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Last updateSun, 04 Feb 2024 4am

Siemens changes generation for logic modules

With the Logo! 8 series of logic modules for smaller automation solutions in industry and building systems, the Siemens Industry Automation Division is launching a completely new generation of devices. Logo! 8 replaces the two current series 6 and 7 and is characterized by simplified handling, reduced space requirements with more digital and analog outputs, as well as an improved price-performance ratio. All new Logo! 8 basic units now offer Ethernet communication, additional functions for remote operation and remote access, as well as simpler configuring of the communication functions. The Logo! 8 series in revised design comprises eight new basic units that are equipped with Ethernet interface and Web server and, with four subunits, again feature the same compact design as before.

Four of the new Logo! 8 basic units for different voltage types have a display with six lines of 16 characters each, and three adjustable background colors. Thanks to the display's distinct signal colors, clear operator information and fewer abbreviations, message texts and status information are more visible and easier to read than before.

A wide range of add-on components (also new) supplement the basic units of the Logo! 8 series. These include a six-line text display with 20 characters to each line and four function keys, a module as Ethernet 4-port switch, as well as seven digital modules, three analog modules, and diverse power modules for power supply. The new module for communication via SMS and GPS is used for position detection, alarms and remote control via mobile phone, or time synchronization.

Logo! 8 connections are compatible with previous versions and programs can also be transferred. The new devices are configured using the new Logo! software Soft Comfort V8. The software helps to create and implement programs quickly and simply; for example, the communication functions of up to 16 network nodes are defined simply by dragging and dropping.

With the integral Web server, Logo! 8 is easy to use via WLAN and the Internet for monitoring and controlling. The Web server is designed for all commercially available Web browsers on PCs, smartphones and tablet PCs – from Chrome, FireFox, and Internet Explorer to Opera – regardless of the operating system. Web pages with a view of the logic module and external text display can be shown immediately. Users do not require any knowledge of HTML programming.

These logic modules, launched by Siemens in the mid-1990s as a new class of devices, close the gap between contactors, auxiliary relays, time switches, and programmable logic controllers. The Logo! logic modules can be used universally in industry and building systems. The numerous different applications range from simple machines to building automation. This includes mill presses, conveyor belts, sorting systems, infeed systems, automatic handling systems, car wash installations, access controls, light/door/gate controls, aquaria and terraria, expansions to heating controls, saunas, whirlpools and swimming pools, feeding systems in fish farming and livestock raising, all the way to booster stations and pump stations.

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Yokogawa develops Multi-protocol ISA100 Wireless Adaptor for wired Field Instruments

Yokogawa Electric Corporation announces that it has developed a multi-protocol wireless adaptor that enables wired field instruments or analytical sensors to be used as ISA100 Wireless™* devices, and will release models in May and July that support communications based on the HART® and RS485 Modbus standards. To facilitate the introduction of field wireless systems in plants, Yokogawa plans to release additional models that will cover other standards.

Development Background:

Field wireless systems enable the field devices and the host-level monitoring, control, and other systems in a plant to communicate wirelessly with each other. They have numerous advantages such as allowing the placement of field instruments or analytical sensors in difficult to wire locations, eliminating the need for cables to connect devices, and costing less to install. In accordance with its Wireless Anywhere concept, Yokogawa is seeking to promote the plant-wide use of field wireless systems by developing ISA100 Wireless devices such as this multi-protocol wireless adaptor.

Product Features:

When the multi-protocol wireless adaptor is mounted on a wired field instrument or analytical sensor, the instrument or sensor is able to function as an ISA100 Wireless device. It may be used with any type of wired field instrument or analytical sensor commonly used in plants, including those used to monitor temperature, pressure, liquid level, or vibration, or to detect gas and is compatible with both Yokogawa devices and devices from other vendors. By giving customers a greater range of field instruments and analytical sensors to choose from, Yokogawa expects that this multi-protocol wireless adaptor will greatly facilitate the introduction of field wireless systems.

  • Support of multiple standards
  • Battery power source for field instruments and analytical sensors
  • Environmental resistance
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First On-Machine Controller by Rockwell Automation Simplifies System Architecture and space

Manufacturers and equipment builders are looking to simplify their machine architectures and reduce the system footprints. With the release of the Allen-Bradley Armor GuardLogix programmable automation controller (PAC), Rockwell Automation now provides users with a high-performance, multidisciplined control in a controller that can be installed directly on-machine.

The Armor GuardLogix PAC joins a growing portfolio of On-Machine solutions from Rockwell Automation that move the industrial controls and hardware closer to the application or onto the machine, minimizing the number of components in the cabinet. This reduces wiring time while helping increase uptime as maintenance and repair is made faster with pre-configured, quick connect systems and simplified wiring layouts.

The Armor GuardLogix PAC is IP67, SIL 3, PL(e), CAT 4 rated with 4 MB of application code storage space with two full-featured EtherNet/IP device-level ring (DLR) capable connections.

“With this controller, manufacturers can tap the power of our information-enabled Integrated Architecture system in a simple-to-use, but fully loaded on-machine controller,” said Geoff Sieron, product manager, GuardLogix controllers, Rockwell Automation. “Additionally, as manufacturing control systems evolve, our customers are replacing aging equipment with simplified systems. Quick-connect cabling greatly streamlines system wiring so the system is easier to install, troubleshoot and maintain. This can be especially crucial to machine and equipment builders looking to improve time-to-market, testing and commissioning.”

The Armor GuardLogix PAC provides access to the controller-mode switch, USB port, secure digital (SD) card and power-supply switch, along with 24V DC power pass-through to supply power to other On‑Machine products. This feature allows power to be routed from one machine device or module to another, eliminating the need for a power supply for each device and simplifying the overall system architecture. Innovative mounting tabs can be rotated vertically or horizontally, giving users flexibility on where and how the product can be mounted. The controller is programmed in the Rockwell Software Studio 5000 design and engineering environment.

On-Machine solutions

GuardLogix controllers

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Allen-Bradley Micro820 Programmable Logic Controller Optimized for Standalone application

Rockwell Automation announces the new Allen-Bradley Micro820 programmable logic controller (PLC), a new addition to the Allen-Bradley Micro800 PLC family. The 20-point Micro820 controller features embedded Ethernet and serial ports, and a microSD slot. Pulse-width modulation (PWM) output and recipe management makes it ideal for small machines, such as stretch wrappers and compressor control. Datalogging, analog and thermistor temperature inputs are essential for remote automation applications, including water-pump control and air-handling units.

“We will continue to develop the Micro800 platform to give small-machine builders the flexibility to customize designs according to their application needs,” said Melkote Srinivasan, senior business manager, Rockwell Automation. “The new Micro820 controller, LCD display, plug-in modules and Connected Components Workbench software Release 6.0 have the features and options that help them differentiate their offerings and be more competitive.”

Connected Components Workbench software simplifies the configuration, design and maintenance of the Micro820 controller. The latest version of the software adds support for additional machine devices, like the new Allen-Bradley Guardmaster 440C-CR30 configurable safety relay and Allen-Bradley Kinetix 3 component servo drive. This release also provides password protection for application code, and improved investment protection via a friendly controller upgrade tool and multiple project sessions to collaborate between them. For those new to building machines, the software is a free download and offers built-in tutorials, manuals and user assistance.

Micro800 remote 3.5-inch LCD display. An essential accessory to the Micro820 controller, the Micro800 LCD display supports up to eight lines of ASCII text with a four-color backlight, has a keypad with programmable function keys, and is rated IP65 for mounting through a cabinet door when used as a simple operator interface. The display shows customized application-diagnostics messages and text. Its system menu is available in several languages and allows machine builders to directly view and edit program variables, and set the controller’s Ethernet address. The embedded USB port serves as a programming port to the controller.

Micro800 DeviceNet scanner plug-in module. The new Micro800 DeviceNet scanner plug-in option for the Micro800 family of controllers supports up to 20 nodes of Allen-Bradley PowerFlex AC drives or Allen-Bradley CompactBlock LDX I/O. This reduces the costs of wiring and installation inside the cabinet for standalone machine applications, and outside the cabinet for conveyor applications with drives and I/O distributed over longer distances. Auto-scan and device-specific function blocks simplify programming and configuration, and make network diagnostics easier.

Micro800 motion high-speed counter plug-in module. The new Micro800 motion high-speed counter plug-in option allows machine builders to cost-effectively add high-speed counters to Micro800 controllers. Used with the Allen-Bradley Micro830 or Micro850 controller’s PTO axis, the plug-in provides position feedback from the servo drive for position verification or with an encoder for position and velocity monitoring. It supports both 5V differential line driver input up to 250 kHz and 24V DC input up to 100 kHz.

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Agilent Technologies adds Real-Time Measurement Uncertainty Capability to USB Thermocouple

Agilent Technologies Inc. has announced the addition of two new models to its U8480 Series USB thermocouple power sensors. The U8480 Series now comes with improved specifications, including an expanded frequency range to 67 GHz and a measurement speed of 900 readings/second, maintaining the U8480 Series' status as the world's fastest USB thermocouple power sensors.

The U8480 Series' real-time measurement uncertainty feature, the one of the first of its kind in the industry, significantly reduces overall test time by removing the need for time-consuming manual measurement uncertainty (MU) calculations. Users can now compute MU in real time and at any given point. The feature also allows them to display power measurements and their MU simultaneously, simplifying test measurement and increasing test accuracy.

The U8480 Series provides best accuracy and repeatability with thermocouple sensing technology and a power linearity of less than 0.8 percent. The new S-parameter and gamma correction functions further improve measurement accuracy by correcting the mismatch errors caused by inserted components between the device-under-test and the power sensor, making the U8480 Series suitable for applications such as test system or instrument calibration.

Like all Agilent USB power sensors, the U8480 Series can be used as an accessory for other Agilent instruments, allowing these instruments to perform specific power measurement applications without needing to connect to a PC or laptop. The U8480 Series is compatible with Agilent FieldFox RF analyzers and MXG signal generators, giving them power meter functionalities. The power sensors also perform source power calibration with Agilent PNA, PNA-L and PNA-X network analyzers. And with USB functionality and the bundled N1918A Power Panel software, measuring high-frequency power measurements in applications ranging from high-volume manufacturing to calibration and field remote monitoring has never been more convenient.

"We designed the U8480 Series to address the test challenges that our customers face today," said Ee Huei Sin, vice president, Agilent's General-Purpose Electronic Measurement Division. "With the significant improvement in measurement speed and the unique real-time measurement uncertainty feature, these sensors allow users to accelerate their overall design cycle without compromising performance or accuracy."

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