CBB61 Motor Run Capacitor, Pin Series Manufacturer

CBB61 Motor Run Capacitor, Pin Series

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Features
■　Non-inductance winding structure
■　Excellent self-healing performance
■　Small equivalent series resistance
■　Low temperature rise
■　Stable performance, high reliability
■　Flame retardant protection

Applications

The film capacitor is mainly suitable for starting and running AC motors used in the washing machines, air conditioners, electric fans, exhaust fans, single phase pumps.

Structure

■　Metallized polypropylene film
■　Flame retardant engineering plastics V-0
■　V-0 Flame retardant epoxy resin V-0
■　Lead: Pin (Copper tin-plating), Φ0.8, Φ1.0

Technical Performance Parameters

Safety Approvals	UL, TUV/VDE, CQC
Quoted Standard	GB/T3667.1, UL810, EN60252-1
Type of Working	Continuous
Operating Class	CLASS B - 10000 hours CLASS C - 3000 hours
Operating Temperature (Min./Max.)	-25/70℃, -40/70℃, -40/85℃, -40/105℃
Storage Temperature	-40/70℃
Rated Voltage UN (a.c.)	250~450 Volt a.c.
Rated Frequency fN(Hz)	50Hz / 60Hz
Voltage Rise/Fall Time (max)	15 Volt / µs
Maximum Permissible Voltage	1.10 x Rated Voltage
Maximum Permissible Current	1.30 x Rated Current
Dissipation Factor, tgδ:	20 x 10^-4 at 20°C, 50 Hz
Class of Safety Protection	S0(P0)
Maximum Altitude	2000 m
Capacitance Tolerance (Standard)	± 5 %
Mounting	Any position
Case	ABS、PBT，V0 (UL94 standard)
Filling Resin	Self-extinguishing epoxy V0(UL94 standard)
Dielectric	Polypropylene film
Plating	Self-healing metal layer
Voltage Test (Terminal to Terminal)	2 x UN for 5 s
Voltage Test (Terminal to Case)	2200 Volt for 2 s
Insulation Resistance (20℃)	Between terminals≥2000MΩ .μF (500Vdc,60s)
Leakage – Clearance in air between parts under voltage	≥ 5mm
Vibration Test	IEC 60068-2-6

Specifications

Rated Capacitance	250/300VAC				400/450VAC (C)				450VAC (B)
Rated Capacitance	W	H	T	P	W	H	T	P	W	H	T	P
1.0μF	32	19	10	27.5	37	22	11	32	37	24	13.5	32
1.2μF	32	19	10	27.5	37	22	12	32	37	25	15	32
1.5μF	32	21	10	27.5	37	24	13.5	32	37	27	15	32
2.0μF	32	22	11	27.5	38	25	15	32	37	28	17	32
2.2μF	32	22	12	27.5	38	27	15	32	37	29	18.5	32
2.5μF	32	23	12.5	27.5	38	27	16	32	37	31	19.5	32
3.0μF	32	24	13.5	27.5	38	29	18.5	32	47	31	20	42
3.5μF	36	24	13.5	32	47	27	16	42	47	31	20	42
4.0μF	36	25	15	32	47	28	17	42	47	33.5	20.5	42
4.5μF	36	25	15	32	47	29	19	42	47	35	23	42
5.0μF	36	27	15	32	47	31	20.5	42	47	35	25	42
5.5μF	36	27	16	32	47	31	20.5	42	47	37	26	42
6.0μF	36	28	17	32	47	33	20.5	42	47	38	26	42
6.5μF	36	29	18.5	32	47	33	22	42	47	38	26	42
7.0μF	36	29	18.5	32	47	34	23	42	47	38	28	42
7.5μF	36	30	19	32	47	35	23	42	47	38	28	42
8.0μF	46	28	17	42	47	35	25	42	57	37	26	52
9.0μF	46	29	19	42	47	37	26	42	57	38	28	52
10.0μF	46	29	19	42	47	38	27	42	57	40	30	52
12.0μF	46	31	20.5	42	57	37	26	52	57	45	35	52
12.5μF	46	31	20.5	42	57	38	28	52	57	45	35	52
13.0μF	46	33	20.5	42	57	38	28	52	57	50	35	52
14.0μF	46	33	22	42	57	40	30	52	57	50	35	52
15.0μF	46	34	23	42	57	40	30	52	57	50	35	52
18.0μF	46	36	25	42	57	45	35	52	--	--	--
20.0μF	46	38	27	42	57	45	35	52	--	--	--
22.0μF	56	36	25	52	57	50	35	52	--	--	--
25.0μF	56	37	26	52	--	--	--		--	--	--
27.5μF	56	38	28	52	--	--	--		--	--	--
30.0μF	56	40	30	52	--	--	--		--	--	--