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BSMJ Series Low-voltage Self-healing Power Capacitors

Product Classification：Self-healing Power Capacitors
Company Brands：Yadulan Electric
Product Introduction：BSMJ series low-voltage self-healing power capacitors (hereinafter referred to as control containers) are suitable for power frequency AC power systems with rated voltage of 1000 V and below. They are used to improve power factor, reduce line loss, and improve the voltage quality of power supply.

Product Introduction

MOBILE：13587837745

Product Overview

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Summary

BSMJ series low-voltage self-healing power capacitors (hereinafter referred to as control containers) are suitable for power frequency AC power systems with rated voltage of 1000 V and below. They are used to improve power factor, reduce line loss, and improve the voltage quality of power supply.

Functional characteristics

☆ High precision production equipment ensures the stability of product quality

☆ High temperature polypropylene film with lower temperature rise and longer product service life

☆ Dust free purification production environment, design and production process, better product consistency

☆ Gluing and sealing process, resulting in better product sealing and no leakage

☆ Anti detachment fixed clip, product installation is more secure, and protection is better

Model definition

Technical Parameter

Working and installation conditions
ambient temperature	-45 ℃~55 ℃
relative humidity	≤ 20% at 40 ℃; ≤ 90% at 20 ℃
Altitude	≤ 2000m
environment condition	No harmful gases or vapors, no conductive or explosive dust, no severe mechanical vibration, should be ensured to work under good ventilation conditions, and it is not allowed to work in a closed and non ventilated environment
performance index
Rated voltage	(0.23-1.0) kV, AC
Rated frequency	50Hz or 60Hz
Rated capacity	(1-60) kvar
Capacitance deviation	-5%~+10%; The ratio of maximum capacity to minimum capacity is less than 1.08
AC withstand voltage	Interpolar withstand voltage: 2.15Un/AC is applied between the capacitor terminals for 10 seconds without permanent breakdown or flashover
	Pole shell withstand voltage: 3.6kV/AC is applied between the capacitor terminal and the shell for 10 seconds, without permanent breakdown or flashover
Loss angle tangent value	Under power frequency voltage, the tangent value of the loss angle at 20 ℃ is ≤ 0.0015
Maximum allowable overvoltage	1.1Un; Not exceeding 8 hours every 24 hours
Maximum allowable overcurrent	1.3In
Self discharge characteristics	After applying V2Un DC voltage to the capacitor and powering off for 1 minute, the remaining voltage drops below 50V
Execution standards	GB/T12747.1, GB/T12747.2 Self healing parallel capacitors for AC power systems with a nominal voltage of 1000V and below

BSMJ0.25 single-phase series

Model and specification BSMJ	Rated voltage (kV)	Rated capacity (kvar)	Rated capacitance(μ F)	Rated current (A)	Shell height (mm)	Output terminal (mm)	Outline drawing number
0.25-5-1	0.25	5	255	20	130	M6	Figure 1
0.25-10-1	0.25	10	509	40	180	M6	Figure 1
0.25-15-1	0.25	15	764	60	210	M8	Figure 2
0.25-20-1	0.25	20	1019	80	210	M8	Figure 2

BSMJ0.4 three-phase series

Model and specification BSMJ	Rated voltage (kV)	Rated capacity (kvar)	Rated capacitance(μ F)	Rated current (A)	Shell height (mm)	Output terminal (mm)	Outline drawing number
0.4-5-3	0.4	5	99	7.2	115	M6	Figure 1
0.4-8-3	0.4	8	159	11.5	130	M6	Figure 1
0.4-10-3	0.4	10	199	14.4	180	M6	Figure 1
0.4-15-3	0.4	15	298	21.7	180	M6	Figure 1
0.4-18-3	0.4	18	358	26	210	M8	Figure 2
0.4-20-3	0.4	20	398	28.9	210	M8	Figure 2
0.4-25-3	0.4	25	497	36.1	210	M8	Figure 2
0.4-30-3	0.4	30	597	43.3	260	M8	Figure 2
0.4-40-3	0.4	40	796	57.7	310	M8	Figure 2
0.4-50-3	0.4	50	995	72.1	230	M10	Figure 3
0.4-60-3	0.4	60	1194	86.6	260	M10	Figure 3

BSMJ0.45 three-phase series

Model and specification BSMJ	Rated voltage (kV)	Rated capacity (kvar)	Rated capacitance（ μ F)	Rated current (A)	Shell height (mm)	Output terminal (mm)	Outline drawing number
0.45-5-3	0.45	5	78.6	6.4	115	M6	Figure 1
0.45-8-3	0.45	8	125.8	10.3	115	M6	Figure 1
0.45-10-3	0.45	10	157.2	12.8	130	M6	Figure 1
0.45-12-3	0.45	12	188.6	15.4	180	M6	Figure 1
0.45-15-3	0.45	15	235.8	19.2	180	M6	Figure 1
0.45-16-3	0.45	1	251.5	20.5	180	M6	Figure 1
0.45-18-3	0.45	18	282.9	23.1	210	M6	Figure 1
0.45-20-3	0.45	20	314.4	25.7	210	M6	Figure 1
0.45-24-3	0.45	24	377.3	30.8	210	M8	Figure 2
0.45-25-3	0.45	25	393.2	32.1	210	M8	Figure 2
0.45-30-3	0.45	30	471.8	38.5	210	M8	Figure 2
0.45-35-3	0.45	35	550.2	44.9	260	M8	Figure 2
0.45-40-3	0.45	40	629.1	51.3	260	M8	Figure 2
0.45-45-3	0.45	45	707.4	57.7	230	M10	Figure 3
0.45-50-3	0.45	50	786.3	64.2	230	M10	Figure 3
0.45-60-3	0.45	60	943.6	77	230	M10	Figure 3

BSMJ0.48 three-phase series

Model and specification BSMJ	Rated voltage (kV)	Rated capacity (kvar)	Rated capacitance（ μ F)	Rated current (A)	Shell height (mm)	Output terminal (mm)	Outline drawing number
0.48-5-3	0.48	5	69	6	115	M6	Figure 1
0.48-10-3	0.48	10	138	12	130	M6	Figure 1
0.48-15-3	0.48	15	207	18	210	M6	Figure 1
0.48-20-3	0.48	20	276	24.1	210	M6	Figure 1
0.48-25-3	0.48	25	345	30.1	210	M8	Figure 2
0.48-30-3	0.48	30	414	36.1	210	M8	Figure 2
0.48-40-3	0.48	40	553	48.1	260	M8	Figure 2
0.48-50-3	0.48	50	691	60.1	230	M10	Figure 3
0.48-60-3	0.48	60	829	72.2	230	M10	Figure 3

BSMJ0.525 three-phase series

Model and specification BSMJ	Rated voltage (kV)	Rated capacity (kvar)	Rated capacitance（ μ F)	Rated current (A)	Shell height (mm)	Output terminal (mm)	Outline drawing number
0.525-5-3	0.525	5	57.7	5.5	115	M6	Figure 1
0.525-10-3	0.525	10	115.5	11	130	M6	Figure 1
0.525-15-3	0.525	15	173.2	16.5	210	M6	Figure 1
0.525-20-3	0.525	20	231	22	210	M6	Figure 1
0.525-25-3	0.525	25	288.7	27.5	210	M8	Figure 2
0.525-30-3	0.525	30	346.5	33	210	M8	Figure 2
0.525-40-3	0.525	40	461.9	44	260	M8	Figure 2
0.525-50-3	0.525	50	577.4	55	230	M10	Figure 3
0.525-60-3	0.525	60	692.9	66	230	M10	Figure 3

BSMJ0.69 three-phase series

Model and specification BSMJ	Rated voltage (kV)	Rated capacity (kvar)	Rated capacitance（ μ F)	Rated current (A)	Shell height (mm)	Output terminal (mm)	Outline drawing number
0.69-5-3	0.69	5	33.4	4.2	115	M6	Figure 1
0.69-10-3	0.69	10	66.9	8.4	180	M6	Figure 1
0.69-15-3	0.69	15	100.3	12.6	210	M6	Figure 1
0.69-20-3	0.69	20	133.8	16.7	210	M6	Figure 1
0.69-25-3	0.69	25	167.2	20.9	210	M8	Figure 2
0.69-30-3	0.69	30	200.7	25.1	260	M8	Figure 2
0.69-40-3	0.69	40	267.4	33.5	310	M8	Figure 2
0.69-50-3	0.69	50	334.3	41.9	230	M10	Figure 3
0.69-60-3	0.69	60	401.1	50.2	230	M10	Figure 3

BSMJ0.25 phase separation series

Model and specification BSMJ	Rated voltage (kV)	Rated capacity (kvar)	Rated capacitance（ μ F)	Rated current (A)	Shell height (mm)	Output terminal (mm)	Outline drawing number
0.25-3-3YN	0.25	3×1	3×50.9	4	115	M6	Figure 4
0.25-5-3YN	0.25	3×1.7	3×84.9	6.7	115	M6	Figure 4
0.25-8-3YN	0.25	3×2.7	3×135.8	10.7	180	M6	Figure 4
0.25-10-3YN	0.25	3×3.3	3×169.8	13.3	180	M6	Figure 4
0.25-15-3YN	0.25	3×5	3×254.6	20	210	M8	Figure 5
0.25-16-3YN	0.25	3×5.3	3×271.6	21.3	210	M8	Figure 5
0.25-20-3YN	0.25	3×6.7	3×339.5	26.7	210	M8	Figure 5
0.25-25-3YN	0.25	3×8.3	3×424.4	33.3	260	M8	Figure 5
0.25-30-3YN	0.25	3×10	3×509.3	40	260	M8	Figure 5
0.25-35-3YN	0.25	3×11.7	3×594.5	46.7	310	M8	Figure 5
0.25-40-3YN	0.25	3×13.3	3×679.4	53.3	230	M10	Figure 6

BSMJ0.28 phase separation series

Model and specification BSMJ	Rated voltage (kV)	Rated capacity (kvar)	Rated capacitance（ μ F)	Rated current (A)	Shell height (mm)	Output terminal (mm)	Outline drawing number
0.28-5-3YN	0.28	3×1.7	3×67.7	6	115	M6	Figure 4
0.28-10-3YN	0.28	3×3.3	3×135.4	11.9	180	M6	Figure 4
0.28-15-3YN	0.28	3×5	3×203.1	17.9	210	M6	Figure 4
0.28-20-3YN	0.28	3×6.7	3×270.9	23.8	210	M8	Figure 5
0.28-30-3YN	0.28	3×10	3×406.2	35.7	260	M8	Figure 5
0.28-40-3YN	0.28	3×13.3	3×541.6	47.6	230	M10	Figure 6

BSMJ0.3 patching series

Model and specification BSMJ	Rated voltage (kV)	Rated capacity (kvar)	Rated capacitance（ μ F)	Rated current (A)	Shell height (mm)	Output terminal (mm)	Outline drawing number
0.3-5-3YN	0.3	3×1.7	3×58.9	5.6	130	M6	Figure 4
0.3-10-3YN	0.3	3×3.3	3×117.9	11.1	180	M6	Figure 4
0.3-15-3YN	0.3	3×5	3×176.9	16.7	210	M6	Figure 4
0.3-20-3YN	0.3	3×6.7	3×235.9	22.2	210	M8	Figure 5
0.3-30-3YN	0.3	3×10	3×353.9	33.3	260	M8	Figure 5
0.3-40-3YN	0.3	3×13.3	3×471.8	44.4	230	M10	Figure 6

BSMJ0.45 Interphase Series

Model and specification BSMJ	Rated voltage (kV)	Rated capacity (kvar)	Rated capacitance（ μ F)	Rated current (A)	Shell height (mm)	Output terminal (mm)	Outline drawing number
0.45-9-6	0.45	3×3	3×47	3×3.8	130	M6	Figure 7
0.45-15-6	0.25	3×5	3×78	3×6.4	180	M6	Figure 7
0.45-21-6	0.25	3×7	3×110	3×8.9	210	M6	Figure 7
0.45-30-6	0.25	3×10	3×157	3×12.8	210	M6	Figure 7

Product Dimension Drawing

Ordering instructions

The user must provide the rated working voltage and rated capacity of the capacitor for the order, and need to determine the capacitor compensation type (single-phase, three-phase, split-phase, phase-to-phase);

When used with 7% reactor, 0.48 series and 0.28 series are used for capacitors, and 0.525 and 0.3 series are used for capacitors when used with 14% reactors

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