Name: LSMCC series Constant Current SMD LED Sign Module-Strip Modules Source
SKU: 314
Price: 100.00 USD
Availability: InStock

Description

LSMCC series Constant Current SMD LED Sign Module

3.95

LSMCC-x4X3-LP series Sign Modules are constant current driven and use four 3-chip High Power 5050SMD LEDs with 120° viewing angle – SELECT LED COLOR TO MATCH SIGN PLASTIC COLOR

Beam Pattern120 degreeCurrent Draw per Foot183mADimmableNoWater Resistance^[1]Weatherproof IP65Number of LEDs in Unit4 LEDsLED Type5050 SMDLength3.8cm(1.5in)Lifetime50000 HoursLumen75 LumenModule Length117.8 mmPolarizedYesStandards And CertificationsCE/FCC/ISA Approved/ROHS Compliant/UL RecognizedSuitable for VehiclesYesTotal Power Consumption0.8 WattsTypeModule StringsUL File NumberUYMR2.E357849Operating Voltage Range12V DCWattage per Foot2.2 WattsDimensions: 3.8cm(1.5″) x 3.8cm(1.5″) x 0.5cm(0.2″)

All specifications are subject to change without notice

1. IP65 – Product will incur no harmful effects from light water projection.
IP66 – Product will incur no harmful effects from heavy water projection.
IP67 – Product will incur no harmful effects from being submerged up to 1 meter for no more than 30 minutes.
IP68 – Product will incur no harmful effects from being submerged beyond 1 meter.

Part NO	Total Length	Strip Width	Emitting Color	CCT / Wavelength ^[1]	Intensity Per Foot	Intensity	Radiant Power	Current Draw @ 12 Volts DC ^[2]	Max Run ^[3]	CRI	Price
LSMCC-CW4X3-LP	3.80cm (0.12ft)	–	Cool White	6300 K	194 lm/ft	75 lm	–	70 mA	–	–	$3.95
LSMCC-B4X3-LP	3.80cm (0.12ft)	–	Blue	470 nm	10350 mcd/ft	4000 mcd	–	70 mA	–	–	$3.95
LSMCC-G4X3-LP	3.80cm (0.12ft)	–	Green	530 nm	36224 mcd/ft	14000 mcd	–	70 mA	–	–	$3.95
LSMCC-R4X3-LP	3.80cm (0.12ft)	–	Red	630 nm	12420 mcd/ft	4800 mcd	–	70 mA	–	–	$3.95
LSMCC-Y4X3-LP	3.80cm (0.12ft)	–	Yellow	597 nm	12420 mcd/ft	4800 mcd	–	70 mA	–	–	$3.95

1. White LED Note: Correlated Color Temperature measured in Kelvin, higher numbers indicate blue/purple tint (similar to HID lamps), standard incandescent bulbs are around 3000K
2. Maximum current is based on maximum intensity of all circuits(Bright White).
3. Maximum number of units in one run (end to end) – for higher quantities, multiple runs back to the power supply must be made to prevent excessive voltage drop

All specifications are subject to change without notice