Siemens 270 manual 120

Page 11

© Siemens AG 2007

Operator Control and Monitoring Devices

Panels — 270 series

SIMATIC OP 270

Function (continued)

Configuration

Configuring is performed using the configuring software SI- MATIC ProTool or SIMATIC ProTool/Pro Configuration (see HMI

2software/configuring software or visualization software) or using the engineering software SIMATIC WinCC flexible Standard or Advanced (see HMI software/SIMATIC WinCC flexible engineer- ing software).

Projects generated using ProTool can be imported into WinCC flexible.

Applications/options

When configuring with ProTool

SIMATIC ProAgent/MP;

fast, localized fault diagnosis in plants and machines for SIMATIC S7 and SIMATIC HMI (see HMI software/process diagnostics software SIMATIC ProAgent)

When configuring with WinCC flexible

WinCC flexible /ProAgent;

fast, localized fault diagnosis in plants and machines for SIMATIC S7 and SIMATIC HMI (see HMI software/process diagnostics software SIMATIC ProAgent)

WinCC flexible /Sm@rtAccess;

Remote control and monitoring as well as communication be- tween different SIMATIC HMI systems (see WinCC flexible RT options)

WinCC flexible /Sm@rtService;

Remote monitoring and service of machines/plants over the Internet/Intranet (see WinCC flexible RT options)

Integration

The SIMATIC OP 270 Operator Panels can be connected to:

SIMATIC S7-200/-300/-400

SIMATIC WinAC Software/Slot PLC

SIMATIC S5

SIMATIC 505

SINUMERIK

SIMOTION

Non-Siemens PLCs

-Allen Bradley

-Mitsubishi

-Telemecanique 1)

-LG GLOFA GM

-Modicon

-GE-Fanuc

-Omron

Over Ethernet (TCP/IP) to higher-level PC and network printer (optionally over NE2000-compatible network card)

Additionally when configuring with WinCC flexible

Ethernet communication with SIMATIC S7 (optionally over NE2000-compatible network card)

Multi-protocol capability

HTTP communication to other SIMATIC HMI systems (optionally with the "WinCC flexible /Sm@rtAccess" option)

SINUMERIK

(optionally with "SINUMERIK HMI copy license

WinCC flexible CE"; the "SINUMERIK HMI engineering pack- age WinCC flexible" is additionally necessary for configuration; for further information, see Catalog NC 60)

1) Cannot be connected in conjunction with WinCC flexible

Note:

For further information, see "System interfaces".

2/120

Siemens ST 80 · 2006

Image 11
Contents Design OverviewBenefits ApplicationTP 270 FunctionTP 270 can be connected to When configuring with ProToolWhen configuring with WinCC flexible Function IntegrationSimatic Technical specificationsTransfer under ProTool Upload/download ESC/P2 PCL3/PCL6STATUS/CONTROL Color 10,4 Color STN Display Functionality Under ProToolSimatic TP Ordering data6AV6 691-1SA01-0AX0 Dimension drawingsMore information Simatic HMISimatic OP 119 120 Color 10,4 Color STN Display Degree of protection Mechanical components Dimensions122 Archiving Functionality Under ProToolProtocols RecipesFor TD17, OP17, OP25, OP27 OP 270, OP35, OP37, TP27 Simatic OP6AV6 542-0CA10-0AX0 6AV6 542-0CC10-0AX0125

270 specifications

The Siemens 270 is a notable model in the landscape of industrial automation and control systems, designed to enhance efficiency and reliability in diverse applications. This versatile device is particularly recognized for its role in process automation, providing seamless integration of hardware and software.

One of the main features of the Siemens 270 is its robust architecture, which supports a variety of input and output modules. This flexibility allows it to cater to a range of industries, from manufacturing to energy management. The system can handle multiple communication protocols, such as Profibus and Profinet, ensuring connections with various field devices and systems for streamlined data exchange. This interoperability is crucial for modern industrial environments where systems need to communicate across different layers of the automation pyramid.

The Siemens 270 boasts advanced processing capabilities, driven by high-performance CPUs that support real-time processing. This characteristic is essential for monitoring and controlling fast-paced industrial processes, where timely data analysis and response can significantly impact operational efficiency. Furthermore, the system is designed to handle complex algorithms and computations, which are necessary for tasks such as predictive maintenance and process optimization.

Another significant aspect of the Siemens 270 is its user-friendly interface. The integrated programming environment simplifies system setup and allows users to easily configure and monitor processes. This ease of use helps reduce training time for operators and ensures a quick response to any potential issues that might arise.

In terms of safety features, the Siemens 270 incorporates built-in redundancy options, enhancing the system's reliability and minimizing downtime. Safety protocols are integrated into the hardware and software components, enabling compliance with international safety standards. This is particularly important for industries where safety is paramount, such as chemicals or pharmaceuticals.

The Siemens 270 also emphasizes energy efficiency, with features that help monitor resource consumption and optimize energy use. This not only contributes to operational cost savings but also aligns with global sustainability efforts, making it an ideal choice for companies aiming to reduce their environmental footprint.

In conclusion, the Siemens 270 is a powerful tool in the realm of industrial automation, featuring advanced processing capabilities, flexible integration options, user-friendly interfaces, stringent safety standards, and a commitment to energy efficiency. Its multifaceted characteristics make it suitable for a wide array of applications, solidifying its position as a leader in the industry. As industries continue to evolve, systems like the Siemens 270 are equipped to meet the challenges and demands of tomorrow's automation landscape.