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Inductive Proximity Switches - M30X65-4Pin-DC

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Inductive Proximity Switches - M30X65-4Pin-DC

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Inductive Proximity Switches - M30X65-4Pin-DC Specification

Mechanical Life
>10,000,000 operations

Circuit Type
PNP/NPN

Automation Grade
Automatic

Protection Level
IP67

Max. Current
300 mA

Temperature Range
-25C to +70C

Rated Voltage
10-30V DC

Response Time
< 2 ms

Number of Module
Single

Finish Type
Nickel Plated

Product Type
Inductive Proximity Switch

Material
Nickel Plated Brass Housing

Insulation Resistance
50 M at 500VDC

Contact Resistance
100 m

Max. Voltage
250V AC/DC

Operating Temperature
-25C to +70C

Stoke
Non-contact (Proximity Sensing)

Size
M30 x 65 mm

Color
Silver Grey

Weight
Approx. 120 g

Mounting Type
Threaded (Flush/Non-flush)

Current Rating
200 mA

No Of Poles
4 Pin

Output State
LED Indicator for Output Status

Vibration Resistance
10-55 Hz, 1 mm amplitude

Sensing Distance
15 mm (typical)

Switching Frequency
400 Hz (max)

Connection Type
M12 4-Pin Connector

Shock Resistance
30 G (11 ms)

Short-Circuit Protection
Yes

Output Type
Normally Open/Normally Closed

Repeat Accuracy
3% of sensing distance

Cable Length
Not Applicable (Connector Type)

Reverse Polarity Protection
Yes

Inductive Proximity Switches - M30X65-4Pin-DC Trade Information

Main Domestic Market
All India

About Inductive Proximity Switches - M30X65-4Pin-DC

We are Manufacturer, Supplier, Exporter of Inductive Proximity Switches - M30X65-4Pin-DC and our setup is situated in Pimpri Chinchwad near Pune, Maharashtra, India.

Specification

Diameter	M30
Flush Switching Distance	10mm	15mm	22mm
non-Flush Switching Distance	12mm	16mm	40mm
Housing Material	Nickel plated brass
With LED Without LED
Max Load Current	250mA
Supply Voltage	10-30 volt DC
Switching Frequency	300Hz
Response Time	0.5ms/0.5ms
Protecting category	IP67
Operating Temperature	-25 degree C- +70 degree C
Short Circuit Protection	Yes
Connecting Type	M12 Connector
DC 3 wire 10-30V NPN N.O.	STI-M30NO-10/12-C
DC 3 wire 10-30V NPN N.C.	STI-M30NC-10/12-C
DC 3 wire 10-30V PNP N.O.	STI-M30PO-10/12-C
DC 3 wire 10-30V PNP N.C.	STI-M30PC-10/12-C

Reliable Proximity Detection for Industrial Automation

Engineered for precision, the M30X65-4Pin-DC proximity switch delivers consistent detection at up to 15 mm, thanks to advanced electronics and durable materials. With high repeat accuracy and fast response times, it ensures critical machine functions operate smoothly and safely. Its threaded design allows for flexible mounting in both flush and non-flush configurations, adapting to varied installation requirements.

Optimized Performance and Protection

This proximity switch integrates essential safety features such as short-circuit and reverse polarity protection, and a rugged housing rated IP67. Operating between -25C and +70C, it resists harsh environmental factors, including vibration (10-55 Hz, 1 mm amplitude) and shock (30 G, 11 ms). The LED indicator offers at-a-glance status monitoring for enhanced operational control.

FAQ's of Inductive Proximity Switches - M30X65-4Pin-DC:

Q: How do I install the M30X65-4Pin-DC inductive proximity switch?

A: Installation involves mounting the sensor using its threaded body, suitable for both flush and non-flush placements. Simply connect to your system with the M12 4-pin connector for quick and secure integration.

Q: What output configurations are available and how do they benefit automation?

A: The sensor supports Normally Open (NO) and Normally Closed (NC) outputs, selectable based on your circuitry requirements. This flexibility allows for tailored responses to detected objects, facilitating efficient automation processes.

Q: When should I use the LED indicator on this proximity switch?

A: The LED indicator is useful for instant visual feedback, showing output status during operation or troubleshooting. It signals when the sensor is actively detecting an object, simplifying system diagnostics.

Q: Where can the M30X65-4Pin-DC sensor be used?

A: This model is ideal for industrial automation environments such as manufacturing lines, conveyors, and robotic systems where reliable non-contact object detection is required, even under tough conditions.

Q: What is the process for maintaining this proximity switch?

A: Routine checks involve visually inspecting the housing for physical damage, cleaning the sensor surface if debris accumulates, and ensuring the connector remains secure. Periodic verification of sensing and output functions is also recommended.

Q: How does short-circuit and reverse polarity protection enhance device safety?

A: These integrated protections prevent accidental damage to the sensor and connected equipment during wiring or operational faults, reducing downtime and maintenance costs.

Q: What are the main benefits of using this proximity switch in automation?

A: Key benefits include high repeat accuracy, fast response time, long mechanical life (>10,000,000 operations), and robust environmental resistance. These features guarantee reliable performance throughout extended service cycles.

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