IFM INDUCTIVE PROXIMITY SENSOR, IFS240,IB5096

IFM INDUCTIVE PROXIMITY SENSOR, IFS240,IB5096 Specification

Cable Length
2 meter pre-wired

Response Time
< 1 ms

Features
Short-circuit and overload protection, LED switching status indicator

Interface
3-wire DC

Signal Type
Digital

Application
Non-contact metal detection in machinery

Mounting Type
Flush (embeddable)

Sensor Type
Inductive

Sensitivity
Detects standard target at 8 mm

IP Rating
IP67

Wireless
No

Power Consumption
< 15 mA

Operating Temperature
-25C to +70C

Measurement Range
Sensing Distance 8 mm flush mount

Product Type
Inductive Proximity Sensor

Material
Stainless Steel / Plastic

Input
DC

Output
PNP, Normally Open (NO)

Function
Detection of Metallic Objects

Usage
Industrial Automation, Position Sensing

Accuracy
High (manufacturer not specified)

Voltage
10-36 V DC

Weight
Approx. 60 grams

Reverse Polarity Protection
Yes

Model Number
IFS240, IB5096

Switching Frequency
Max. 1000 Hz

Operating Voltage Tolerance
-15%/+10%

Connection Type
Cable, PVC

Ripple Tolerance
10%

Shock Resistance
30 g (11 ms)

Shock/Vibration Resistance
IEC 60068-2-6 and IEC 60068-2-27 compliant

Housing Dimensions
M18 x 1 (Diameter x Thread)

Ambient Humidity
35...95% RH

About IFM INDUCTIVE PROXIMITY SENSOR, IFS240,IB5096

Buy Online the IFM Inductive Proximity Sensor, IFS240, IB5096 at the Lowest Price-offer Ending Soon! This prodigious sensor is the prime solution for non-contact detection of metallic objects in industrial automation and position sensing. Showcasing an imposing build with stainless steel and plastic housing, the IFS240, IB5096 ensures high switching frequency, superior shock resistance, reverse polarity protection, and robust environmental tolerance. With flush mount design and a sensing distance of 8 mm, this sensor offers reliable, energy-efficient, and accurate performance under rigorous conditions. Ideal for prime machinery operations.

Application Versatility and Usage Areas

The IFM Inductive Proximity Sensor, IFS240, IB5096, is designed for non-contact detection, ideal for industrial automation and precision position sensing. Used as a prime choice in machinery, this prodigious sensor ensures reliable detection of metal objects, making it suitable for manufacturing lines, robotics, and automated transport systems. Its adaptable design accommodates flush mounting, providing consistent performance and increased operational safety across a range of industrial environments.

Packaging Details and Delivery Information

This imposing sensor is securely packaged to preserve its market value during shipment. It is shipped using trusted transport services, ensuring safe arrival at your facility. With a robust supply ability, bulk or customized orders are readily accommodated, providing flexibility in procurement. Fast delivery timeframes are available to meet the tight schedules of industrial projects, making the IFM IFS240, IB5096 sensor a reliable choice for time-sensitive applications and seamless supply chain management.

FAQ's of IFM INDUCTIVE PROXIMITY SENSOR, IFS240,IB5096:

Q: How is the IFM INDUCTIVE PROXIMITY SENSOR, IFS240, IB5096 installed in industrial machinery?

A: The sensor is designed for flush (embeddable) mounting, allowing it to be fitted directly into machine surfaces. Installation typically involves pre-wired cable connections using the 2-meter PVC cable and the 3-wire DC interface.

Q: What applications benefit most from the IFS240, IB5096 proximity sensor?

A: Industrial automation scenarios, such as position sensing, machinery monitoring, and non-contact metal detection in manufacturing or robotics, benefit greatly from this sensor's accuracy and reliability.

Q: When should I choose the IFS240, IB5096 sensor for my facility?

A: Opt for the IFS240, IB5096 sensor when you require precise, high-frequency metal object detection, shock/vibration resistance, and IP67 protection in demanding environments with varying temperature and humidity levels.

Q: Where can the IFM IFS240, IB5096 sensor be effectively used?

A: It can be used in automated production lines, machinery for metal processing, robotic systems, material handling equipment, and other areas requiring non-contact detection of metallic components.

Q: What are the primary benefits of using this inductive proximity sensor over alternative detection methods?

A: The sensor offers reliable, non-contact detection with minimal maintenance, robust resistance to environmental factors, fast response time, and built-in protection features, reducing operational downtime and enhancing safety.

Q: How does the sensor indicate operational status during usage?

A: The IFS240, IB5096 features an LED switching status indicator, providing clear visual feedback about the sensor's operational and switching states.