Remote - Spring 2014 - (Page 3)

Editor's Choice SCADA Software Expanded for Plant-Specific Analysis of Individual KPIs Siemens Industry Automation division has expanded the Simatic WinCC V7.2 SCADA software with the optional WinCC/PerformanceMonitor package for calculating and analyzing plant-specific key performance indicators (KPIs). The user can derive optimization potential for production and measures for increasing productivity. The Simatic WinCC V7.2 SCADA software supports the acquisition, visualization and analysis of production data. Analysis with the WinCC/PerformanceMonitor software package is based on the process data acquired by WinCC, which are associated with each other during runtime. The user quickly and simply sets up the calculation formulas to be used in WinCC, without any additional knowledge. Several visualizations are possible for evaluation: a Gantt chart with the time sequence of states, a bar chart for analyzing the key performance indicators and a table for states and accompanying values. The visualizations are also available via the web in the WinCC WebNavigatorClient. The calculated key performance indicators can be further processed in a WinCC display, for example line-dashboard, or in a trend display. In conjunction with the Simatic information server, the key performance indicators can be grouped together online to form target-group-oriented reports and can be queried at any time. FreeWave Introduces Class 1 Division 1 Solution for Wireless Monitoring in Hazardous Applications FreeWave Technologies has released its WaveLine 10i, a Class 1 Division 1 (C1D1) certified high performance wireless I/O networking solution for use in oil and gas, water/wastewater and in other industrial settings for applications in hazardous environments. With a C1D1 certification, operators can achieve a safe operating environment for a variety of monitoring applications, including pressures, temperatures and liquid levels. In addition, it eliminates the need for conduit and installation outside of the C1D1 area offering easier, faster and less expensive installations. "With a C1D1 certification, the WaveLine 10i is safe for use in hazardous environments," said Glenn Longley, product manager of I/O systems at FreeWave Technologies. "With the latest addition to FreeWave's wireless networking solutions portfolio, customers can install our technology at hazardous locations, such as the oil tanks at production facilities or along transportation pipelines where explosive gas is normally present. The integrated rechargeable batteries, which include a solar panel and NEMA 4X enclosure, make for an easy install and hassle-free operation. The ruggedized package makes the WaveLine 10i appealing even beyond the C1D1 applications and into industries and locations that do not require such stringent certifications. The WaveLine 10i is backwards compatible with existing FreeWave communication networks on short or long distance communication links." FreeWave's wireless I/O solutions combine remote measurement, remote control and real-time data communications with reliable and secure wireless networks. By integrating wireless I/O into small field networks, medium plant operations and/or large SCADA systems, operators can receive wireless sensor measurements, physical control and communications between remote controllers from a single device. The WaveLine 10i can pair with a variety of sensors, providing the ultimate flexibility in allowing customers to choose the best sensor and wireless communication offering as opposed to purchasing a packaged solution that often provides subpar sensor and wireless performance. It also offers an integrated solar power system that eliminates regular trips to remote locations for battery replacement. ComNet Introduces Port Configured Self-Managed Switch with Gbps Uplink ComNet has introduced a six-port self-managed Ethernet switch, the CNGE2FE4SMS. The switch has four copper TX ports and two Gigabit SFP Ethernet ports, This allows the Ethernet data from the four TX ports to be combined and uplinked through the Gbps SFP port. This allows multiple CNGE2FE4SMS units to be daisychained together through the gigabit backbone. It can support a large number of IP cameras depending on the selected camera's bit rate. The Gigabit uplink capability can handle a larger number of cameras as compared to the company's other SMS products. The CNGE2FE4SMS offers management without the cost or user knowledge required for a managed switch. This port-configured Ethernet switch allows the user to create a virtual VLAN that manages the Ethernet data being transported, thereby preventing network flooding. The CNGE2FE4SMS is pre-programmed and meets the IEEE 802.1x VLAN management standard. The two optical ports are designed to forward the data from the four electrical ports to the next switch, to a PC, or another Ethernet connection. The CNGE2FE4SMS uses SFPs for fiber type, connector type and distance. The CNGE2FE4SMS is a cost-effective and easy way to add IP Video to a network and is designed for use in harsh environmental applications. Cummins Power Generation Introduces Web-based System for Remote Monitoring of Backup Power Systems The PowerCommand 500/550 Remote Monitoring System from Cummins Power Generation provides a Web-based means of remotely monitoring and controlling on-site generator sets, transfer switches, sensors and output controls from any PC or Mac computer. Multiple authorized users can now remotely determine the status of annunciators, alternators, engines, and transfer switches from anywhere. With the PowerCommand system, users can remotely start and stop generators, start and stop transfer switch tests, and reset and acknowledge faults. Designed for a range of on-site power applications, the system is available in two levels of capability. The PowerCommand 500 remote monitoring system is capable of monitoring and controlling two devices, such as one generator set and one transfer switch. The PowerCommand 550 is capable of monitoring and controlling up to 12 on-site devices. Both remote monitoring systems are compatible with power generation equipment from Cummins Power Generation as well as third-party manufacturers. The PowerCommand 500/550 is also capable of notifying users of power system events when they happen, via email or text. The device also collects and stores data in system and device data logs for later detailed analysis. Data logging capability can be expanded by inserting either a USB memory device or SD card into the unit. The PowerCommand 550 model allows users to freely export this data to other devices. The remote monitoring system's Web-based graphical interface is easy to navigate. When viewed remotely via computer, the monitoring home page displays system status and device status, along with graphing capabilities that provide an overview of the power system. Within each configured generator set, there are icons for displaying fault, run and communication status. Within each configured transfer switch, there are icons that display fault, switch position, source availability and communication status. The home page also allows the user to create graphs for a particular device by selecting a parameter and a pre-configured duration. The PowerCommand 500/550 communicates using Modbus RTU communication protocol through two RS485 channels on the device. All Cummins Power Generation generator set controls using Modbus can be directly connected, while Cummins' generator set and transfer switch controls using PowerCommand LonWorks can communicate via a PowerCommand ModLon II Gateway LonWorks to Modbus converter. Remote Site & Equipment Management \ Spring 2014 3

Table of Contents for the Digital Edition of Remote - Spring 2014

Editor's Choice
Top 10 Security Tech Trends for 2014
Facility Realities: An Inevitable Trend - Centralized Facility Management (CFM)
Unified Push-to-Talk: The Future of Remote Site Communications
Using PAS 55 to Manage Oil & Gas Assets
Wireless Field Area Communication Networks for Digital Oil & Gas Fields
100 Tunnels Under Control
Unique Spacer Cable System Powers Renewable Energy Plant Pipeline
Internet of Things North America
SCADA
Networking
Security
Onsite Power
Industry News

Remote - Spring 2014