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13 X 11 X 29-3Wire-DC

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13 X 11 X 29-3Wire-DC Specification

Number of Module
1

Automation Grade
Automatic

Max. Current
200mA

Mechanical Life
>5,000,000 Operations

Protection Level
IP67

Finish Type
Matte

Rated Voltage
24V DC

Response Time
<1ms

Temperature Range
-25C to +70C

Circuit Type
NPN/PNP Available

Product Type
3 Wire DC Proximity Sensor

Material
High-grade Polycarbonate Housing

Insulation Resistance
100 M (at 500VDC)

Contact Resistance
100 m

Max. Voltage
250V DC/AC

Operating Temperature
-25C to +70C

Stoke
13mm x 11mm x 29mm

Size
13 X 11 X 29 mm

Color
Black

Weight
Approx. 30g

Mounting Type
Panel/Surface Mount

Current Rating
200mA

No Of Poles
3

Output Type
Normally Open (NO)

Connection Type
Pre-wired Cable

Housing Shape
Rectangular

Usage/Application
Position Sensing, Automation Machinery

Supply Voltage
10-30V DC

Output Status Indicator
LED

Operating Frequency
500Hz

Sensing Distance
5mm

Vibration Resistance
10-55Hz, 1.5mm Double Amplitude

Wiring Type
3-Wire

Shock Resistance
50G/11ms

Storage Temperature
-40°C to +80°C

13 X 11 X 29-3Wire-DC Trade Information

Main Domestic Market
All India

About 13 X 11 X 29-3Wire-DC

We are Manufacturer, Supplier, Exporter of Magnetic Proximity Switches - 13 X 11 X 29-2Wire-DC and our setup is situated in Pimpri Chinchwad near Pune, Maharashtra, India.

Specification

Housing Material	Metalic
With LED Without LED
Max Load Current	250Ma
Supply Voltage	10-30 Volt DC
Switching Frequency	100Hz
Response Time	1ms/1ms
Operating Temperature	-25 degree C- +70 degree C
Short Circuit Protection	Yes
Connecting Type	2mtrs,2core pvc cable
DC 2 wire 10-30V N.O.	STM-13X11 NO-2

Reliable Position Sensing Solution

Engineered for automated machinery, this sensor ensures accurate position detection in demanding industrial settings. With a 5mm sensing range and NO output, it's ideal for use in applications requiring stable, high-frequency operation. The rectangular, IP67-rated polycarbonate housing offers robust protection against dust and water, while shock and vibration resistance guarantee long-term stability.

Highly Durable and Easy to Install

Built to withstand mechanical stress, the sensor offers shock resistance up to 50G and a mechanical life exceeding five million operations. The pre-wired cable ensures quick installation, and the matte-finished external casing adds an aesthetic touch. Panel or surface mounting options give flexibility based on your application requirements.

FAQ's of 13 X 11 X 29-3Wire-DC:

Q: How do I install the 13 X 11 X 29-3Wire-DC sensor in an automation system?

A: The sensor is designed for straightforward panel or surface mounting. Simply secure it at the desired location using its compact rectangular housing, then connect the pre-wired cable to your control circuitry, noting to match the wiring type (3-wire, NPN/PNP as applicable).

Q: What applications is this product suited for?

A: This sensor is commonly used in position sensing applications within automation machinery. It's well-suited for environments requiring reliable object or part detection thanks to its high mechanical durability and watertight IP67 construction.

Q: When is the output LED indicator activated?

A: The output status LED lights up when the sensor detects the presence of a target within its 5mm sensing distance, signifying a change in the output status (NO closes). This enables easy visual confirmation of sensor operation.

Q: Where can the sensor be used in terms of environmental conditions?

A: Withstanding temperatures from -25C to +70C during operation and being rated IP67, this sensor is appropriate for use in harsh industrial environments-wet, dusty, or exposed to mechanical vibrations and shocks.

Q: What is the maximum current the sensor can handle and its voltage rating?

A: The sensor supports a maximum current of 200mA and is rated for voltages up to 30V DC during operation, with a rated voltage of 24V DC. It can also tolerate up to 250V DC/AC in specific conditions.

Q: How does the sensor benefit automated machinery operations?

A: Its fast response time (<1ms), high sensing accuracy, mechanical endurance, and visible LED indicator help maximize uptime and reduce errors in automated systems, supporting seamless and efficient machine operation.

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