Wayon PPTC Auto Self-Resetting Fuse 60V 0.75A-0.9A LP60 Series with UL/CSA/TUV Certification

Price Negotiable

Price: 0.1 USD/PC

MOQ: 1000PCS

Delivery Time: 7 workdays

Brand: WAYON

Product Description

Wayon PPTC Auto Self-Resetting Fuse Series

Product Overview

Wayon PPTC (Polymer Positive Temperature Coefficient) fuses are auto-resetting circuit protection devices designed for reliable overcurrent protection in various electronic applications.

Key Features

Radial leaded design for easy PCB mounting
UL94 V-0 flame-retardant insulating material
Certified by UL, CSA, and TUV regulatory agencies
Lead-free construction compliant with EU RoHS Directive 2011/65/EU
Automatic reset capability after fault condition clears

Electrical Specifications - 60V LP60 Series

Part No.	Hold Current (A)	Trip Current (A)	Max Voltage (V)	Max Current (A)	Resistance Range (Ω)
LP60-075F	0.75	1.5	60	40	0.18-0.6
LP60-090F	0.9	1.8	60	40	0.14-0.47
LP60-110F	1.1	2.2	60	40	0.14-0.38
LP60-135F	1.35	2.7	60	40	0.12-0.3
LP60-160F	1.6	3.2	60	40	0.09-0.22

Complete Product Series

Wayon offers comprehensive PPTC fuse solutions across multiple voltage ratings:

6V LP06 Series - Low voltage applications
16V LP16 Series - Standard voltage protection
30V LP30 Series - Medium voltage requirements
33V LP33 Series - Enhanced voltage tolerance
60V LP60 Series - High voltage circuit protection
75V LP75 Series - Industrial voltage applications
90V LBR Series - Specialized high voltage protection
135V LBN Series - Extended voltage range
250V LB Series - High voltage industrial use
265V LBLV Series - Advanced voltage protection
600V LBV Series - Maximum voltage applications
High Temperature LPH Series - Extreme environment operation

Technical Parameter Definitions

IH (Hold Current): Maximum current at which device will not trip at 25°C in still air
IT (Trip Current): Minimum current at which device will always trip at 25°C in still air
Vmax: Maximum voltage device can withstand without damage at rated current
Imax: Maximum fault current device can withstand without damage at rated voltage
Max Time-to-trip: Maximum time to trip in seconds at assigned current
Rmin/Rmax: Minimum/maximum device resistance at 25°C prior to tripping
R1max: Maximum device resistance at 25°C, one hour after being tripped

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