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APPLE AUTOMATION AND SENSOR

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08045802181
  • Telemecanique Inductive and Capacities Proximity Sensors

Telemecanique Inductive and Capacities Proximity Sensors

3500 INR/Piece

Minimum Order Quantity : 1 Pieces

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Telemecanique Inductive and Capacities Proximity Sensors Price & Specifications

Wireless No (wired), No (wired)

Weight Approximately 60 g to 180 g depending on model

Voltage 10-36 VDC (for DC models), 20-250 VAC (for AC models)

Usage Object and position sensing in industrial automation

Signal Type Digital (On/Off)

Sensor Type Inductive or Capacitive Proximity Sensor

Sensitivity Adjustable (for capacitive models)

Response Time <1 ms (typical)

Resolution Up to 0.01 mm (model dependent)

Product Type Inductive and Capacitive Proximity Sensors

Power Consumption <10 mA (no-load current, model dependent)

Output PNP or NPN, NO or NC, 2-wire or 3-wire

Operating Temperature -25A C to +70A C

Mounting Type Flush or non-flush, threaded cylindrical (M8, M12, M18, M30)

Measurement Range Inductive: Up to 20 mm, Capacitive: Up to 15 mm

Material Thermoplastic body, Nickel-plated brass, Stainless steel (model dependent)

Interface Cable or M12 connector

Input 3-wire or 4-wire DC, or 2-wire AC/DC (model dependent)

IP Rating IP67

Function Non-contact object detection

Features Short-circuit and reverse polarity protection, LED status indicator

Cable Length 2 m standard, extendable

Application Industrial automation, packaging, material handling, conveyor systems

Accuracy High positional accuracy, typically A 1% of sensing distance

About Telemecanique Inductive and Capacities Proximity Sensors Detail

We are dealer and supplier of Telemecanique Inductive and Capacities Proximity Sensors in India.

Models:

  • AB1FUSE435U5X
  • XT7C40FP262
  • XT7C40NC440
  • XT7C40PC440
  • XT112S1NAL2
  • XT118B1FAL2
  • XT118B1FBL2
  • XT118B1NAL2
  • XT118B1PAL2
  • XT118B1PCL2
  • XT118B1PCM12
  • XT130B1FAL2
  • XT130B1FBL2
  • XT130B1NAL2
  • XT130B1PAL2
  • XT130B1PCL2
  • XT130B1PCM12
  • XT132B1FAL2
  • XT132B1FBL2
  • XT218A1FAL2
  • XT218A1NAL2
  • XT218A1PAL2
  • XT218A1PCM12
  • XT230A1FAL2
  • XT230A1FBL2
  • XT230A1NAL2
  • XT230A1PAL2
  • XT230A1PCM12
  • XT232A1FAL2
  • XT232A1FBL2
  • XT230A2MDB
  • XUZA118
  • XUZE04
  • XUZE06
  • XUZE08
  • XTAZ30
  • XXZ12
  • XXZ30
  • AB1FU10135U
  • XS1L04NA310
  • XS1L04NA310S
  • XS1L04NA311
  • XS1L04NA311S
  • XS1L04NB310
  • XS1L04NB310S
  • XS1L04NB311
  • XS1L04NB311S
  • XS1L04PA310
  • XS1L04PA310S
  • XS1L04PA311
  • XS1L04PA311S
  • XS1L04PB310
  • XS1L04PB310S
  • XS1L04PB311
  • XS1L04PB311S
  • XS1L06NA349
  • XS1L06NA349D
  • XS1L06NA349S
  • XS1L06NB349
  • XS1L06NB349S
  • XS1L06NC410
  • XS1L06PA349
  • XS1L06PA349D
  • XS1L06PA349S
  • XS1L06PB349
  • XS1L06PB349S
  • XS1L06PC410
  • XS1M08NC410
  • XS1M08NC410D
  • XS1M08PC410
  • XS1M08PC410D
  • XS1M12AB120
  • XS1M12KP340
  • XS1M12KP340D
  • XS1M12MA250
  • XS1M12MA250K
  • XS1M12MB250
  • XS1M12MB250K
  • XS1M18AB120
  • XS1M18KP340
  • XS1M18KP340D
  • XS1M18KPM40
  • XS1M18KPM40D
  • XS1M18MA250
  • XS1M18MA250K
  • XS1M18MB250
  • XS1M18MB250K
  • XS1M18PAS20
  • XS1M18PAS20D
  • XS1M18PAS40
  • XS1M18PAS40D
  • XS1M30AB120
  • XS1M30KP340
  • XS1M30KP340D
  • XS1M30KPM40
  • XS1M30KPM40LD
  • XS1M30MA250
  • XS1M30MA250K
  • XS1M30MB250
  • XS1M30MB250K
  • XS1N05NA310
  • XS1N05NA311
  • XS1N05NA311S
  • XS1N05NB310
  • XS1N05NB311
  • XS1N05NB311S
  • XS1N05PA310
  • XS1N05PA311
  • XS1N05PA311S
  • XS1N05PB310
  • XS1N05PB311
  • XS1N05PB311S
  • XS1N08NA349
  • XS1N08NA349D
  • XS1N08NA349S
  • XS1N08NB349
  • XS1N08NB349D
  • XS1N08NB349S
  • XS1N08PA349
  • XS1N08PA349D
  • XS1N08PA349S
  • XS1N08PB349




Reliable Performance in Industrial Environments

Designed to withstand harsh industrial conditions, Telemecanique proximity sensors offer excellent shock (30 g, 11 ms) and vibration resistance (1055 Hz, 1.5 mm), ensuring stability and longevity. Their IP67 rating guarantees protection against dust and water, making them suitable for challenging environments often encountered in automation and material handling processes.


Flexible Sensing and Mounting Options

These sensors come in threaded cylindrical housings (M8 to M30), allowing flush or non-flush mounting for easy integration. Capacitive and long-range models feature adjustable switching distance to tailor detection capability for specific applications, increasing versatility across varied industrial processes and setups.


Superior Accuracy and Fast Switching

Telemecanique proximity sensors deliver precise object and position detection with high resolutionup to 0.01 mm (model dependent)and accuracy typically within 1% of the sensing distance. The fast response time (<1 ms) and switching frequency up to 2 kHz for inductive models enable their use in high-speed automation tasks.

FAQs of Telemecanique Inductive and Capacities Proximity Sensors:


Q: How do I choose between inductive and capacitive proximity sensors for my application?

A: Inductive sensors are ideal for detecting metal objects, while capacitive sensors can detect both metallic and non-metallic materials (such as plastics and liquids). Consider your target object type and the required sensing distance to select the best sensor type for your needs.

Q: What are the main benefits of using Telemecanique proximity sensors in industrial automation?

A: These sensors provide reliable non-contact detection, high positional accuracy, fast response, and robust durability. Their multiple mounting and housing options, adjustable sensitivity (for capacitive models), and protection features contribute to reduced maintenance and enhanced productivity.

Q: Where can Telemecanique proximity sensors be installed?

A: These sensors are suitable for installation in packaging machinery, conveyor systems, material handling equipment, and various automated production lines. Their IP67 rating and wide operating temperature range allow installation in both indoor and semi-outdoor industrial environments.

Q: What process is involved in adjusting the sensing distance on these sensors?

A: Capacitive and certain long-range proximity sensor models offer adjustable sensing distance. This is typically set using a built-in potentiometer or adjustment screw, allowing users to fine-tune detection according to application requirements.

Q: How does the switching frequency impact sensor usage in fast-moving processes?

A: Switching frequencies up to 2 kHz (inductive models) enable sensors to reliably detect and respond to rapidly moving objects, making them highly suitable for high-speed automation and material handling systems where quick and accurate object detection is essential.

Q: What features are included for safe and reliable operation of these sensors?

A: Telemecanique sensors incorporate short-circuit and reverse polarity protection, insulation resistance over 50 M, and LED status indicators. They are built with robust materials such as thermoplastic, nickel-plated brass, or stainless steel, depending on the model, ensuring safe and reliable operation in demanding environments.

Q: When is it recommended to use adjustable sensitivity in capacitive proximity sensors?

A: Adjustable sensitivity is beneficial when detecting different types of objects or varying target sizes within the same application. For instance, when sensing both small and large items in a packaging line, adjusting the sensitivity allows consistent and accurate object detection.