Search in Category
Micro Sized Inductive Proximity
Search term required.
Filter Your Search
Brand
Series
Show Current Series
Supply Voltage
Housing Type
Sensing Direction
Output Type
Shop by Category
Loading...
Micro Sized Inductive Proximity
Viewing Page 32 of 39
(385 results)
Panasonic GXL-8FU-R Inductive Proximity Sensor - 8mm Wide Micro-Size - Front Sense - Normally Open - DC 2-Wire - 1m Robotic Cable
Contact Us for Details or Current Pricing
Call for lead time*
UOM : EA
Panasonic GXL-8FUI Inductive Proximity Sensor - 8mm Wide Micro-Size - Front Sense - Normally Open - DC 2-Wire - 1m Cable - Different Frequency Type
Contact Us for Details or Current Pricing
Call for lead time*
UOM : EA
Panasonic GXL-8FUI-C5 Inductive Proximity Sensor - 8mm Wide Micro-Size - Front Sense - Normally Open - DC 2-Wire - 5m Cable - Different Frequency Type
Contact Us for Details or Current Pricing
Call for lead time*
UOM : EA
PANASONIC SQ IND PROX 8MM TOP 2WIRE NO
Contact Us for Details or Current Pricing
Call for lead time*
UOM : EA
Panasonic GXL-8HUB Inductive Proximity Sensor - 8mm Wide Micro-Size - Top Sense - Normally Closed - DC 2-Wire - 1m Cable
Contact Us for Details or Current Pricing
Call for lead time*
UOM : EA
Panasonic GXL-8HUB-C5 Inductive Proximity Sensor - 8mm Wide Micro-Size - Top Sense - Normally Closed - DC 2-Wire - 5m Cable
Contact Us for Details or Current Pricing
Call for lead time*
UOM : EA
SUNX DC 2-WIRE NC FLEX CABLE
Contact Us for Details or Current Pricing
Call for lead time*
UOM : EA
PANASONIC SQ IND PROX 8MM TOP 2WIRE NC
Contact Us for Details or Current Pricing
Call for lead time*
UOM : EA
Panasonic GXL-8HUI Inductive Proximity Sensor - 8mm Wide Micro-Size - Top Sense - Normally Open - DC 2 Wire - 1m Cable - Different Frequency Type
Contact Us for Details or Current Pricing
Call for lead time*
UOM : EA
Panasonic GXL-8HUI-C5 Inductive Proximity Sensor - 8mm Wide Micro-Size - Top Sense - Normally Open - DC 2 Wire - 5m Cable - Different Frequency Type
Contact Us for Details or Current Pricing
Call for lead time*
UOM : EA