Radio Interference Suppression Capacirs and Filters
Index General information on Iskra Capacirs for Radio Interference Suppression Components General information 2 Radio Interference Suppression Components Page Rated voltage Class, 300 V AC X2 metallized polypropylene film capacir KNBx, 300 V AC X2 metallized polypropylene film capacir 2 KNR3x X2 metallized polypropylene film capacir with resisr (RC unit) 2 KNB22x 2 V AC, 300 V AC Y2 metallized polypropylene film capacir KNB23x 0 V AC Y metallized polypropylene film capacir 2 KNB4x 0 V AC X metallized polypropylene film capacir 3 KNBx 30 V AC X metallized polypropylene film capacir 33 KNB73x X2Y2 metallized polypropylene film capacir 3 KPB23xx X impregnated paper capacir 3 KPR23xx X impregnated paper capacir with resisir (RC unit) 37 KPB3xx Y2 impregnated paper capacir 38 KPB70xx 2 V AC, XY2 impregnated paper capacir 3 KNB7077 XY2 impregnated paper capacir 40 KPB73xx 2 V AC, XY2 impregnated paper capacir 4 KPB732 XY2 impregnated paper capacir 43 KPB734 XY2 impregnated paper capacir KPB742 XY2 impregnated paper capacir 4 KNB742 XY2 metallized polypropylene film capacir KPB83xx XY2 impregnated paper capacir 47 KP3008 XY2 impregnated paper capacir (C filter) 48 KP300 XY2 impregnated paper capacir (C filter) KP3023 XY2 impregnated paper capacir (C filter) 2 KP3024 XY2 impregnated paper capacir (C filter) 4 KP38 XY2 impregnated paper capacir (C filter) KP323 2 V AC, XY2 impregnated paper capacir (C filter) KP324 2 V AC, XY2 impregnated paper capacir (C filter) 2 KP3300 2 V AC, XY2 impregnated paper capacir (C filter) KN324 2 V AC XY2 metallized polypropylene film capacir (C filter) Type KNB3x Construction of capacirs
General Information Origin and spreading of interference There are two main sources of radio interference: devices, which due their construction produce RF energy. These include generars for use in industry, medicine and science, as well as oscillars, radio and TV receivers etc. devices, which produce a wide spectrum of frequencies due rapid variations in electrical current intensity. These include devices with switching components, thyrisrs, triacs, commutars and similar. Interference from source receiver is spread in three ways: along conducrs, by coupling and by radiation. To frequencies of 30 MHz approximately, interference is spread mainly along the installed electrical conducrs. In this range inductive and capacitative coupling also occurs between the conducrs and other metal parts of the devices acting as supports of interference transfer. Frequencies higher than 30 MHz are spread by radiation since interference source dimensions and terminal conducrs are in order of size the wave length of the radiated interference. The metal parts therefore, act as antennas. The device connected the mains supply produces two kinds of interference currents, running along conducrs as seen in figure. Figure device (interference source) i a /2 is i a /2 is ia PE Symmetrical interference current runs in different directions in the phase and neutral conducrs. Asymmetrical current runs in the same direction in both conducrs and ends in the device via the earthing connection. An earthing connection can either be an earthing conducr or capacitance between the device and the surrounding. Interference on long or medium radio waves is generally greater if the device is earthed. In this case impedance the surrounding is short circuited and the asymmetrical interference current increases. Two types of interference appear according duration time; continuous interference and discontinuous interference. The latter occurs as impulses with less effect than continuous interference. They are treated and suppressed from continuous interference separately. Exact definitions are given in the regulations e.g. CISPR Publ., CISPR Publ.4, EN ; EN 4. 2
General Information Maximum permitted interference limits In order guarantee good operation of communicational and other equipment, radio interference must be lerably limited. lnterference produced from the source are measured as follows: up frequency 30 Mhz, interference voltages are measured which spread along the terminal in the supply network, above 30 MHz, strength of radiated field or radiated power on the terminal in the supply network is measured. Permitted levels of interference are given in the national and international regulations. Recommendations given by CISPR (Comite International Special de Perturbation Radioelectriques) are as follows: CISPR Publ., CISPR Publ.4, EN ; EN 4; etc. Operational methods during measurement are prescribed with individual stipulations and are given in the recommendations of the CISPR Publ. 4. The interference suppression Two methods: reducing interference origin, taking steps prevent interference from spreading from the device of origin. Spreading of interference is generally suppressed by suppression components connected the terminal of the power source of the device (network, battery...) and in certain cases, on the source of interference on the device (brushes of the mor, switches, relays...) or by shielding the device. As suppression components use is made of capacirs, chokes, filter sets consisting of capacirs, chokes and resisrs. Capacirs and filters for radio interference suppression Requirements for capacirs and filters for radio interference suppression are given in national and international standards: IEC 0384-4 U 0384-4 CSA 0384-4 3
General Information Definitions taken from standards Class X capacirs Class X capacirs are suitable for applications where there is no danger of electrical shock in case of breakdown. Class X capacirs are divided in three subclasses (see table ) according the peak voltages of the pulses which they are exposed during operation in addition the line voltage. Such impulses can be caused by lightning in overhead lines, switching operations in neighbouring equipment or in the equipment which is shielded by the capacir. Table Sub-Class Peak pulse voltage in service Application X > 2. kv 4.0 kv use with high peak-voltages X2 2. kv general requirements Peak value of the urge voltage be added before endurance test for CR.0 µf : Up=4.0 kv for CR>.0 µf : Up=(4/ CR) kv for CR.0 µf : Up=2, kv for CR>.0 µf : Up=(2,/ CR) kv Class Y capacirs Class Y capacirs are suitable for applications where the breakdown of the capacir can lead a dangerous electric shock. Class Y capacirs are subdivided in the 4 subclasses Y, Y2, Y4 shown in table 2: Table 2 Rated voltage range Peak impulse voltage before endurance test Sub-Class Type of the by-pass insulation Y double or reinforced insulation 0 V 8.0 kv Y2 basic or supplementary insulation V 300 V.0 kv Y4 basic or supplementary insulation < V 2. kv Note: The increased electrical and mechanical safety is supposed rule out short circuits in the capacir; the current flowing through the capacir when using alternating voltage and the energy content of the capacir when using direct voltage, is supposed be reduced a safe level by limiting the capacity. Y capacirs, by fulfilling their technical purpose in electrical equipment, machines and installations, bridge over the plant/industrial insulation whose safety gether with additional precautionary measures will avert dangers for humans and animals. 4
General Information Bipolar capacirs A capacir with 2 connections for suppression of electromagnetic interference, see fig. 2. Figure 2: bipolar capacir RC Combination An RC combination in series mounting is a functional unit of class X or Y, resisr and capacir mounted in series, see fig. 3. Figure 3: RC-combination Four-polar capacirs Four-polar capacirs (feed through capacirs/non-coaxial) have, for at least one coating, two electromagnetically mostly decoupled feeding lines which supply the electrical current. The active current either flows through the electrodes or is conducted around them. Figure 4: feed through capacir for symmetrical usage (non-coaxial)
General Information Bypass capacirs Bypass capacirs branch off high frequency currents. There are three models in use: - single, - delta, - T-controls. The single capacir consists of a capacir in a metal housing which a connection is fastened according fig. a. The delta construction consists of one X-, and two Y2 capacirs which are connected in a triangle as in fig. b. The T construction consists of three capacirs C A, C B and C C - connected in T-shape as in fig. c. Figure a: single by-pass capacir Figure b: delta by-pass capacir Figure c: example for a by-pass capacir in T-wiring Y CB X Y CA CC Rated voltage The rated voltage is either the RMS-value of the operating voltage at rated frequency or the operating direct current voltage which is allowed between the connections of the capacir in the tal temperature range between the upper and lower category temperatures. Note: The rated voltage of radio interference suppression capacirs is generally chosen as equal or greater than the rated voltage of the network which is used. It has be taken in account that the voltage of the network may temporarily be as much as 0 % above the rated voltage. Rated frequency The rated frequency is the rated supply frequency for which the capacir is designed, by which it is described and which other rated values relate. Surge voltage A surge voltage is an a-periodic single voltage of a certain profile as described in IEC 000-. Rated current The rated current of the feed-through conducr is the maximum allowable current which flows during the rated temperature in the feed-through conducr of the capacir. Note: The current of the conducr is generally determined by the rated current of the screened equipment. In special cases the high frequency interfering current also has be taken in account.
General Information Rated capacitance The rated capacitance of the capacir is the capacitance value which characteries its rating for a temperature of 23 C and after which it is named. Insulation resistance The insulation resistance is the ratio of the applied DC voltage the current flowing after a stipulated time interval. Time constant The self-discharging time constant of the capacir in seconds is the product of the insulation resistance in MΩ and the capacitance in µf. Dissipation facr The dissipation facr tan delta is the ratio of the effective output the wattles power of the capacir at sinusoidal voltage of a designated frequency. Insertion loss The insertion loss is the ratio of the voltages both before and after the insertion of the attenuar measured at the connections. Note: If the insertion loss is measured in decibels, the value will be the voltage ratio logarithmised the basis 0 multiplied by. Category temperature range The range of the ambient temperatures where the capacir may be continuously operated based on its design is defined by the temperature limits of the corresponding category. Upper category temperature The upper category temperature is the maximum surface temperature for continuous operation for which the capacir is designed. Note: For feed-through capacirs and RC-combinations the temperature of the outer surface may be influenced by the operating current passing through and causing internal heating. The capacir connections are regarded as part of the outer surface. ower category temperature The lower category temperature is the lowest temperature of the outer surface during continuous operation for which the capacir is designed. 7
General Information Climatic category The climatic category defines the lower rated temperature/the upper rated temperature/the humidity class. Passive flammability The ability of the capacir burn with a flame as a consequence of the application of an external source of heat. The capacir of filter suppresses RF by representing an inpendance for the higher frequencies which generally drop with frequency increase. By incorporating the capacir in-parallel with the interference source, interferences are more or less short circuited. A capacir incorporated in-parallel with power source terminal, suppresses symmetrical interferences, and between a power conducr terminal and the casing or earth it suppresses asymmetrical interferences. Impedance theoretically drops linearly with frequency. Due shield inductance of the capacir the capacir has its own resonant frequency. Above this frequency the capacir is no self-suppressing component for interference. The value of frequency is decidedly influenced by the inductance of the capacir terminals. Thus with two-terminal capacirs its own resonant frequency is lowered and the suppression range is reduced. For fourterminal capacirs the inductance of conducrs has no importance since they are connected in series with the capacir from the T unit. Four-terminal capacirs can be used for higher frequencies than two-terminal ones. Therefore the main characteristic of the two-terminal capacir is its own resonant frequency and for the four-terminal capacir the insertion loss. Minimum resonant frequency and minimum insertion loss are regulated by certain national standards (VDE 0-; 0-3). The filters consist of a combination of inductive and capacitive components. They are used especially where greater suppression is required. Their characteristic is insertion loss. They are developed for individual request depending on level of interference, frequency range and required suppression, all of which can be different that regulated by standards. Important notes Special working conditions for metallized capacirs The capacirs are intended for use as electromagnetic interference suppressions in AC Hz/0Hz applications. For all other applications please consults our company before. We do not guarantee or take any responsibility for inappropriate production processing or use for inappropriate applications. Capacirs must not be used in very humid and warm ambient. In such case the capacir might absorb humidity and this can change the characteristic of the capacirs. imited product liability Iskra can not take a responsibility for products with brand mark Iskra which were delivered cusmers through the third party for use in improper applications without any knowledge of Iskra for what purpose or application the products will be used. Therefore we strongly recommend contacting us for any explanation or service regarding our products and their applications for other use. Iskra is either unfamiliar with individual cusmer application or less familiar with them than the cusmer themselves. For these reasons, it always ultimately incumbent on the cusmer check and decide whether an Iskra product with the properties described in the product specification is suitable for use in a particular cusmer application. 8
General Information Ordering for interference suppression components When ordering, the following data should be given: - type of capacir or filter - requirement for discharging resisr - capacitance - terminal dimensions - voltage - current (for filters and four terminal capacirs) - inductance (for filters) - special requirements for connecting components An example for capacir: KNB0 µf ±0 % VAC 30 R Dim. 8x3x7 ength x height x width Pitch value ead wire lenght Nominal voltage Capacitance lerance Capacitance Type designation An example for filter: KP324 µf 2x0.022 µf + 2x mh + 470 kω A VAC Nominal voltage Current Discharging resisr Inductance Capacitance Y2 Capacitance X Type designation Production date code marking system Year 0 2 3 4 7 8 2 22 23 24 2 2 28 2 30 st character (letter) A B C D E F H J K M N P R S T U V W X A acc. IEC 002, clause. Two-character code (year/month) Month January February March April May June July August September Ocber November December 2nd character (number/letter) 2 3 4 7 8 O N D The production date code is indicated with two-characters. The s t character (letter) indicates the year and 2nd character (number/letter) indicates the month.
General Information Taping specification for radial capacirs acc. IEC 028-2 (Robotic insertion) Descriptions Symbol Carrier tape width Hold-down tape width Hotel position Hold-down tape position Feed hole diameter Pitch of component Feed hole pitch Feed hole centre lead Feed hole centre component centre Height from feed hole centre the component body Component alignment ead spacing ead wire diameter Total tape thickness Extraction force for components Breake force of the tape Components height W W0 W W2 D0 P P0* P P2 H Dp DS p d t F F2 H ead spacing 0 mm 8 2 or 3 4 2.4 2.7 7.7 2.7 8. 0 0 0 0. 0.7 3 ead spacing mm 8 2 or 3 4 2.4 2.7.2 2.7 8. 0 0 0.7 34 ead spacing mm 8 2 or 3 4 38. 2.7 7.8.0 8. 0 0 0.7 3 * Cumulative pitc error over any pitches: max. ± mm t Figure Pitch 0 0 Capacir thickness b 4; 4.3. 7 7. 8.. 7 8. 0 Ammo-pack (pcs/box) 00 78 48 78 48 2 4 4 4 424 32 38 304 2 240 Reel-pack (pcs/reel) 00 700 00 00 0 4 400 3 3 3 370 300 2 0 0 Figure 7 Tolerances + / - ± ± max. ± 0.2 ± ± 0.2 ± 0.7 ±.3 ± ±.3 ±2 + 0. / -0. ± ± 0.2 min. (N) min. (N) max.)
Capacirs Type KNB30, KNB32, KNB33 KNB30 KNB32, KNB33 W PCM Class X2 I 3-2 I H f ±0.0 300 V AC Electrical connection Technical data Construction polypropylene film, metallized Rated voltage, 300 V AC Capacitance lerance ± % for C 0. µf ± 0 % for C > 0. µf Climatic category 40/00/ acc. IEC 008- Passive flammability acc. IEC 0384-4 Temperature range -40 +00 C Test voltage 23 V DC, s for C µf 700 V DC, 2s for µf<c 2.2 µf 00 V DC, 2s for C>2.2 µf Max. pulse rise time du/dt, at 30 V DC for and 42 V DC for 300 V AC 00 V / µs for PCM = 0 mm 400 V / µs for PCM = mm 0 V / µs for PCM = mm 0 V / µs for PCM = mm 00 V / µs for PCM = 37. mm acc. IEC 0384-4 Insulation resistance at C, Um = 00 V DC, t = min Ri 00 MW for C 3 µf Ri x Cn 00 s for C > 3 µf Dielectric loss tanδ at f = khz and C x 0-3 Soldering IEC 008-2-, max. 2 s Resistance soldering heat IEC 008-2-, 20 C ± C, 0 s ± s Self inductance approx. 0 nh/cm of capacir lenght and terminals Complies IEC 0384-4, U 0384-4 CSA 0384-4 Application For use in parallel with mains, for use in series with mains available in cusm design (CD) version
Capacirs Type KNB30, KNB32, KNB33 ø 0. mm for PCM = 0 mm ø mm for PCM > 0 mm Casing: thermoplastic (PP or on request PBT HF) sealed with synthetical resin Thermoplastic material is self-extinguishing according U 4, class V-0 Terminals Terminal lenght 3+, 4±, -, +,±2, ±2, 2+, 30+, ± mm, other on request 0 mm 0 mm Type KNB30 KNB32 KNB33 Type of terminals Tinned copper wire Insulated stranded wire mm2 Insulated solid wire ø mm. Terminal ends on request. Standard values KNB30, KNB32, KNB33,, class X2 For capacirs with insulated leads on request Capacitance C (µf) 0.0* 0.0* 0.022* 0.0 0.0 0.022 0.033 0.047 0.08 0.* 0. 0.2 * * 3* 3 * 0. *. 2.2. 2.2 2.2 H W PCM 3 3 3 8 8 8 8 8 8 8 8 8 8 8 8 2 32 3. 32 32 3. 32 32 4. 4. 4... 2 2 3 3. 4.. 8. 8. 22 24. 22 28 33 23 2 3 4.3..... 7 7. 0 2.. 7 8. 8.. 0 3 8 4 8 8 0 0 0 37. 37. 37. * mini size marking with Approvals in use 2 M U 0384-4 CSA 0384-4 IEC 0384-4
Capacirs Type KNB30, KNB32, KNB33 Standard values KNB30, KNB32, KNB33, 300 V AC, class X2 For capacirs with insulated leads on request Capacitance C (µf) H W PCM U 0384-4 CSA 0384-4 300 V AC 0.0 0.0 0.022 0.033 0.047 0.0 0.0 0.022 0.033 0.047 0.08 0. 0.2 3 0. 3 0. 3. 2.2 2.7 3.3 3.3 3. 4.7.. 2.2 2.2 3.3 3. 4.7..8 8.2 0 0 3 3 3 3 3 8 8 8 8 8 8 8 8 8 8 8 8 2. 2. 2. 2. 3. 32 32 3. 3. 3. 3. 3. 3. 3. 32 32 4. 4. 4. 4. 4. 4. 4. 4. 4. 4. 42. 3. 2 3 3.. 8. 8. 4 4. 8. 7 8. 22 2. 32 32 32 33 33 3 3 22 2 2 3 32 38 38 43 43 4 4 4. 7 7. 8.. 8. 0 7. 3 7 8 8 8 24 24 4 8 8 8 2 2 28 28 30 300 V AC IEC 0384-4 300 V AC 0 0 0 0 0 37. 37. 37. 37. 37. 37. 37. 37. 37. 37. 37. Approvals in use Note: Approval CQC only for PBT HF case 3
Capacirs with Discharge Resisr Type KNB30, KNB32, KNB33 KNB30 KNB32, KNB33 W PCM Class X2 I 3-2 I H f ±0.0 300 V AC Electrical connection Electrical connection Technical data 4 Construction: - capacir - resisr polypropylene film, metallized metaloxide film Rated voltage, 300 V AC Capacitance lerance ± % for C 0. µf ± 0 % for C > 0. µf Resistance lerance ±% Resistance power 0. W Climatic category 40/00/ acc. IEC 008- Passive flammability acc. IEC 0384-4 Temperature range -40 +00 C Test voltage 23 V DC, s Max. pulse rise time du/dt, at 42 V DC 400 V / µs for PCM = mm 0 V / µs for PCM = mm 0 V / µs for PCM = mm 00 V / µs for PCM = 37. mm acc. IEC 0384-4 Insulation resistance at C, Um = 00 V DC, t = min Ri 00 MW for C 3 µf Ri x Cn 00 s for C > 3 µf Dielectric loss tanδ at f = khz and C x 0-3 Soldering IEC 008-2-, max. 2 s Resistance soldering heat IEC 008-2-, 20 C ± C, 0 s ± s Self inductance approx. 0 nh/cm of capacir lenght and terminals Complies IEC 0384-4, CSA 0384-4 Application For use in parallel with mains, for use in series with mains available in cusm design (CD) version
Capacirs with Discharge Resisr Type KNB30, KNB32, KNB33 Casing: thermoplastic (PP or on request PBT HF) sealed with synthetical resin Thermoplastic material and synthetical resin are self-extinguishing according U 4. class V-0. Terminals Terminal lenght 3+, 4±, -, +,±2, ±2, 2+, 30+, ± mm, other on request 0 mm 0 mm Type KNB30 KNB32 KNB33 Type of terminals Tinned copper wire Insulated stranded wire mm2 Insulated solid wire ø mm. Terminal ends on request. Standard values KNB30, KNB32, KNB33,, class X2, with discharge resisr Capacitance C (µf) 0.047 0.08 0. 3 Resistance R (kw) 470 00 H W PCM 8 8 8 2. 2. 2. 32 3 3 4... 8. 8. 2 7 7 7 8. 8. 0 Resistance values according IEC 003 range E2. CSA 0384-4 Approvals in use Standard values KNB30, KNB32, KNB33, 300 V AC, class X2, with discharge resisr Capacitance C (µf) 0.047 0.08 0. 3 3 Resistance R (kw) 470 00 Resistance values according IEC 003 range E2. H W PCM 8 8 8 8 8 8 3. 2 3 3.. 8.. 8. 7 7. 8. 2.. 7 8. 0 CSA 0384-4 300 V AC 300 V AC Approvals in use
Capacirs Type KNB0, KNB2, KNB3 KNB0 KNB2, KNB3 W PCM Class X2 I 3-2 I H f ±0.0 Electrical connection Technical data Construction polypropylene film, metallized Rated voltage Capacitance lerance ± % for C 0. µf ± 0 % for C > 0. µf Climatic category 40/0/ acc. IEC 008- Passive flammability acc. IEC 0384-4 Temperature range -40 +0 C Test voltage 20 V DC, s for C µf 00 V DC, s for C > µf Max. pulse rise time du/dt, at 30 V DC 0 V / µs for PCM = 0 mm 400 V / µs for PCM = mm C 0.022 µf 2 V / µs for PCM = mm C > 0.022 µf V / µs for PCM = mm 00 V / µs for PCM = mm 0 V / µs for PCM = 7. mm miniature version 3 V / µs for PCM = 0 mm miniature version acc. IEC 0384-4 Insulation resistance at C, Um = 00 V DC, t = min Ri 00 MW for C 3 µf Ri x Cn 00 s for C > 3 µf Dielectric loss tanδ at f = khz and C x 0-3 Soldering IEC 008-2-, max. 2 s Resistance soldering heat IEC 008-2-, 20 C ± C, 0 s ± s Self inductance approx. 0 nh/cm of capacir lenght and terminals Complies IEC 0384-4, U 0384-4 CSA 0384-4 Application For use in parallel with mains, for use in series with mains available in cusm design (CD) version
Capacirs Type KNB0, KNB2, KNB3 Casing: thermoplastic (PP or on request PBT HF) sealed with synthetical resin Thermoplastic material and synthetical resin are self-extinguishing according U 4. class V-0. Terminals Terminal lenght 3+, 4±, -, +,±2, ±2, 2+, 30+, ± mm, other on request 0 mm 0 mm Type KNB0 KNB2 KNB3 Type of terminals Tinned copper wire Insulated stranded wire mm2 Insulated solid wire ø mm. Terminal ends on request. Standard values KNB0, KNB2, KNB3,, class X2 For capacirs with insulated leads on request Capacitance C (µf) 0.0 0.0 0.022 0.033 0.033 0.047 0.047 0.08 0. 0.0 0.0 0.022 0.033 0.047 0.08 0. 0.2 3 3 0. 3 0. 0.. 2.2 H W PCM ø 3 3 3 3 3 3 3 3 3 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 2. 2. 2. 2. 2. 2. 2. 2. 3. 32 32 32 3. 3.. 2 2 3 4. 4.. 8. 4 4 7 8. 8. 2. 7 7 23. 2. 4 4 4 4.. 7 8.2. 7. 2. 7 8. 0 2. 7. 4 7 0 0 0 0 0 0 0 0 0 0. 0. 0. 0. 0. 0. 0. 0. 0. U 0384-4 CSA 0384-4 IEC 0384-4 Approvals in use 7
Capacirs Type KNB0, KNB2, KNB3 Standard values KNB0, KNB2, KNB3,, class X2, miniature version Capacitance C (µf) 0.0 0.0 0.022 0.033 0.047 0.08 0. 0. 0. 0.2 0.2 3 3 0. 0. 0. 2 0. 2.2..8 2.2 2.2. 2.2 2.7 3.3 3. 4.7..8 For capacirs with insulated leads on request Tolerance ± (%) H W PCM ø 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 3 3 3 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 2. 2. 2. 2. 2. 2. 2. 2. 3. 3. 3. 32 3. 3. 3. 3. 32 0 2 2 2. 3 3 3. 4... 8. 8. 8. 8. 22 2 7. 7 8.. 2 2. 23 2. 2 2 23. 28. 2. 32 33 3. 3 4 4 4...... 7 7 7. 7. 8.2 7. 8.. 0 0 2. 2. 2.. 7 7. 8. 0 2. 4 4. 0 2 4 7 8 24 24 7. 7. 7. 7. 7. 0 0 0 0. 0. 0. 0. 0. 0. 0. 0. * mini size marking with M except PCM 7. mm Approvals in use Approvals in pending Note: Bold-face printed alternative body dimensions upon request. CQC does not apply for PP case PCM = mm (C=2 µf and µf) and PCM mm 8 U 0384-4 CSA 0384-4 IEC 0384-4
Capacirs Type KNB0, KNB2, KNB3 KNB0 KNB2, KNB3 W PCM Class X2 I 3-2 I H f ±0.0 + 2 C Electrical connection Technical data Construction polypropylene film, metallized Rated voltage Capacitance lerance ± %, ± 0 % Climatic category 40/2/ acc. IEC 008- Passive flammability acc. IEC 0384-4 Temperature range -40 +2 C Test voltage 20 V DC, for s Max. pulse rise time du/dt, at 30 V DC V / µs for PCM = 7. mm 3 V / µs for PCM = 0 mm 0 V / µs for PCM = mm acc. IEC 0384-4 Insulation resistance at C, Um = 00 V DC, t = min Ri 00 MW for C 3 µf Ri x Cn 00 s for C > 3 µf Dielectric loss tanδ at f = khz and C x 0-3 Soldering IEC 008-2-, max. 2 s Resistance soldering heat IEC 008-2-, 20 C ± C, 0 s ± s Self inductance approx. 0 nh/cm of capacir lenght and terminals Complies IEC 0384-4, U 0384-4 CSA 0384-4 Application For use in parallel with mains, for use in series with mains available in cusm design (CD) version
Capacirs Type KNB0, KNB2, KNB3 Casing: thermoplastic (PP or on request PBT HF) sealed with synthetical resin Thermoplastic material and synthetical resin are self-extinguishing according U 4. class V-0. Terminals Terminal lenght 4±, -, 2+ mm, other on request 0 mm 0 mm Type KNB0 KNB2 KNB3 Type of terminals Tinned copper wire Insulated stranded wire mm2 Insulated solid wire ø mm. Terminal ends on request. Standard values KNB0, KNB2, KNB3,, class X2, + 2 C, miniature version Capacitance C (µf) 0.0 0.0 0.022 0.033 0.047 0.08 0. 0. 0.2 0.2 3 3 0. 0. 0. Tolerance ± (%) H W PCM ø 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 3 3 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 0 2 2 2 2. 3 3 3. 4... 8. 8. 8. 8. 22 4 4 4..... 7 7 7. 7. 8.2 7. 8.. 0 0 2. 7. 7. 7. 7. 7. 0 0 0. 0. 0. 0. 0. 0. 0. * mini size marking with Approvals in use Approvals in pending For capacirs with insulated leads on request M except PCM 7. mm U 0384-4 CSA 0384-4 IEC 0384-4
Capacirs Type KNB0, KNB2, KNB3 KNB0 KNB2, KNB3 W PCM Class X2 I 3-2 I H f ±0.0 300 V AC + 2 C Electrical connection Technical data Construction polypropylene film, metallized Rated voltage 300 V AC Capacitance lerance ± % for C 0. µf ± 0 % for C > 0. µf Climatic category 40/2/ acc. IEC 008- Passive flammability acc. IEC 0384-4 Temperature range -40 +2 C Test voltage 20 V DC, s for C µf 00 V DC, s for C > µf Max. pulse rise time du/dt, at 42 V DC 0 V / µs for PCM = 0 mm 400 V / µs for PCM = mm C 0.022 µf 2 V / µs for PCM = mm C > 0.022 µf V / µs for PCM = mm 00 V / µs for PCM = mm acc. IEC 0384-4 Insulation resistance at C, Um = 00 V DC, t = min Ri 00 MW for C 3 µf Ri x Cn 00 s for C > 3 µf Dielectric loss tanδ at f = khz and C x 0-3 Soldering IEC 008-2-, max. 2 s Resistance soldering heat IEC 008-2-, 20 C ± C, 0 s ± s Self inductance approx. 0 nh/cm of capacir lenght and terminals Complies IEC 0384-4, U 0384-4 CSA 0384-4 Application For use in parallel with mains, for use in series with mains available in cusm design (CD) version 2
Capacirs Type KNB0, KNB2, KNB3 Casing: thermoplastic (PP or on request PBT HF) sealed with synthetical resin Thermoplastic material and synthetical resin are self-extinguishing according U 4. class V-0. Terminals Terminal lenght 3+, 4±, -, +,±2, ±2, 2+, 30+, ± mm, other on request 0 mm 0 mm Type KNB0 KNB2 KNB3 Type of terminals Tinned copper wire Insulated stranded wire mm2 Insulated solid wire ø mm. Terminal ends on request. Standard values KNB0, KNB2, KNB3, 300 V AC, class X2, +2 C For capacirs with insulated leads on request Capacitance C (µf) 0.0 0.0 0.022 0.033 0.033 0.047 0.047 0.08 0. 0.0 0.0 0.022 0.033 0.047 0.08 0. 0.2 3 3 0. 3 0. 0.. 2.2 Approvals in use 22 H W PCM ø 3 3 3 3 3 3 3 3 3 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 2. 2. 2. 2. 2. 2. 2. 2. 3. 32 32 32 3. 3.. 2 2 3 4. 4.. 8. 4 4 7 8. 8. 2. 7 7 23. 2. 4 4 4 4.. 7 8.2. 7. 2. 7 8. 0 2. 7. 4 7 0 0 0 0 0 0 0 0 0 0. 0. 0. 0. 0. 0. 0. 0. 0. U 0384-4 CSA 0384-4 300 V AC 300 V AC IEC 0384-4 300 V AC
Capacirs with Discharge Resisr Type KNB0, KNB2, KNB3 KNB0 KNB2, KNB3 W PCM Class X2 I 3-2 I H f ±0.0 Electrical connection Technical data Construction: - capacir - resisr polypropylene film, metallized metaloxide film Rated voltage Capacitance lerance ± % for C 0. µf ± 0 % for C > 0. µf Resistance lerance ±% Resistance power 0. W Climatic category 40/0/ acc. IEC 008- Passive flammability acc. IEC 0384-4 Temperature range -40 +0 C Test voltage 700V DC, s Max. pulse rise time du/dt, at 30 V DC 2 V / µs for PCM = mm V / µs for PCM = mm acc. IEC 0384-4 Soldering IEC 008-2-, max. 2 s Resistance soldering heat IEC 008-2-, 20 C ± C, 0 s ± s Self inductance approx. 0 nh/cm of capacir lenght and terminals Complies IEC 0384-4, U 0384-4, CSA 0384-4 Application For use in parallel with mains, for use in series with mains available in cusm design (CD) version 23
Capacirs with Discharge Resisr Type KNB0, KNB2, KNB3 Casing: thermoplastic (PP or on request PBT HF) sealed with synthetical resin Thermoplastic material and synthetical resin are self-extinguishing according U 4. class V-0. Terminals Terminal lenght 3+, 4±, -, +,±2, ±2, 2+, 30+, ± mm, other on request 0 mm 0 mm Type KNB0 KNB2 KNB3 Type of terminals Tinned copper wire Insulated stranded wire mm2 Insulated solid wire ø mm. Terminal ends on request. Standard values KNB0, KNB2, KNB3,, class X2, with discharge resisr For capacirs with insulated leads on request Capacitance C (µf) 0.047 0.08 0. 3 3 Resistance R (kw) 470 00 H W PCM 8 8 8 8 8 8 2. 2. 2 2 3 4.. 8.. 8. 7 8.2 8. 8. Resistance values according IEC 003 range E2. 24 U 0384-4 CSA 0384-4 IEC 0384-4 Approvals in use
Capacirs Type KNR30, KNR32, KNR33 KNR30 KNR32, KNR33 W f 0.7 3-2 f I I H PCM Class X2 - RC units Electrical connection C R Technical data Construction: - capacir - resisr polypropylene film, metallized carbon film or wire-wound Rated voltage Capacitance lerance ± % for C 0. µf ± 0 % for C > 0. µf other on request Climatic category 40/08/ acc. IEC 008- Passive flammability acc. IEC 0384-4 Temperature range -40 +8 C Test voltage 700 V DC, 2 s Insulation resistance at C, Um = 00 V DC, t = min Ri 00 MW for C 3 µf Ri x Cn 00 s for C > 3 µf Resistance lerance ±0 % Resisr power W Soldering IEC 008-2-, max. 2 s Resistance soldering heat IEC 008-2-, 20 C ± C, 0 s ± s Complies IEC 0384-4 Application Contact protection, interference suppression, transient suppression 2
Capacirs Type KNR30, KNR32, KNR33 Casing: thermoplastic sealed with synthetical resin Thermoplastic material is self-extinguishing according U 4. class V-0. Terminals Terminal lenght 3+, 4±, -, +,±2, ±2, 2+, 30+, ± mm, other on request 0 mm 0 mm Type KNR30 KNR32 KNR33 Type of terminals Tinned copper wire Insulated stranded wire mm2 Insulated solid wire ø mm. Terminal ends on request. Standard values KNR30, KNR32, KNR33,, class X2 Capacitance C (µf) 0.0 0.0 0.0 0.0 0.022 0.022 0.033 0.033 0.047 0.047 0.08 0.08 0. 0. 3 Resistance R (W) 2.2 470 2.2 330 2.2 2 H W PCM 2 2 2 2 2 2 2 30 30 32 32 32........ 7 8 8 8 8 8 8 8 8 8 8 7 8. 8 8 0 0 7. 7. 7. 7. 7. 7. 7. 2 2 Resistance values according IEC 003 range E2. 2 Approvals in use
Capacirs Type KNB2, KNB222, KNB223 KNB2 KNB222, KNB223 W PCM Class Y2 I f ±0.0 3-2 I H 2 V AC 300 V AC Electrical connection Technical data Construction polypropylene film, metallized Rated voltage 2 V AC, 300 V AC Capacitance lerance ± 0 %, ± % Climatic category 40/00/ acc. IEC 008- Passive flammability acc. IEC 0384-4 Temperature range -40 +00 C Test voltage 4000 V DC, s Max. pulse rise time du/dt, at 42 V DC 3000 V / µs for 000 pf V / µs for 0 pf 00 V / µs for 20 pf up 800 pf PCM = 0 mm 000 V / µs for PCM mm acc. IEC 0384-4 Insulation resistance at C, Um = 00 V DC, t = min Ri 00 MW Dielectric loss tanδ at f = khz and C x 0-4 Soldering IEC 008-2-, max. 2 s Resistance soldering heat IEC 008-2-, 20 C ± C, 0 s ± s Self inductance approx. 0 nh/cm of capacir lenght and terminals Complies IEC 0384-4, U 0384-4 CSA 0384-4 Application ine ground
Capacirs Type KNB2, KNB222, KNB223 Casing: thermoplastic (PP or on request PBT HF) sealed with synthetical resin Thermoplastic material and synthetical resin are self-extinguishing according U 4. class V-0. Terminals Terminal lenght 3+, 4±, -, +,±2, ±2, 2+, 30+, ± mm, other on request 0 mm 0 mm Type KNB2 KNB222 KNB223 Type of terminals Tinned copper wire Insulated stranded wire mm2 Insulated solid wire ø mm. Terminal ends on request. Standard values KNB2, KNB222, KNB223, 2 V AC, 300 V AC, class Y2 For capacirs with insulated leads on request Capacitance C (pf) 000 0 20 00 2800 3300 4700 00 800 800 0000 00 200 0 000 33000 3000 47000 33000 3000 47000 000 8000 00000 000 000 Approvals in use 28 H W PCM ø 3 3 3 3 3 3 3 3 3 3 8 8 8 8 8 8 8 8 8 2. 2. 2. 2. 2. 2. 2......... 2 2 3 3. 3. 4. 8. 8. 4. 7 2 2. 4.3 4.3 4.3 4.3 4.3 4.3.. 7 7. 7. 7 8. 8. 2. 0 0 0 0 0 0 0 0 0 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. U 0384-4 CSA 0384-4 300 V AC 2 V AC/300 V AC IEC 0384-4 300 V AC
Capacirs Type KNB230, KNB232, KNB233 KNB230 KNB232, KNB233 W PCM Class Y I f ±0.0 3-2 I H 0 V AC Electrical connection Technical data Construction polypropylene film, metallized Rated voltage 0 V AC Capacitance lerance ± 0 %, ± % Climatic category 40/00/ acc. IEC 008- Passive flammability acc. IEC 0384-4 Temperature range -40 +00 C Test voltage 4000 V DC, 2 s Max. pulse rise time du/dt, at 22 V DC 000 V / µs for PCM = mm 30 V / µs for PCM = mm acc. IEC 0384-4 Insulation resistance at C, Um = 00 V DC, t = min Ri 00 MW Dielectric loss tanδ at f = khz and C x 0-3 Soldering IEC 008-2-, max. 2 s Resistance soldering heat IEC 008-2-, 20 C ± C, 0 s ± s Self inductance approx. 0 nh/cm of capacir lenght and terminals Complies IEC 0384-4, U 0384-4 CSA 0384-4 Permissible continuous AC voltage 7 V, /0 Hz Permissible continuous DC voltage 3000 V Application ine ground 2
Capacirs Type KNB230, KNB232, KNB233 Casing: thermoplastic (PP or on request PBT HF) sealed with synthetical resin Thermoplastic material and synthetical resin are self-extinguishing according U 4. class V-0. Terminals Terminal lenght 3+, 4±, -, +,±2, ±2, 2+, 30+, ± mm, other on request 0 mm 0 mm Type KNB230 KNB232 KNB233 Type of terminals Tinned copper wire Insulated stranded wire mm2 Insulated solid wire ø mm. Terminal ends on request. Standard values KNB230, KNB232, KNB233, 0 V AC, class Y Capacitance C (pf) 470 80 000 0 20 00 2800 3300 4700 00 00 800 0000 00 800 0000 00 200 H W PCM ø 8 8 8 8 8 8 8 8 8 8 8 8 8 2. 2. 2. 2. 2. 2 3 3 3 4. 4.. 8. 4. 8. 2. 7 7 7 8.2 8.2 8. 2. 7 8. 0 2. Approvals in use Note: Approval CQC only for PBT HF case. 30 U 0384-4 CSA 0384-4 0 V AC 0 V AC IEC 0384-4 0 V AC
Capacirs Type KNB40, KNB42, KNB43 KNB40 KNB42, KNB43 W PCM Class X I 3-2 I H f ±0.0 0 V AC Electrical connection Technical data Construction polypropylene film, metallized Rated voltage 0 V AC Capacitance lerance ± % for C 0. µf ± 0 % for C > 0. µf Climatic category 40/00/ acc. IEC 008- Passive flammability acc. IEC 0384-4 Temperature range -40 +00 C Test voltage 30 V DC, s Max. pulse rise time du/dt, at 22 V DC 3000 V / µs for PCM = mm 0 V / µs for PCM = mm 00 V / µs for PCM = mm acc. IEC 0384-4 Insulation resistance at C, Um = 00 V DC, t = min Ri 00 MW for C 3 µf Ri x Cn 00 s for C > 3 µf Dielectric loss tanδ at f = khz and C x 0-4 Soldering IEC 008-2-, max. 2 s Resistance soldering heat IEC 008-2-, 20 C ± C, 0 s ± s Self inductance approx. 0 nh/cm of capacir lenght and terminals Complies IEC 0384-4, U 0384-4 CSA 0384-4 Application For use in parallel with mains, for use in series with mains available in cusm design (CD) version 3
Capacirs Type KNB40, KNB42, KNB43 Casing: thermoplastic (PP or on request PBT HF) sealed with synthetical resin Thermoplastic material and synthetical resin are self-extinguishing according U 4. class V-0. Terminals Terminal lenght 3+, 4±, -, +,±2, ±2, 2+, 30+, ± mm, other on request 0 mm 0 mm Type KNB40 KNB42 KNB43 Type of terminals Tinned copper wire Insulated stranded wire mm2 Insulated solid wire ø mm. Terminal ends on request. Standard values KNB40, KNB42, KNB43, 0 V AC, class X For capacirs with insulated leads on request Capacitance C (µf) H W PCM U 0384-4 CSA 0384-4 0 V AC 0.0022 0.0033 0.0047 0.008 0.0 0.0 0.022 0.033 0.047 0.047 0.0 0.022 0.033 0.047 0.08 0. 0. 3 8 8 8 8 8 8 8 8 8 8 32 32 32 32 32 32 32 Approvals in use Note: Approval CQC only for PBT HF case. 32 2 3 4. 8.. 8. 23 2 23. 24. 28 33 3.... 7 8. 2.... 7 8. 4 0 4 8 24 0 V AC IEC 0384-4 0 V AC
Capacirs Type KNB, KNB2, KNB3 KNB KNB2, KNB3 W PCM Class X I 3-2 I H f ±0.0 30 V AC 0 C Electrical connection Technical data Construction polypropylene film, metallized Rated voltage 30 V AC Capacitance lerance ± % for C 0. µf ± 0 % for C > 0. µf Climatic category 40/0/ acc. IEC 008- Passive flammability acc. IEC 0384-4 Temperature range -40 +0 C Test voltage 3000 V DC, s for C < µf 2800 V DC, s for C µf Max. pulse rise time du/dt, at 438 V DC 00 V / µs for PCM = mm 0 V / µs for PCM = mm 400 V / µs for PCM = mm 0 V / µs for PCM = mm acc. IEC 0384-4 Insulation resistance at C, Um = 00 V DC, t = min Ri 00 MW for C 3 µf Ri x Cn 00 s for C > 3 µf Dielectric loss tanδ at f = khz and C x 0-3 Soldering IEC 008-2-, max. 2 s Resistance soldering heat IEC 008-2-, 20 C ± C, 0 s ± s Self inductance approx. 0 nh/cm of capacir lenght and terminals Complies IEC 0384-4, U 0384-4 CSA 0384-4 Application For use in parallel with mains, for use in series with mains available in cusm design (CD) version 33
Capacirs Type KNB, KNB2, KNB3 Casing: thermoplastic (PP or on request PBT HF) sealed with synthetical resin Thermoplastic material and synthetical resin are self-extinguishing according U 4. class V-0. Terminals Terminal lenght 4±, -, 2+, 30+ mm, other on request 0 mm 0 mm Type KNB KNB2 KNB3 Type of terminals Tinned copper wire Insulated stranded wire mm2 Insulated solid wire ø mm. Terminal ends on request. Standard values KNB, KNB2, KNB3, 30 V AC, +0 C, class X Capacitance C (µf) 0.0 0.0 0.022 0.033 0.0 0.0 0.022 0.033 0.047 0.08 0. 0. 3 3. 2.2 H W PCM ø 3 3 3 3 8 8 8 8 8 8 8 8 8 2. 2. 2. 2. 2. 3. 3. 3. 32 3. 3... 3. 2 3 3. 8. 4 4.4 8. 2. 7 22 24. 32 3. 4.3 7 7.. 8. 0 2. 0 3 8 24 0 0 0 0 0. 0. 0. 0. Approvals in use Note: Approval CQC only for PBT HF case. 34 U 0384-4 CSA 0384-4 30 V AC 30 V AC IEC 0384-4 30 V AC
Capacirs Type KNB73x 2. KNB73x 2 max. - 2. 4. max max. ±0.0 Class X2Y2 0. ±0.0 0 2. ±0.0 Electrical connection Cx Cy Cy Standard values KNB73x, class X2Y2 Technical data Construction polypropylene film, metallized Rated voltage Capacitance lerance ± % (± 0 % on request) Climatic category 40/00/ acc. IEC 008- Passive flammability acc. IEC 0384-4 Temperature range -40 +00 C Max. pulse rise time du/dt, at 30 V DC 00 V / µs acc. IEC 0384-4 Test voltage X2 - capacirs 700 V DC, 2 s Y2 - capacirs 00 V DC, 2 s Insulation resistance at C, Um = 00 V DC, t = min Ri 00 MW Dielectric loss tanδ at f = khz and C x 0-4 Soldering IEC 008-2-, max. 2 s Resistance soldering heat IEC 008-2-, 20 C ± C, 0 s ± s Complies IEC 0384-4 Capacitance Capacitance Cx (µf) Cy (pf) 0. 0. 0. 0. 0. 0.2 0.2 0.2 0.2 0.2 2 x 000 2 x 0 2 x 20 2 x 3300 2 x 4700 2 x 000 2 x 0 2 x 20 2 x 00 2 x 3300 2 x 4700 2 x 000 2 x 0 2 x 20 2 x 3300 2 x 4700 2 x 000 2 x 0 2 x 20 2 x 3300 2 x 4700 Approvals in use Casing: thermoplastic sealed with synthetical resin Thermoplastic material is self-extinguishing according U 4. class V-0. Terminals Type KNB73x Type of terminals Solid copper tinned wire or insulated stranded wire. Terminal ends on request. 3
Capacirs Type KPB23xx KPB23xx black black Class X ± 4 ±2 ±3 d ± two-pole ast two numbers in the type designation (xx = 00 4) indicate the type of terminals and connecrs. Electrical connection R N R = 470 kω - 2.7 MΩ on request Technical data Standard values KPB23xx Construction paper impregnated Electrodes aluminium foil Rated voltage Capacitance lerance ± % Climatic category 2/00/2 acc. IEC 008- Passive flammability acc. IEC 0384-4 Temperature range -2 +00 C Test voltage 70 V DC, 2 s Insulation resistance at C, Um = 00 V DC, t = min Ri 000 MW for C 3 µf Ri Cn 00 for C > 3 µf Complies IEC/EN 0384-4 Capacitance Cx (µf) d x l 0.0 0.022 0.0 0.033 0.047 0.08 0. 3 Approvals: Casing: thermoplastic sealed with synthetical resin, flame retardant Wire dimensions on drawing correspond with type KPB2300 - standard version. Terminals Type KPB23xx 3 Type of terminals Insulated stranded wire mm2, or insulated solid wire ø mm. Non-insulated part is soldered.wires can be equipped with connection terminals on request. 8 x 30. x 30. x 30. x 30 x 30 2 x 30 4 x 3 x 3 8 x 3 8 x 40 x 3 x 40 x 40 2 x 40
Capacirs Type KPR23xx KPR23xx black black Class X - RC units ± 4 ±2 ±3 d ± two-pole ast two numbers in the type designation (xx = 00 4) indicate the type of terminals and connecrs. Electrical connection X R N Technical data Standard values KPR23xx Dielectric paper impregnated Electrodes aluminium foil Rated voltage Capacitance lerance ± % Climatic category 2/08/2 acc. IEC 008- Passive flammability acc. IEC 0384-4 Temperature range -2 +8 C Test voltage 70 V DC, 2 s Complies IEC/EN 0384-4 Rated temperature uu C Casing: thermoplastic sealed with synthetical resin, flame retardant Capacitance Cx (µf) 0.0 0. Resisr R (MW) d x l 2 x 30 x 3 Approval: Wire dimensions on drawing correspond with type KPR2300 - standard version. Terminals Type KPR23xx Type of terminals Insulated stranded wire mm2, or insulated solid wire ø mm. Non-insulated part is soldered.wires can be equipped with connection terminals on request. 37
Capacirs Type KPB3xx KPB3xx black transperent black ± ± d ± ±3 8 ±3 Class Y2 ±2 two-pole ast two numbers in the type designation (xx = 00 4) indicate the type of terminals and connecrs. Electrical connection PE N R = 470 kω - 2.7 MΩ on request Standard values KPB3xx Technical data Construction paper impregnated Electrodes aluminium foil Rated voltage Capacitance lerance ± % Climatic category 2/00/2 acc. IEC 008- Passive flammability acc. IEC 0384-4 Temperature range -2 +00 C Test voltage V AC, 2 s Insulation resistance at C, Um = 00 V DC, t = min Ri 000 MW for C 3 µf Complies IEC/EN 0384-4 Capacitance class Y2 (µf) D 2 x 0.000 2 x 0.0022 2 x 0.002 2 x 0.00 2 x 0.0033 2 x 0.0047 2 x 0.00 2 x 0.008 2 x 0.00 2 x 0.0 2 x 0.00 2 x 0.0 2 x 0.022 2 x 0.0 2 x 0.033 2 x 0.047 2 x 0.08 2 2 2 2 2 4 4 8 30 30 30 30 30 30 30 30 30 30 3 3 3 3 3 3 3 Approval: Casing: thermoplastic sealed with synthetical resin, flame retardant Wire dimensions on drawing correspond with type KPB300 - standard version. Terminals Type KPB3xx 38 Type of terminals Insulated stranded wire mm2, or insulated solid wire ø mm. Non-insulated part is soldered.wires can be equipped with connection terminals on request.
Capacirs Type KPB70xx KPB70xx black transperent black ± ± d ± ±3 8 ±3 Class XY2 ±2 8-2 two-pole ast two numbers in the type designation (xx = 00 4) indicate the type of terminals and connecrs. Electrical connection PE R N R = 470 kω - 2.7 MΩ on request Standard values KPB70xx Technical data Dielectric paper impregnated Electrodes aluminium foil Rated voltage, /0 Hz Capacitance lerance ± % Climatic category 2/00/2 acc. IEC 008- Passive flammability category A Temperature range -2 +00 C Test voltage X capacir 70 V DC, 2 s Y2 capacir V AC, 2 s Insulation resistance at C, Um = 00 V DC, t = min Ri 000 MW for C 3 µf Ri x Cn 00 s for C > 3 µf Complies IEC/EN 0384-4 Capacitance Capacitance class X (µf) class X2 (pf) 3 3 3 3 3 3 3 3 2 x 00 2 x 00 2 x 4700 2 x 4700 2 x 0000 2 x 00 2 x 200 2 x 00 2 x 00 2 x 4700 2 x 4700 2 x 0000 2 x 0000 2 x 00 2 x 200 d x l x 22 x 40 2 x 40 22 x 40 2 x 40 2 x 40 2 x 40 2 x 40 2 x 40 2 x 40 30 x 40 2 x 40 30 x 40 2 x 40 30 x 40 30 x 40 30 x 40 30 x 40 Approval: Casing: aluminium can, closed with sealing washer, sealed with synthetical resin, flame retardant. Wire dimensions on drawing correspond with type KPB7000 - standard version. Terminals Type KPB70xx Type of terminals Insulated stranded wire mm2, or insulated solid wire ø mm. Non-insulated part is soldered.connection terminals provided on request. 3
Capacirs Type KPB7077 KPB7077 8 N Earthing mark DIN 400 N Fast-on connecr.3x 0 ± Class XY2 ± 2 ± 40 ± four-pole X Y2 Y2 CASE N Electrical connection R = 470 kω - 2.7 MΩ on request Standard values KPB70xx Technical data Dielectric paper impregnated Electrodes aluminium foil Rated voltage Capacitance lerance ± % Climatic category 2/00/2 acc. IEC 008- Passive flammability category A Temperature range -2 +00 C Test voltage X capacir 70 V DC, 2 s Y2 capacir V AC, 2 s Insulation resistance at C, Um = 00 V DC, t = min Ri 000 MW for C 3 µf Ri x Cn 00 s for C > 3 µf Rated temperature uu 8 C Complies IEC/U/CSA 0384-4 Capacitance Capacitance class X (µf) class X2 (pf) 0. 0. 0. 0. 0.2 0.2 0.2 0.2 2 x 00 2 x 0000 2 x 00 2 x 00 2 x 0000 2 x 00 2 x 00 2 x 0000 2 x 00 2 x 00 2 x 0000 2 x 00 2 x 0000 Approvals: C US IEC/ U/ CSA E0384-4 Terminals 2 x double fast-on connecrs CuZn/Sn 40 d x l 30 30 30 30 30 30 30 30 30 30 33 33 33 33 33 33 33
Capacirs Type KPB73xx KPB73xx black transperent black ± ± d ± ±3 8 ±3 Class XY2 ±2 two-pole ast two numbers in the type designation (xx = 00 4) indicate the type of terminals and connecrs. Electrical connection X R Y2 Y2 PE N R = 470 kω - 2.7 MΩ on request Technical data Dielectric paper impregnated Electrodes aluminium foil Rated voltage 2 V AC, Capacitance lerance ± % Climatic category 2/00/2 acc. IEC 008- Passive flammability acc. IEC 0384-4 Temperature range -2 +00 C Test voltage X capacir 70 V DC, 2 s Y2 capacir V AC, 2 s Insulation resistance at C, Um = 00 V DC, t = min Ri 000 MW for C 3 µf Ri x Cn 00 s for C > 3 µf Complies IEC/U/CSA 0384-4 4
Capacirs Type KPB73xx Casing: thermoplastic, sealed with synthetical resin, flame retardant. Wire dimensions on drawing correspond with type KPB7300 - standard version. Terminals Type of terminals Insulated stranded wire mm2, or insulated solid wire ø mm. Non-insulated part is soldered. Connection terminals provided on request. Type KPB73xx Standard values KPB73xx Capacitance Capacitance class X (µf) class Y2 (pf) 0.022 0.022 0.022 0.022 0.022 0.0 0.047 0.047 0.047 0.08 0.08 0.08 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. 42 2 x 00 2 x 4700 2 x 00 2 x 200 2 x 200 2 x 00 2 x 00 2 x 4700 2 x 00 2 x 00 2 x 4700 2 x 00 2 x 2 x 00 2 x 4700 2 x 4700 2 x 00 2 x 00 2 x 0000 2 x 00 2 x 200 2 x 00 2 x 4700 2 x 00 2 x 00 2 x 00 2 x 0000 2 x 00 2 x 200 2 x 00 2 x 00 2 x 4700 2 x 00 2 x 0000 2 x 00 2 x 200 d x l x 30 2 x 30 4 x 3 x 3 8 x 3 x 30 2 x 30 4 x 30 4 x 30 4 x 3 4 x 3 4 x 3 4 x 3 4 x 3 4 x 3 x 3 4 x 3 x 3 x 3 x 3 8 x 3 8 x 40 x 3 x 3 x 3 x 3 8 x 3 8 x 40 8 x 3 8 x 3 x 3 8 x 40 x 3 8 x 40 x 3 8 x 40 8 x 40 x 40 x 40 22 x 40 22 x 40 Capacitance Capacitance class X (µf) class Y2 (pf) 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 3 3 3 3 3 3 3 3 2 x 2 x 00 2 x 4700 2 x 00 2 x 0000 2 x 00 2 x 200 2 x 00 2 x 4700 2 x 00 2 x 0000 2 x 00 2 x 200 2 x 00 2 x 00 2 x 4700 2 x 4700 2 x 0000 2 x 00 2 x 200 2 x 00 2 x 00 2 x 4700 2 x 4700 2 x 0000 2 x 0000 2 x 00 2 x 200 Approval: C US IEC/ U/ CSA E0384-4 d x l x 40 x 40 x 40 x 40 x 40 22 x 40 22 x 40 22 x 40 x 40 x 40 x 40 22 x 40 22 x 40 22 x 40 x 22 x 40 22 x 40 2 x 40 22 x 40 2 x 40 2 x 40 2 x 40 2 x 40 2 x 40 2 x 40 30 x 40 2 x 40 30 x 40 2 x 40 30 x 40 30 x 40 30 x 40 30 x 40
Capacirs Type KPB732 KPB732 Electrical connection PE Y2 Y2 PE X N 2 R R = 470 kω - 2.7 MΩ on request Standard values KPB732 Capacitance Class XY2 class X (µf) class Y2 (pf) two-pole Technical data Dielectric paper impregnated Electrodes aluminium foil Rated voltage Capacitance lerance ± % Climatic category 2/00/2/B Temperature range -2 +00 C Test voltage X capacir 70 V DC, 2 s Y2 capacir V AC, 2 s Insulation resistance at C, Um = 00 V DC, t = min Ri 000 MW Casing thermoplastic can, sealed with synthetical resin, flame retardant Terminals fast-on connecrs.3x CuZn/Sn Complies IEC/U/CSA 0384-4 Rated temperature uu 8 C 0. 0. 0. 0. 0. 0. 0. 0. 0.24 0.24 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 2 x 2 x 00 2 x 4700 2 x 00 2 x 0000 2 x 00 2 x 200 2 x 2 x 00 2 x 4700 2 x 00 2 x 0000 2 x 00 2 x 200 2 x 2 x 00 2 x 4700 2 x 00 2 x 0000 2 x 00 2 x 200 2 x 00 2 x 2 x 00 2 x 4700 2 x 00 2 x 0000 2 x 00 2 x 200 2 x 2 x 00 2 x 4700 2 x 00 2 x 0000 2 x 00 2 x 200 Approval: C US IEC/ U/ CSA E0384-4 43
Capacirs Type KPB734 Electrical connection PE Y2 Y2 PE X 2 N N2 N R R = 470 kω - 2.7 MΩ on request Class XY2 two-pole KPB734 Standard values KPB734 Technical data Capacitance Dielectric paper impregnated Electrodes aluminium foil Rated voltage Rated current A Capacitance lerance ± % Climatic category + letter indicating passive flammability category 2/00/2/B Temperature range -2 +00 C Test voltage X capacir 70 V DC, 2 s Y2 capacir V AC, 2 s Insulation resistance at C, Um = 00 V DC, t = min Ri 000 MW Casing thermoplastic can, sealed with synthetical resin, flame retardant Terminals fast-on connecrs.3x CuZn/Sn Complies IEC/U/CSA 0384-4 Rated temperature uu 8 C class X (µf) class Y2 (pf) 0. 0. 0. 0. 0. 0. 0. 0. 2 x 0.00 2 x 0.0047 2 x 0.00 2 x 0.07 2 x 0.00 2 x 0.0 2 x 0.022 2 x 0.0 Approval: C US IEC/ U/ CSA E0384-4
Capacirs Type KPB742 Electrical connection KPB742 Fixing plate with earth symbol DIN 400-B-T impressed mm Tabs, N:.3 x DIN IEC 070 73. ± ± R Y2 Y2 X PE N R = 470 kω - 2.7 MΩ on request Marking ± Class XY2 two-pole Tabs, N:.3 x DIN IEC 070 2. ± ± Fixing hooks + 0-28. ±0. ± 2 ± Technical data Standard values KPB742 Dielectric paper impregnated Electrodes aluminium foil Rated voltage Capacitance lerance ± % Climatic category 2/00/2/C Temperature range -2 +00 C Test voltage X capacir 70 V DC, 2 s Y2 capacir V AC, 2 s Insulation resistance at C, Um = 00 V DC, t = min Ri 000 MW for C 3 µf Casing thermoplastic can, sealed with synthetical resin, flame retardant Terminals 3x fast-on connecrs.3x CuZn/Sn Complies IEC/EN 0384-4 Capacitance class X (µf) class Y2 (pf) 0. 2 x 00 2 x 00 Other values upon request Approval: IEC 0384-4 4
Capacirs Type KNB742 Electrical connection KNB742 3 ± Earth symbol DIN 400-B-T PE 2 ±0.2 PE Y2 0 ±0.2. 2 N R = MΩ 3. ±2 f3.3 ±0 R 3x.8 ±2 Class XY2 Y2 X four-pole 4 ± 28. ± + 2. -0.2 38. ± ±0. ± RAST W2.00 3. ± Standard values KNB742 Capacitance Technical data class X (µf) class Y2 (pf) Dielectric polypropylene film, metallized Rated voltage Rated current A Rated temperature uu 8 C Capacitance lerance ± % Climatic category - letter indicating passive category 2/00/2/C Temperature range -2 +00 C Test voltage X capacir 70 V DC, 2 s Y2 capacir V AC, 2 s Insulation resistance at C, Um = 00 V DC, t = min Ri 000 MW Casing thermoplastic can, sealed with synthetical resin, flame retardant Terminals fast-on connecrs.3x CuZn/Sn Complies IEC/EN 0384-4 0.0 0.24 0.2 3 Approval: IEC 0384-4 2 x 20
Capacirs Type KPB83xx Electrical connection Y2 Y2 2 N X R R = 470 kω - 2.7 MΩ on request Standard values KPB83xx Class XY2 four-pole ast two numbers in the type designation (xx = 00 4) indicate the type of terminals and connecrs. KPB83xx blue transperent ± ± 8 black ±3 d± ±2 ±3 Technical data Dielectric paper impregnated Electrodes aluminium foil Rated current A Rated voltage Capacitance lerance ± % Climatic category 2/08/2 acc. IEC 008- Passive flammability acc. IEC 0384-4 Temperature range -2 +8 C Test voltage X capacir 70 V DC, 2 s Y2 capacir 800 V AC, 2 s Insulation resistance at C, Um = 00 V DC, t = min Ri 000 MW for C 3 µf Ri x Cn 00 s for C > 3 µf Complies IEC/EN 0384-4 Capacitance class X (µf) class Y2 (pf) d x 0.022 0.0 0.047 0.047 0.047 0.08 0.08 0.08 0. 0. 0. 0. 0. 0. 0. 0. Approval: Casing: thermoplastic sealed with synthetical resin, flame retardant Wire dimensions on drawing correspond with type KPB8300 standard version. 2 x 00 2 x 00 2 x 00 2 x 4700 2 x 00 2 x 00 2 x 4700 2 x 00 2 x 00 2 x 4700 2 x 4700 2 x 00 2 x 0000 2 x 00 2 x 200 2 x 00 2 x 4700 2 x 00 2 x 00 2 x 00 2 x 0000 2 x 00 2 x 200 2 x 00 2 x 00 2 x 4700 2 x 00 2 x 0000 2 x 00 2 x 200 2 x 00 2 x 4700 2 x 00 2 x 0000 2 x 00 2 x 200 x 30 x 30 2 x 30 4 x 30 4 x 30 4 x 3 4 x 3 4 x 3 4 x 3 4 x 3 x 3 4 x 3 x 3 x 3 8 x 3 8 x 3 x 3 x 3 x 3 8 x 3 8 x 40 8 x 3 8 x 3 x 3 x 3 22 x 40 8 x 40 x 3 8 x 40 8 x 40 x 40 x 40 22 x 40 22 x 40 x 40 x 3 x 40 22 x 40 22 x 40 22 x 40 x 22 x 40 Other values upon request IEC 0384-4 Terminals Type KPB83xx Type of terminals Insulated stranded wire mm2, or insulated solid wire ø mm. Non-insulated part is soldered. Wires can be equipped with connection terminals on request. 47
Filters for Radio Interference Suppression Type KP3008 Electrical connection 3 Cy R Cx Cy 2 4 R = 470 kω - 2.7 MΩ on request Class XY2 KP3008 Fast-on connecr.3 DIN 2 M8 Earthing mark DIN 400 2 ± l +2-2 + -0 38 ± Technical data Dielectric paper impregnated Electrodes aluminium foil Rated voltage Capacitance lerance ± % Inductance lerance -30 % + % Test voltage X capacir 70 V DC, 2 s Y2 capacir V AC, 2 s (or 3000 V DC, 2 s) Insulation resistance at C, Um = 00 V DC, t = min Ri 000 MW for C 3 µf Ri x Cn 00 s for C > 3 µf Complies IEC/EN 03-2, Ul283, CSA C22.2 No. 8 capacir part IEC 0384-4 Casing: aluminium can, closed with sealing washer. Terminals Type Type of terminals KP3008 4 fast-on connecrst. 48
Filters for Radio Interference Suppression Type KP3008 Standard values KP 3008 for upper temperature 00 C Nominal values Current I (A)/T( C) 7/40 7/40 0/40 0/40 /40 /40 /40 /40 0/70 0/70 0/70 0/70 0/40 0/40 2./40 2./40 2./40 2./40 2./40 2./40 /40 /40 /40 /40 /40 0/70 0/70 0/70 0/70 0/70 3/40 2./40 3/40 0/40 0/40 2./40 2./40 2./40 2./40 2./40 /40 /40 /40 /40 /40 0/70 0/70 0/70 0/70 0/70 X (µf) Y2 (pf) 2 x 20 2 x 00 0.2 2 x 20 2 x 20 2 x 800 2 x 0 2 x 0000 2 x 20 Inductance (mh)...3. 2.3..3. 0.3.3..3..3. Approvals for climatic category 40/00/ according IRC 008- Discharging resisr R (mw).... Nominal values for capacitance: IEC 03-2 38 38 8 8 2 72 8 8 2 72 2 2 2 2 2 2 7 7 2 2 7 7 72 2 2 7 7 72 8 8 80 80 80 80 80 80 80 8 80 80 8 8 0 80 80 8 8 0 * µf + 2 x 20 pf µf + 2 x 20 pf * µf + 2 x 4700 pf µf + 2 x 00 pf µf + 2 x 0000 pf µf + 2 x 00 pf * 0.2 µf + 2 x 20 pf 0.2 µf + 2 x 00 pf * 0.2 µf + 2 x 4700 pf 0.2 µf + 2 x 00 pf 0.2 µf + 2 x 0000 pf * 0.2 µf + 2 x 00 pf * 0.2 µf + 2 x 8000 pf 0.2 µf + 2 x 000 pf * 0.2 µf + 2 x 200 pf * 0.2 µf + 2 x 0 pf 0.2 µf + pf * µf + 2 x 20 pf * µf + 2 x 00 pf µf + 2 x 4700 pf µf + 2 x 00 pf µf + 2 x 0000 pf µf + 2 x 00 pf * µf + 2 x 8000 pf µf + 2 x 000 pf * µf + 2 x 200 pf µf + 2 x 0 pf µf + pf µf + 2 x 20 pf µf + 2 x 00 pf µf + 2 x 4700 pf µf + 2 x 00 pf µf + 2 x 0000 pf µf + 2 x 00 pf µf + 2 x 8000 pf µf + 2 x 000 pf µf + 2 x 200 pf µf + 2 x 0 pf µf + pf * Only for IEC 03-2 Approvals in use 4
Filters for Radio Interference Suppression Type KP300 Electrical connection 3 Cy R Cx Cy 2 4 R = 470 kω - 2.7 MΩ on request Class XY2 KP300 Earthing mark DIN 400 KNB73x M8 Fast-on connecr.3 DIN 2 2 ± l +2-2 + -0 38 ± Technical data Dielectric paper impregnated Electrodes aluminium foil Rated voltage Capacitance lerance ± % Inductance lerance -30 % + % Test voltage X capacir 70 V DC, 2 s Y2 capacir V AC, 2 s (or 3000 V DC, 2 s) shields against casing V AC, 2 s (only filters where Y2 - capacir is not connected casing) Insulation resistance at C, Um = 00 V DC, t = min Ri 000 MW for C 3 µf Ri x Cn 00 s for C > 3 µf Complies IEC/EN 03-2, Ul283, CSA C22.2 No. 8 capacir part IEC 0384-4 Casing: aluminium can, closed with sealing washer. Terminals Type Type of terminals KP300 fast-on connecrst.
Filters for Radio Interference Suppression Type KP300 Standard values KP 300 for upper temperature 00 C Nominal values Current I (A)/T( C) 7/40 7/40 0/40 0/40 /40 /40 /40 /40 0/70 0/70 0/70 0/70 0/40 0/40 2./40 2./40 2./40 2./40 2./40 2./40 /40 /40 /40 /40 /40 0/70 0/70 0/70 0/70 0/70 3/40 2./40 3/40 0/40 0/40 2./40 2./40 2./40 2./40 2./40 /40 /40 /40 /40 /40 0/70 0/70 0/70 0/70 0/70 X (µf) Y2 (pf) 2 x 20 2 x 00 0.2 2 x 20 2 x 20 2 x 800 2 x 0 2 x 0000 2 x 20 Inductance (mh)...3. 2.3..3. 0.3.3..3..3. Approvals for climatic category 40/00/ according IEC 008- Discharging resisr R (mw).... Nominal values for capacitance: IEC 03-2 38 8 8 2 72 8 8 2 72 2 2 2 2 2 2 7 7 2 2 7 7 72 2 2 7 7 72 8 8 80 80 80 80 80 80 80 8 80 80 8 8 0 80 80 8 8 0 * µf + 2 x 20 pf µf + 2 x 20 pf * µf + 2 x 4700 pf µf + 2 x 00 pf µf + 2 x 0000 pf µf + 2 x 00 pf * 0.2 µf + 2 x 20 pf 0.2 µf + 2 x 00 pf * 0.2 µf + 2 x 4700 pf 0.2 µf + 2 x 00 pf 0.2 µf + 2 x 0000 pf * 0.2 µf + 2 x 00 pf * 0.2 µf + 2 x 8000 pf 0.2 µf + 2 x 000 pf * 0.2 µf + 2 x 200 pf * 0.2 µf + 2 x 0 pf 0.2 µf + pf * µf + 2 x 20 pf * µf + 2 x 00 pf µf + 2 x 4700 pf µf + 2 x 00 pf µf + 2 x 0000 pf µf + 2 x 00 pf * µf + 2 x 8000 pf µf + 2 x 000 pf * µf + 2 x 200 pf µf + 2 x 0 pf µf + pf µf + 2 x 20 pf µf + 2 x 00 pf µf + 2 x 4700 pf µf + 2 x 00 pf µf + 2 x 0000 pf µf + 2 x 00 pf µf + 2 x 8000 pf µf + 2 x 000 pf µf + 2 x 200 pf µf + 2 x 0 pf µf + pf * Only for IEC 03-2 Approvals in use
Filters for Radio Interference Suppression Type KP3023 Electrical connection Cy R Cx Cy R = 470 kω - 2.7 MΩ on request Class XY2 KP3023 Fast-on connecr.3 DIN 2 Earthing mark DIN 400 M8 B 2B 2A A 2 ± l +2-2 + -0 38 ± Technical data Dielectric paper impregnated Electrodes aluminium foil Rated voltage Capacitance lerance ± % Inductance lerance -30 % + % Test voltage X capacir 70 V DC, 2 s Y2 capacir V AC, 2 s (or 3000 V DC, 2 s) shields against casing V AC, 2 s Insulation resistance at C, Um = 00 V DC, t = min Ri 000 MW for C 3 µf Ri x Cn 00 s for C > 3 µf Complies IEC/EN 03-2, U283, CSA C22.2 No. 8 capacir part IEC 0384-4 Casing: aluminium can, closed with sealing washer. Terminals Type Type of terminals KP3023 - A, 2A and B, 2B for RAST - 2 x fast-on connecrs 2 A 2A B 2B
Filters for Radio Interference Suppression Type KP3023 Standard values KP 3023 for upper temperature 00 C Nominal values Current I (A)/T( C) 7/40 7/40 0/40 0/40 /40 /40 /40 /40 0/70 0/70 0/70 0/70 0/40 0/40 2./40 2./40 2./40 2./40 2./40 2./40 /40 /40 /40 /40 /40 0/70 0/70 0/70 0/70 0/70 3/40 2./40 /40 3/40 0/40 0/40 2./40 2./40 2./40 2./40 2./40 /40 /40 /40 /40 /40 0/70 0/70 0/70 0/70 0/70 X (µf) Y2 (pf) 2 x 20 2 x 00 0.2 2 x 20 2 x 20 2 x 800 2 x 0 2 x 00 2 x 0000 2 x 20 Inductance (mh)...3. 2.3..3. 0.3.3..3..3. Approvals for climatic category 40/00/ according IEC 008- Discharging resisr R (mw).... Nominal values for capacitance: IEC 03-2 38 47 47 47 7 7 70 70 70 70 7 70 70 7 7 83 83 83 83 83 83 83 88 83 83 88 88 3 83 83 88 88 3 * µf + 2 x 20 pf * µf + 2 x 00 pf µf + 2 x 4700 pf µf + 2 x 00 pf µf + 2 x 0000 pf µf + 2 x 00 pf * 0.2 µf + 2 x 00 pf 0.2 µf + 2 x 4700 pf 0.2 µf + 2 x 00 pf * 0.2 µf + 2 x 0000 pf * 0.2 µf + 2 x 00 pf 0.2 µf + 2 x 8000 pf * 0.2 µf + 2 x 000 pf 0.2 µf + 2 x 200 pf 0.2 µf + 2 x 0 pf 0.2 µf + pf * µf + 2 x 00 pf µf + 2 x 4700 pf µf + 2 x 00 pf µf + 2 x 0000 pf * µf + 2 x 00 pf µf + 2 x 8000 pf * µf + 2 x 000 pf µf + 2 x 200 pf µf + 2 x 0 pf µf + pf * µf + 2 x 20 pf * µf + 2 x 00 pf * µf + 2 x 4700 pf * µf + 2 x 00 pf * µf + 2 x 0000 pf * µf + 2 x 00 pf * µf + 2 x 8000 pf * µf + 2 x 000 pf * µf + 2 x 200 pf * µf + 2 x 0 pf * µf + pf * Only for IEC 03-2 Approvals in use 3
Filters for Radio Interference Suppression Type KP3024 Electrical connection Cy R Cx Cy R = 470 kω - 2.7 MΩ on request Class XY2 KP3024 Fast-on connecr.3 DIN 2 M8 Earthing mark DIN 400 2 ± l +2-2 + -0 38 ± Technical data Dielectric paper impregnated Electrodes aluminium foil Rated voltage Capacitance lerance ± % Inductance lerance -30 % + % Test voltage X capacir 70 V DC, 2 s Y2 capacir V AC, 2 s (3000 V DC, 2 s) Insulation resistance at C, Um = 00 V DC, t = min Ri 000 MW for C 3 µf Ri x Cn 00 s for C > 3 µf Complies IEC/EN 03-2, U283, CSA C22.2 No. 8 capacir part IEC 0384-4 Casing: aluminium can, closed with sealing washer. Terminals Type Type of terminals KP3024 - for RAST - 2 x fast-on connecrs 4
Filters for Radio Interference Suppression Type KP3024 Standard values KP 3024 for upper temperature 00 C Nominal values Current I (A)/T( C) 7/40 7/40 0/40 0/40 /40 /40 /40 /40 0/70 0/70 0/70 0/70 0/40 0/40 2./40 2./40 2./40 2./40 2./40 2./40 /40 /40 /40 /40 /40 0/70 0/70 0/70 0/70 0/70 3/40 2./40 /40 3/40 0/40 0/40 2./40 2./40 2./40 2./40 2./40 /40 /40 /40 /40 /40 0/70 0/70 0/70 0/70 0/70 X (µf) Y2 (pf) 2 x 20 2 x 00 0.2 2 x 20 2 x 20 2 x 800 2 x 0 2 x 00 2 x 0000 2 x 20 Inductance (mh)...3. 2.3..3. 0.3.3..3..3. Approvals for climatic category 40/00/ according IEC 008- Discharging resisr R (mw).... Nominal values for capacitance: IEC 03-2 38 8 8 2 72 8 8 2 72 2 2 2 2 2 2 7 7 2 2 7 7 72 2 2 7 7 72 8 8 7 80 80 80 80 80 80 80 8 80 80 8 8 0 80 80 8 8 0 * µf + 2 x 20 pf µf + 2 x 00 pf * µf + 2 x 4700 pf µf + 2 x 00 pf µf + 2 x 0000 pf µf + 2 x 00 pf * 0.2 µf + 2 x 20 pf 0.2 µf + 2 x 00 pf * 0.2 µf + 2 x 4700 pf 0.2 µf + 2 x 00 pf 0.2 µf + 2 x 0000 pf * 0.2 µf + 2 x 00 pf * 0.2 µf + 2 x 8000 pf 0.2 µf + 2 x 000 pf * 0.2 µf + 2 x 200 pf * 0.2 µf + 2 x 0 pf * µf + 2 x 20 pf * µf + 2 x 00 pf µf + 2 x 4700 pf µf + 2 x 00 pf µf + 2 x 0000 pf µf + 2 x 00 pf * µf + 2 x 8000 pf µf + 2 x 000 pf * µf + 2 x 200 pf µf + 2 x 0 pf * µf + 2 x 20 pf * µf + 2 x 00 pf * µf + 2 x 4700 pf * µf + 2 x 00 pf * µf + 2 x 0000 pf * µf + 2 x 00 pf * µf + 2 x 8000 pf * µf + 2 x 000 pf * µf + 2 x 200 pf * µf + 2 x 0 pf * µf + pf * Only for IEC 03-2 Approvals in use
Filters for Radio Interference Suppression Type KP38 Electrical connection Cy R Cx Cy R = 470 kω - 2.7 MΩ on request Casing: aluminium can, sealed with synthetical resin, flame retardant Terminals Class XY2 Type Type of terminals KP38 fast-on connecrs KP38 4 ± ± 0 ± 28. ± 2. ± 3 ± 3 ± 2 ±0.2 ±0.2 2.2 H ± W 4 ± ± 7 ± 4 ± Technical data Dielectric paper impregnated Electrodes aluminium foil Rated voltage Capacitance lerance ± % Inductance lerance -30 % + % Test voltage X capacir 70 V DC, 2 s Y2 capacir V AC, 2 s (3000 V DC, 2 s) Insulation resistance at C, Um = 00 V DC, t = min Ri 000 MW for C 3 µf Ri x Cn 00 s for C > 3 µf Complies IEC/EN 03-2, U283, CSA C22.2 No. 8 capacir part IEC 0384-4
Filters for Radio Interference Suppression Type KP38 Standard values KP 38 for upper temperature 00 C Current I (A)/T( C) 0/40 0/40 0/40 0/40 2./40 2./40 2./40 2./40 2./40 2./40 /40 /40 /40 0/70 0/70 0/70 0/40 0/40 0/40 0/40 2./40 2./40 2./40 2./40 2./40 2./40 /40 /40 /40 0/70 0/70 0/70 0/40 0/40 0/40 0/40 2./40 2./40 2./40 2./40 2./40 2./40 /40 /40 /40 0/70 0/70 0/70 X (µf) 0.2 3 Y2 (pf) 2 x 20 2 x 20 2 x 20 Nominal values Discharging Inductance resisr R (mh) (mw).8.3..8.8.3..8.8.3..8 H W 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 IEC 03-2 Nominal values for capacitance: 0.2 µf + 2 x 20 pf 0.2 µf + 2 x 00 pf 0.2 µf + 2 x 4700 pf 0.2 µf + 2 x 00 pf 0.2 µf + 2 x 0000 pf 0.2 µf + 2 x 00 pf 0.2 µf + 2 x 000 pf 0.2 µf + 2 x 200 pf 0.2 µf + 2 x 0 pf 0.2 µf + pf 3 µf + 2 x 20 pf 3 µf + 2 x 00 pf 3 µf + 2 x 4700 pf 3 µf + 2 x 00 pf 3 µf + 2 x 0000 pf 3 µf + 2 x 00 pf 3 µf + 2 x 000 pf 3 µf + 2 x 200 pf 3 µf + 2 x 0 pf µf + 2 x 20 pf µf + 2 x 00 pf µf + 2 x 4700 pf µf + 2 x 00 pf µf + 2 x 0000 pf µf + 2 x 00 pf µf + 2 x 000 pf µf + 2 x 200 pf µf + 2 x 0 pf Approvals in use 7
Filters for Radio Interference Suppression Type KP38 Standard values KP 38 for upper temperature 00 C Current I (A)/T( C) 0/40 0/40 0/40 0/40 2./40 2./40 2./40 2./40 2./40 2./40 /40 /40 /40 0/70 0/70 0/70 0/40 0/40 0/40 0/40 2./40 2./40 2./40 2./40 2./40 2./40 /40 /40 /40 0/70 0/70 0/70 0/40 0/40 0/40 0/40 2./40 2./40 2./40 2./40 2./40 2./40 /40 /40 /40 0/70 0/70 0/70 X (µf) 0. Y2 (pf) 2 x 20 2 x 20 2 x 20 Nominal values Discharging Inductance resisr R (mh) (mw).8.3..8.8.3..8.8.3..8 H W IEC 03-2 Nominal values for capacitance: 0. µf + 2 x 20 pf 0. µf + 2 x 00 pf 0. µf + 2 x 4700 pf 0. µf + 2 x 00 pf 0. µf + 2 x 0000 pf 0. µf + 2 x 00 pf 0. µf + 2 x 000 pf 0. µf + 2 x 200 pf 0. µf + 2 x 0 pf 0. µf + pf µf + 2 x 20 pf µf + 2 x 00 pf µf + 2 x 4700 pf µf + 2 x 00 pf µf + 2 x 0000 pf µf + 2 x 00 pf µf + 2 x 000 pf µf + 2 x 200 pf µf + 2 x 0 pf µf + 2 x 20 pf µf + 2 x 00 pf µf + 2 x 4700 pf µf + 2 x 00 pf µf + 2 x 0000 pf µf + 2 x 00 pf µf + 2 x 000 pf µf + 2 x 200 pf µf + 2 x 0 pf Approvals in use 8
Filters for Radio Interference Suppression Type KP323 Electrical connection A 2A Cy R Cx B 2B Cy R = 470 kω - 2.7 MΩ on request Casing: aluminium can, sealed with synthetical resin, flame retardant Terminals Type of terminals Type Class XY2 - A, 2A and B, 2B for RAST - 2 x fast-on connecrs KP323 KP323 ± 2. ± ± 3 ± 2 ±0.2 3 ± 4 B 0 ± 2B 28. A 2A ±0.2 2,2 7 ± H W 7 4 Technical data Dielectric paper impregnated Electrodes aluminium foil Rated voltage 2 V AC, Capacitance lerance ± % Inductance lerance -30 % + % Test voltage X capacir 70 V DC, 2 s Y2 capacir V AC, 2 s (3000 V DC, 2 s) Insulation resistance at C, Um = 00 V DC, t = min Ri 000 MW for C 3 µf Ri x Cn 00 s for C > 3 µf Complies IEC/EN 03-2, U283, CSA C22.2 No. 8 capacir part IEC 0384-4
Filters for Radio Interference Suppression Type KP323 Standard values KP 323 for upper temperature 00 C Current I (A)/T( C) 0/40 0/40 0/40 0/40 2./40 2./40 2./40 2./40 2./40 2./40 /40 /40 /40 0/70 0/70 0/70 0/40 0/40 0/40 0/40 2./40 2./40 2./40 2./40 2./40 2./40 /40 /40 /40 0/70 0/70 0/70 0/40 0/40 0/40 0/40 2./40 2./40 2./40 2./40 2./40 2./40 /40 /40 /40 0/70 0/70 0/70 X (µf) 0.2 3 Y2 (pf) 2 x 20 2 x 20 2 x 20 Nominal values Discharging Inductance resisr R (mh) (mw).8.3..8.8.3..8.8.3..8 H W IEC 03-2 Nominal values for capacitance: 0.2 µf + 2 x 20 pf 0.2 µf + 2 x 00 pf 0.2 µf + 2 x 4700 pf 0.2 µf + 2 x 00 pf 0.2 µf + 2 x 0000 pf 0.2 µf + 2 x 00 pf 0.2 µf + 2 x 000 pf 0.2 µf + 2 x 200 pf 0.2 µf + 2 x 0 pf 0.2 µf + pf 3 µf + 2 x 20 pf 3 µf + 2 x 00 pf 3 µf + 2 x 4700 pf 3 µf + 2 x 00 pf 3 µf + 2 x 0000 pf 3 µf + 2 x 00 pf 3 µf + 2 x 000 pf 3 µf + 2 x 200 pf 3 µf + 2 x 0 pf µf + 2 x 20 pf µf + 2 x 00 pf µf + 2 x 4700 pf µf + 2 x 00 pf µf + 2 x 0000 pf µf + 2 x 00 pf µf + 2 x 000 pf µf + 2 x 200 pf µf + 2 x 0 pf Approvals in use 0
Filters for Radio Interference Suppression Type KP323 Standard values KP 323 for upper temperature 00 C Current I (A)/T( C) 0/40 0/40 0/40 0/40 2./40 2./40 2./40 2./40 2./40 2./40 /40 /40 /40 0/70 0/70 0/70 0/40 0/40 0/40 0/40 2./40 2./40 2./40 2./40 2./40 2./40 /40 /40 /40 0/70 0/70 0/70 0/40 0/40 0/40 0/40 2./40 2./40 2./40 2./40 2./40 2./40 /40 /40 /40 0/70 0/70 0/70 /40 X (µf) 0. Y2 (pf) 2 x 20 2 x 20 2 x 20 Nominal values Discharging Inductance resisr R (mh) (mw).8.3..8.8.3..8.8.3..8 H W IEC 03-2 Nominal values for capacitance: 0. µf + 2 x 20 pf 0. µf + 2 x 00 pf 0. µf + 2 x 4700 pf 0. µf + 2 x 00 pf 0. µf + 2 x 0000 pf 0. µf + 2 x 00 pf 0. µf + 2 x 000 pf 0. µf + 2 x 200 pf 0. µf + 2 x 0 pf 0. µf + pf µf + 2 x 20 pf µf + 2 x 00 pf µf + 2 x 4700 pf µf + 2 x 00 pf µf + 2 x 0000 pf µf + 2 x 00 pf µf + 2 x 000 pf µf + 2 x 200 pf µf + 2 x 0 pf µf + 2 x 20 pf µf + 2 x 00 pf µf + 2 x 4700 pf µf + 2 x 00 pf µf + 2 x 0000 pf µf + 2 x 00 pf µf + 2 x 000 pf µf + 2 x 200 pf µf + 2 x 0 pf Approvals in use
Filters for Radio Interference Suppression Type KP324 Electrical connection Cy R Cx Cy R = 470 kω - 2.7 MΩ on request Casing: aluminium can, sealed with synthetical resin, flame retardant Terminals Type of terminals Type Class XY2 - for RAST - 2 x fast-on connecrs KP324 KP324 3 ± 2 ±0.2 3 ± ± 2. ± 4 2.2 0 ± 7 ± H ± W ± 7 ± 4 ± Technical data 2 Dielectric paper impregnated Electrodes aluminium foil Rated voltage 2 V AC, Capacitance lerance ± % Inductance lerance -30 % + % Test voltage X capacir 70 V DC, 2 s Y2 capacir V AC, 2 s (3000 V DC, 2 s) Insulation resistance at C, Um = 00 V DC, t = min Ri 000 MW for C 3 µf Ri x Cn 00 s for C > 3 µf Complies IEC/EN 03-2, U283, CSA C22.2 No. 8 capacir part IEC 0384-4 28. ± ± ±0.2
Filters for Radio Interference Suppression Type KP324 Standard values KP 324 for upper temperature 00 C Current I (A)/T( C) 0/40 0/40 0/40 0/40 2./40 2./40 2./40 2./40 2./40 2./40 /40 /40 /40 0/70 0/70 0/70 0/40 0/40 0/40 0/40 2./40 2./40 2./40 2./40 2./40 2./40 /40 /40 /40 0/70 0/70 0/70 0/40 0/40 0/40 0/40 2./40 2./40 2./40 2./40 2./40 2./40 /40 /40 /40 0/70 0/70 0/70 X (µf) 0.2 3 Y2 (pf) 2 x 20 2 x 20 2 x 20 Nominal values Discharging Inductance resisr R (mh) (mw).8.3..8.8.3..8.8.3..8 H W 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 IEC 03-2 Nominal values for capacitance: 0.2 µf + 2 x 20 pf 0.2 µf + 2 x 00 pf 0.2 µf + 2 x 4700 pf 0.2 µf + 2 x 00 pf 0.2 µf + 2 x 0000 pf 0.2 µf + 2 x 00 pf 0.2 µf + 2 x 000 pf 0.2 µf + 2 x 200 pf 0.2 µf + 2 x 0 pf 0.2 µf + pf 3 µf + 2 x 20 pf 3 µf + 2 x 00 pf 3 µf + 2 x 4700 pf 3 µf + 2 x 00 pf 3 µf + 2 x 0000 pf 3 µf + 2 x 00 pf 3 µf + 2 x 000 pf 3 µf + 2 x 200 pf 3 µf + 2 x 0 pf µf + 2 x 20 pf µf + 2 x 00 pf µf + 2 x 4700 pf µf + 2 x 00 pf µf + 2 x 0000 pf µf + 2 x 00 pf µf + 2 x 000 pf µf + 2 x 200 pf µf + 2 x 0 pf Approvals in use 3
Filters for Radio Interference Suppression Type KP324 Standard values KP 324 for upper temperature 00 C Current I (A)/T( C) 0/40 0/40 0/40 0/40 2./40 2./40 2./40 2./40 2./40 2./40 /40 /40 /40 0/70 0/70 0/70 0/40 0/40 0/40 0/40 2./40 2./40 2./40 2./40 2./40 2./40 /40 /40 /40 0/70 0/70 0/70 0/40 0/40 0/40 0/40 2./40 2./40 2./40 2./40 2./40 2./40 /40 /40 /40 0/70 0/70 0/70 X (µf) 0. Y2 (pf) 2 x 20 2 x 20 2 x 20 Nominal values Discharging Inductance resisr R (mh) (mw).8.3..8.8.3..8.8.3..8 H W IEC 03-2 Nominal values for capacitance: 0. µf + 2 x 20 pf 0. µf + 2 x 00 pf 0. µf + 2 x 4700 pf 0. µf + 2 x 00 pf 0. µf + 2 x 0000 pf 0. µf + 2 x 00 pf 0. µf + 2 x 000 pf 0. µf + 2 x 200 pf 0. µf + 2 x 0 pf 0. µf + pf µf + 2 x 20 pf µf + 2 x 00 pf µf + 2 x 4700 pf µf + 2 x 00 pf µf + 2 x 0000 pf µf + 2 x 00 pf µf + 2 x 000 pf µf + 2 x 200 pf µf + 2 x 0 pf µf + 2 x 20 pf µf + 2 x 00 pf µf + 2 x 4700 pf µf + 2 x 00 pf µf + 2 x 0000 pf µf + 2 x 00 pf µf + 2 x 000 pf µf + 2 x 200 pf µf + 2 x 0 pf Approvals in use 4
Filters for Radio Interference Suppression Type KP3300 KP3300 red black yellow-green or neutral black red ± 8 +0 - l + d 0, Class XY2 Electrical connection Cy Cx Cy R = 470 kω - 2.7 MΩ on request Standard values KP3300 Rated values Current Inductance I (A) X (µf) Y2 (pf) (mh) d x l Technical data Construction: - capacir paper impregnated Electrodes aluminium foil Rated voltage 2 V AC, Capacitance lerance ± % Inductance lerance -30 % + % Climatic category 2/8/2 acc. IEC 008- Temperature range -2 +8 C Test voltage X - capacir 2 V DC, 2 s for UR = 2 V X - capacir 70 V DC, 2 s for UR = V Y2 - capacir 00 V DC, 2 s (or 800 V AC, 2 s) Insulation resistance at C, Um = 00 V DC, t = min Ri 000 MW for C 3 µf Ri x Cn 00 s for C > 3 µf Complies IEC/EN 03-2, capacir section IEC 0384-4 4 3 4 2 0. 0. 0. 0. 0. 2 x 2 x 2 x 2 x 2 x 2x 2x 2x4 2x2 2x 2 x 2 x 2 x 2 x 2 x Casing: thermoplastic, sealed with synthetical resin. Terminals Type Type of terminals KP3300 stranded wire mm2 with PVC insulation