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SICK Inductive Sensor

Name: SICK Inductive Sensor
Brand: EYANMI TECHNOLOGIES PRIVATE LIMITED
Price: 2500.0 INR
Availability: InStock

Price 2500.0 INR/ Set

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MOQ : 1 Set

SICK Inductive Sensor Specification

Sensor Type
Inductive Proximity Sensor

Mounting Type
Flush/Non-Flush (depending on variant)

Housing Material
Stainless Steel

Operating Temperature
-25C to +70C

Cable Length
2 m (standard, variants available)

Application
Metal object detection in challenging environments

Ingress Protection
IP67

Response Time
0.5 ms

IP Rating
IP67

Sensitivity
Adjustable on select models

Spectral Range
Not applicable (inductive type)

Interface
2-wire, 3-wire, or connector (M12)

Features
Short-circuit protection, Reverse polarity protection

Power Consumption
15 mA

Measurement Range
Typically 2-8 mm (sn) depending on model

Mounting Thread
M12

Wireless
No

Signal Type
Digital

Product Type
Inductive Sensor

Material
Metal housing with plastic sensing face

Input
DC supply voltage

Output
PNP/NPN (NO/NC options available)

Function
Detection of metal objects without contact

Usage
Industrial automation, proximity sensing

Accuracy
0.1 mm

Resolution
High (precise object detection)

Voltage
10 - 30 V DC

Weight
Approx. 50 g (varies by model)

Shock/Vibration Resistance
EN 60068-2-6/27 compliant

Enclosure Protection
Nickel-plated brass housing (model dependent)

Repeat Accuracy
2% sn

Housing Shape
Cylindrical

LED Indicator
Yes, for operation and switching status

Compliance Standards
CE, RoHS, cULus

Switching Frequency
Up to 2 kHz (model dependent)

Max Load Current
200 mA (typical)

Hysteresis
< 10% of sensing distance (sn)

Series
IM, IMS, or other SICK model ranges

Connection Type
Cable or connector (M8/M12)

SICK Inductive Sensor Trade Information

Minimum Order Quantity
1 Set

Delivery Time
1 Days

SICK Inductive Sensor About

An inductive proximity sensor is a non-contact electronic proximity sensor. It is used for positioning and detection of metal objects. The sensing range of an inductive switch is dependent on the type of metal being detected. Ferrous metals, such as iron and steel, allow for a longer sensing range, while nonferrous metals, such as aluminum and copper, may reduce the sensing range by up to 60 percent.

Unmatched Precision and Reliability

Harnessing a high repeat accuracy of 2% sn and a swift response time of 0.5 ms, the SICK Inductive Sensor ensures precise detection of metal objects even in the presence of shock and vibration. Its robust stainless-steel housing and IP67 ingress protection make it suitable for demanding environments like those found in manufacturing plants and automation lines.

Versatile Mounting and Connection Options

This sensor series supports both flush and non-flush mounting for flexible installation. It includes a standard 2 m cable or M8/M12 connector interface for streamlined integration with industrial control systems. With PNP/NPN configurations and selectable output types, it seamlessly adapts to a variety of automation requirements.

FAQ's of SICK Inductive Sensor:

Q: How do you install the SICK Inductive Sensor in an industrial setup?

A: To install the sensor, first select the appropriate mounting type (flush or non-flush) as per your environment. Use the M12 threaded body for secure placement. Connect the sensor either via standard cable or M8/M12 connector, then wire according to the 2-wire, 3-wire, or connector interface. Ensure system power is within 10-30 V DC, and verify operation via the LED indicators.

Q: What is the typical sensing range and for what applications is this sensor best suited?

A: Depending on the specific model, the SICK Inductive Sensor offers a sensing distance typically between 2 to 8 mm. It is ideal for non-contact metal object detection in industrial automation, assembly lines, packaging, material handling, and environments requiring precise proximity sensing with high resolution and accuracy.

Q: When should the sensor's sensitivity adjustment be used, and how is it beneficial?

A: Sensitivity adjustment, available on select models, should be used when objects of varying metal types or sizes are detected, or when environmental factors require optimized sensing. This feature enhances detection reliability and reduces false triggers, ensuring process consistency.

Q: Where does the sensor indicate its operational and switching status, and why is this important?

A: Operational and switching statuses are clearly indicated by integrated LEDs on the sensor body. These indicators allow for quick diagnostics and reduce downtime by providing immediate feedback regarding installation correctness and sensor function.

Q: What compliance standards does the SICK Inductive Sensor meet, and what are the benefits for users in India?

A: The sensor meets CE, RoHS, and cULus compliance, ensuring it is safe, environmentally friendly, and recognized for use globally. For users in India, this guarantees export/import ease and aligns with industry requirements, making it suitable for manufacturers, suppliers, and integrators.

Q: How does short-circuit and reverse polarity protection enhance the sensor's operational reliability?

A: Both protections safeguard the sensor and control equipment from wiring errors and electrical faults. This prevents damage, extends operational life, and lowers maintenance incidents, contributing to overall process safety and stability.

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