Ring Inductive Sensor

Ring Inductive Sensor Specification

Product Type
Inductive sensor

Material
Plastic

Input
10-24V

Output
NPN / PNP

Function
Sensing

Usage
Industrial

Resolution
High

Voltage
10-24V Volt (v)

Warranty
Yes

Ring Inductive Sensor Trade Information

Minimum Order Quantity
10 Pieces

Supply Ability
5000 Pieces Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About Ring Inductive Sensor

A Ring Inductive Sensor is a type of proximity sensor that uses electromagnetic induction to detect the presence or absence of metallic objects within its detection range. These sensors offer non-contact detection, meaning they do not physically touch the objects being sensed. They are commonly used for applications such as metal detection, proximity sensing, and position sensing in manufacturing, automation, and robotics. They are designed for easy installation, with mounting brackets or hardware provided for secure attachment to machinery or equipment. Ring Inductive Sensor is often compact and lightweight, making them easy to integrate into machinery and equipment without occupying much space.

Model	IMS-RX5	IMS-RX10	IMS-RX18	IMS-RX30
Application	Metal particles
Sensing area	5mm	10mm	18mm	30mm
Resolution	0.7mm	1.2mm	3mm	4mm
Power supply	10-30VDC (including voltage ripple of 10%(p-p) Max.)
Current consumption	25mA Max. (no including the load)
Load current	Max. 100mA
Output	NPN / PNP
Circuit protection	Power on delay, reverse polarity protection, output short-circuit protection, output reverse polarity protection
Response time	1ms
Sensitivity adjustment	By key
Ambient illumination	Incandescent lamp: Max. 5,000lx; Sunlight: Max. 50,000lx
Ambient temperature	Operation: -20-65; Storage: -25-70 (with no icing and condensation)
Ambient humidity	Operation: 45-85%RH; storage: 35-95%RH (with no condensation)
Protection degree	IEC IP64
Connection method	Cable, length: 2m
Line color definition	Brown: power supply; blue: GND; black: output; white: NO/NC
Material	Case: PC; Key: silica gel
Accessory	M4 hex nuts (2 piece)
Weight	Approx. 85g

Advanced Sensing Capabilities

Our Ring Inductive Sensor features high-resolution performance, making it suitable for detecting small metal objects in industrial automation. Its robust design provides stable and consistent operation even in dusty or harsh environments.

Flexible Integration & Operation

Designed for versatility, this sensor supports both NPN and PNP outputs and operates within a wide 10-24V voltage range. Its simple interface allows for seamless integration into various systems, increasing productivity and reliability in industrial settings.

FAQs of Ring Inductive Sensor:

Q: How does the Ring Inductive Sensor work in industrial environments?

A: The sensor detects metallic objects by generating an electromagnetic field. When a metallic target enters this field, the sensor registers its presence without direct contact, ensuring reliable and precise operation in demanding industrial conditions.

Q: What are the input and output specifications of this inductive sensor?

A: This sensor operates with an input voltage of 10-24V and provides both NPN and PNP output configurations, making it compatible with a wide range of industrial control systems.

Q: When is it recommended to use this high-resolution sensor?

A: It is best utilized in scenarios that require accurate, non-contact detection of metal objects, such as automated production lines, material handling systems, and safety interlocks.

Q: Where can the Ring Inductive Sensor be installed?

A: This sensor is suitable for installation in control panels, machinery automation systems, and conveyor lines, thanks to its durable plastic construction and compact form factor.

Q: What is the process for installing the sensor in a system?

A: Installation involves mounting the sensor near the target area, connecting the appropriate power supply (10-24V), and configuring the output (NPN or PNP) to match your systems requirements, followed by testing and calibration for optimal performance.

Q: How does using this sensor benefit industrial operations?

A: Employing this sensor enhances efficiency by enabling high-speed, accurate detection without physical wear, reducing maintenance and downtime in automated processes.