Honeywell 113FW41-R2 Inductive Proximity Sensor Guide
The Honeywell 113FW41-R2 inductive proximity sensor is designed for non-contact position detection in industrial and technical environments. As part of the Honeywell 100FW Series, this model is identified as an inductive proximity sensor with a threaded cylindrical body. That makes it a strong fit for installations where repeatable object detection and compact mounting geometry are both important.
Technical Features of the Honeywell 113FW41-R2 Proximity Sensor
The Honeywell 113FW41-R2 position sensing sensor uses an inductive sensing principle, meaning it detects metal targets without physical contact. It is configured with an SPST-NO output, operates from an 18 V to 30 V supply, and is built in an unshielded stainless steel cylindrical housing. It also uses a connector termination style and supports an operating temperature range of -54°C to 125°C.
These details matter because they position the Honeywell 113FW41-R2 inductive proximity sensor for machinery, automation modules, transport equipment, and other rugged environments where mechanical wear on contact-based sensing would be a concern. The stainless steel body also aligns well with applications where durability and structural integrity are part of the design requirement.
Why Honeywell 113FW41-R2 Is Relevant in Position Sensing
Many industrial users search for terms such as inductive proximity sensor, threaded cylinder proximity sensor, SPST-NO sensor, and Honeywell 113FW41-R2 position sensing because they need dependable metal detection without direct contact. That is exactly where this type of device becomes valuable. It helps support repeatable presence detection, home-position verification, machine state monitoring, and automated process control.
Because it is an inductive design, the sensor is best suited to metallic targets. This makes it especially useful in industrial automation and engineered motion systems where sensor consistency and low mechanical wear are priorities.
Integration Notes
When replacing or specifying the Honeywell 113FW41-R2 proximity sensor, engineers usually review housing style, output logic, supply voltage, connection interface, and environmental range together. A sensor may look similar externally, but differences in output type or installation format can affect compatibility.
For more information about the broader product range, visit Honeywell.
FAQ About Honeywell 113FW41-R2
What type of sensor is the Honeywell 113FW41-R2?
It is an inductive proximity sensor designed for non-contact detection of metal targets.
What output type does the Honeywell 113FW41-R2 use?
This model is listed with an SPST-NO output, which means it is normally open under standard operating conditions.
What supply voltage does the Honeywell 113FW41-R2 require?
The sensor operates on an 18 V to 30 V supply, which is common in industrial control systems.
Is the 113FW41-R2 suitable for harsh environments?
It is designed with a stainless steel body and a wide operating temperature range, making it relevant for demanding technical installations.
Does the 113FW41-R2 detect all materials?
As an inductive proximity sensor, it is intended primarily for detecting metallic targets.
Why is a threaded cylindrical body useful in proximity sensors?
A threaded cylindrical housing simplifies mounting and positioning, especially in machine frames, brackets, and compact sensing points.