|
|
|
|
Solution Overview LEAP™ is a paradigm shift in the way automation projects are implemented. Honeywell enhances its project implementation services with its three innovative, enabling technologies – Virtualization, Universal Channel Technology and Cloud Engineering – to revolutionize project execution.
|
|
|
Additional Overview
Honeywell offers a free ebook on how to improve capital efficiency and keep automation system projects off the critical path. Download now.
Lean execution already entails removing waste, including redundant tasks and rework. LEAP further removes the traditional dependencies that used to force project flows
to be sequential in nature, drastically improving the overall project schedule and keeping automation systems off the critical path. The methodology relies on separating
physical from functional design, breaking down task dependencies, using standardized designs, and enabling engineering to be done from anywhere in the world. Honeywell estimates that LEAP can result in 30% capital savings on the total installed cost of a project as its benefits go beyond the automation scope across the entire project, including:
Reduced project schedule risk Predictable construction costs More efficient CAPEX Earlier production dates.
Download a free white paper to learn how LEAP enables late binding of project variables, flexible procurement and improved agility.
|
|
|
|
Products Overview LEAP is possible due to three enabling Honeywell technologies - Universal Channel Technology, Virtualization and Cloud Engineering.
Universal Channel Technology and Virtualization technologies decouple the automation design and physical equipment, removing dependencies and allowing parallel workflows. They also allow for a level of standardization that has never existed before, thereby increasing procurement flexibility and allowing late binding. Cloud engineering allows the project team to interact with the system from anywhere in the world, reducing the cost of travel for design validation and factory acceptance testing.
Universal Process I/O - The Series C I/O family's Universal Process I/O modules are the first to use Universal Channel Technology to completely liberate process I/O and control cabinets from channel type hardware dependency. Universal Safety I/O - Safety Manager’s Universal Safety I/O modules use Universal Channel Technology to allow immediate configuration to any I/O type without the need for additional hardware. Virtualization - Honeywell's Experion virtualization solutions are the industry’s most complete portfolio of turnkey virtualization solutions for process automation. Virtual Engineering Platform - Honeywell’s Virtual Engineering Platform (VEP) provides a secure, centrally hosted cloud environment to execute industrial automation projects.
|
|
|
| Documentation | |
| 19 Documents Found | Items per page : |
| STT700 SmartLine Temperature Transmitter Specification, 34-TT-03-19 | High performance temperature transmitter offering high accuracy and stability over a wide range of process and ambient temperatures. | 1.07 MB | Tech Spec | 1 Aug 2017 |
| STT700 Temperature Transmitter Lightning Protection Device Specifications, 34-TT-03-20 | The STT700 lightning protection device is designed to provide maximum protection against surges such as those generated by lightning strikes. | 605.64 KB | Tech Spec | 1 Aug 2017 |
| SmartLine Level Transmitter Algorithm Whitepaper | SmartLine Level Transmitter Algorithm Whitepaper | 1.56 MB | Whitepaper | 8 Mar 2017 |
| Real World Approach to IIoT for Process Reliability | This article examines the latest techniques, including Big Data analytics, to enable smart, connected plant operations. In particular, it describes how the IIoT can support continuous improvement and address previously unsolved problems to increase plant availability, safety, and reliability. By taking advantage of streaming data from sensors and devices to quickly assess current conditions, recognize warning signs, deliver alerts and automatically trigger actions, IIoT-based analytics solutions fundamentally transform production and maintenance strategies. | 815.32 KB | Article Reprint | 1 Mar 2017 |
| Experion PKS Infographic | Updated infographic as of R500, with Auto Device Commissioning | 1.38 MB | Brochure | 22 Feb 2017 |
| A Real-World Approach to IIoT for Process Reliability | whitepaper: new solutions, leveraging IIoT technology, enable continuous monitoring of equipment and process health | 2.1 MB | Whitepaper | 1 Jan 2017 |
| A Real-World Approach to IIoT for Process Reliability (SPANISH version) | Whitepaper (translated into Spanish)
Las nuevas soluciones IIoT permiten el monitoreo continuo de la confiabilidad de los equipos y del proceso | 2.34 MB | Whitepaper | 1 Jan 2017 |
| The Future of Profits, Today | The IIoT is obliterating limitations long viewed as
insurmountable. “Traditionally, the problems companies
have always faced—such as losses in production efficiency,
process reliability and supply chain optimization—are all
small, but add up to death by a thousand cuts,” says Andrew
Hird, Vice President and General Manager of the Digital
Transformation unit at Honeywell Process Solutions. Until
recently, the information needed to overcome these problems
was inaccessible, dispersed across hundreds or even
thousands of people and servers. That era is over. | 168.73 KB | Article Reprint | 5 Dec 2016 |
| Experion PKS- Overview | Experion PKS overview brochure | 1.47 MB | Brochure | 10 Nov 2016 |
| How to Implement IIoT | Industrial organizations worldwide are seeking to employ the Industrial Internet of Things (IIoT), a transformative digital revolution focused on big data analytics, to improve production efficiency, operational reliability and supply chain performance.
To be successful, operating companies should develop a flexiblen IIoT framework to enable secure collaboration across sites and disciplines, change work processes to improve information sharing and cooperation between functional teams, and leverage external expertise and knowledge vendors to compliment internal resources.
The following article outlines an effective strategy for implementing the IIoT. In particular, it describes the best way to get started with the technology to drive operational efficiencies along with more innovation and, ultimately, new sources of revenue.
| 710.28 KB | Article Reprint | 5 Oct 2016 |
|
|
|
|
|
|
Applied Technology Overview
| |
| 3 Documents Found | Items per page : |
|
|
|
|
|
|
| |
| 1 Documents Found | Items per page : |
|
|
|
|
|
Want to learn more about LEAP?
|
|
|
