They can be installed in the smallest spaces and configured by "Teach-In". Objects in a wide range of materials (including transparent) can be detected with millimetre precision, regardless of their shape and colour.