Long Life Due 1.0uf 105K 275VAC X2 Safety Capacitor Excellent Flame Retardant Properties
X2 Safety Capacitor.pdf
X capacitor --- metallized polypropylene film capacitor; usually, X capacitor is mostly made of polyester film capacitor with relatively large ripple current resistance. This type of capacitor has a large volume, but it allows a large current for instantaneous charge and discharge, and its internal resistance is correspondingly small. The X capacitor adopts the outer square and the inner high-voltage OPP (metallized polypropylene material winding processing) in plastic packaging. The OPP material not only has better electrical performance, but also can effectively reduce the impact of high-frequency pulses when connected in parallel with the input end of the power supply. Power effects.
Marking
1. CIGU logo:
2. Capacitance:(104K ,0.1μF)
3. Capacitance Tolerance:(K)±10%
4. Rated Voltage:250,275,300,305,310VAC 5. Product Class:X2
6. Product type: MPX
7. Climatic Category: 40/110/56
8. Passive Flammability Class: B
9. China approvals mark: CQC
10. Germany approvals mark: VDE
11. ENEC approvals mark: ENEC
12. American approvals mark: CUL
13. Approval standard: IEC60384-14
Products Introduction
MPX are winded with metallized polypropylene film dielectric,Non-inductive construction, tinned copper wire leads,and flame retardant epoxy resin coating. They have excellent features of self-healing and good flame retardant according to UL 94-V0
Type application
The Products Would widely used for the Interference suppressors and across-the-line capacitor applications.Suitable for used in situations where failure of the capacitor will not lead to danger of electric shock.
Features
1 Non-induction construction
2 High moisture-resistance
3 Self-healing property
4 Flame retardant type(compliance with UL 94V-0)
5 Very small loss
6 Excellent frequency and temperature characteristics
7 High insulation resistance
Specifications(IEC 60384-14)
| Test items | Performance requirements | Conditions of test |
| Capacitance | Within the tolerance specified | 1KHz, 1Vrms Max. at 25℃ |
| Dissipation Factor | 0.001 (0.1%) Max. | 1KHz, 1Vrms Max. at 25℃ |
| Voltage proof | Shall be no abnormality | Between terminals 4.3UR (Vdc) Test of 60sec. |
| Between terminal and enclosure UR×200％+1500Vac, 60sec. | ||
| Insulation resistance | CR ≤ 0.33μF IR ≥ 15,000MΩ CR >0.33μF IR ≥6,000s | 100±15Vdc, 60sec / 25℃ |
| Robustness of terminations | No wire breakage and no damage of capacitor | Tense Strength of Terminal Load Force : 1.0 Kg Holding Time : 10 ± 1sec |
Bending Strength of Terminal Load Force : 0.5 Kg Bending Time : 4 x 90 ﾟ | ||
| Resistance to soldering heat | (1) Appearance : No visible damage (2) △C/C : ≤ ±5% of the initial value | Solder temperature: 260±5℃ Solder time: 5±0.5sec |
| Solderability | 95% of the surface tinning | Solder temperature: 260±5℃ Solder time: 2±0.5sec |
| Rapid change of temperature | The capacitors shall be visually examined and there shall be no visible damage. | Lower category temperature: -40℃ Upper category temperature: 110℃ Number of cycles: 5 Duration t1 = 30 min |
| Vibration | The capacitors shall be visually examined and there shall be no visible damage | Frequency range: 10~55Hz Course: X,Y,Z (axis) 2h / axis ( 6h in total) Displacement amplitude: 0.75mm |
| Test items | Performance requirements | Conditions of test |
| Climatic sequence | (1) Appearance : No visible damage (2) △C/C : ≤ ±5% of the initial value (3) DF ( tanδ) : ≤ 0.008 of increased value (4) IR : ≥ 50% of the applicable limits (5) Voltage proof : Normal | Dry Heat Upper Temperature: 110℃ Lower Duration: 16Hrs |
Cold Temperature: -40℃ Duration: 2Hrs | ||
| Damp Heat Steady State | (1) Appearance : No visible damage (2) △C/C : ≤ ±5% of the Initial value (3) DF ( tanδ) : ≤ 0.008 of increased value (4) IR : ≥ 50% of the applicable limits (5) Voltage proof : Normal | +40°C and 93% RH, 56 days |
| Charge and discharge | (1) Appearance : No visible damage (2) △C/C : ≤ ±10% of the initial value (3) DF ( tanδ) : ≤ 0.008 of increased value (4) IR : ≥ 50% of the applicable limits | Test voltage : √2 x URVAC 50 Hz Charge and discharge: 0.5sec/time Repeated for 10000 cycles |
| Endurance | (1) Appearance : No Visible Damage (2) △C/C : ≤ ±10% of the initial value (3) DF ( tanδ) : ≤ 0.008 of increased value (4) IR : ≥ 50% of the applicable limits | 1.25 x UR VAC 50 Hz, once every hour increase to 1,000VAC for 0.1 second, 1,000 hours at upper rated temperature |
Storage conditions
1 t should be noted that the solderability of the terminals may be deteriorted when stored barely in an atmosphere for a long preriods
2 It shouldn't be located in particularly high temperature and high humidity, it must submit to the following conditions(keeping in the original package)
Temperature: 35 MAX Relative humidity:60% MAX
3 Storage period:Losse:12 monthes max (from the manufacturing date marked on the label in package bag)
Item | Characteristic requirement | Test method&Condition | ||||||
Climatic Category | 40/110/56 | |||||||
Passive Flammability Class | B | |||||||
Operating Temperature | -40~+110 | |||||||
Capacitance Range | 0.0022μF~2.2μF | |||||||
Capacitance Tolerance | ±10%(K),±20%(M) | 1KHz ,1.0Vrms ,25 | ||||||
Rated Voltage | 250V AC/275V AC/300V AC/305V AC/310V AC | |||||||
Dissipation Factor | 1KHz<0.10% | IR≥6000s | ||||||
Insulation Resistance | C≤0.33μF | C>0.33μF | UR>100V ,100VDC, | |||||
IR≥15000MΩ | IR≥6000s | 60S,20 | ||||||
Withstand voltage Between Terminals | No permanent breakdown or flashover | 4.3UR(d.c) 60s 25Cut off Current 10mA | ||||||
Withstand voltage Between Terminals and Case | No permanent breakdown or flashover | 2UR+1500V(a.c) 60s 25 ≥2000V(a.c) 25 | ||||||
MAX. Pulse rise time (dv/dt) | Lead spacing | |||||||
7.5mm 600V/μs | 10mm | 15mm | 22.5mm | 27.5mm | 37.5mm 100V/μs | |||
Enviroment requirement
1 Compliance with the requirement of RoHS.
2 Compliance with the requirement of REACH.
3 Without Halogen(as required).
4 Please see the attachment 2 for the test reprots of the Rohs and Reach by a third party
Quality Control
Product structure
