Allen Bradley 800F Series Push Button, Panel Mount, 22mm Cutout, SPST, IP66
Technical documents
Specifications
Brand
Allen BradleyIlluminated
No
Panel Cut Out Diameter
22mm
Mounting Type
Panel Mount
Push Button Colour
Green
Contact Configuration
SPST
Push Button Style
Round
IP Rating
IP66
Push Button Material
PBT/PC Blend
Series
800F
Manufacturer Part No.
800FM-F3MX10
Maximum DC Voltage
5V
Minimum Operating Temperature
-25°C
Maximum Operating Temperature
+70°C
Terminal Type
Screw
Body Material
Metal
Maximum AC Voltage
600V
Country of Origin
China
Product details
Pushbutton Assemblies
Screw terminals to contact blocks
Fitted with metal self locking latch
Red button fitted with extend cap
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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1
Technical documents
Specifications
Brand
Allen BradleyIlluminated
No
Panel Cut Out Diameter
22mm
Mounting Type
Panel Mount
Push Button Colour
Green
Contact Configuration
SPST
Push Button Style
Round
IP Rating
IP66
Push Button Material
PBT/PC Blend
Series
800F
Manufacturer Part No.
800FM-F3MX10
Maximum DC Voltage
5V
Minimum Operating Temperature
-25°C
Maximum Operating Temperature
+70°C
Terminal Type
Screw
Body Material
Metal
Maximum AC Voltage
600V
Country of Origin
China
Product details
Pushbutton Assemblies
Screw terminals to contact blocks
Fitted with metal self locking latch
Red button fitted with extend cap
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.