Bristolite Advantage
Our mission at Bristolite is to provide our customers with the highest quality products and supreme service at an exceptional value. We also aim to provide the industry with an abundance of accurate and useful information relative to daylighting and energy conservation. We take our corporate responsibility to our employees, associates, industry colleagues and customers very seriously and we see ourselves as stewards for the efficient use of sustainable carbon free energy.

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Lighting Control & Energy Management Software

Polaris 3D™

Encelium introduces Polaris 3D™ – it’s next generation of lighting control software for the Energy Control System. Polaris 3D is used to commission, configure, and manage the Encelium ECS system and also stores system data to enable various reporting features through the Encelium energy reporting module. It enables configuration of every system parameter in a building (or campus of buildings) for each individual user or space.

Polaris 3D is a web based application that features an industry first three dimensional view of a building or complex. Facility managers are now able to navigate through an entire facility in a single three dimensional multi-floor view allowing for faster and easier navigation. Users will no longer need to navigate through a tree architecture to get to their desired control zone and will be able to see their entire facility in a convenient 3D “snapshot”.

Polaris 3D provides the ability to manually change light levels anywhere in a complex, modify default light levels, select or modify pre-defined lighting scenes, manually turn lights on or off in a zone and to set lighting time schedules. Advanced system features such as creation of zone hierarchies, overlapping and support zone definitions, user access rights, timeout settings for occupancy sensors, calibration of light levels for daylight harvesting and the setting of multiple configured time schedule profiles are controlled through Polaris 3D.

Polaris 3D also features a mapping interface which enables convenient “drag and drop” mapping (addressing) of all hardware devices connected to the system such as light fixtures, sensors, relays or lighting controllers. Mapping links the physical location of a device to a defined zone and associated lighting functionality. No pre-assigned addresses are therefore required upon installation of hardware devices making for simple specification and mistake free installation. Changes in the association of a device (such as a sensor or lighting controller) to a grouping of fixtures or zone is done via a simple software setting rather than physical rewiring. In the event of a building reconfiguration or renovation, updated floor plans are easily imported from AutoCAD.

Polaris 3D can run on any PC connected to the local area network (LAN) thus permitting multiple levels of access for users such as building security or facility managers. Polaris 3D uses Microsoft’s Silverlight technology providing for an enhanced user experience and allowing access to the system from a simple web browser. This eliminates the need for installation of software resulting in faster set up and start times, fewer IT security issues and easier integration with other web based building control systems.

Energy Reporting Module

The Encelium Energy Reporting Module is an extremely powerful software tool that reports on energy consumption and demand in a wide menu of formats.

Features:

  • The software enables a customer to review and compare energy savings against a baseline by providing analytical reports with charting capabilities.  Essentially the customer sets the baseline and the software takes over from there.
  • The customer may opt for reports on an entire space (building) or subdivisions thereof and view energy savings by zone (down to the individual fixture if desired) or individual light management strategy deployed (Task tuning, load shedding, personal control, daylight harvesting and occupancy sensing).
  • Reports may be generated and displayed in several convenient formats as required by the customer such as bar charts, pie charts or line graphs.
  • Savings may be expressed as dollars saved, kilowatts saved or as a percentage saving over the baseline values.
  • The software allows the customer to manipulate the data by both zone and time periods allowing load shedding thresholds to be set accurately.  Occupancy sensor efficiency may also be assessed in areas where that strategy is deployed.

On system commissioning, the system is set up to deliver report(s) in the format desired by the user. If changes are required from the initial format(s) specified by the customer, the system administrator will be able to modify report content parameters and presentation format.

Personal Controller Software (PCS)

Personal Control Software (PCS) is a lighting control software application that enables individuals to control lighting levels in their workspace from their own desktop PC. The user easily accesses PCS by clicking on a light bulb icon appearing in the system tray found on the lower right hand side of their PC screen. With this application, the user can control the light level of each fixture in their workspace or can control all of the fixtures together as a group. Preset lighting scenes may be stored, recalled and modified from this application to suit the individual’s personal preferences or task at hand.

PCS can also be used to control light levels in larger spaces such as boardrooms, conference rooms or auditoriums. In addition to the dimming functionality, PCS can be used to simply turn individual fixtures on or off within that same workspace. Users can only control light fixtures assigned to their workspace according to the configuration of the system.

Communication with Encelium lighting control equipment is established through a connection to the existing local area network. PCS energy management software also has the unique capability of acting as a “virtual occupancy sensor” for the system. By detecting keyboard or mouse activity on each PC, PCS provides additional occupancy information to the system to ensure that lights remain in the desired state while a workspace is occupied.

 

Web Enabled Personal
Control Software (PCW)

For those clients that desire personal lighting control from their desktop without the installation of the Personal Control Software application on each PC (or without a direct connection to their computer networks), Encelium offers an Adobe Flash web interface that mirrors the functionality of PCS (PCW).

Each individual can access the interface through their web browser and achieve the same functionality and utility as with PCS with the exception of the “virtual occupancy sensor” feature which is not available with PCW.  The PCW user interface is similar to that of PCS but utilizes HTML such that it will be compatible with virtually any web browser, computer operating system or network security settings.

The individual fixture dimming control, on/off switching and ability to save and modify pre- selected lighting scenes is identical to that of PCS. PCS is generally recommended over PCW so that users can take advantage of the virtual occupancy sensor feature of PCS.

BacNet®
ECS BacNet ®Interface Module

The BACnet®Interface Module enables the integration of the Encelium Energy Control System (ECS) with any BACnet®compatible building automation system. ECS operates autonomously while lighting status, lighting levels and energy usage are all shared and may be controlled via BACnet®. Connection between the two systems is established via BACnet/IP.

The BACnet®Interface Module:

  • Enables BACnet®switching and dimming control.
  • Provides load shedding control over the lighting load (also referred to as demand response).
  • ECS provides information about the estimated amount of lighting load available for reduction, either by selected groups (Group Sheddable Load) or in total (Sheddable Load).
  • In turn, load shedding requests can be made for each selected group individually or ECS can initiate prioritized load shedding by predefined zones through a single request to reduce the total lighting load.
  • Both types of load shed requests can be defined in Watts to achieve precise load reduction or by the common method of shedding by a percentage of the current lighting load.
  • Notifies ECS of an emergency through a BACnet®connected fire alarm input to turn all lights on.
  • Shares occupancy information obtained by ECS with a BACnet®client to integrate HVAC with occupancy.
  • Utilizes a centralized BACnet®time schedule.

To ensure smooth and user-friendly integration, the BACnet®Interface Module creates access points with names and descriptions that can be customized to accommodate any BACnet®client’s naming scheme.  It also exports standard BACnet®object properties in a clear, structured manner and can define an unlimited number of groups of fixtures.

Niagara Driver

The Niagara Driver enables the integration of the Encelium Energy Control System (ECS) with Niagara based building automation systems. ECS operates autonomously while lighting status, lighting levels and occupancy information are all shared and may be controlled via the Niagara   framework. Niagara   creates a common environment that connects to almost any embedded device to provide a seamless, uniform view of the device data.  This interoperability with the Niagara framework will enable easier integration of lighting with HVAC and other building systems thus contributing to lower operating costs and improved ROI.

The Niagara Driver:

  • Enables switching and dimming control from within the AX platform.
  • Provides load shedding control over the lighting energy load (including load shedding based on a demand response signal).
  • ECS provides information about the estimated amount of lighting energy load available for reduction, either by selected groups (Group Sheddable Load) or in total load (Sheddable Load).  In turn, load shedding requests can be made for each selected group individually or ECS can initiate prioritized load shedding by predefined zones through a single request to reduce the total lighting energy load.
  • Both types of load shed requests can be defined in either Watts to achieve precise load reduction or by the common method of shedding by a percentage of the current lighting load.
  • Notifies ECS of an emergency through a Tridium connected fire alarm input to turn all lights on.
  • Notifies Tridium of an emergency through connected fire alarm input to turn all lights on.
  • Shares occupancy information obtained by ECS to integrate HVAC control with occupancy.
  • Utilizes central Niagara time schedules.
Trituff Copolyester Passes 267 lb/
36" ASTM Drop Test

A new, pending ASTM skylight fall protection drop test requires dropping a 267 lb sand filled canvas bag with a 5.5" bull nose from a height of 36" on the skylight glazing. As evidenced by this video Trituff Coployester passes the test. The total impact force and pressure developed in this test is 2,278.6 foot pounds and 95.9 lb per square inch.

Tufflite Heavy Weather / High Security Polycarbonate Takes a Tromping

Rick Beets, Bristolite President, demonstrates the resilience of Tufflite for customers. This Tufflite model HWHS (Heavy Weather High Security) skylight is Miami Dade County Hurricane Zone Approved NOA # 10-0216.02 and Florida Building Code Approved # FL14006.

Tufflite Heavy Weather / High Security Polycarbonate Takes a Beating

Rick Beets, Bristolite President, demonstrates the impact resistance of Tufflite for customers. This Tufflite model HWHS (Heavy Weather High Security) skylight is Miami Dade County Hurricane Zone Approved NOA# 10-0216.02 and Florida Building Code Approved # FL14006.

Energy Star Fiberlite CC1 Fire Resistance

Energy Star Fiberlite, Trituff Copolyester and Tufflite Polycarbonate are all CC1 Fire Rated.

Custom Glass Skylight Positive Load Cycling after Large Missile Impact Test

Positive load cycling from 10.30 psf to 51.38 psf after large missile impact test. This model 1000 custom glass skylight series is Miami Dade County Hurricane Zone Approved NOA # 07-0524.05.

Custom Glass Skylight Positive and Negative Load Cycling

Positive load cycling from 10.30 psf to 51.38 psf and negative load cycling from 20.6 psf to 34.3 psf. This model 1000 custom glass skylight series is Miami Dade County Hurricane Zone Approved NOA # 07-0524.05.

Custom Glass Skylight Negative Load Cycling

Negative load cycling from 20.6 psf to 34.3 psf after multiple large missile impact tests. This model 1000 custom glass skylight series is Miami Dade County Hurricane Zone Approved NOA # 07-0524.05.

Custom Glass Skylight Large Missile Impact Test

Large missile impact test requires firing a 9 lb missile at a velocity of 49 fps to 50 fps at a distance of 17 ft from the skylight. This model 1000 custom glass skylight series is Miami Dade County Hurricane Zone Approved NOA # 07-0524.05.

Custom Glass Skylight Large Missile Impact Test

Large missile impact test requires firing a 9 lb missile at a velocity of 49 fps to 50 fps at a distance of 17 ft from the skylight. This model 1000 custom glass skylight series is Miami Dade County Hurricane Zone Approved NOA # 07-0524.05.

20 Year Old Energy Star Fiberlite
Supports 5,000 lb

20 year old Energy Star Fiberlite supports 5,000 lb in a concentrated (1 sq ft) load test by an independent 3rd party testing laboratory.

Trituff Copolyester Supports 1,950 lb

Trituff Copolyester supports 1,950 lb in a concentrated (1 sq ft) load test by an independent 3rd party testing laboratory.

Tufflite Heavy Weather / High Security Polycarbonate Negative Load Cycling

Negative 19.5 psf to 32.5 psf load cycling. This Tufflite model HWHS (Heavy Weather High Security) skylight is Miami Dade County Hurricane Zone Approved NOA # 10-0216.02 and Florida Building Code Approved # FL14006.

Tufflite Heavy Weather / High Security Polycarbonate Positive Load Cycling

Positive 11.0 psf to 55.0 psf load cycling. This Tufflite model HWHS (Heavy Weather High Security) skylight is Miami Dade County Hurricane Zone Approved NOA # 10-0216.02 and Florida Building Code Approved # FL14006.

Tufflite Heavy Weather / High Security Polycarbonate Negative Load Cycling

Negative 19.5 psf to 32.5 psf load cycling. This Tufflite model HWHS (Heavy Weather High Security) skylight is Miami Dade County Hurricane Zone Approved NOA # 10-0216.02 and Florida Building Code Approved # FL14006.

Tufflite Heavy Weather / High Security
Positive and Negative Load Cycling

Positive 11.0 psf to 55.0 psf and negative 19.5 psf to 32.5 psf load cycling. This Tufflite model HWHS (Heavy Weather High Security) skylight is Miami Dade County Hurricane Zone Approved NOA # 10-0216.02 and Florida Building Code Approved # FL14006.

Tufflite Heavy Weather / High Security Polycarbonate Negative Load Cycling

Negative 19.5 psf to 32.5 psf load cycling. This Tufflite model HWHS (Heavy Weather High Security) skylight is Miami Dade County Hurricane Zone Approved NOA # 10-0216.02 and Florida Building Code Approved # FL14006.

Tufflite Heavy Weather / High Security Polycarbonate
Positive and Negative Load Cycling

Positive 11.0 psf to 55.0 psf and negative 19.5 psf to 32.5 psf load cycling. This Tufflite model HWHS (Heavy Weather High Security) skylight is Miami Dade County Hurricane Zone Approved NOA # 10-0216.02 and Florida Building Code Approved # FL14006.

Gladiator Safety Screen
Supports 600 lb Static Load

Gladiator Safety Screen installed on a wood curb supports two 300 lb loads in opposing corners.

Gladiator Safety Screen
Supports 867 lb Static Load

Gladiator Safety Screen installed on a wood curb supports two 300 lb loads in opposing corners and a 267 lb load in the center for a total static load of 867 lb

Gladiator Safety Screen
Passes 267 lb / 36" ASTM Drop Test

A new, pending ASTM skylight fall protection drop test requires dropping a 267 lb sand filled canvas bag with a 5.5" bull nose from a height of 36" on the skylight glazing. As evidenced by this video our Gladiator Safety Screen passes the test. The total impact force and pressure developed in this test is 2,278.6 foot pounds and 95.9 lb per square inch.

Gladiator Safety Screen
Passes 267 lb / 36" ASTM Drop Test

A new, pending ASTM skylight fall protection drop test requires dropping a 267 lb sand filled canvas bag with a 5.5" bull nose from a height of 36" on the skylight glazing. As evidenced by this video our Gladiator Safety Screen passes the test. The total impact force and pressure developed in this test is 2,278.6 foot pounds and 95.9 lb per square inch.

Tufflite Heavy Weather / High Security Polycarbonate Large Missile Impact Test

Large missile impact test requires firing a 9 lb missile at a velocity of 49 fps to 50 fps at a distance of 17 ft from the skylight. This Tufflite model HWHS (Heavy Weather High Security) skylight is Miami Dade County Hurricane Zone Approved NOA # 10-0216.02 and Florida Building Code Approved # FL14006.

Tufflite Heavy Weather / High Security Polycarbonate Large Missile Impact Test

Large missile impact test requires firing a 9 lb missile at a velocity of 49 fps to 50 fps at a distance of 17 ft from the skylight. This Tufflite model HWHS (Heavy Weather High Security) skylight is Miami Dade County Hurricane Zone Approved NOA # 10-0216.02 and Florida Building Code Approved # FL14006.