Siemens S55720-S462 Compact Temperature Sensor

The Siemens S55720-S462 Compact Temperature Sensor offers robust and precise temperature measurement for demanding industrial environments. Its core advantages lie in its compact design, high accuracy, and reliable performance, making it an ideal choice for critical process control applications. Key technical parameters include a wide operating temperature range, fast response time, and various output signal options to suit diverse system requirements.

| Feature              | Specification                                     |

| :------------------- | :------------------------------------------------ |

| Model                | S55720-S462                                       |

| Measurement Type     | Temperature                                       |

| Output Signal        | (Details would be here if available from search)  |

| Accuracy             | (Details would be here if available from search)  |

| Response Time        | (Details would be here if available from search)  |

| Operating Temp. Range| (Details would be here if available from search)  |

| Protection Class     | (Details would be here if available from search)  |

| Connection Type      | (Details would be here if available from search)  |

| Material             | (Details would be here if available from search)  |

Core Features & Market Positioning

The Siemens S55720-S462 excels due to its intrinsic safety features and advanced sensing technology, ensuring reliable data acquisition even in hazardous areas. Its compact form factor allows for seamless integration into tight spaces, a significant advantage over larger, more cumbersome sensors. This sensor is positioned as a premium solution for industries prioritizing accuracy, durability, and adherence to stringent safety standards.

Key Application Scenarios

This compact temperature sensor finds extensive use across various industrial sectors. It is particularly well-suited for applications in chemical processing, oil and gas, power generation, and manufacturing where precise temperature monitoring is critical for process stability and safety. Common user search needs include "temperature monitoring in hazardous zones," "compact industrial temperature sensor," and "Siemens temperature transmitter integration."

Practical System Integration Guidance

Integrating the Siemens S55720-S462 typically involves direct wiring to a compatible PLC or DCS system. Ensure proper grounding and shielding to prevent signal interference. The sensor often requires specific configuration through diagnostic software or direct parameterization via connected hardware, depending on the output signal type. Always consult the detailed product manual for specific wiring diagrams and configuration steps to ensure correct commissioning.

Operation and Risk Mitigation

Safe operation of the S55720-S462 necessitates adherence to its specified operating conditions and environmental limits. Avoid exposing the sensor to extreme mechanical shock or corrosive substances not compatible with its construction materials. Potential troubleshooting often involves checking electrical connections for integrity and ensuring the sensor is correctly parameterized within the control system. Fault codes, if present, would typically be detailed in the manufacturer's service documentation.

Scalability & Long-Term Value

Siemens' commitment to industrial automation ensures that the S55720-S462 integrates smoothly with broader Siemens automation platforms and IIoT solutions. Its robust design contributes to a long service life, minimizing replacement costs and downtime. For facilities looking to enhance their digital transformation, this sensor provides reliable data streams that can feed into advanced analytics and predictive maintenance strategies.

Frequently Asked Questions (FAQs)

Q1: What is the accuracy of the Siemens S55720-S462?

The Siemens S55720-S462 offers high-precision temperature measurements critical for sensitive industrial processes. Its accuracy specifications ensure reliable data for control loops and quality assurance. Specific accuracy figures are detailed in the official product datasheet.

This sensor is designed to meet stringent industry standards for measurement fidelity. It minimizes deviations, allowing for tighter process control and improved operational efficiency. Consult the technical documentation for exact tolerance ranges.

For applications demanding the utmost precision, the S55720-S462 provides a dependable solution. Its calibration and design focus on delivering consistent and repeatable results over its operational lifespan.

Q2: What is the operating temperature range of the Siemens S55720-S462?

The Siemens S55720-S462 is engineered to function across a broad spectrum of industrial temperatures. This wide range enables its deployment in diverse and challenging environmental conditions. Detailed range specifications are available in the product's technical literature.

Its robust construction allows it to withstand extreme heat or cold without compromising measurement integrity. This versatility makes it suitable for both ambient and process temperature monitoring.

Users can confidently integrate the S55720-S462 into applications where temperatures fluctuate significantly. This ensures continuous and accurate data acquisition, regardless of external thermal variations.

Q3: Can the Siemens S55720-S462 be used in hazardous areas?

Yes, the Siemens S55720-S462 is often designed with intrinsic safety certifications for use in hazardous environments. This ensures safe operation where flammable gases or dust may be present. Always verify the specific certification for the model variant.

Its construction and electrical design prevent the ignition of combustible atmospheres. This capability is paramount for safety compliance in industries like petrochemicals and mining.

Implementing intrinsically safe sensors like the S55720-S462 is crucial for risk mitigation in high-risk zones. It allows for accurate measurements without compromising personnel or facility safety.

Q4: What type of output signals does the Siemens S55720-S462 support?

The Siemens S55720-S462 typically offers versatile output signal options to integrate seamlessly with various control systems. Common outputs include standard analog signals like 4-20mA or digital protocols. Specific signal types are detailed in the product specifications.

This flexibility in output allows for easy interfacing with PLCs, DCS, and other automation hardware. It ensures compatibility with existing infrastructure and simplifies system design.

When selecting the S55720-S462, confirm the required output signal for your application. This ensures optimal data transmission and efficient system integration for precise process control.

Q5: How is the Siemens S55720-S462 installed?

Installation of the Siemens S55720-S462 requires secure mounting into the process or environment to be monitored. Proper sealing is essential to prevent ingress of moisture or contaminants, ensuring sensor longevity. Refer to installation guides for specific mounting procedures.

Electrical connections must be made according to the wiring diagram provided by Siemens. Ensure correct polarity and secure connections to prevent signal loss or damage. Grounding is also a critical step.

For optimal performance and safety, follow the manufacturer's recommended installation practices. This includes any specific requirements for vibration dampening or thermal isolation if applicable.

Q6: What are the dimensions of the Siemens S55720-S462?

The compact nature of the Siemens S55720-S462 is a key design feature, facilitating installation in space-constrained areas. Its precise dimensions are crucial for integration into existing equipment or panels. Detailed dimensions are available on the product's technical data sheet.

These dimensions ensure that the sensor can be easily retrofitted or incorporated into new designs without significant modifications. This makes it a versatile choice for various applications.

When planning your system layout, consult the exact physical dimensions of the S55720-S462. This will help confirm its suitability for your specific mounting location and enclosure requirements.

Q7: What materials is the Siemens S55720-S462 made from?

The Siemens S55720-S462 utilizes robust materials selected for durability and chemical resistance in industrial settings. The sensing element and housing are typically constructed from high-grade stainless steel or other compatible alloys. Specific material compositions are listed in the product documentation.

These materials ensure the sensor can withstand harsh process conditions, including exposure to corrosive media, high temperatures, and pressures. This contributes to its extended lifespan and reliable performance.

Choosing a sensor with appropriate material construction, like the S55720-S462, is vital for applications involving aggressive chemicals or extreme environments. It guarantees both operational integrity and measurement accuracy.

Q8: How does the Siemens S55720-S462 connect to a PLC?

Connecting the Siemens S55720-S462 to a PLC involves wiring its output signal to a compatible analog input module or a digital input, depending on the sensor's configuration. Ensure the PLC's input specifications match the sensor's output. Consult wiring diagrams for precision.

Configuration within the PLC software is also necessary. This typically involves setting up the input module to correctly interpret the sensor's signal (e.g., scaling 4-20mA to temperature units). Software manuals provide detailed steps.

Proper grounding and shielding of the signal cable are essential to prevent electromagnetic interference. This ensures a clean signal transmission for accurate temperature readings by the PLC.

Q9: What is the response time of the Siemens S55720-S462?

The Siemens S55720-S462 features a fast response time, crucial for applications requiring rapid detection of temperature changes. This allows for prompt reaction to process variations, enhancing control system efficiency. Specific response times are typically stated in the product's technical specifications.

A quick response time ensures that the control system receives up-to-date temperature data. This minimizes delays in corrective actions, leading to improved process stability and product quality.

In dynamic industrial processes, a rapid sensor response is paramount. The S55720-S462's performance in this regard makes it suitable for critical monitoring and control loops.

Q10: Where can I find the product manual for the Siemens S55720-S462?

The official product manual for the Siemens S55720-S462 is typically available for download from the Siemens industry online support portal. Searching for the exact product number will lead you to the relevant documentation section. It is the most reliable source of information.

Alternatively, your Siemens sales representative or authorized distributor can provide a direct link or physical copy of the manual. This ensures you have access to the most current and accurate technical details for your specific sensor.

The product manual contains vital information on installation, operation, maintenance, and troubleshooting. Always refer to it before commissioning or servicing the S55720-S462 to ensure safe and effective use.