July 17, 2017

12VDC and 24VDC Input Electronic ballasts for fluorescent lamps

24VAC input electronic ballast for fluorescent lights

These high efficiency ballasts are for 20 and 40 watt fluorescent light fixtures in cars, RVs, boats, and solar systems.

This is a compact, high efficiency, switchmode regulated electronic ballast for use when DC supply voltage is available. This is useful for RVs, boats, solar power installations, green light fishing, and wherever 12VDC or 24VDC is available for lighting. This is an inverter-style ballast that uses high frequency to eliminate the flicker which is seen in AC powered ballasts.

EB series DC/DC ballasts are designed for traditional fluorescent tube with heating filaments at both ends. Once the power is applied and the tube will light immediately without flicking. They are not suitable for cold cathode lamp/tube without filaments.

Prices

PST-EB20S12
One 20W bulb, 12V input

Quantity	1-10	11-50	51-100	101+
Price	$29.50	$24.90	$23.95	$19.10

PST-EB20D12
Two 20W bulbs 12V input

Quantity	1-10	11-50	51-100	101+
Price	$34.50	$27.90	$24.90	$19.95

PST-EB40S12
One 40W bulb, 12V input

Quantity	1-10	11-50	51-100	101+
Price	$34.50	$27.90	$24.90	$19.95

PST-EB20S24
One 20W bulb, 24V input

Quantity	1-10	11-50	51-100	101+
Price	$29.50	$24.90	$23.95	$19.10

PST-EB20D24
Two 20W bulbs, 24V input

Quantity	1-10	11-50	51-100	101+
Price	$34.50	$27.90	$24.90	$19.95

PST-EB40S24
One 40W bulb, 24V input

Quantity	1-10	11-50	51-100	101+
Price	$34.50	$27.90	$24.90	$19.95

PST-EB40S24AC
One 40W bulb, 24VAC input

Quantity	1-10	11-50	51-100	101+
Price	$34.00	$27.50	$24.90	$19.00

.Specifications

	PST-EB20S12	PST-EB20D12	PST-EB40S12	PST-EB20S24	PST-EB20D24	PST-EB40S24
GENERAL SPECIFICATIONS
Size	140 x 40 x 25 mm 5.5 x 1.6 x 1 inch	140 x 40 x 25 mm 5.5 x 1.6 x 1 inch	140 x 40 x 25 mm 5.5 x 1.6 x 1 inch	140 x 40 x 25 mm 5.5 x 1.6 x 1 inch	140 x 40 x 25 mm 5.5 x 1.6 x 1 inch	140 x 40 x 25 mm 5.5 x 1.6 x 1 inch
Weight:	85 grams 3 Oz	85 grams 3 Oz	85 grams 3 Oz	85 grams 3 Oz	85 grams 3 Oz	85 grams 3 Oz
Cooling:	natural convection	natural convection	natural convection	natural convection	natural convection	natural convection
INPUT SPECIFICATION
Input Voltage:	10-15 VDC	10-15 VDC	10-15 VDC	20-30 VDC	20-30 VDC	20-30 VDC
Input Current	1.3-1.8 Amps	1.8-2.2 Amps	1.8-2.2 Amps	0.8-1.0 Amps	1.0-1.2 Amps	1.0-1.2 Amps
Input Connector:	Captive screw terminals	Captive screw terminals	Captive screw terminals	Captive screw terminals	Captive screw terminals	Captive screw terminals
OUTPUT SPECIFICATION
Drives lamp type	T5/T8/T12 Single	T5/T8/T12 Double	T5/T8/T12 Single	T5/T8/T12 Single	T5/T8/T12 Double	T5/T8/T12 Single
Lamp power	15-22 watts	15-22 watts	30-40 watts	15-22 watts	15-22 watts each	30-40 watts
Output Frequency	25-30 kHz	25-30 kHz	25-30 kHz	25-30 kHz	25-30 kHz	25-30 kHz
Efficiency	>90% typical	>90% typical	>90% typical	>90% typical	>90% typical	>90% typical
Output Connection	screw terminals	screw terminals	screw terminals	screw terminals	screw terminals	screw terminals
Design features	MOSFET Switching
Note: These ballasts are not suitable for running in parallel or series in order to run larger bulbs.

24 volt and 12 volt ballasts for fluorescent lamps

Click the image to see a larger diagram of the ballast hookup

dimensioned drawing of the 24VAC input fluorescent ballast

Advantages:

DC input switchmode electronic ballast with 12 or 24 volt input.

High efficiency miniature ballast for solar and RV applications.

Can be used with a low voltage power supply for aquariums for added safety.


	[Home] [PowerStream] [Site Map] [Tech Resources] [Policy and Privacy] [Contact Us] [Send an e-mail]

Thursday, 27-Jul-2017 02:41:57 EDT

12V input and 24V input electronic ballast for fluorescent lights and lamps
fluorescent lamp 24 volt inverter
design of a battery-operated fluorescent lamp, 12v dc fluorescent lights, 12 volt fluorescent ballast data

PowerStream Technology 1163 South 1680 West Orem Utah 84058 Phone: 801-764-9060 Fax: 801-764-9061
© Copyright 2000, 2002, 2003, 2004, 2005, 2006, 2008,2009, 2010, 2011, 2012, 2013, 2014, 2015, 2016, 2017 Lund Instrument Engineering, Inc. All rights reserved. by Mark W. Lund Google Author Verification