LSP10480PX3373 - LITTELFUSE

Speciﬁcations are subject to change without notice.

Revised: 11/04/19

Surge Protection Module

LED Lighting Surge Protection Module > LSP10

Description

Features

Agency Approvals

Absolute Maximum Ratings

• For ratings of individual members of a series, see Device Ratings and Speciﬁcations chart

Agency Standard Agency File Number

UL1449 E320116

Note: * = Max. continuous current for series connection.

CAUTION: Stresses above those listed in "Absolute Maximum Ratings" may cause permanent damage to the device. This is a stress only rating and operation of the device at these or any other conditions above those indicated in

the operational sections of this speciﬁcation is not implied.

LSP10 Module Series

LSP10 Series Units

Continous

AC Voltage Range (VM(AC)RMS) 150 to 510 V

Continuous Current* 5 A

Transient

Maximum Discharge Current 8/20μs Waveform (Imax) 20,000 A

Nominal Discharge Current 8/20µs Waveform (In) 10,000 A

Operating Ambient Temperature Range (TA) -45 to +85 °C

Storage Temperature Range (TSTG) -45 to +110 °C

Isolation Voltage Capability (When the thermal disconnect opens) 600 V

Insulation Resistance >1,000 MΩ

• 20kA Maximum

Discharge Current

(Imax)m 8/20us

• Meets ANSI C82.77-5-

2015: Location C High

• Meets ANSI C136.2-

2015: Extreme Level

• Meets IEEE C62.41.2:

Location Category C High

• Meets US Dept.

of Energy MSSLC

Model Spec.

• Parallel or Series

connected options

• Thermally protected

• IP66 rated, dust-tight

and water resistant

• IEC61643-11 Class

II/ EN61643-11 Type

2 Compliant1

• 240Vac and 277Vac parts

are available for Class I

and Class II installation

based on IEC luminaire

protection classes.

Please see details in Part

Numbering System.

• CE Mark - Meets the

requirements of Low

Voltage and RoHS

European Directives.

Applications

• Outdoor and Commercial

LED Lighting

• Roadway lighting

• Trafﬁc lighting

• Digital signage

• Wash wall lighting

• Parking garage/lot lighting

• Flood lighting

• Tunnel lighting

• Street lighting

Notes:

1. Self-declared compliance.

The Littelfuse LSP10 thermally protected Surge Protective

Device is a self-protected device which is specially designed

to be used in outdoor and commercial LED lighting ﬁxtures

for transient overvoltage protection. It is constructed with

Littelfuse thermally protected varistor technology. Its built-in

thermal disconnect function provides additional protection

to prevent catastrophic failure and ﬁre hazard even under the

extreme circumstances of varistor end-of-life or sustaining

over voltage conditions. LSP10 series connected option

allows clear indication of thermal fault protection by discon-

necting power to luminaire thereby signally SPD module

replacement. The LSP10 SPD facilitates customer’s product

compliance to IEEE C62.41.2 Location Category C High and

US Dept of Energy MSSLC Model Spec.

RoHS

Additional Information

Datasheet Samples

Resources

Speciﬁcations are subject to change without notice.

Revised: 11/04/19

Surge Protection Module

LED Lighting Surge Protection Module > LSP10

Notes:

1. 5A max. continuous current for series connection.

2. Nominal Discharge Current (In)(A): The nominal discharge current is a measure of the SPDs endurance capability; 15 impulses of discharge current uses the 8/20us current waveform.

3. Maximum Discharge Current (Imax)(A): The maximum discharge current is a measure of the SPDs maximum capability; single impulse of discharge current uses the 8/20us current waveform. All Devices pass maximum discharge

current with possible, safe opening of thermal disconnect.

4. MLV – UL1449 Measured limiting voltage; the highest value of residual voltage measurements during the application of impulses of 8/20us nominal discharge current (In); an average voltage value of 15 impulses.

5. Up – IEC 61643-11 Voltage protection level; the highest value of residual voltage measurements during the application of impulses of 8/20us nominal discharge current (In); a rounding voltage value of maximum measurement.

6. MCOV/UC: Maximum Continuous Operating Voltage - maximum r.m.s. voltage that could be continuously applied to the SPD.

7. The series modules can be used in parallel connections for the indication circuit connection.

8. * = - P or PM

9. Repetitive Surge Withstanding: 15 strikes at 10,000A (8/20us) with steady MLV/Up.

10. LSP10480* passed Operational Voltage Test (552Vac, 30 minutes) based on UL 1449 4th edition clause 43.

LSP10 Series Device Ratings & Speciﬁcations

Part Number8

Operating

Voltage

(VAC)

MCOV/Uc

(VAC)6

Maximum

Discharge

Current

(Imax)(A)3

Nominal

Discharge

Current

(In)(A)2

MLV

(V)4

(V)5

Safety Compliance

IEC/EN 61643-117UL1449

LSP10120* 120 150 20,000 10,000 L-N:740

L-G:740

N-G:670 900 X

LSP10240* 240 275 20,000 10,000 L-N:1130

L-G:1130

N-G:1060 1200 X X

LSP10277* 277 320 20,000 10,000 L-N:1330

L-G:1330

N-G:1260 1400 X X

LSP10347* 347 420 20,000 10,000 L-N:1750

L-G:1750

N-G:1680 1900 X

LSP10480* 480 510 20,000 10,000 L-N:2020

L-G:2020

N-G:1960 2100 X

LSP10240LL* L-L:240 L-L:275 20,000 10,000 L-L:1130 L-L:1200 X

L-N/G:120 L-N/G:150 L-N/G:740 L-N/G:900 X

LSP10480LL* L-L:480 L-L:510 20,000 10,000 L-L:2020 L-L:2100 X

L-N/G:277 L-N/G:320 L-N/G:1330 L-N/G:1400 X

Figure 1. Repetitive Surge Capability for LSP10

∞

102

103

100

1000

10000

100000

10100 1000 10

000

Impulse Duration (µsecs)

104

105

106

Surge Current (A)

Number of Pulses

Pulse Rating

(8x20µSec)

Strikes Surge

1 20,000A

2 15,000A

15 10,000A

100 3,000A

1,000 1,600A

10,000 650A

100,000 400A

1,000,000 240A

Speciﬁcations are subject to change without notice.

Revised: 11/04/19

Surge Protection Module

LED Lighting Surge Protection Module > LSP10

SPD

N/G

AC/DC

Pow er

Supp ly LED Modu le

Parallel Co nn ection

SPD

N/G

or LED Modu le

LED norma lly on

Parallel Co nn ection

With L ED ind icating SPD status

- ON (green) : SPD is on line

- OFF : SPD needs replacem ent

LS P10xxx S

AC/DC

Pow er

Supp ly

SPD

LED Modu le

Parallel Co nn ection

(for Class II Unearthed)

AC/DC

Pow er

Supp ly

~X3316

SPD

LED Modu le

Series Co nn ection

(for Class II Unearthed)

~X3316

AC/DC

Pow er

Supp ly

SPD

N/G

or LED Modu le

Series Co nn ection

AC/DC

Pow er

Supp ly

Notes:

1. Series module used in parallel connection for indication circuit connection.

2. LED indicator and associated circuitry are not included in the module.

3. Black wire is AC line voltage (hot); white wire is AC neutral voltage.

4. Black wire voltage is cut off when SPD needs replacement.

5. R is current limiting resistor; it resistance/wattage is determined by AC line voltage and

desired current driving LED. Example: AC line voltage 240V, LED: 1.6mA, resistor:

150Kohm/0.5W.

Part Numbering System

Device Family

Littelfuse Surge Protection Modul

LSP 10 480LL P Xxxxx

Nominal Discharge

Current (ln

)

Operating Voltag

Connection mode

LL: for L, L, N/G

Blank: L-N, L-G, N-G

P or S

(P: parallel connection; S: series connection

)

Other non-standard optio

X3333: with GND wire connection, available

in 240 and 277Vac, CE marked,

Class I installations, earthed

Wire Color: Line: Brown, Neutral: Blue,

Ground/P: Green with yellow stripe

X3316: without GND wire connection, available

in 240 and 277Vac ratings, CE marked

for Class II installations, unearthe

Wire Color: Line: Brown, Neutral: Blue

Dimensions

Notes:

1. Black: Line; White: Neutral; Green: Ground.

(P/N with sufﬁx X3333/X3316: Brown: Line; Blue: Neutral; Green-Yellow stripe: Ground)

2. Wire Gauge: AWG16 wire Line in/out; Wire Length: 100mm or customized.

LSP1 0XXXXXP

LSP1 0XXXXX S

56.0 ±0.5

100 ±20 100 ±20

Typical Dimensions (mm)

2x ø4.8±0.2

64.0 ±1.5

6 ±2 6 ±2

2.3 ±0.2

48.7±1.5

49.0±1.5

32.5±1.0

LSP1 0XXXXXP

LSP1 0XXXXX S

56.0 ±0.5

100 ±20 100 ±20

Typical Dimensions (mm)

2x ø4.8±0.2

64.0 ±1.5

6 ±2 6 ±2

2.3 ±0.2

48.7±1.5

49.0±1.5

32.5±1.0

Application/Installation Schematic

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applications. Littelfuse products are not designed for, and may not be used in, all applications. Read complete Disclaimer Notice at http://www.littelfuse.com/disclaimer-electronics.