Inductive Proximity Switches - Q80-3Wire-DC

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Inductive Proximity Switches - Q80-3Wire-DC Specification

Number of Module
Single

Response Time
2ms

Automation Grade
Automatic

Temperature Range
-25C to +70C

Protection Level
IP67

Max. Current
200mA

Circuit Type
NPN/PNP (Depending on model)

Finish Type
Matte

Mechanical Life
>10 million operations

Rated Voltage
10-36V DC

Product Type
Inductive Proximity Switch

Material
ABS Plastic Housing, Nickel-plated Brass

Insulation Resistance
50M (at 500VDC)

Contact Resistance
100m

Max. Voltage
36V DC

Operating Temperature
-25C to +70C

Stoke
Non-contact, 15mm (Sensing Distance)

Size
80mm x 80mm x 40mm (Approx.)

Color
Grey/Black

Weight
Approx. 120g

Mounting Type
Panel/Surface Mount

Current Rating
200mA

No Of Poles
3-wire

Inductive Proximity Switches - Q80-3Wire-DC Trade Information

Main Domestic Market
All India

About Inductive Proximity Switches - Q80-3Wire-DC

We are Manufacturer, Supplier, Exporter of Inductive Proximity Switches - Q80-3Wire-DC and our setup is situated in Pimpri Chinchwad near Pune, Maharashtra, India.

Specification

Switching Distance, Sn: mm	50 mm
Housing Material	Plastic
With LED Without LED
Max Load Current	250mA
Supply Voltage	10-30 Volt DC
Switching Frequency	100Hz
Response Time	1.5ms/1.5ms
Protecting category	IP67
Operating Temperature	-25 degree C- +70 degreeC
Short Circuit Protection	Yes
Connecting Type	M X Terminal
DC 3 wire 10-30V NPN N.O.	IPN-Q8050N-A1T
DC 3 wire 10-30V PNP N.O.	IPN-Q8050P-A1T

Versatile Applications

Designed for use in position sensing, automation, and conveyor control, the Q80-3Wire-DC switch thrives in various industrial environments. Its robust build and IP67 protection make it suitable for challenging settings, ensuring operation in dusty or wet conditions without risking performance or safety. Panel or surface mounting options provide installation flexibility, accommodating diverse automation needs.

Reliable and Safe Performance

This proximity switch is engineered for high reliability, with a mechanical life exceeding 10 million operations. It includes vital protections like polarity and short circuit resistance, and meets EMC compliance standards (EN 60947-5-2). An LED indicator provides immediate status feedback, helping users monitor operation seamlessly and avoid unnecessary downtime.

FAQ's of Inductive Proximity Switches - Q80-3Wire-DC:

Q: How do I wire and install the Q80-3Wire-DC Inductive Proximity Switch?

A: The Q80-3Wire-DC switch uses a 3-wire DC connection with cable output, suitable for panel or surface mounting. Refer to the wiring diagram specific to your model (NPN or PNP) and ensure the supply voltage (10-36V DC) is within the specified range. Securely connect the wires to their respective terminals, ensuring polarity is correct for safe operation.

Q: What output types are available and how do they function?

A: This proximity switch is available with NO (Normally Open) or NC (Normally Closed) output types. NO outputs activate when the target is detected, while NC outputs deactivate. Choose the configuration best suited for your control circuit's requirements.

Q: Where can I use the Q80-3Wire-DC proximity switch?

A: It is ideal for industrial automation, such as position sensing in conveyor systems, machine tools, and robotic arms. IP67 protection allows installation in harsh environments exposed to dust or moisture, expanding its usability across factories and automated production lines.

Q: When should I opt for an inductive proximity switch over other types?

A: Inductive proximity switches are best for detecting metal objects without physical contact, improving reliability in high-cycle or contaminant-prone environments where mechanical switches may fail.

Q: What benefits does the built-in LED indicator offer?

A: The integrated LED status indicator provides immediate visual feedback when the target is detected, simplifying setup and troubleshooting while reducing maintenance time.

Q: How does the device ensure safety and long-term durability?

A: It features short circuit and polarity protection, nickel-plated brass elements, IP67 ingress protection, and operates within a broad temperature range, ensuring continued performance and reliability even in challenging industrial settings.

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