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Monday, March 26, 2012

Victory Lane Sports Park Glendale Arizona goes with ActiveLED by Ringdale




Project Summary
Customer: Victory Lane Sports Park, Glendale, Arizona
Application: Phase 1: 6 Ball Fields, 8 Volleyball Courts, 1 Parking Lot – Retrofit
Products: Existing:
Ball Fields: 338 – Metal Halide @ 1000 watts each
Volleyball Courts: 16 – Metal Halide @ 400 watts each
Parking Lot: - 17 – Metal Halide @ 400 watts each
Total Light Wattage: 380,154 watts (with ballast overhead)
ActiveLED Solution:
Ball Fields: 720 – ActiveLED Flood Lights @ 96 watts each
Volleyball Courts: 32 – ActiveLED Flood Lights @ 96 watts each
Parking Lot: 34 – Active LED Street Lights @ 48 watts each
Total Wattage: 78,312 watts (with driver overhead)
Results:
􀂃 Estimated Energy Savings: 79%






Ringdale ActiveLED

Since its inception in 1977, Ringdale has had the lowest power consuming products of its kind within product specific markets and continues the policy of only promoting goods where lowest possible power consumption is a design criteria. For example, Ringdale was the inventor of the ScreenSaver, a device that monitored mouse or keyboard activity and physically turned off the power to the monitor after a timeout of no activity. This was subsequently integrated by all monitor manufacturers. The first to provide a product was Ringdale making a profound step forward in energy conservation.
Ringdale had a free disposal service since 1996 and will continue this service in compliance with the WEEE directive. Ringdale has been safely disposing through accredited and licensed disposal companies as well as reclaiming components and materials and will continue to do so in compliance with the WEEE directive where there is a benefit to do so.
ROHS (European Community 'Restriction Of Hazardous Substances' directive)
Member states shall ensure that,from 1 July 2006, new electrical and electronic equipment put on the market does not contain lead,mercury,cadmium,hexavalent chromium,polybrominated biphenyls (PBB) or polybrominated biphenyl ethers (PBDE).
Ringdale markets products that are made from commonly available electronic components and will use its best endeavours to source components that are in compliance with the ROHS directive as they become available.
ROHS Compliance status (updated March 14, 2006)

ComponentsHazardous MaterialsCompliance with ROHS
Printed Circuit Boardslead and tin free- fully compliant now
Solder processin compliance with Annex- fully compliant now
Plastic Enclosureshalogen, cadmium, chromium free- fully compliant now
Capacitors*tantalum, halogen, cadmium and chromium free- fully compliant now
Batteries**tantalum, halogen, cadmium and chromium free- fully compliant now
* Ringdale stopped using tantalum capacitors in 1994 due to environmental concerns.
** Ringdale stopped using cadmium containing batteries in 1991 due to environmental concerns. For access control backup Ringdale only uses recyclable sealed lead acid batteries.
WEEE (European Community 'Waste Electrical and Electronic Equipment' directive)
The Directive aims to reduce the waste arising from electrical and electronic equipment; and improve the environmental performance of all those involved in the life cycle of electrical and electronic products
Ringdale provides to its customers two collection centers in Europe, one in Mannheim, Germany and one in Burgess Hill, United Kingdom (see contact us for details)where customers can deliver at their cost any product that was sold by Ringdale in Europe for reclaim or safe disposal. Ringdale is not responsible for the transport to the collection center.
WEEE Compliance status (updated March 14, 2006)

Sections Compliance with WEEE
Marking on all enclosures - in Compliance with WEEE
Provide Collection Points - fully WEEE compliant now.
Reclaiming Components and Materials - fully WEEE compliant now.
Using approved and accredited disposal companies - fully WEEE compliant now.
Ringdale has been on the forefront of environmentally friendly products all its life and will continue its policy to provide leading edge technology that is most energy efficient and least burdensome to the environment.