4.0mm Width x 12mm Length Epoxy Coated Time Lag Slow Blow Pico Axial Pico Fuse T 1A 350V 277V Subminiature Fuse

2000 Pieces
MOQ
Negotiable
Price
4.0mm Width x 12mm Length Epoxy Coated Time Lag Slow Blow Pico Axial Pico Fuse T 1A 350V 277V Subminiature Fuse
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Features
Specifications
Fuse Name: Pico Fuse
Current Rating: 6A
Voltage: 350 Volts
Length: 12.0 Millimeters
Width: 4.0 Millimeters
Certificates: UL,cUL
High Light:

littelfuse pico fuse

,

inline mini fuse

Basic Infomation
Brand Name: AOLITTEL
Model Number: RTP1600
Payment & Shipping Terms
Packaging Details: Tape
Delivery Time: 10 Days
Payment Terms: T/T
Supply Ability: 10,000,000 Pieces Per Month
Product Description

 

4.0mm Width x 12mm Length Epoxy Coated Time Lag Slow Blow Pico Axial Pico Fuse T 1A 350V 277V Subminiature Fuse

 

 

Description

 

The RTP series 350V Time-Lag pico Fuse is designed for high voltage applications that require moderate in–rush withstand and is in a space-saving subminiature package.

 

4.0mm Width x 12mm Length Epoxy Coated Time Lag Slow Blow Pico Axial Pico Fuse T 1A 350V 277V Subminiature Fuse 0 

 

 

Features

 

Moderate in–rush withstand
Miniature size
Wide current range  (100mA to 15A)
RoHS compliant
Halogen-free available
Wide operating temperature range
Low temperature de-rating

 

 

Dimension (mm)

 

Single product Tape size
4.0mm Width x 12mm Length Epoxy Coated Time Lag Slow Blow Pico Axial Pico Fuse T 1A 350V 277V Subminiature Fuse 1 4.0mm Width x 12mm Length Epoxy Coated Time Lag Slow Blow Pico Axial Pico Fuse T 1A 350V 277V Subminiature Fuse 2

 

 

Operating Characteristics

 

% of Ampere Rating(In)

Blowing Time

100% * In 4 hours Min
200% * In 60 sec Max

 

 

Part numbering

 

Part

No.

Ampere

Rating

Voltage

Rating

Breaking

Capacity

Agency Approvals

UL cUL

PSE

 

RTP0100 100mA 350V 50A@350VAC
RTP0125 125mA 350V 50A@350VAC
RTP0160 160mA 350V 50A@350VAC
RTP0200 200mA 350V 50A@350VAC
RTP0250 250mA 350V 50A@350VAC
RTP0300 300mA 350V 50A@350VAC
RTP0315 315mA 350V 50A@350VAC
RTP0350 350mA 350V 50A@350VAC
RTP0375 375mA 350V 50A@350VAC
RTP0400 400mA 350V 50A@350VAC
RTP0500 500mA 350V 50A@350VAC
RTP0600 600mA 350V 50A@350VAC
RTP0630 630mA 350V 50A@350VAC
RTP0700 700mA 350V 50A@350VAC
RTP0750 750mA 350V 50A@350VAC
RTP0800 800mA 350V 50A@350VAC
RTP1100 1A 350V 50A@350VAC
RTP1125 1.25A 350V 50A@350VAC
RTP1150 1.5A 350V 50A@350VAC
RTP1160 1.6A 350V 50A@350VAC
RTP1200 2A 350V 50A@350VAC
RTP1250 2.5A 350V 50A@350VAC
RTP1300 3A 350V 50A@350VAC
RTP1315 3.15A 350V 50A@350VAC
RTP1350 3.5A 350V 50A@350VAC
RTP1400 4A 350V 50A@350VAC
RTP1500 5A 350V 50A@350VAC
RTP1600 6A 350V 50A@350VAC
RTP1630 6.3A 350V 50A@350VAC
RTP1700 7A 350V 50A@350VAC
RTP1800 8A 350V 50A@350VAC
RTP1900 9A 350V 50A@350VAC
RTP2100 10A 350V 50A@350VAC
RTP2120 12A 350V 50A@350VAC
RTP2150 15A 350V 50A@350VAC

 

 

Agency Approvals

 

Voltage Rating

Agency

Ampere Range

Agency File Number

350V UL 100mA ~ 10A E340427(JDYX2)
C-UL 100mA ~ 10A E340427(JDYX8)

 

 

Product Photos

 

4.0mm Width x 12mm Length Epoxy Coated Time Lag Slow Blow Pico Axial Pico Fuse T 1A 350V 277V Subminiature Fuse 3

4.0mm Width x 12mm Length Epoxy Coated Time Lag Slow Blow Pico Axial Pico Fuse T 1A 350V 277V Subminiature Fuse 4

4.0mm Width x 12mm Length Epoxy Coated Time Lag Slow Blow Pico Axial Pico Fuse T 1A 350V 277V Subminiature Fuse 5

4.0mm Width x 12mm Length Epoxy Coated Time Lag Slow Blow Pico Axial Pico Fuse T 1A 350V 277V Subminiature Fuse 6

4.0mm Width x 12mm Length Epoxy Coated Time Lag Slow Blow Pico Axial Pico Fuse T 1A 350V 277V Subminiature Fuse 7

 

 

Product Characteristics

 

Materials

Encapsulated, Epoxy-Coated Body;

Solder Coated Copper wire leads;

RoHS compliant Product: Pure Tin-coated

Copper wire leads

Flammability Rating UL 94V-0
Solderability MIL-STD-202, Method 208
Lead Pull Force MIL-STD-202, Method 211, Test Condition A (will withstand a 7 lbs. axial pull test)
Operating Temperature –55ºC to +125ºC (Consider re-rating)
Shock MIL-STD-202, Method 213, Test Condition I (100 G’s peak for 6 milliseconds)
Vibration MIL-STD-202, Method 201 (10–55 Hz); Method 204, Test Condition C (55–2000 Hz at 10 G’s Peak)
Moisture Resistance MIL-STD-202, Method 106
Resistance to Soldering Heat Withstands 60 seconds above 200ºC and up to 260ºC, maximum
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