Panasonic Industrial Automation CX-493-P-Z
Sensor,Photo,Retroreflective,5m Range,PNP,M8 QD,w/RF-230,Red LED
Mfr. Part #: CX-493-P-Z / RS Stock #: 70607852
Image may be a representation. See specs for product details.
Price
Qty.
Standard Price
1
$84.00
5
$80.64
10
$77.28
Additional Inventory
Manufacturer Lead Time:
19 weeks
Estimated manufacturer lead time is for quantities greater than shown above.
Product Specifications
Product Attribute
Attribute Value
Search
Connection Type
M8 ; Connector
IP Rating
IP67
Light Source
LED
Maximum Operating Temperature
55 °C
Minimum Operating Temperature
-25 °C
Output
PNP Open Collector
Response Time
1 ms
Supply Voltage
12-24 VDC
Type
Retroreflective Sensors
Overview
The CX-400 series of photoelectric sensors is a wide-ranging lineup of 116 different models. Whatever your application entails, Panasonic has covered it with this series. Built to IP-67 standards, the CX-400 series is designed for the most demanding environments.
There are also models that are specifically design for resistance to oil, coolant, or ethanol. Couple this with high electrical noise resistance and a built in interference prevention function, and you have one of the most robust sensors on the market.
Features: ?Incorporated Acrylic that Strongly Resists Oils and Coolants ?Reductions in Power Consumption Up to 60% ?Resistance to High-Frequency Noise Has Increased ?Stronger Output Short-Circuit Resistance ?Unique Optics and Specialized Electronic Circuit Design Allows Sensing to 0.016 In.
There are also models that are specifically design for resistance to oil, coolant, or ethanol. Couple this with high electrical noise resistance and a built in interference prevention function, and you have one of the most robust sensors on the market.
Features: ?Incorporated Acrylic that Strongly Resists Oils and Coolants ?Reductions in Power Consumption Up to 60% ?Resistance to High-Frequency Noise Has Increased ?Stronger Output Short-Circuit Resistance ?Unique Optics and Specialized Electronic Circuit Design Allows Sensing to 0.016 In.