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Leuze Inductive Switches

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MOQ : 1 Piece

Leuze Inductive Switches Specification

Power
10-30 V Volt (v)

Resistance
Output resistance typically < 200

Color
Silver

Product Type
Inductive Switches

Usage
Machine Automation

Output
PNP/NPN, Normally Open or Normally Closed

Theory
Inductive Principle

Type
Inductive Proximity Switch

Accuracy
High switching accuracy for precise detection

Operating Voltage
10 V DC to 30 V DC

Output Voltage
30 V DC

Compensated Temperature
-25C to +70C

Storage Temperature
-40C to +85C

Operating Temperature
-25C to +70C

Short Circuit Protection
Yes

Standards Compliance
IEC 60947-5-2

LED Status Indicator
Yes

Sensing Distance
2 mm to 20 mm (model dependent)

Connection Type
Cable or M12 Connector

Housing Material
Nickel-plated brass or stainless steel

Load Current
200 mA

Switching Frequency
Up to 2 kHz

Protection Class
IP67

Mounting Type
Flush and Non-flush

Leuze Inductive Switches Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash in Advance (CID), Cash Advance (CA)

Supply Ability
100 Pieces Per Week

Delivery Time
1 Week

Sample Available
Yes

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Main Domestic Market
All India

About Leuze Inductive Switches

Reliable detection of metallic parts

In automation technology, not just optical applications, but many other applications are predestined for inductive sensors. An array of different designs, short reaction times and large operating ranges make our inductive sensors the right solution for practically all areas of application in industrial automation. Depending on the environment or requirement in which they are used, other selection criteria such as AC/DC, reduction factor 1 or all-metal are available.

IS 288

IS 288MP/4NO-3E0-S8.3
IS 288MP/4NO-3E0
IS 288MP/4NC-2E0
IS 288MP/4NO-2E0-S8.3
IS 288MP/4NO-2E0
IS 288MP/4NO-1E5-S8.3
IS 288MP/4NO-1E5
IS 288MP/2NO-1E5

IS 240

IS 240PP/44-8N0-S8.4
IS 240PP/44-8N0
IS 240PP/22-8N0-S8.4
IS 240PP/22-8N0
IS 240PP/44-4E0-S8.4
IS 240PP/4NO-4E0-S8.3
IS 240PP/44-4E0
IS 240PP/22-4E0-S8.4
IS 240PP/22-4E0

IS 244

ISS 244PP/44-40N-S12
IS 244PP/44-40N-TB.4
ISS 244PP/22-40N-S12
IS 244PP/22-40N-TB.4
ISS 244PP/44-20E-S12
IS 244PP/44-20E-TB.4
ISS 244PP/22-20E-S12
IS 244PP/22-20E-TB.4

Accessories: Inductive Switches, Cubic Housing

KD U-M12-4W-V1-050
KD U-M12-4A-V1-020
KD U-M12-4A-V1-050
KD U-M8-4W-V1-050
KD U-M8-3A-P1-020
K-D M8A-3P-2m-PVC
KD U-M8-3A-V1-050
KD U-M8-4A-P1-020
KD U-M8-4A-V1-020
KD U-M8-4A-V1-050

IS 208

IS 208MM/4NC-4N0-S8.3
IS 208MM/4NC-4N0
IS 208MM/4NO-4N0-S8.3
IS 208MM/4NO-4N0
IS 208MM/2NC-4N0-S8.3
IS 208MM/2NO-4N0-S8.3
IS 208MM/2NO-4N0
IS 208MM/4NC-2N5-S8.3
IS 208MM/4NO-2N5-S12
IS 208MM/4NO-2N5-S8.3
ISS 208MM/4NO-2N5-S8.3
IS 208MM/4NO-2N5
IS 208MM/2NO-2N5
IS 208MM/4NC-2E0-S8.3
SS 208MM/4NC-2E0-S8.3
IS 208MM/4NC-2E0
IS 208MM/4NO-2E0-S8.3
ISS 208MM/4NO-2E0-S8.3
IS 208MM/4NO-2E0,200-S8.3
ISS 208MM/4NO-2E0,200-S8.3
IS 208MM/4NO-2E0
IS 208MM/2NC-2E0
IS 208MM/2NO-2E0-S8.3
S 208MM/2NO-2E0
IS 208MM/4NC-1E5-S12
IS 208MM/4NC-1E5-S8.3
IS 208MM/4NC-1E5
IS 208MM/4NO-1E5-S12
IS 208MM/4NO-1E5-S8.3
IS 208MM/4NO-1E5,5000
IS 208MM/4NO-1E5
IS 208MM/2NC-1E5
IS 208MM/2NO-1E5

IS 212

IS 212MM/4NC-10N-S12
IS 212MM/4NC-10N
ISS 212MM/4NO-10N-S12
IS 212MM/4NO-10N
IS 212MM/2NO-10N
IS 212MM/4NC-8N0-S12
IS 212MM/4NC-8N0
IS 212MM/4NO-8N0-S12
IS 212MM/4NO-8N0
IS 212MM/2NC-8N0
IS 212MM/2NO-8N0-S12
IS 212MM/2NO-8N0
IS 212MM/4NC-4N0-S12
IS 212MM/4NC-4N0
IS 212MM/4NO-4N0-S12
ISS 212MM/4NO-4N0-S12
IS 212MM/4NO-4N0
IS 212MM/2NC-4N0-S12
IS 212MM/2NC-4N0
IS 212MM/2NO-4N0-S12
IS 212MM/2NO-4N0
ISS 212MM/2NO-4N0
ISS 212MM/4NO-6E0-S12
IS 212MM/4NO-6E0
ISS 212MM/2NO-6E0-S12
IS 212MM/2NO-6E0
IS 218MM/4NC-5E0-S12
IS 212MM/4NC-4E0-S12
ISS 212MM/4NC-4E0-S12
IS 212MM/4NC-4E0
ISS 212MM/4NC-4E0
IS 212MM/4NO-4E0-S12
ISS 212MM/4NO-4E0-S12
IS 212MM/4NO-4E0
ISS 212MM/4NO-4E0
IS 212MM/2NC-4E0-S12
ISS 212MM/2NC-4E0-S12
IS 212MM/2NC-4E0
IS 212MM/2NC-4E0
ISS 212MM/2NO-4E0-S12
IS 212MM/2NO-4E0
IS 212MM/4NC-2E0-S12
IS 212MM/4NC-2E0
IS 212MM/4NO-2E0-S12
IS 212MM/4NO-2E0
IS 212MM/2NC-2E0
IS 212MM/2NO-2E0

IS 218

ISS 218MM/4NC-20N-S12
IS 218MM/4NC-20N

Robust Design for Demanding Environments

Leuze Inductive Switches are constructed with nickel-plated brass or stainless steel housing, offering exceptional resistance to corrosion, dust, and moisture. With IP67 protection, these switches are ideal for rigorous industrial applications, ensuring stable operation even in challenging conditions. Their high switching accuracy and broad operating temperature range make them versatile and reliable for use in machine automation processes.

Versatile Mounting and Connection Options

The switches are designed to accommodate a variety of installation setups. Depending on the specific automation needs, users can choose between flush and non-flush mounting. Connection types are flexible as well, with options for both cable and M12 connectors. This adaptability ensures seamless integration into existing systems.

Precision Sensing with Safety Features

Leuze Inductive Switches provide high switching accuracy, supporting sensing distances from 2 mm to 20 mm (model dependent). Equipped with short circuit protection and an LED status indicator, users benefit from real-time operational feedback and protection against wiring errors or overload, fostering both safety and reliability on the shop floor.

FAQ's of Leuze Inductive Switches:

Q: How do Leuze Inductive Switches achieve precise detection in machine automation?

A: Leuze Inductive Switches utilize advanced inductive technology to detect metallic objects with high switching accuracy. Their non-contact operation minimizes wear, making them ideal for applications requiring precise, repeatable detections, such as positioning or object presence sensing in automated machinery.

Q: What are the available mounting and connection options for these switches?

A: These inductive switches support both flush and non-flush mounting to suit various installation requirements. Connection types include direct cable and M12 connector versions, offering flexibility for integration into different automation panels or field installations.

Q: When should I choose nickel-plated brass versus stainless steel housing for these switches?

A: Nickel-plated brass housing is suitable for standard industrial settings, providing durability against general wear. Stainless steel housing is preferred in environments with high exposure to moisture, chemicals, or abrasive agents, offering superior corrosion resistance and longevity.

Q: Where are Leuze Inductive Switches commonly used?

A: These switches are widely used across machine automation, manufacturing lines, and industrial processes in India and globally. Applications include object detection, positioning, and end-stop monitoring in automotive, packaging, textile, and food-processing machinery.

Q: What is the process for installing Leuze Inductive Switches?

A: Start by selecting the appropriate mounting type (flush or non-flush) and connection option (cable or M12 connector). Secure the switch in the desired position, connect to a power supply (10-30 V DC), and wire the output to the control unit. Check the LED status indicator for proper function and conduct a functional test with your target object.

Q: What benefits do short circuit protection and LED status indicators provide?

A: Short circuit protection safeguards the switch and connected equipment from overloads or wiring faults, enhancing operational safety. The integrated LED status indicator delivers immediate visual feedback on the sensor's operational state, allowing for easy diagnostics and maintenance.

Q: Are these switches compliant with relevant industrial standards?

A: Yes, Leuze Inductive Switches conform to IEC 60947-5-2, ensuring reliable performance and safety in industrial automation applications according to recognized international standards.

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