DeviceLynk is an Industrial Internet of Things application that delivers Actionable Information via
hierarchical dashboards that enables users to quickly determine the appropriate action to take.
When the appropriate action is obvious or identified, organizations can achieve new levels of
reliability, productivity and quality – while reducing costs and saving time through more effective
resource utilization.
Built for connecting field assets, DeviceLynk transforms raw equipment and process data
into graphical displays with specific color references for various alarm states. This Situational
Awareness approach dramatically improves abnormal condition identification for users, providing
focused attention and quicker problem resolution.
Using Industrial IoT (IIoT)Technology
IIoT Technology
The Internet of Things (IoT) can best be described as connecting objects to collect and exchange data to create new value.
The basic concepts behind the IoT initiative involve the thousands of devices that already and will soon exist in the world that are connected to the internet to facilitate data exchange to drive visualization, optimization and autonomy of those devices. The most common consumer examples are thermostats and fitness trackers. Applying IoT technology to industry, the Industrial Internet of Things (IIoT) is the next evolution of existing technologies, but now taking advantage of lower cost connectivity, cloud and mobile capabilities. DeviceLynk utilizes Industrial IoT technology to create an
information visualization tool with a light IT footprint that is simple to install and easy to use.
Industrial IoT with DeviceLynk
DeviceLynk utilizes localized device connectivity agents to gather data from field assets and other equipment using standard protocols. These agents then push the data to DeviceLynk’s cloud app through Ethernet, cellular or other communication technologies to create dashboards that provide actionable information. Users gain insight via their mobile device to field assets and other equipment, at a glance without having to sort through unnecessary data.
Any Device
Anyone
Any Industry Anywhere
Dashboards for Industrial IoT
Every dashboard begins with base gadgets chosen from our standard library to which data is configured to best represent what is important to your users. Our dashboard system has been specifically built with industrial applications in mind and many of the key features have been derived from customer feedback.
Actionable Information anywhere, anytime
DeviceLynk’s dashboard elements realign themselves to make the best use of available screen space and are accessible via any HTML5 enabled web browser on any mobile device. This eliminates the need for specialized Apps and provides greater device-less security.
Device Connectivity Agents
Depending on architecture requirements, we utilize software agents and Certified Hardware that provide both connectivity to field assets and our cloud service. These agents provide DeviceLynk’s local presence within your process and enable existing field assets to become internet capable without complete re-engineering.
Turning Ordinary Industrial Data into Actionable Information
DeviceLynk translates large amounts of data, focusing and delivering only Actionable Information to the appropriate resources, in order to quickly manage critical situations.
Focusing attention where action is needed
DeviceLynk uses an approach based upon industrial Situational Awareness principals to create Actionable Information, that enables users to quickly scan critical information to determine if any action must be taken. The limited use of color enables fast and easy recognition of abnormal conditions.
Organization is Key
Dashboards are modeled into a four-level hierarchical structure providing an effective drill-down methodology for grouping your data. Within Dashboards, Gadgets can be grouped further into sections for greater organizational control.
User Management and Access
DeviceLynk has two types of users, Standard and Admin. Admin users can manage data connections, dashboards and users; where Standard users only have viewing capability. Users can be placed into groups and dashboard visibility is fully configurable. All users have a personal dashboard that can be customized specifically to them.
DeviceLynk Certified Hardware
DeviceLynk Certified Hardware are pre-approved hardware devices with various form-factors, communication
methods, protocol support, and other features that uniquely specialize them for certain industrial applications. These hardware units come pre-loaded with the DeviceLynk Agent.
Lanner
7110
Meshlium
Libelium
CloudGate
Option
Please visit www.devicelynk.com for more information and further details on Certified Hardware.
The DeviceLynk Agent is a software agent that is installed
on a computer connected to your devices, that facilitates device communication and data transmission to the DeviceLynk App. Simply install the DeviceLynk Agent and begin sending data to your DeviceLynk account.
DeviceLynk’s built-in device protocol drivers connect to over 200 industrial protocols: PLC, Telemetry, SCADA, Building Automation, OPC, OPC UA. Check out the back page, or visit www.devicelynk.com for a complete list.
DeviceLynk Agent
© 2015 DeviceLynk. All rights reserved. No part of the mate-rial protected by this copyright may be reproduced or utilized in any form or by any means, electronic or mechanical, including photocopying, recording, broadcasting, or by any information storage and retrieval system, without permission in writing from DeviceLynk.
DeviceLynk 19909 120th Ave NE Suite 106 Bothell, WA 98011 Tel: 855.724.8570 www.devicelynk.com
Device Drivers - Over 200 Communication Protocols
PLCs
Telemetry
OPC Server for Allen-Bradley PLCs • Allen-Bradley CompactLogix
• Allen-Bradley ControlLogix • Allen-Bradley MicroLogix • Allen-Bradley PLC 5 • Allen-Bradley SLC 5/500
• Allen-Bradley Ethernet/IP (Allen-Bradley CIP) • Allen-Bradley DF1
• Allen-Bradley DH+ (also known as Data Highway Plus) • Allen-Bradley DH485
OPC Server for GE Fanuc PLCs • GE Fanuc Controllers via the following protocols:
o STRP Protocol (Ethernet/TCP) o EGD Protocol (Ethernet/TCP) o SNP Protocol (Serial) o SNP-X Protocol (Serial) • GE Fanuc 90-30 Series • GE Fanuc 90-70 Series • GE Fanuc Versamax • GE OPEN • GE Micro • GE Fanuc PAC • GE Fanuc RX7
OPC Server for Honeywell HC900 • HON HC900
OPC Server for Mitsubishi PLCs • Mitsubishi A Series
• Mitsubishi FX Series • Mitsubishi Q Series • Mitsubishi MELSEC
• Mitsubishi PPC-CPU 852(MS)-128 OPC Server for MODBUS Devices • MODBUS Master & Slave Devices via:
o MODBUS TCP
o MODBUS Serial (using RS-232)
o MODBUS Plus (using SA-85 card on a supported PC) o MODBUS RTU
o MODBUS ASCII o Enron MODBUS o Daniel MODBUS o Lufkin MODBUS
• *Supports most other forms of MODBUS not listed here
OPC Server for OMRON PLCs • OMRON CS1D/1G/1H-CPUH • OMRON CS1G/H-CPU-EV1 • OMRON CS1W-SCB21-V1 • OMRON CS1W-SCU21-V1 • OMRON CS1W-SCB41-V1 • OMRON SYMAC CS and CJ Series OPC Server for Siemens PLCs • Siemens S7-200/300/400/1200 PLC’s via Ethernet • Siemens CP243
• Siemens CP343 • Siemens CP443
• Hilscher Netlink MPI communication card via supporting PC OPC Server for Cimon PLCs
• Cimon XP Series • Cimon CP Series • Cimon S Series • Cimon BP Series • Cimon MicroS BACnet
• BACnet Compliant devices via TCP/IP LonWorks
• LonWorks Devices via the LonTalk protocol Johnson Controls
• Johnson Controls N1/N2 Devices KNX
• KNX Devices via Ethernet o EIBnet/IP
o KNXnet/IP SNMP
• SNMP Enabled Network Devices
• Network Management Systems (NMS) such as: o IBM Tivoli
o HP OpenView MODBUS
• MODBUS Master & Slave Devices via: o MODBUS TCP
o MODBUS Serial (using RS-232)
o MODBUS Plus (using SA-85 card on a supported PC) o MODBUS RTU
o MODBUS ASCII o Enron MODBUS o Daniel MODBUS o Lufkin MODBUS
• *Supports most other forms of MODBUS not listed here Bristol Babcock OpenBSI
• Bristol Babcock Bristol Babcock 33xx RTU • Bristol Babcock ControlWave PLC • Emerson Bristol Babcock 33xx RTU • Emerson ControlWave PLC DNP3 OPC Server • DNP3 compliant devices via: • Ethernet TCP/IP and UDP/IP • Serial
• CDPD (Cellular Digital Packet Data) • Dial-up (including dial-in and dial-out) Fisher ROC/ROC+ OPC Server • Fisher ROC RTU
• Emerson FloBoss RTU
• Supports communication to RTU’s via the ROC/ROC+ protocols including Fisher ROC and Emerson Floboss RTU’s
SCADA MODBUS OPC Server • MODBUS Master & Slave Devices via:
o MODBUS TCP
o MODBUS Serial (using RS-232) o MODBUS Plus (using an SA-85 card on a supported PC) o MODBUS RTU o MODBUS ASCII o Enron MODBUS o Daniel MODBUS o Lufkin MODBUS
• *Supports most other forms of MODBUS not listed here
ICCP OPC Server
• ICCP Compliant Devices over MMS
(Manufacturing Message Specification) via TCP/IP • Also known as IEC 60870-6-503 TASE.2 IEC-61850 OPC Server • IEC-61850 compliant devices via TCP/IP and UDP/IP including:
o IEC-61850 compliant RTU, IED, PLC, meters, transducers and relays
o Schweitzer Engineering Laboratories (SEL) devices
IEC-60870-5 OPC Server • IEC 60870-5 slave devices including:
o IEC-60870 compliant RTU, IED, PLC, meters, transducers and relays
OMNI Flow Computers OPC Server: • OMNI Flow Computers
• OMNI Flow Computers 3000 • OMNI Flow Computers 6000
