introducing the distributed rtu™ network

Remote Automation Solutions

Introducing the Distributed RTU™ Network

Proprietary & Confidential, 2 Remote Automation Solutions

Dynamic well operations requiring secondary and tertiary recovery Facility expansions and resultant increase in automation needs Operating and field maintenance cost inflation impacts margins Protect previous automation investments

Wellhead Customer Challenge

Easy need-based expansion of I/O and control capabilities at the well pad Reduced commissioning time based on drag and drop configuration Reduced wiring costs based on optimized I/O placement

Results TDMA based, Time Synced, “Master-less”

Wireless Network

Peer-to-peer addressable RTU Network

NO MODBUS mapping

Improved Wellhead/ Wellpad automation

architecture

Affordable Control Scalability for the Oil Patch

Introducing the Distributed RTU™ Network


The Distributed RTU™ Network - What is it?

• The Distributed RTU™ Network is a wireless network that was created to link field controllers as “nodes” spread across a wellpad or even between pads.

• Using a frequency-hopping, spread-spectrum radio network, the Distributed RTU Network enables sharing of any data in the controller’s database, including I/O, soft points, and other parameters.

• The Distributed RTU Network provides a unique and cost-effective solution to the challenges of difficult connectivity, remote point monitoring and control across a wide geographical area.

• The Distributed RTU Network structures data acquisition and transmission in a true peer-to-peer network (rather than a more traditional master-slave arrangement), uses wireless technology to improve data transmission, and enables you to design – and quickly re-design – both the network structure and the flow of data through the network.


WirelessHART/ Distributed RTU Network Present Compelling New Pad Architectures

Gas Metering Node /

Access Point

Wellhead Monitoring

Gas Lift Control Node

Tankage Operations

Plunger Lift Control Node

Tank Monitoring

IEC62591 WirelessHART™

Interface

Distributed RTU™

Network

Positioned for Monitoring

Positioned for Control and Optimization

HART Diagnostics RTU Application Deployment

Dramatically reduces install costs

Dramatically reduces install costs

Speed of Deployment Facilitates “manufactured wellpad”

Short Hops up to 800m (2600 ft)

Longer Hops up to 20 km (12 mi)


Distributed RTU™ Network

Long Haul

Key Components •ROC800 or FloBoss107 RTU/Flow Computer Nodes •Distributed RTU Network Radio Modules (NRMs) •Distributed RTU Bundle •ROCLINK 800 Configuration Tool

SCADA, AMS

http://tellepsen.com/images/largepictures4popups/OfficeBuildings/Paragon.jpg

http://www.tflow.com/equipment/mds2300.jpg



Supported Network Nodes

ROC800/ ROC800L (coming soon)

FB107 Distributed RTU™ Network Bundle

Standard RTU Flow Computer

• Supports Full Features of the 800 Platform including WirelessHART™

• Series 2

Standard Flow Computer • Supports Full Features of the 107

Platform including WirelessHART™

“Fit for Purpose” controller

• Includes 6 points of I/O (AI/DI, AI/DI, AO/DO, DO, DI/PI, DI/PI)

• Based on non-isolated FB107, including:

• I/O Scanning and support; • 1 PID; • 1 FST; • 1 UserC apps; • Expanded history, alarm

and event logging; • Local Display and User

Lists

• But excludes; • Standard history; Meter

runs; Multiple PIDs;DS800 Support; Expandable backplane support


Distributed RTU™ Network Features & Benefits Features

– Distributed, minimal featured remote RTU (DRTU) with I/O, logic, optional display, and visibility from any controller on the network

– Peer-to-peer addressable RTU network allowing any controller to browse and communicate with data residing in the peer controller over a wireless interface

– Intelligent control at remote location Key Benefits

– Reduced wiring cost by placing I/O at the point of use – Facilitates expansion on an as-needed basis to increase I/O and control

capabilities at the well pad – Reduced configuration by relying on browsing versus mapping of relevant data

between controllers – Increased reliability via local intelligence and the ability to make local logic

decisions at the point of use Differentiators

– Addressable wireless RTU network – NOT master-slave – NO Modbus mapping – RTU databases are “browsable” by other RTUs in the

network


Distributed RTU™ Network is complimentary to the IEC62591 Network

Tunneling Process Variables 1. Request from Host System 2. Tunneled over RTU Network 3. Received by WirelessHART

Network Manager 4. Broadcast on WirelessHART 5. Received by WirelessHART device

and respond

1

Access Point

Distributed RTU™ Network

WirelessHART

Wired HART

DRTU

DRTU

2

3

4

5

Wired Wireless

http://rds.yahoo.com/_ylt=A9ibyGbvlJJG6T8A3wWJzbkF;_ylu=X3oDMTBpZTByOGFiBHBvcwMyBHNlYwNzcgR2dGlkAw--/SIG=1f9ftfeda/EXP=1184097903/**http:/images.search.yahoo.com/search/images/view?back=http://images.search.yahoo.com/search/images?p=laptop&fr=yfp-t-453&toggle=1&cop=mss&ei=UTF-8&w=500&h=432&imgurl=www.oeza.com/images/laptop-computer-1.jpg&rurl=http://www.oeza.com/laptop-computer.htm&size=27.4kB&name=laptop-computer-1.jpg&p=laptop&type=jpeg&no=2&tt=1,488,436&oid=e3b90479288e4b92&ei=UTF-8


Technical Details Maximum of 25 nodes on Network (1 NAP + 24 Network

Nodes) – 13 (1+12) network is faster than 25 network

Up to 30 data variables can be sent from every node per second

Up to 128 data variables can be received by every node per second

SCADA system can tunnel through to each node Peer-to-Peer Network; not Mesh Network Drag and drop configuration;

not Modbus Nodes are automatically

detected by the network

Long Haul

http://tellepsen.com/images/largepictures4popups/OfficeBuildings/Paragon.jpg





Technical Details, cont. Same temperature limitations as existing FB107 and

ROC800s Radio Module supported in FB107, ROC800, and

Distributed RTU Power Output range: 0 to 27 dBm (1 mW – 500 mW) DRTU Can be put inside a 107E cabinet External Network Radio Antennas not provided

– Must be provided by LBP or Customer

Site Survey may be required


Per Wellhead (tubing, casing pressures, plunger arrival)

Tank

Separator

Well

Application Examples: Multi-well pad



16 production wells, 9 Node Network

Access Point

Wired

Wireless

Tank

Separator

Well

Distributed RTU Bundle

Standard FB107

ROC800 Series

Application Examples Multi-well pad – 1 Distributed RTU per 4 wells




16 production wells, 7 Node Network

Access Point

Wired

Wireless

Tank

Separator

Well

Distributed RTU Bundle

Standard FB107

ROC800 Series

Application Examples Multi-well pad – 1 Distributed RTU per 8 wells



Distributed RTU™ Network Field Trial

Sorted through initial technical challenges Replaced convoluted wired and Modbus mapped “nightmare” system that customer had been dealing with for years Customer now looking to take this solution across Shale assets

Access Point, SSD

Meter Meter Meter

Meter

Wellhead

Wellhead

Wellhead

Wellhead

Tanks

TanksSSD


Configuration and Setup Supported by standard

configuration tool (ROCLINK 800)

Allows drag and drop of Network Nodes

Automatically maps data


Quick Setup - Nodes Each Node requires that a Network ID is set …

… and that a Channel is picked.

The Power Output must be set. The Node must be

configured as a Network Access Point or a Network Node.

Click Apply.


Quick Setup - Discover Return to the NAP. Go to “Commission” tab then click “Discover”

Note: The Network Access Point (NAP) is already in the network


Quick Setup - Commissioned Nodes commissioned into the network


Quick Setup – Design 1

Designing the network is as easy as clicking on the nodes from the tree on the left and dragging into the design space



Drag other RTUs into the network.



Click and drag points to the nodes as needed

After Design is complete, Save & Download


Antenna Considerations

Omni Antenna

Yagi Antenna

Maximum Range of radio is 12 miles (2.4 GHz) – At maximum radio output power of 500mW – Dependent on Antenna type – Dependent on “Line of Sight” conditions – May require Site Survey – Fresnel Zone encroachment may lead to attenuation

Parabolic Antenna


Cable and Grounding Considerations

•LMR-400: max 50 feet •LMR-600: max 100 feet •LMR-900: max 150 feet •LMR-1200: max 250 feet

Cable Limitations Keep Cables short to minimize line loss

Ground Properly Motorola’s R-56 Manual

Standards & Guidelines for Communications Sites, Pub 68F81089E50-B, Motorola, Inc. 1995

Polyphaser’s Lightning Protection & Grounding Solutions for Communications Sites, Polyphaser, 2000


Pricing – FB107/E, DRTU, NRM, ROC800

• Antennas, cabling and surge protectors not included, but required!

• Consult best practices for grounding and antenna connection

• Initial release only in North America


Technical Documentation


Sales and Marketing Collateral Distributed RTU Network Brochure


Sales and Marketing Collateral

Sales Training Flyer

Poster


Distributed RTU Press Release and Photos

Sales and Marketing Collateral


The Distributed RTU™ Network can easily be applied to Brownfield Sites

Step 1: Site Review (Site Survey may be required) Step 2: Upgrade Current Nodes to latest firmware

(ROC v3.50, FB107 v1.60) Step 3: Upgrade to current version of ROCLINK800

(v2.20) Step 4: Add Network Radio Modules (Serial Slot

only) to existing Nodes Step 5: Add any new Nodes Step 6: Commission and Configure Network


Presenter

Presentation Notes

A closing message bringing it all together: In the last hour we have made you aware of RAS Experience, Product Breadth, Technology and Global Reach. The Emerson “Consider it Solved” culture is what drives our RAS business today. It’s not just a slogan it’s in our DNA. We are: Experienced PEOPLE you can rely on World class PRODUCTS and Technologies you can depend on Innovative SOLUTIONS that solve your problems today

introducing the distributed rtu™ network

Documents