Thursday, May 14, 2015
Power Fire, Life Safety Electrical, Lighting Building Types Codes and Standards HVAC
Featured Item
CHW system design
CHW system design

Chilled water (CHW) systems are cooling systems that circulate CHW throughout a building for cooling and dehumidifying a building’s air. They come in all shapes, sizes, and configurations. Read More

More Headlines
Increasing transformer efficiency
Increasing transformer efficiency

Transformers are fundamental components in electrical distribution systems for commercial buildings.Read More

Leveraging the BAS
Leveraging the BAS

By using the building automation system (BAS) to its fullest extent, a school district was able to control its HVAC, electrical, and lighting systems.Read More

Sponsorship
Liebert® iCOM™ Thermal System Controls
Liebert® iCOM™ Thermal System Controls deliver up to 50% higher cooling efficiency for the data center. See how the Liebert iCOM Controls help you gain efficiency, protection and insight. See how.
Technique-based commissioning testing to optimize vs. oversize mission-critical system design
Technique-based commissioning testing to optimize vs. oversize mission-critical system design

The commissioning and testing phase of mission-critical electrical and mechanical systems project for a facility can be an opportunity to optimize the facility design in both cap-ex and op-ex. To... Read More

Preventing wet stacking
Preventing wet stacking

Prevention of wet stacking drives many of the details of generator testing requirements.Read More

Linked In Twitter Facebook Google+ Rss
Featured Poll
Poll Question
What is the biggest professional development or human resources challenge at your firm?
Take the poll.
Sponsorship
FLIR AX8
The FLIR AX8 provides early, automated detection of temperature-related issues in electrical and mechanical equipment through continuous monitoring of 4,800 distinct temperature measurements in each image, and outputting imagery and alarms over standard interfaces.
Click here to get details.
Webcast Today
Critical Power: Data center electrical efficiency
Designing efficient data centers is a high priority for consulting engineers. From business operations and continuity to the growing use of cloud services to the Internet of Things, increased Internet demand is putting a strain on server capacity and energy use. New cloud-based data centers can mean higher densities and high load factors as well as a higher demand for reliability, which increases the importance of electrical system loading to achieve optimum efficiency. Engineers must balance power usage effectiveness (PUE) and electrical efficiency with reliability when designing data center electrical systems.

TODAY!
Thursday, May 14, 2015
11 a.m. PT /1 p.m. CT/2 p.m. ET


Sponsors: ASCO, Eaton, Schneider Electric
Click here to register.
Products
Symbol library specification document
Symbol library specification document

QA Graphics' BAS Symbol Library v5 specification provides the user with clear, concise provisions... Read More

Addressable control panel for fire suppression systems
Addressable control panel for fire suppression systems

Johnson Controls' AUTOPULSE Z-20 addressable control panel features templates designed to simplify... Read More

Bypass controller for HVAC applications
Bypass controller for HVAC applications

Mitsubishi Electric's PowerGate H Series HVAC controllers feature both manual and automatic bypass... Read More

Lift drive designed for elevators
Lift drive designed for elevators

Developed specifically for elevators to provide reliable and excellent ride comfort, the LD-302 VLT... Read More

Related Content
Sponsorship
Consulting-Specifying Engineer 2015 Fire and Life Safety Study
Respondents to the Consulting-Specifying Engineer 2015 Fire and Life Safety Study identified eight important high-level findings impacting the fire and life safety industry today.
Sponsored by: Siemens. Learn more.