Pepperl + Fuchs

Pepperl and Fuchs – R100 Series IO-Link Photoelectric Sensors

Pepperl + Fuchs R100 series photoelectric sensors combine state-of-the-art design with economy, simplicity, and innovative technologies. The R100 series includes the complete family of photoelectric sensing modes in a single housing design.

Short Body, Extended Sensing Range

Features and benefits

Nickel plated brass housing with PBT face. LED indication

Embeddable

IP67

Operating temperature range -25 → +70°C

EN60947-5-2

Short circuit and reverse polarity protection

Pepperl + Fuchs.

Standard Sensing Range

A range of Pepperl + Fuchs inductive sensors available in different sensing and temperature ranges to suit a variety of industrial applications. Features and benefits

Nickel plated brass housing with PBT face

LED indication

Embeddable, flush or non-flush installation available

IP67

Supply voltage 10 to 30Vdc

Short circuit and reverse polarity protection

Pre-wired types have 2m PVC cable

Plug-in types have M12 type connector

Cable Length.

Pepperl+Fuchs Inductive Sensors

Inductive sensors are available with different sensing and temperature ranges to suit a variety of industrial applications. Block style
Flush or embeddable installation
LED indication.

GLV18 Series

Pepperl and Fuchs GLV18 series diffuse photoelectric sensors. Fixed output
Light/dark on wiring dependent
PNP or NPN outputs available
Operating voltage 10 → 30Vdc
Temperature range -25 → +60°C
IP67.

M30 Single Switch & Programmer

Switch

Nickel plated brass body
5 different output functions can be set
Synchronisation and deactivation features
Insensitive to compressed air
Compatible lead type is M12 5-pin Plug-In
For mounting brackets see stock no. 280-6866

Programmer

Removes the need for linking cables etc programming is performed using two buttons only.

’Varikont’ High Current and Magnetic Interference Immune Switches

DIN limit switch style housing
Sensor head multi-positional relative to base
Connections via terminal compartment
4 LEDs indicator for 360° visibility
15 mm embeddable

Block and Limit Switch Style

All dc switches in this range have reverse polarity and short circuit protection. Embeddable versions can be flush mounted in metal.

M12 Single Switch

Nickel plated brass body
5 different output functions can be set
Switching current of 100mA and no load current of 30mA
For mounting brackets see stock no. 280-6844

UB and UC Series Barrel Style Switched Output

IP65 protected
-25 to +70°C Operating temperature
Teach-In input
Temperature compensation
Short circuit/Overload protected
LED indicators
Supply voltage 10-30Vdc
N/O and N/C configurable output.

Varikont DC Switch

New Varikont series of inductive proximity sensors with enhanced performance and environmental protection, yet in a dimensionally identical package. Features and benefits

4 LEDs indicator for 360° all-round visibility

Tough PA & metal housing

M20 glandable cable entry

IP69K sealing

Block and Limit Switch Style

All dc switches in this range have reverse polarity and short circuit protection.

Three Wire DC, Flush Mountable Inductive Proximity Sensors with Extended Sensing Distance

This range of inductive proximity sensors from Pepperl + Fuchs are for use where a non-contact solution is needed to detect the presence of metal objects. These sensors are designed into a nickel plated brass housing with a PBT sensing face to ensure a level of robustness whilst offering a lower cost alternative to a stainless steel sensor.

The Pepperl + Fuchs Inductive sensor with a 2 mm flush mounting design. Suitable for safety applications with compliance up to SIL 2 according to IEC 61508 standards.

RLK31 Retro Reflective Block Style AC/DC Photoelectric Sensors

The RLK31 range of retro-reflective photoelectric sensors from Pepperl + Fuchs offers a compact sensor suitable for factory automation applications within industrial environments. Retro- reflective sensors work through emitting a beam of light which is then mirrored from a partnered reflector, the reflected light is then detected by the receiver unit.