JFWT – X2 Met Polypropylene Film Capacitors – Temperature Humidity Bias (THB) Series

JFWT Series X2 Metallized Polypropylene Film Capacitors are designed for THB applications (85°C / 85%RH), ensuring stable performance in high humidity and temperature environments.

Certified by VDE, ENEC, and UL, they provide reliable EMI suppression for power lines. The capacitors feature a non-inductive construction, UL94V-0 flame-retardant case, and epoxy sealing for enhanced safety and durability.

Available with cut or long leads, in bulk or ammo tape packaging, with short lead times and competitive pricing. Ideal for home appliances, industrial equipment, and power supply circuits.

Description

Features

  • Non-inductive, (UL940V-0) plastic case sealed with epoxy resin.
  • High stability of capacitance under severe ambient condition, high temperature and high humidity.
  • Class X2 safety capacitors for 310VAC.
  • Provides interference suppression capacitor with VDE, ENEC and UL approvals.
  • Short delivery, some items have stock available.
  • High quality commitment, good prices support.
  • Cut leads, Bulk, Ammo Tape Package,Long leads are available.
  • Fast sales response for cross, quotation.
Specifications

Specifications

Operating Temperature -40°C~ +110°C
Voltage Rating 310VAC
Safety Approvals ENEC, VDE, UL,cUL.
Capacitance Range 0.0047 ~ 10.0μF
Capacitance Tolerance std ±10% (K)
Insulation Resistance CR≤0.33μF, I.R≥15,000MΩ
CR>0.33μF, I.R≥5,000S , (20℃,100V,1min)
Dissipation Factor 0.0047μF≤CR≤0.47μF ≤0.1% (1KHz,20℃)
0.47μF≤CR≤1.0μF ≤0.2% (1KHz,20℃)
1.0μF≤CR≤10μF≤0.3% (1KHz,20℃)
Voltage Proof 4.3UR DC /5s
Humidity Test Condition 85/85 Temperature: 85°C ± 2°C; Humidity: 85% ± 2%
Loading Voltage: 240Vac (50Hz/60Hz)
Duration: 500 Hours
Capacitance Change 85/85 ≤10% of initially measured value
Dissipation Factor 85/85 ≤2.5% at 1KHz
Drawing

Drawing

JFWT - X2 Met Polypropylene Film Capacitors - Temperature Humidity Bias (THB) Series (Hot) JFWT - X2 Met Polypropylene Film Capacitor - 85 °C / 85 % RH Temperature Humidity Bias Drawing