Lynxspring Introduces Industry's First, IP Programmable, Niagara Framework® Variable Air Volume Controller
Lynxspring, Inc. (https://www.lynxspring.com), a premier developer and provider of open software and hardware platforms, solutions, and services for smarter buildings, equipment control, and device-to-enterprise integration, announced today availability of the JENEsys® Edge™ VAV controller, the first Niagara Framework® IP programmable Variable Air Volume controller. This next-generation advanced programmable VAV controller broadens Lynxspring's line of Niagara 4-based controllers while preserving the company's continued commitment to developing and supporting open solutions.
LEE'S SUMMIT, Mo., Aug. 15, 2022 /PRNewswire-PRWeb/ -- Lynxspring, Inc. (https://www.lynxspring.com), a premier developer and provider of open software and hardware platforms, solutions, and services for smarter buildings, equipment control, and device-to-enterprise integration, announced today availability of the JENEsys® Edge™ VAV controller, the first Niagara Framework® IP programmable Variable Air Volume controller. This next-generation advanced programmable VAV controller broadens Lynxspring's line of Niagara 4-based controllers while preserving the company's continued commitment to developing and supporting open solutions.
The JENEsys Edge VAV controller blends the power and flexibility of a cost-effective, IP-enabled controller with Niagara 4 and is ideal for zone-level temperature and air quality control applications from small and medium locations to large commercial building complexes.
The accompanying tools and comprehensive library of factory-engineered control programs provided can lower the total cost of installation by save engineering and commissioning time. Monthly commissioning data provides a level of proactive maintenance to increase the lifecycle of the system. The flat architecture and spanning loop network enable maximum uptime for the VAV system. In addition, to help maximize energy efficiency and performance, VAV controller is compliant with ASHRAE® Guideline 36.
Additional features of the JENEsys Edge VAV include:
- Spanning Tree Protocol (STP)
- Built-in integrated differential pressure transducer
- 14 on-board inputs/outputs
- 4G eMMC flash memory
- 1 GHz AM335x ARM Cortex A8 Processor
- Advanced integration tools
- Field configurable and programmable
"The new JENEsys Edge VAV controller is well suited to satisfy the demands of most variable air volume and temperature applications. The flat architecture and spanning loop network allow maximum uptime, providing the best level of comfort," said Marc Petock, Chief Marketing and Communications Officer, Lynxspring. "Being IP-enabled, combined with its native Niagara 4 programming platform, allows users to save time, maximize efficiency, and save money."
The JENEsys Edge VAV is part of Lynxspring's One Platform, Many IP Possibilities™ initiative that provides users with a single Niagara horizontal platform that can be used across an entire building architecture. The versatility, functionality, and broad scope of the portfolio make it a powerful and economical solution for system integrators, building operators, and equipment manufacturers.
For more information about Lynxspring's JENEsys Edge VAV controller visit: https://www.lynxspring.com.
About Lynxspring
Embracing open software and hardware platforms, Lynxspring develops, manufactures, distributes, and supports edge-to-enterprise solutions and IP technology that create smarter buildings, smart equipment, and smart applications. The company's technologies and solutions provide connectivity, control, integration, interoperability, data access, management, and analytics, enabling users to extract insight, value, and outcomes from operational data. Lynxspring's solutions are deployed in millions of square feet of commercial and government settings in the United States and internationally. More information about Lynxspring is available at: https://www.lynxspring.com.
Media Contact
Marc Petock, Lynxspring, Inc., 1 816-347-3500, [email protected]
SOURCE Lynxspring, Inc.
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