Sylvania T5 warranty Lamp / Ballast Guide, Key System Features, Application Information

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QUICKTRONIC® POWERSENSE®  T5 Dimming UNV Systems

High Efficiency Series

Electronic T5

Fluorescent Controllable

Lighting Systems

Lamp / Ballast Guide

28W T5 - PENTRON®

2-lamp QTP2x28T5/UNV DIM

Primary Lamp Type

FP28

Also operates:

FP35, FP21, FP14

Key System Features

•Industry’s first ballast that combines dimming inputs from 0-10V and/ or two-wire AC dimming providing maximum flexibility

•POWERSENSE compatibility with low voltage and power line dimmers

•High Efficiency

•Lamp Detection Technology

•Universal voltage (120-277V)

•100-1% Dimming Range

•PROStart® programmed rapid start

•Anti-flash circuitry – turns on in dimmed mode

•Lightweight and low profile

•Operates at >42kHz

•QUICKSENSE ballast technology

(end-of-lamp-life sensing)

•QUICK 60+ ballast and lamp warranty

•RoHS compliant

•Lead-free solder, printed circuit board and manufacturing process

Application Information

SYLVANIA QUICKTRONIC POWERSENSE ballast

is ideally suited for:

•Occupancy sensors

•Daylight harvesting

•Energy management

•Load shedding

•Commercial

•Retail

•Hospitality

•Institutional

•Schools

•New construction

•Retrofit

SYLVANIA QUICKTRONIC POWERSENSE ballasts operate linear fluorescent T5 lamps over a wide (100-1%) dimming range and provide true versatility in controls selection.

QUICKTRONIC POWERSENSE ballasts feature micro-controller technology to offer the industry’s most adaptable dimming ballast. Compatibility with low voltage controls, power line dimmers and any line voltage from 120V to 277V, provides the flexibility to greatly simplify the specifi- cation, purchasing and installation process.

Patented lamp detection technology delivers unmatched performance. Variations in brightness from lamp-to- lamp are virtually eliminated, providing uniform lighting throughout the dimming range. At light levels of >75% unnec- essary lamp-coil power is turned off, delivering energy efficiences comparable to non-dimming Instant start electronic ballast. This technology also eases instal- lation and troubleshooting by recognizing failed lamps, faulty wiring or loose

System Information

QUICKTRONIC POWERSENSE ballasts operate from standard low voltage (0-10VDC) fluorescent controllers or compatible 2-wire power line fluorescent dimmers, making them ideal for individual office lighting or automated building applications, both in new construction and retrofit projects.

For the individual office or conference room, installation can be streamlined by using a 2-wire power line dimmer; eliminating the need for additional control wires.

For more advanced systems, such as daylight harvesting or building automation applications, standard low voltage devices (0-10VDC, Class 1 or 2) are used to control the lighting system. In this daylight harvesting example, each lighting fixture (or fixture row) is controlled by it’s own photosensor; regulating the

POWERSENSE

T5 DIM

connections, and shutting down. When	These ballasts are RoHS compliant and
the problem is corrected, the system	feature lead-free solder, printed circuit
restarts automatically.	boards and manufacturing process.
All SYLVANIA Professional Series (QTP)	Setting the standard for quality,
electronic ballasts feature high power	QUICKTRONIC POWERSENSE ballasts are
quality (<10% THD), lightweight, low	covered by the QUICK 60+® warranty,
profile designs.	the first and most comprehensive lamp &
	ballast system warranty in the industry.

light output to compensate for changes	All QUICKTRONIC POWERSENSE ballasts
in natural daylight. Depending upon the	include a line voltage protection circuit,
specific application, energy savings of	which protects the ballast in the event
up to 60% compared to fixed output	that line voltage is inadvertently applied
electronic systems can be realized.	to the low voltage control inputs.

Daylight Harvesting Scenario

Fixture	Light Sensor 1	Fixture	Light Sensor 2	Fixture	Light Sensor 3
1		2		3

SourceLight

Natural/

Window Desired Illuminance Er

Constant setpoint value

ECS238 – 1/2011