Allen Bradley 800F Series Light Block, 24V ac/dc, White Light

RS Stock No.: 134-8235Brand: Allen BradleyManufacturers Part No.: 800F-MN3W
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Technical Document

Specifications

Block Type

Light Block

Voltage Rating

24V ac/dc

Illumination Colour

White

Series

800F

Illumination Type

LED

LED Included

Yes

Terminal Type

Screw

Country of Origin

China

Product details

LED Modules

Superior brightness
Extremely visible LED
Leakage current resistant
100000 hours of continuous operation
Can be used on any 800F illuminated operator
Supplied complete with latch: plastic and metal options available

800F Series Pushbuttons & Indicators

The 800-F family of push-buttons, indicators, and accessories by Allen Bradley is expertly designed and manufactured to meet demanding performance specifications and reduce downtime by quickly and easily alerting personnel of hazards. Each component offers optimal durability and efficacy due to state-of-the-art solid modelling techniques and finite element analysis.

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4.620 OMR

Each (ex VAT)

4.851 OMR

Each (inc VAT)

Allen Bradley 800F Series Light Block, 24V ac/dc, White Light

4.620 OMR

Each (ex VAT)

4.851 OMR

Each (inc VAT)

Allen Bradley 800F Series Light Block, 24V ac/dc, White Light
Stock information temporarily unavailable.

Technical Document

Specifications

Block Type

Light Block

Voltage Rating

24V ac/dc

Illumination Colour

White

Series

800F

Illumination Type

LED

LED Included

Yes

Terminal Type

Screw

Country of Origin

China

Product details

LED Modules

Superior brightness
Extremely visible LED
Leakage current resistant
100000 hours of continuous operation
Can be used on any 800F illuminated operator
Supplied complete with latch: plastic and metal options available

800F Series Pushbuttons & Indicators

The 800-F family of push-buttons, indicators, and accessories by Allen Bradley is expertly designed and manufactured to meet demanding performance specifications and reduce downtime by quickly and easily alerting personnel of hazards. Each component offers optimal durability and efficacy due to state-of-the-art solid modelling techniques and finite element analysis.