BPAC0450K225D1150035

NＩＳＳＥＩ MESSRS Shenzhen Megmeet Electrical Co., Ltd. ＳＰＥＣＩＦＩＣＡＴＩＯＮ METALLIZED POLYPROPYLENE FILM CAPACITOR TYPE BPA - 450V.DC DRAWING № PSC604000 ＰＬＥＡＳＥ ＲＥＴＵＲＮ １ ＣＯＰＹ ＷＩＴＨ ＲＥＣＥＩＶＥＤ ＳＴＡＭＰ． DATE May 26, 2015 DESIGNED H.Kawagoe APPROVED M.Itsukaichi NISSEI ELECTRIC CO., LTD. № 150088 Cautions About Safety In Use of Capacitors 安全に 安全に関する注意 する注意 コンデンサを コンデンサを使用するに 使用するに当 するに当たり、 たり、使用環境、 使用環境、及び When using a capacitor, please use one within the 取り付け環境を 環境を確認の 確認の上、納入仕様書に 納入仕様書に規定した 規定した range of values specified in the specification after 定格性能の 定格性能の範囲内でご 範囲内でご使用下 でご使用下さい 使用下さい。 さい。 checking the environments of using and mounting. 納入仕様書、 納入仕様書、添付注意事項の 添付注意事項の範囲を 範囲を越えて使用 えて使用しま 使用しま If used beyond the range specified in the すと、 すと、ショート、 ショート、オープン、 オープン、発煙、 発煙、発火に 発火に至る場合 specification or the attached cautions, it may lead がありますので、 がありますので、定格性能の 定格性能の範囲内であることを 範囲内であることを確 であることを確 to short circuit, open, smoking and firing. 認願います 認願います。 います。 尚、納入仕様書に 納入仕様書に記載のない 記載のない項目 のない項目、 項目、不明な 不明な内容につ 内容につ Be sure to inquire of us as to the items which are いては、 いては、必ずお問 ずお問い合せ下さい。 さい。 not specified in the specification or are unclear to you. 又、生命に 生命に影響を 影響を与える可能性 える可能性がある 可能性がある装置 がある装置、 装置、機器 Also, in case of using capacitors for such （生命維持装置、 生命維持装置、航空機用制御装置、 航空機用制御装置、自動車用制御 equipment or apparatus as may possibly affect 装置等） 装置等）に使用される 使用される場合 される場合にも 場合にも必 にも必ずお問 ずお問い合せ下さ human lives like life-support system, aircraft and い。 automotive control systems, etc., please never fail to inquire of us as to further details. ※本仕様書は 本仕様書は、発行日より 発行日より６ より６ヶ月を経過して 経過して返却 して返却さ 返却さ If this specification is not returned within six れなかった場合 れなかった場合は 場合は、受領いただけなかったものと 受領いただけなかったものと判 いただけなかったものと判 months, we consider it not to be accepted by you 断し、無効とさせていただきます 無効とさせていただきます事 とさせていただきます事ご了承願います 了承願います。 います。 and will make it null and void. Change Record № Date １ 2015. 5. 26 Details of changes New 1 ／ 14 SPEC № SPECIFICATION METALLIZED POLYPROPYLENE FILM CAPACITOR １．SCOPE This specification defines general requirements for capacitor BPA type (hereinafter called capacitor). ２．PARTS Ｂ Ｐ NUMBER Ａ CODE ＊ ① metallized POLYPROPYLENE Ｄ ０ film SYSTEM ０ ② ①Designation ＢＰＡ ：Straight ②Internal ＰＳＣ６０４０００ ４ ５ ０ ③ Ｊ ④ lead １ ０ ４ ０ ⑤ １ ⑥ ０ ０ ０ ０ ⑦ type use ③Rated DC voltage ４５０Ｖ.ＤＣ ④Tolerance on capacitance Ｊ：±５％ , Ｋ：±１０％ ⑤Capacitance Code Capacitance value shall be given by 3-digit figure of which unit used expressed in pF. The first 2 digits are significant figures of the capacitance value, the third digit to indicate the number of additional zeros to follow the significant figure. ⑥Model code（Internal Model code D010 D015 or D115 D022 ⑦Lead is use） Lead spacing 10.0 15.0 22.5 dimension / Packing mode REVISIONS SIGNATURE DATE DESIGNED H.Kawagoe March 26, 2015 M.Itsukaichi March 26, 2015 APPROVED NISSEI ELECTRIC CO., LTD. 2 ／ 14 SPEC № SPECIFICATION ３．RATING 3.1 Operating METALLIZED POLYPROPYLENE FILM CAPACITOR Temperature 3.1.1 Maximum Operating 3.1.2 Minimum Operating 3.2 Rated ＰＳＣ６０４０００ Range ： Operating temperature range to capacitors shall be －40℃～＋105℃ (Voltage derating in case of over 85℃). Temperature ： Maximum value of capacitor's surface temperature (ambient temperature+self heating temperature rise＋radiation and conduction heat from other electric supply sources) at which capacitors shall be capable of applying continuously. Temperature ： Minimum temperature range at which capacitors shall be capable of applying continuously. voltage ： The rated voltage shall be the voltage which can be continuously applied to a capacitor within the range of the working temperature and shall be 450V.DC. However, rated voltage shall be derated 1.5% at each 1℃ the range of ＋85℃～＋105℃ as shown in the Fig. below. 100 90 80 70 60 50 80 3.3 Capacitance range 0.10μF ～ 4.7μF 3.4 Tolerance on capacitance ±5％ , ±10％ 85 90 95 100 Temperature (℃) NISSEI ELECTRIC CO., LTD. 105 in 3 ／ 14 SPEC № SPECIFICATION METALLIZED POLYPROPYLENE FILM CAPACITOR ＰＳＣ６０４０００ ４．CONSTRUCTION OF CAPACITOR The element of a capacitor shall have a construction that metallized polypropylene film as a dielectric is wound. The element of non-inductive construction shall be connected to lead wires. Then the element is inserted into a flame retardant resin box (UL94V-0) and sealed by injection of the resin. ① Capacitor element （Metallized Polypropylene film） ② Metal Spray（Sn base alloy） ③ Lesd wire（Tinned copper-covered steel wire） ④ Epoxy resin ⑤ Flame retardant ５．DIMENSIONS Dimensions are specified in the attached sheet. NISSEI ELECTRIC CO., LTD. resin box 4 ／ 14 SPEC № SPECIFICATION METALLIZED POLYPROPYLENE FILM CAPACITOR ６．MARKING 6.1 Marking item The capacitors 1) Type name BPA 1) Nominal Shall shall be capacitance be marked with 2) Tolerance Ｊ , K 3) Production on 5) 6.2 clearly 3-digit code. by indelible date code be indicated by the 2012 2013 2014 2015 Ｃ Ｄ Ｅ Ｆ ２ ２ ３ ３ ４ ４ ５ ５ ６ ６ Marking(Week) Week Code ２ ２ ３ ３ ４ ４ ５ ５ ６ ６ １ １ Rated DC voltage Unit code V is Manufacturer's ＮＩＳ alphabet except 2016 2017 2018 Ｈ Ｊ Ｋ omitted. Identification position （Example） Marking position way. Exp）474 or 105 Marking(Month) Month １ Code １ Marking an capacitance Marking(Year)：It shall Year 2010 2011 Code Ａ Ｂ 4) marked ＰＳＣ６０４０００ ＢＰＡ １０４Ｊ４５０ ＮＩＳ Ｆ３２ NISSEI ELECTRIC CO., LTD. ７ ７ ８ ８ ９ ９ G,I,O,Q,Y,Z. 2019 2020 Ｌ Ｍ １０ Ｏ １１ Ｎ １２ Ｄ 5 ／ 14 SPEC № SPECIFICATION METALLIZED POLYPROPYLENE FILM CAPACITOR ７．PACKING 1) Straight leads and formed leads The capacitors shall be put in necessary information. Inside packing type. poly-bag and packed ＰＳＣ６０４０００ in box marked with case Dimension（㎜） Ｗ Ｌ Ｈ １９８ １７６ ７４ Ｌ Ｈ LABEL Ｗ External packing case Dimension（㎜） Inside packing Ｗ Ｌ case quantity ２ １６５ ２１０ ４ ２１０ ３１０ ６ ２３５ ４１０ ８ ３１０ ４１０ １２ ４１０ ４５０ Ｌ Ｈ ２００ 〃 〃 〃 〃 RoHS Ｈ Ｗ ⑦ Example） ⑧ ⑨ ⑤ ⑩ ② CODE CUSTOMER ③ INSP DATE IMACH NO ① PARTS NO ORDER NO ④ LOT NO TYPE WV TOL CAP EDP CODE TOTAL QTY ROHS ⑥ Inspection Report ⑬ ①CODE CUSTOMER ②INSP DATE ③MACH NO ④PARTS NO 2) １３００１３０００２５６１ N Automatic vertical This is specified ⑪ ⑤ORDER NO ⑥LOT NO ⑦TYPE ⑧W V ⑨TOL(%) ⑩CAP ⑪EDP CODE ⑫QT(PCS) insertion type. by the specification of ⑫ ⑬Mark for identifying a new factrory automatic NISSEI ELECTRIC CO., LTD. vertical insertion type. 6 ／ 14 SPEC № SPECIFICATION METALLIZED POLYPROPYLENE FILM CAPACITOR ８．APPLICABLE STANDARD Unless otherwise specified, JIS C 5101-1:2010. ９．DISUSE OF O.D.C. No ozone depleting performance chemicals are used and a testing at any stage ＰＳＣ６０４０００ method of the shall comply manufacturing with process. １０．DISUSE OF PBBO, PBDPO, PBDPE, PBBs This products does not contain PBBO, PBDPO, PBDPE, PBBs. １１．CERTAIN HAZARDOUS SUBSTANCES RESTRICTED BY RoHS DIRECTIVE In the product, materials to which certain hazardous substances restricted by RoHS Directive (2002/95/EC) (cadmium, hexavalent chromium, mercury, lead, PBB and PBDE) are added on purpose aren't used. １２．PRODUCTION COUNTRY ・CHINA NISSEI ELECTRIC CO., LTD. 7 ／ 14 SPEC № SPECIFICATION METALLIZED POLYPROPYLENE FILM CAPACITOR ＰＳＣ６０４０００ １３．CHARACTERISTICS AND TEST CONDITIONS 13.1 TEST CONDITIONS The test and measurement, unless otherwise specified, the standard range of atmosheric conditions of marking measurements and test is as follows Ambient temperature ： 5 to 35℃ Relative humidity ： 45 to 85％ If there may be anydoubt on the results, measurements shall be made within the following limits. Ambient temperature ： 20±2℃ Relative humidity ： 60 to 70％ 13.2 Electrical Item characteristics test Characteristics Test conditions Between terminations No breakdown. However momentary breakdown is permissible. Capacitors shall withstand 150％ of rated DC voltage for 1 minute or 175％ of rated DC voltage for 1～5 seconds. （Charge or discharge current：1A max） Between terminations and case No breakdown. Capacitors shall withstand 200％ of rated DC voltage for 1～5 seconds. Dielectric strength Ｃ≦0.33μF 30,000ＭΩ or more Ｃ＞0.33μF 7,500ΩＦ or more Insulation resistance （Between terminations） Capacitance Tangent of loss angle Within the nominal tolerance. 0.001 DC voltage specified below shall be applied for 1 minute, after which measurement shall be made. Test voltage：100V.DC Capacitance shall be measured with 1kHz±20％, 5Vrms max. or less NISSEI ELECTRIC CO., LTD. 8 ／ 14 SPEC № SPECIFICATION Item METALLIZED POLYPROPYLENE FILM CAPACITOR Characteristics ＰＳＣ６０４０００ Test conditions As in the diagramed circuit measure the variation of terminal voltage for the series resistor(R) while a weak impact is made on the test capacitor to check the bonding strength of the terminals to the capacitor. C E Connection of element There shall be no intermittent contacts or open circuiting which would result in any needle deflection on the voltage detector. R D Ｃ：Capacitor Ｒ：Series resistor R(Ω)= 150/C(μF) C=Nominal capacitance μF D：Detector Internal impedance shall be large enough as compared with c. Ｅ：100mV（peak value）or less 13.3 Mechanical characteristics test Item Characteristics Tensile strength Without mechanical damage, such as break of terminal damage. Termination strength Bending strength Test conditions Test capacitors shall be fixed, and unless otherwise specified, a tensile force of 10N shall be gradually applied to the axial of the leads, and then maintained for 30±5 seconds. The bend test shall consist of hanging a weight of 5N to the end of the leads and then rotating the capacitors 90 degrees in one direction, then to the starting point. This test shall be applied for 2.5 seconds per each time. At the same test speed, the capacitors shall be rotated 90 degrees in alternating direction, then return to the starting point. NISSEI ELECTRIC CO., LTD. 9 ／ 14 SPEC № SPECIFICATION Item Vibration resistance Solderability Appearance Dielectric strength (Between terminations) Resistance to soldering heat Resistance to solvent Insulation resistance METALLIZED POLYPROPYLENE FILM CAPACITOR Characteristics There shall be no shortcircuits or open-ciruits in the element and state of the connection shall be stable. Moreover, There shall be no anomalies in appearance after test. At least 95％ of the circumferential face of termination up to immersed level shall be covered with new solder. ＰＳＣ６０４０００ Test conditions The freqency shall be varied uniformiy from 10Hz to 55Hz at 0.75㎜ amplitude and back to 10Hz in approximately 1 minute intervals. This test shall be applied 2 hours per each direction, total 6 hours. Capacitor's leads shall be immersed into Flux (25％ rosin) using sheltering board (Thichness : 1.5±0.5㎜) from radial test, then immersed into soldering bath at 245±3℃ for 3±0.3 seconds up to the depth of 2～2.5㎜ from the bottom of the body. (Composition of solder : Sn96.5 Ag3 Cu0.5) Immersed and removing speed shall be 25±2.5㎜/sec. No visible damage. No breakdown. Ｃ≦0.33μF 30,000ＭΩ Ｃ＞0.33μF 7,500ΩＦ or more or more Tangent of loss angle 0.001 Capacitance change Within ±3％ of the initial value. Marking Markings shall be legible with ease. Using sheltering board from the radial heat, capacitor's leads shall be immersed into soldering bath at 260±5℃ for 10±1 seconds up to the depth of 1.5～2㎜ from the bottom of the body. The capacitors shall withstand 150％ of rated DC voltage for 1 minute. 以下 After immersed in isopropyl-alcohol for 30±5 seconds, the condition of markings on a capacitor shall be checked. NISSEI ELECTRIC CO., LTD. 10 ／ 14 SPEC № SPECIFICATION 13.4 Climatic test Item METALLIZED POLYPROPYLENE FILM CAPACITOR Characteristics Appearance No visible damage. Capacitance change Appearance Within ＋3, －0％ of the initial value at ＋20℃. No visible damage. Ｃ≦0.33μF 50ＭΩ or more Ｃ＞0.33μF 10ΩＦ or more Within ＋0, －4％ of the initial value at ＋20℃. No visible damage. Cold Dry heat Insulation resistance Capacitance change Appearance Dielectric strength (Between terminations) Humidity resistance (steady state) Insulation resistance Tangent of loss angle Capacitance change Appearance Dielectric strength (Between terminations) Endurance test for humidity Insulation resistance Tangent of loss angle Capacitance change No breakdown. Ｃ≦0.33μF 3,500ＭΩ or more Ｃ＞0.33μF 1,000ΩＦ or more 0.003 or less ＰＳＣ６０４０００ Test conditions The capacitor shall be maintained ＋１ at －40±2℃ for 2－ ０ hours, after which measurements shall be made. The capacitor shall be maintained ＋１ at ＋85±2℃ for 2－ ０ hours, after which measurements shall be made. The capacitor shall be put into the test chamber and left under the condition of relative humidity 90～95％ at 40±2℃ ２４ for 500＋ － ０ hours. After the test, the capacitor shall be left under the ordinally condition for 1～2 hours. The capacitors shall withstand 150％ of rated DC voltage for 1 minute. Within ±5％ of the initial value. No visible damage. No breakdown. Ｃ≦0.33μF 3,500ＭΩ or more Ｃ＞0.33μF 1,000ΩＦ or more 0.003 or less The rated voltage shall be continuously applied to the capacitor in the test chamber at a relative humidity of 90～95％ at ＋２４ 40±2℃ for 500－ ０ hours. After the test, the capacitor shall be left under the ordinally condition for 1～2 hours. The capacitors shall withstand 150％ of rated DC voltage for 1 minute. Within ±10％ of the initial value. NISSEI ELECTRIC CO., LTD. 11 ／ 14 SPEC № SPECIFICATION Item Appearance Dielectric strength (Between terminations) Endurance test for high temperature Insulation resistance Tangent of loss angle Capacitance change Rapid change of temperature METALLIZED POLYPROPYLENE FILM CAPACITOR Characteristics No visible damage. No breakdown. Ｃ≦0.33μF 3,500ＭΩ or more Ｃ＞0.33μF 1,000ΩＦ or more 0.003 or less Test conditions The voltage of 111％ of rated voltage shall be continuously applied to the capacitor through a series of 20～1,000Ω per 1 voltage in the test chamber at 85±3℃ ＋４８ for 1,000－ ０ hours. After the test, the capacitor shall be left under the ordinally condition for 1～2 hours. The capacitors shall withstand 150％ of rated DC voltage for 1 minute Within ±10％ of the initial value. Appearance No visible damage. Dielectric strength (Between terminations) No breakdown. Insulation resistance Ｃ≦0.33μF 7,000ＭΩ or more Ｃ＞0.33μF 2,000ΩＦ or more Tangent of loss angle Capacitance change ＰＳＣ６０４０００ 0.003 or less Within ±5％ of the initial value. The capacitor put into the test chamber and continuously left for the specified duration at each temperature of the step 1 to 4 given in Table 1. This operation is considered as 1 cycle and 5 cycles shall be continuously repeated. After the test, the capacitor shall be left under the ordinally condition for 1～2 hours. Step 1 2 3 4 NISSEI ELECTRIC CO., LTD. Table 1 Temperature Maintaind time ＋０ －40－３℃ 30±3 minuites Normal temperature 3 minuites max ＋３ ＋85－ 30±3 minuites ０℃ Normal temperature 3 minuites max 12 ／ 14 SPEC № SPECIFICATION METALLIZED POLYPROPYLENE FILM CAPACITOR １４．REGULATION IN USAGE 14.1 Permissible voltage When containing a portion waveform shall not exceed 14.2 of D.C.Bias, the crasy the rated voltage. value ＰＳＣ６０４０００ (peak voltage V０－Ｐ) Permissible current to frequency A permissible current is regilated by both a root-mean-square value current and a peak current. A root-mean-square value current is to be a permissibe current value to frequency attached. A permissible peak current is determined by a permissible peak current value attached. The values of continuous peak current in the allowable peak current shall be those of continuous current, and the values of single peak current shall be those of discontinuous current such as rush current in switching on or off. The highest number of times of single peak current shall be limited to 10,000 times. (In case of exceeding 10,000 times, please contact us.) Permissible Peak Current（Pulse Current） 450V.DC Capacitance Single Continual Parts № （μＦ） (A０－Ｐ) (A０－Ｐ) BPA□□0450□104D0100000 0.10 7.60 0.75 BPA□□0450□154D0100000 0.15 11.40 1.12 BPA□□0450□224D0100000 0.22 16.72 1.64 BPA□□0450□334D0100000 0.33 25.08 2.46 BPA□□0450□474D0100000 0.47 35.72 3.51 BPA□□0450□684D0100000 0.68 51.68 5.07 BPA□□0450□474D0150000 0.47 20.21 1.98 BPA□□0450□684D0150000 0.68 29.24 2.87 BPA□□0450□105D1150000 1.0 43.00 4.22 BPA□□0450□105D0150000 1.0 43.00 4.22 BPA□□0450□155D0150000 1.5 64.50 6.33 BPA□□0450□225D0150000 2.2 94.60 9.28 BPA□□0450□155D0220000 1.5 39.00 6.33 BPA□□0450□225D0220000 2.2 57.20 9.28 BPA□□0450□335D0220000 3.3 85.80 13.92 BPA□□0450□475D0220000 4.7 122.20 19.82 NISSEI ELECTRIC CO., LTD. 13 ／ 14 SPEC № SPECIFICATION METALLIZED POLYPROPYLENE FILM CAPACITOR Furthermore, when used derate the permissible ＰＳＣ６０４０００ beyond 85～105℃ at temperature current rated as shown below. of capacitor surface, 100 90 80 70 60 50 40 80 85 90 100 95 105 Temperature of capacutor surface (℃) 14.3 Soldering When soldering a capacitor, heat in soldering is conducted to the elements of the capacitor from lead wire and an enclosure, and hence it should be noted that soldering under high temperature and a long period may cause deterioration of characteristic or breakdown of capacitors. When mounting a capacitor together with chip components, it shall be carried out after curing an adhesive for chip components. (1) When subjecting a capacitor to flow soldering Using a capacitor with formed leads is recommended when subjecting a capacitor to flow soldering. When using a capacitor with straight leads or using a capacitor under the following circumstances for reasons of mounting, the temperature of the capacitor's innards in soldering (temperature of the point of measurement shown below) shall be 140℃ or less. Point of measurement ・When using a double-sided through-hole substrate. ・Where other components are installed around a capacitor and heat is trappod. ・When mounting a capacitor in a place near the edge of a substrate. ※Temperature measurements shall be made by inserting by about 2mm the tip of a thermo couple having a diameter of 0.2mm or less into a hole made in an outer covering. Preheating condition：120℃, for one minute 290 280 270 260 250 240 230 220 1 2 7 3 4 5 6 Soldering time (sec.) 8 9 NISSEI ELECTRIC CO., LTD. 14 ／ 14 SPEC № SPECIFICATION (2) When using METALLIZED POLYPROPYLENE FILM CAPACITOR ＰＳＣ６０４０００ soldering iron Iron tip temperature less than 350℃ Soldering time (sec.) within 3 seconds (3) When soldering a capacitor mounted on the board with chip-type components Please avoid mounting a capacitor with chip-type components on a printed circuit board because the application of hardening heat for bonding chip conponents shall cause deterioration of the dielectric film. NISSEI ELECTRIC CO., LTD. 1 ／ 1 SPEC № SPECIFICATION METALLIZED POLYPROPYLENE FILM CAPACITOR Drawing direction ・ＢＰＡ：Sraight W±0.5 ＰＳＣ６０４０００ lead type W±0.5 T±0.5 H ±0.5 H ±0.5 T±0.5 P±0.5 15Min 15Min or P±0.5 φd±0.05 φd±0.05 BPA-450V.DC Dimensions（㎜） Capacitance Parts № BPA□□0450□104D0100000 BPA□□0450□154D0100000 BPA□□0450□224D0100000 BPA□□0450□334D0100000 BPA□□0450□474D0100000 BPA□□0450□684D0100000 BPA□□0450□474D0150000 BPA□□0450□684D0150000 BPA□□0450□105D1150000 BPA□□0450□105D0150000 BPA□□0450□155D0150000 BPA□□0450□225D0150000 BPA□□0450□155D0220000 BPA□□0450□225D0220000 BPA□□0450□335D0220000 BPA□□0450□475D0220000 （μＦ） 0.10 0.15 0.22 0.33 0.47 0.68 0.47 0.68 1.0 1.0 1.5 2.2 1.5 2.2 3.3 4.7 Ｗ 13.0 〃 〃 〃 〃 〃 18.0 17.8 18.0 〃 17.7 18.0 26.5 〃 〃 〃 Ｈ 9.0 11.0 〃 12.0 13.0 16.0 12.0 12.5 14.0 15.5 17.7 20.0 16.0 18.0 22.0 〃 NISSEI ELECTRIC CO., LTD. Ｔ 4.0 5.0 〃 6.0 7.0 8.0 6.0 7.0 8.0 7.7 9.2 12.0 7.0 9.0 10.0 13.0 Ｐ φｄ 10.0 0.6 〃 〃 〃 〃 〃 〃 〃 〃 〃 〃 15.0 0.8 〃 〃 〃 〃 〃 〃 〃 〃 〃 〃 22.5 〃 〃 〃 〃 〃 〃 〃 Registry № ＨＷＣ６０４０００ Rev. № (BPA type) ０１ Sheet № １／２ When using a capacitor, please use one within the range of the specified values in the specification after checking the environments of using and mounting. If used beyond the range specified in the specification or the attached cautions, it may lead to short circuit, open, smoking and firing. Be sure to inquire of us as to the items which are not specified in the specification or are unclear to you. Also, in case of using capacitors for such equipment or apparatus as may possibly affect human lives like life-support systems, aircraft and automotive control system, etc., please never fail to inquire of us as to further details. 1. Operating temperature and humidity (1) In actual use, make sure that the operating temperature is within the range specified in the specification. (2) Even if the operating temperature is within the specified range, sudden change in the operating temperature may lead to cracks on the enclosure and result in deterioration of the insulation resistance or the increase in tangent of loss angle by absorbing moisture through cracks on the enclosure. Please take good care of the operating temperature. (3) Please avoid using a capacitor in high humidity which may lead to the condensation as much as possible. Even if there are no cracks or damage on an enclosure, deterioration of the insulation resistance or the increase in tangent of loss angle, etc. may be caused by absorbing moisture. Therefore, please be careful when using a capacitor. 2. When using a capacitor in a circuit except a d.c. one When using a capacitor in a circuit except a d.c. one, a capacitor shall be used below the permissible current to frequency. When used beyond the specified values, the capacitor surface temperature may rise due to the occurrence of corona charge or self heat generation of a capacitor and it may result in a short life, the destruction of the dielectric or the lowering of the insulation resistance. At worst smoking or firing may be led. 3. Soldering When soldering a capacitor, heat in soldering is conducted to the inside of the capacitor through lead wires and an enclosure. Therefore soldering at high temperature and for hours may cause deterioration of characteristics or breakdown of a capacitor. Be sure to solder a capacitor within the range specified in the specification when soldering. In case of soldering beyond the range recommended by us, please inquire of us as to the details in advance. (1) Avoid soldering over again in a short time. When dipping again in order to correct, dipping must be applied after the temperature of a capacitor comes down to a room temperature and within twice. (2) Avoid any work that puts the stress on lead wires of a capacitor such as correction of the position right after soldering. (3) When soldering with a soldering iron, please see to it lest a soldering iron should touch the body of a capacitor directly. Registry № ＨＷＣ６０４０００ Rev. № (BPA type) ０１ Sheet № ２／２ 4. Mounting (1) When inserting a lead wire into the printed circuit board, the stress put on a lead wire shall be within the following range. ① Bending of lead wire When bending a lead wire vertically and then restoring straight, bending of a lead wire in the same place shall be less than two cycles. (One cycle -- bending at 9 0ﾟ and restoring straight) ② Twisting of lead wire Twisting of a lead wire should be carried out within a turn (a 3 60ﾟ turn) in total. ③ Pulling of lead wire The load in pulling of a lead wire shall be less than 20N. In case that the above stress is combined together, the value in application should be set less than half of each value. (2) When mounting a capacitor by force owing to the difference of the space between lead wires of a capacitor from the space between the holes on the printed circuit board, be careful. It may cause breakage of a lead wire or cracks on coating resin. (3) When mounting a capacitor of large size or a capacitor on the equipment affected by vibrations, fix the body of a capacitor with resin etc. which has no effect on a capacitor. However, resin used for fixing shall be a flame retardant and minimum. (4) Mount a capacitor lest it should touch other parts. Especially in case of touching a part with self heat generation, a capacitor may deteriorate due to heat and short circuit may be easily caused owing to lowering of dielectric strength or deterioration of the insulation resistance, etc.. 5. Cleaning (1) When using the solvents for cleaning, use alcohol derivative cleaning solvents (isopropyl alcohol, etc). (2) Since a small amount of ingredient contained in flux may lead to corrosion of terminations of the capacitor or chemical change of the capacitor element, be sure to clean a printed circuit board right after soldering. (3) The temperature for drying after cleaning shall be less than the maximum operating temperature. (4) When cleaning with solvents but alcohol derivatives, please inquire of us in advance. 6. Storing and waste (1) Store under the conditions not exceeding -10 ℃～+40 ℃, 75%RH in the room and avoid storing in the place filled with a sudden change in the temperature, the direct sunlight or corrosive gases (hydrogen sulfide, sulfurous acid, chlorine and ammonia, etc.). (2) A long-term storage may cause deterioration of characteristics of a capacitor due to absorbing moisture little by little. Therefore, be sure to use after checking its characteristics and solderability if stored for over one year. (3) As capacitors are classified into industrial waste, please ask experts to dispose of them. 7. The others Please refer to "Guideline of notabilia for fixed plastic film capacitors for use in electronic equipment" published by Electronic Industries Association of Japan (EIAJ RCR-2350) unless specified in the specification.