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Inductive Proximity Switches - M8 X 45-3Wire-DC

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Inductive Proximity Switches - M8 X 45-3Wire-DC

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Inductive Proximity Switches - M8 X 45-3Wire-DC Specification

Response Time
< 2 ms

Protection Level
IP67

Rated Voltage
10-30 V DC

Max. Current
200 mA

Finish Type
Nickel Plated

Circuit Type
NPN/PNP, Normally Open (selectable)

Temperature Range
-25C to +70C

Mechanical Life
10 million operations

Number of Module
Single unit

Automation Grade
Automatic

Product Type
Inductive Proximity Switch

Material
Brass (nickel-plated)

Insulation Resistance
50 M (at 500 V DC)

Contact Resistance
200 m

Max. Voltage
30 V DC

Operating Temperature
-25C to +70C

Stoke
3 mm sensing distance

Size
M8 x 45 mm

Color
Metallic Silver

Weight
Approx. 20g

Mounting Type
Flush/Embedded

Current Rating
200 mA

No Of Poles
3 Wire

Inductive Proximity Switches - M8 X 45-3Wire-DC Trade Information

Main Domestic Market
All India

About Inductive Proximity Switches - M8 X 45-3Wire-DC

We are Manufacturer, Supplier, Exporter of Inductive Proximity Switches - M8 X 45-3Wire-DC and our setup is situated in Pimpri Chinchwad near Pune, Maharashtra, India

Specification

Diameter	M8
Flush Switching Distance	1mm	2mm	3mm
non-Flush Switching Distance	2mm	4mm	6mm
Housing Material	Stainless steel/Brass
With LED Without LED
Max Load Current	250mA
Supply Voltage	10-30 Volt DC
Switching Frequency	1KHz
Response Time	0.1ms/0.1ms
Protecting category	IP67
Operating Temperature	-25 degree C- +70 degree C
Short Circuit Protection	Yes
Connecting Type	2mtrs,3core pvc cable
DC 3 wire 10-30V NPN N.O.	STI- M8NO- 1.5/2
DC 3 wire 10-30V NPN N.C.	STI- M8NC- 1.5/2
DC 3 wire 10-30V PNP N.O.	STI- M8PO- 1.5/2
DC 3 wire 10-30V PNP N.C.	STI- M8PC- 1.5/2

Reliable Detection and Rapid Response

This inductive proximity switch is optimized for detecting ferrous objects swiftly, with a switching frequency of up to 1 kHz and a response time under 2 ms. Its nickel-plated brass housing and flush mounting design make it robust and suitable for embedded automation applications. The built-in LED offers instant status feedback, simplifying troubleshooting during maintenance.

Industrial-Grade Protection and Longevity

Engineered for demanding operational settings, this sensor provides IP67-grade dust and water protection. Short-circuit and polarity safeguards support reliability and prevent damage from wiring errors. The switch's mechanical life surpasses 10 million operations, ensuring consistent performance and reduced downtime in automated systems.

FAQ's of Inductive Proximity Switches - M8 X 45-3Wire-DC:

Q: How should the Inductive Proximity Switch M8 x 45-3Wire-DC be installed for optimal performance?

A: For best results, the switch should be flush or embedded mounted using its M8 x 45 mm housing. Ensure the sensing face is aligned parallel to the ferrous metal target, and that the pre-wired PVC cable is securely connected to the control circuit, observing correct polarity.

Q: What types of objects can this proximity switch detect?

A: This proximity switch is specifically designed to sense ferrous metal objects (such as steel or iron), making it ideal for industrial automation tasks that require detection of metallic machine parts or components.

Q: When is it appropriate to use this sensor in automation applications?

A: The sensor is suitable for automation tasks where reliable and rapid detection of ferrous metals is needed, such as assembly lines, conveyor systems, or robotic positioning. Its high switching frequency (up to 1 kHz) supports fast-moving processes.

Q: Where can this proximity sensor be safely deployed considering its protection level?

A: With an IP67 rating, the sensor can be used in environments exposed to dust, oil, moisture, or water. It is suitable for installation in factories, workshops, and production lines, provided the temperature remains between -25C and +70C.

Q: What processes are enhanced by using a built-in LED status indicator?

A: The LED indicator helps operators quickly verify sensor operation and alignment, supporting faster setup and easier troubleshooting during routine maintenance or process adjustments.

Q: How does the device ensure safe and trouble-free operation?

A: Equipped with polarity protection and short-circuit protection, the sensor prevents damage caused by incorrect wiring and electrical faults, enhancing machine safety and sensor longevity.

Q: What benefits do users gain from the sensor's fast response time and mechanical life?

A: A response time under 2 ms enables high-speed switching for rapid automation processes. Additionally, its mechanical life of over 10 million operations minimizes replacements, reducing maintenance costs and maximizing production uptime.

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