SMC Pressure Switch | Air & Digital Pressure Transducer

IndMALL Automation introduces the SMC Pressure Switch, a cornerstone in industrial monitoring and control. The ZSE20(F)/ISE20 model is known for its robust communication via IO-Link compatibility and its precision in pressure sensing for industrial environments. These switches are integral to systems requiring reliable pressure control and are easy to integrate into existing networks. With a variety of models like the PSE550, designed for remote monitoring, and the ISE70/ISE71, which are highly adaptable across different pressure ranges, SMC supports diverse industrial applications. The PSE57, with its detailed specifications, and the PSE54, known for its wide range of pressure settings, are tailored to enhance operational efficiency in automation and manufacturing sectors.

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SMS Pressure Switch: ZSE20(F)/ISE20

SMS Pressure Switch: ZSE20(F)/ISE20

  • ZSE20(F)-ISE20-E Industrial Communication Sensor by SMC Corporation

  • IO-Link compatibility for enhanced communication.
  • Accurate pressure sensing for industrial applications.
  • Robust design ensures durability and reliability.
  • Advanced features for precise pressure control.
  • Easy integration into existing industrial communication networks.
  • Widely used in automation and manufacturing industries.

SMC Pressure Sensor: PSE550

SMC Pressure Sensor: PSE550

  • SMC Corporation’s Electronic Pressure Switches and Sensors (Remote Type)

  • Precise pressure sensing for industrial processes.
  • Wide variety of models for diverse applications.
  • Designed for remote pressure monitoring.
  • Advanced features ensure reliable pressure control.
  • Easy integration into existing automation systems.

SMC Digital Pressure Switch: ISE7/7G/79S

SMC Digital Pressure Switch: ISE7/7G/79S

  • Product: ISE70/ISE71 IO-Link Compatible Pressure Sensor

  • Manufacturer: SMC Corporation
  • Compatibility: IO-Link enabled for enhanced communication
  • Measurement: Accurate pressure sensing for industrial automation
  • Design: Robust construction ensures durability
  • Features: Advanced functionality for precise pressure control
  • Integration: Seamless integration into industrial communication networks
  • Application: Widely used in manufacturing and process industries
  • Options: Available in various pressure ranges and configurations
  • Support: Backed by SMC Corporation’s expertise and assistance

SMC Air Pressure Switch: Sensor/Switch for General Fluids PSE57

SMC Air Pressure Switch: Sensor/Switch for General Fluids PSE57

  • Switch Output Specification: Factory-set for general fluid applications.

  • IO-Link Compatibility: Enhances data communication and integration.
  • Enclosure Protection: Rated IP65 for dust and water jet resistance.
  • Material Durability: Features nickel-plated brass and alumina for stability.
  • Pressure Specifications: Models available for pressures ranging from -100 kPa to 10 MPa with appropriate proof pressures.

SMC Pressure Transducer: Sensor/Switch PSE54

SMC Pressure Transducer: Sensor/Switch PSE54

  • Switch Output Specification: This model is designed with a switch output for standard applications.

  • IO-Link Compatibility: It supports IO-Link for enhanced data communication and device integration.
  • Analog Output Options: Provides analog output (voltage) to accommodate diverse requirements.
  • Variety of Pressure Ranges:
  • PSE541 for vacuum pressure ranging from 0 to -101 kPa.
  • PSE543 for compound pressure, covering -100 to 100 kPa.
  • PSE540 for positive pressure from 0 to 1 MPa.

SMC Digital Pressure Sensor: Digital Pressure Sensor Controller PSE300

SMC Digital Pressure Sensor: Digital Pressure Sensor Controller PSE300

  • Applicable Sensors: Compatible with PSE53m, 54m, 550, 56m, 570, 573, 574.

  • Input Compatibility: Supports both voltage and current input.
  • Fast Response Time: Achieves a response time of 1 ms.
  • Flexible Mounting: Allows for vertical and horizontal contact mounting.
  • Mounting Options: Includes panel mounting, bracket mounting, and DIN rail mounting.

At IndMALL Automation, we feature the robust Danfoss Pressure Switch. Ideal for industrial applications, this switch ensures accurate pressure monitoring. Key products like the SMC Pressure Switch and SMC Pressure Sensor are tailored for precise control. The SMC Digital Pressure Switch and SMC Air Pressure Switch offer versatility across various systems. Additionally, the SMC Pressure Transducer is perfect for critical measurements. These switches are pivotal in automation and manufacturing sectors, enhancing system reliability and efficiency. For all your pressure switch needs, consider the precision-engineered options from Danfoss at IndMALL Automation.

Frequently Asked Questions

What is a pressure switch used for?

A pressure switch is a device that activates or deactivates a compressor based on set pressure levels. It is commonly used in HVAC systems to maintain optimal pressure, enhancing equipment efficiency and safety. This switch ensures systems operate within safe pressure limits, preventing mechanical failures.

What does a pressure pad switch do?

A pressure pad switch activates or sends a signal when a specific force is applied. It is commonly used to detect and respond to physical pressure, enhancing system automation. These switches are essential in security systems, interactive displays, and sensitive safety mechanisms, where precise pressure detection is crucial for operational control.

What are the different types of pressure switches?

Pressure switches are categorized mainly into two types: mechanical and electronic. Mechanical pressure switches operate using a physical mechanism to detect pressure changes. Electronic pressure switches use sensors and circuitry for more precise control. Both types are crucial for managing system pressures in various industrial applications.

What is the signal of a pressure switch?

The signal of a pressure switch is a binary, digital on-and-off output. This means it can only exist in two states: on, when pressure is above a set threshold, or off, when it is below. This simple yet effective signaling allows for straightforward monitoring and control of systems based on specific pressure conditions.

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