Contact Us Mon-Fri 7am to 6pm, Sat 8:30am to 12pm
ex. VAT inc. VAT Register Sign In
RLK29SET/128116
RLK29SET/128116

POL.RETRO.12M.24-240V AC/DC -SET

My Part Number:

Part Number: RLK29SET/128116

Manufacturer Code: 128116 / RLK29-55/59/116-SET

Multiples of: 1 | Minimum Order: 1

View Technical Documents
CE
In Stock - available to order online

Retroreflective sensor RLK29-55/59/116-Set

Robust, compact photoelectric sensor for single-beam gate protection
Not sensitive to ambient light, even with energy saving lamps
Tamper-proof, no operating controls
Version for universal voltages
Relay output
Version with accessories in scope of delivery

Connection: terminal compartment
Degree of protection: IP67

There are currently no videos available for this product
Brand
PEPPERL & FUCHS
Electrical Connection
M20 Cable Gland
IP Rating
IP67
Body Material
PBT
Minimum Operating Temperature
-25 °C
Maximum Operating Temperature
55 °C
Approvals
CE
Supply Voltage
12 V DC, 230 V AC, 24 V AC, 24 V DC , 60 V DC, 110 V AC, 48 V AC, 48 V DC, 60 V AC, 110 V DC, 230 V DC
Sensing Distance
12 m
Output Type
SP N/O
Switch Function
Dark On, Light On
Detection Method
Polarised

£115.52

per 1 (ex. VAT)

£138.62

per 1 (inc. VAT)
Quantity:

Retroreflective sensor RLK29-55/59/116-Set

Robust, compact photoelectric sensor for single-beam gate protection
Not sensitive to ambient light, even with energy saving lamps
Tamper-proof, no operating controls
Version for universal voltages
Relay output
Version with accessories in scope of delivery

Connection: terminal compartment
Degree of protection: IP67

There are currently no videos available for this product
Brand
PEPPERL & FUCHS
Electrical Connection
M20 Cable Gland
IP Rating
IP67
Body Material
PBT
Minimum Operating Temperature
-25 °C
Maximum Operating Temperature
55 °C
Approvals
CE
Supply Voltage
12 V DC, 230 V AC, 24 V AC, 24 V DC , 60 V DC, 110 V AC, 48 V AC, 48 V DC, 60 V AC, 110 V DC, 230 V DC
Sensing Distance
12 m
Output Type
SP N/O
Switch Function
Dark On, Light On
Detection Method
Polarised