CBB61 AC Capacitor <small>(With Solder Lug Terminals)</small> Manufacturer

CBB61 AC Capacitor (With Solder Lug Terminals)

CBB61 AC Capacitor <small>(With Solder Lug Terminals)</small>

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We adopt the electrical grade polypropylene film to produce CBB61 AC capacitor; the zinc-aluminum metallized layer is used as its electrode. This solder lug film capacitor is enveloped with flame retardant epoxy resins.

Our capacitor has high-quality engineering plastic shell and soldering lug lead; moreover, this motor capacitor has small volume and high performance-price ratio.

Typical Circuit Diagram of the AC Capacitor

Parameters of the AC Capacitor

Safety Certification		UL, VDE, CQC,TUV
Standard		GB/T3667.1, UL810, EN60252-1
Environment Temperature		-40°C - 105°C
Rated Voltage		110VAC-600VAC (50/60Hz)
Capacitance Range		0.1μF -80μF
Capacitance Tolerance		±5% (J) ±10% (K)
Tangent of Loss Angle(20°C)		≤0.002 (100Hz )
Testing Voltage	Between Terminals	2×UN (VAC)/60s(CQC, VDE,TUV), 1.5×UN (VAC)/60s (UL)
	Between Terminals and Case	2×UN 1,000(VAC)/ 60s(≥2,000VAC)
Safety Protection Class		CBB61: P0 class; CBB61-P2: P2 class
Fault Current		CBB61-P2: 10,000AFC ( UL 810)

General Specifications of the AC Capacitor

(Unit: mm)
RatedCapacitance	250VAC	300VAC	350VAC	400VAC	450VAC	500VAC	550~600VAC
RatedCapacitance	L×W×H	L×W×H	L×W×H	L×W×H	L×W×H	L×W×H	L×W×H
0.40μF	-	-	-	-	31×9×17	31×9×19	32×11×21
0.50μF	-	-	-	-	31×9×17	31×9×19	32×11×21
0.56μF	-	-	-	31×9×17	31×9×19	32×10×19.5	32×11×21
0.60μF	-	-	-	31×9×17	32×10×19.5	32×11×21	36×11×22
0.80μF	-	-	31×9×19	32×10×19.5	32×11×21	36×10.5×20	36×12×22
1.0μF	-	31×9×7	32×10×19.5	32×11×21	36×10.5×20	36×11×22	36×12×22
1.2μF	31×9×17	32×10×19.5	32×11×21	36×11×22	36×12×22	36×12.5×24	36×15×25
1.5μF	31×9×19	32×11×21	36×11×22	36×12×22	36×12.5×24	36×15×25	36×16×28
1.8μF	31×10×19	36×10.5×20	36×12×22	36×12.5×24	36×15×25	36×16×28	38×18.5×29
2.0μF	31×10×19	36×11×22	36×12.5×24	37×13.5×24	36×15×25	38×17×28	38×19.5×31
2.2μF	32×11×21	36×11×22	36×12.5×24	37×13.5×24	36×16×28	38×18.5×29	38×19.5×31
2.5μF	32×11×21	36×12×22	36×15×25	36×16×28	38×17×28	38×19.5×31	48×19×28
3.0μF	36×12×22	36×12.5×24	36×16×28	38×17×28	38×19.5×31	47×17×31	47×20×31
3.5μF	36×12×22	36×15×25	38×17×28	38×18.5×29	47×17×28	47×20×31	47×23×32
4.0μF	36×12.5×24	38×14.5×27	38×18.5×29	38×19.5×31	48×19×28	47×20×33	47×23×35
4.5μF	36×12.5×24	36×16×28	38×19.5×31	48×17×28	47×20×31	47×23×35	47×24×37
5.0μF	37×13.5×24	38×17×28	48×17×28	47×17×31	47×20×31	47×23×35	47×27×37
6.0μF	38×16×27	38×18.5×29	38×19.5×31	47×20×31	47×23×35	47×27×37	58×26×38
6.5μF	38×16×27	38×18.5×29	47×19×31	48×22×32	47×23×35	48×28×40	58×26×38
8.0μF	48×17×28	48×19×28	47×23×32	47×23×35	47×27×37	58×23×38	58×30×40
10μF	47×20×31	47×20×33	47×24×37	48×28×40	58×26×38	58V30×40	70×38×52
12μF	48×19×28	47×23×35	48×28×40	58×26×38	58×28×40	58V32×43	70×38×52