Name: cbb61 9uf 250v fan capacitor precio
Brand: Ghorit
Availability: InStock

Product Details

Product Name: cbb61 9uf 250v fan capacitor precio

Type: Capacitor

Product Description

Detailed Info

CBB61 capacitor suitable used in electric motor and general purpose AC applications.With its good self-healing characteristic and long life, CBB61 capacitor is widely used for electric fan, CBB61 series are common used in refrigerators, air conditioner, pumps , illuminating lamps, etc.

Products characteristics:

With polypropylence film as medium, epoxy resin as installation, it is of small size, film electrical performance, long life. Low dissipation factor,small inherent temperature rise.excellent self-healing stability,safety and high voltage withstand,etc.

Products applications:

It is mainly used for mmicro-motors, air conditioners, fans, household appliances and so on.To start and run single phase motors in alternating current usage.

Specifications

Capacitance range	1μf-30μf
Rated voltage	250V-500VAC
Rated frequency	50Hz;60Hz
Capacitance tolerance	±5% or upon customer’s demand
Loss Tangent	Tg ≤0.002(50Hz-100Hz)
Standard Temperature	-25°C~+70°C,-40°C~+85°C
Climate class	25/70/21,40/85/21
Examine Voltage	Between derivation head	AC≥2.00Un 2S NO Breakdown
	Between derivation head and shell	AC≥2000V 2S NO Breakdown
Insulation Resistance	Between derivation head	Rj·C≥3000MΩ.μf
	Between derivation head and shell	Rj≥1000MΩ.μf
Dissipation factor(at 50Hz-Hz and 20°C)	≤0.002(100Hz,20°C)
Test voltage between terminals	2×Un for 3s
Test voltage between terminals and case	2×Un+1000VDC FOR 2s
Security Level	PO
Executing Standard	GB/T3667.1-2005, IEC60252-1:2001

Capacitance and dimension(mm)

Standard capacitance μf	110VAC	125VAC	165VAC	220VAC	250VAC	330VAC
1 μf	39	16	26
2 μf	45	15	36
3 μf	39	20	29	39	16	26
4 μf	38	19	54	39	20	29
5 μf	46	21	36	45	17	40
6 μf	48	18	39	45	17	40
7 μf	50	23	41	46	21	36
8 μf	45	26	45	46	21	36
10 μf	50	23	41	46	21	36
12 μf	58	27	44	56	17	32
15 μf	58	27	44	58	24	38
16 μf	58	27	44	58	24	38
20 μf	58	35	50	58	24	38
24 μf	68	32	56	58	28	42
25 μf	68	32	56	58	28	42
30 μf	68	32	56	58	35	36

Drawing

Capacitor Process Flow Diagram