Specifcations. Highlights - Rilled cans withstand high shock and vibration - High ripple current capability - High capacitance per can

Transcription

1 click here to see hardware and mounting options Type C Aluminum Electrolytic, Screw Terminal While Type 386 s standard encasement is by compression with the capacitor element captured on an aluminum peg in the can bottom and a phenolic peg in the top, rilled construction is available. With rilled construction the element is secured by rills, spoon shaped dimples in the side of the can. Rilled construction offers the industry s highest vibration and shock withstanding and excellent heat transfer. Besides increasing ripple current handling, the rilled construction extends the great value of the Type 386 into military and transportation applications that require rugged mechanical capability. Specifcations Temperature Range 4 to + Rated Voltage Range 6 Vdc to 500 Vdc Capacitance Range 220 uf to.0 F Capacitance Tolerance Leakage Current Ripple Current Multipliers Highlights - Rilled cans withstand high shock and vibration - High ripple current capability - High capacitance per can 0% +75% 60 Vdc 0% +50% 200 Vdc 6 CV µa (6 ma max.) at 5 minutes Ambient Temperature 45 C 55 C 65 C 75 C 85 C Frequency 60 Hz 20 Hz 300 Hz 000 Hz 6 00 V V khz Low Temperature Characteristics Impedance ratio: Z Z 20 ⁰C +25 ⁰C 8 (6 50 Vdc) 4 (63 00 Vdc) 3 ( Vdc) Endurance Life Test,500 full load at 85 C Capacitance ±0% ESR 200% of limit DCL 00% of limit Shelf Life Test C Capacitance ±0% ESR 75% of limit DCL 00% of limit Vibration 0 to 500 Hz, 0.75 mm or 0 g* if less, 3 directions, 2 h ea Δ Capacitance: ±5% no visible damage or leakage *5 g if rilled construction RoHS Compliant CDM Cornell Dubilier 40 Technology Place Liberty, SC Phone: (864) Fax: (864)

2 Type C Aluminum Electrolytic, Screw Terminal Part Numbering System 386 GH 562 T 400 M P A Type Case Code Capacitance 562=5600 µf 223=22000 µf 82=820 µf Tolerance Voltage Terminal Insulation M= ±20% 06=6 Vdc A=high post P=0.008 PVC S= 0 +30% B=low post N=none 450=450 Vdc T= 0 +50% D=high current with mounting U= 0 +75% low post clamp/bracket K=high current R=0.008 PVC high post X=none M=M5 high post J=M6 low post Construction* A=compression R=rilled S=stud & compression T=stud & rilled Outline Drawing * Construction code is also a sequence number, e.g., A, A2,---,A9, B,B2,---, for customer specifcations. Sequence number in A, R, S and T denotes the standard catalog capacitor with no special requirements. A H L 0.63 (6) Stud Dimensions D + P Case Stud P± Diam. Thread (±.0 mm).375 M (2.0).750 M (2.0) Optional Stud M (6.0) M (6.0) M (6.0) Can Dimensions Insulation Adders Diameter (D) Length (L) Standing Height (H) (in) (mm ) (in) (mm ) (in) (mm ) 0.008" PVC Terminal Dimensions For Case Post Diameter H max min Full Thread Torque Terminal Style Diameters Code in mm in mm Thread in mm in lb N m Low Post 3/8 to 3 B High Post 3/8 to 3 A High Current, Low 2 /2 & 3 D ¼ High Current, High 2 /2 & 3 K ¼ M5 High Post 3/8 to 2 M M M5 Post 2 /2 & 3 F M M6 Low Post 2 /2 & 3 J M CDM Cornell Dubilier 40 Technology Place Liberty, SC Phone: (864) Fax: (864)

3 Type C Aluminum Electrolytic, Screw Terminal Case Dimensions, Uninsulated Bare Can Case Code Diam. (D) Length (L) Terminal Space(P) ±0.03 ±0.8 ±0.062 ±.6 ±0.04 ±0.4 Vent Plug (A) Typical Weight (in) (mm ) (in) (mm ) (in) (mm ) (in) (mm ) (oz ) (g) Optional Bracket Part No. BA BB BC BD BE BF BG BH DA DB DC DD DE DF DG DH EA EB EC ED EE EF EG EH FB FC FD FE FF FG FH GC GD GE GF GG GH GJ GN CDM Cornell Dubilier 40 Technology Place Liberty, SC Phone: (864) Fax: (864)

4 Type C Aluminum Electrolytic, Screw Terminal Ratings Capacitance (µf) ESR max Ripple max Catalog 20 Hz, 25 C 20 Hz, 85 C Part Number (mω) (A) 6 Volts (20 Volts Surge) 386BA223T06APA BC393T06APA BE563T06APA EC823T06APA EE24T06APA EF54T06APA EH54T06APA FE224T06APA FF274T06APA FH334T06DPA GE334T06DPA GF394T06DPA GH474T06DPA GN824T06DPA GN05T06DPA Volts (30 Volts Surge) 386BA83T025APA BC273T025APA BE393T025APA EC683T025APA EE04T025APA EF24T025APA EH54T025APA FE54T025APA FF84T025APA FH224T025DPA GE224T025DPA GF274T025DPA GH334T025DPA GN564T025DPA Volts (50 Volts Surge) 386BA03T040APA BC53T040APA BE223T040APA EC393T040APA EE563T040APA EF683T040APA EH82T040APA FE04T040APA FF24T040APA FH54T040DPA GE54T040APA GF84T040DPA GH224T040DPA GN334T040DPA Case Size DxL (in).375 X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X Capacitance (µf) ESR max Ripple max Case Size Catalog 20 Hz, 25 C 20 Hz, 85 C DxL Part Number (mω) (A) (in) 50 Volts (63 Volts Surge) 386BA822T050APA X BC23T050APA X BE83T050APA X EC273T050APA X EE473T050APA X EF563T050APA X EH683T050APA X FE683T050APA X FF823T050APA X FH04T050APA X GE04T050APA X GF24T050APA X GH54T050DPA X GN224T050DPA X Volts (75 Volts Surge) 386BA472T063APA X BC822T063APA X BE23T063APA X EC83T063APA X EE273T063APA X EF333T063APA X EH393T063APA X FE473T063APA X FF563T063APA X FH683T063APA X GE683T063APA X GF823T063APA X GH04T063DPA X GN54T063DPA X Volts (95 Volts Surge) 386BA392T075APA X BC682T075APA X BE03T075APA X EC53T075APA X EE223T075APA X EF273T075APA X EH333T075APA X FE333T075APA X FF393T075APA X FH563T075APA X GE473T075APA X GF563T075APA X GH823T075APA X GN24T075DPA X CDM Cornell Dubilier 40 Technology Place Liberty, SC Phone: (864) Fax: (864)

5 Type C Aluminum Electrolytic, Screw Terminal Capacitance Catalog ESR max Ripple max Case Size Capacitance Catalog ESR max Ripple max Case Size (µf) Part Number 20 Hz, 25 C 20 Hz, 85 C DxL (µf) Part Number 20 Hz, 25 C 20 Hz, 85 C DxL (mω) (A) (in) (mω) (A) (in) 00 Volts (25 Volts Surge) BE02T350APA X BA272T00APA X EC52T350APA X BC392T00APA X EE222T350APA X BE562T00APA X EF272T350APA X EC03T00APA X EH332T350APA X EE53T00APA X FE272T350APA X EF83T00APA X FF392T350APA X EH223T00APA X FH472T350APA X FE223T00APA X GE472T350APA X FF273T00APA X GF562T350APA X FH333T00APA X GH682T350APA X GE333T00APA X GN23T350APA X GF393T00APA X Volts (450 Volts Surge) 386GH563T00DPA X BA33T400APA X GN823T00DPA X BC56T400APA X Volts (250 Volts Surge) BE82T400APA X BA02T200APA X EC22T400APA X BC52T200APA X EE82T400APA X BE222T200APA X EF222T400APA X EC392T200APA X EH272T400APA X EE562T200APA X FE272T400APA X EF682T200APA X FF332T400APA X EH822T200APA X FH392T400APA X FE03T200APA X GE392T400APA X FF23T200APA X GF472T400APA X FH53T200APA X GH562T400APA X GE23T200APA X GN03T400APA X GF53T200APA X Volts (525 Volts Surge) GH223T200APA X BA22T450APA X GN333T200APA X BC39T450APA X Volts (300 Volts Surge) BE56T450APA X BA68T250APA X EC82T450APA X BC22T250APA X EE22T450APA X BE82T250APA X EF52T450APA X EC272T250APA X EH82T450APA X EE392T250APA X FE222T450APA X EF472T250APA X FF272T450APA X EH562T250APA X FH332T450APA X FE682T250APA X GE332T450APA X FF822T250APA X GF392T450APA X FH03T250APA X GH472T450APA X GE03T250APA X GN822T450APA X GF23T250APA X Volts (550 Volts Surge) GH53T250APA X EE82T500APA X GN223T250APA X EG22T500APA X Volts (400 Volts Surge) FG222T500APA X BA39T350APA X GH332T500APA X BC68T350APA X 3.25 CDM Cornell Dubilier 40 Technology Place Liberty, SC Phone: (864) Fax: (864)

6 Type C Aluminum Electrolytic, Screw Terminal Typical Performance Curves.2 Type 386 Capacitance vs Temperature & Frequency µf 45 V 00 Type 386 ESR vs Temperature & Frequency µf 45 V 4 Ratio to, 20 Hz Value Ratio to, 20 Hz Value Type 386 Impedance vs Temperature and Frequency µf 45 V Type C 6000 h Life Test 420µF 450V Applied Voltage 350 V Ratio to, 20 Hz Value ºC 4 20ºC Capacitance (µf) ESR 0.2 Capacitance Hours DF DCL ESR (mω) DF (unitless) DCL (ma) 000 Type 386 Operating Life in Kilohours vs Ripple Current Expected Operating Life, kh ºC 75 ºC Rated Ripple-Current Multiple CDM Cornell Dubilier 40 Technology Place Liberty, SC Phone: (864) Fax: (864)

7 Type C Aluminum Electrolytic, Screw Terminal Typical Performance Curves.2 Type 386 Capacitance vs Temperature & Frequency 400 µf 400 V 000 Type 386 ESR vs Temperature & Frequency 400 µf 400 V Ratio to, 20 Hz Value Ratio to, 20 Hz Value Type 386 Impedance vs Temperature and Frequency 400 µf 400 V Ratio to, 20 Hz Value Ratio to, 20 Hz Value Ratio to, 20 Hz Value Ratio to, 20 Hz Value Type 386 Capacitance vs Temperature & Frequency 4600 µf 400 V Type 386 ESR vs Temperature & Frequency 4600 µf 400 V 000 Type 386 Impedance vs Temperature and Frequency 4600 µf 400 V CDM Cornell Dubilier 40 Technology Place Liberty, SC Phone: (864) Fax: (864)

8 Notice and Disclaimer: All product drawings, descriptions, specifcations, statements, information and data (collectively, the Information ) in this datasheet or other publication are subject to change. The customer is responsible for checking, confrming and verifying the extent to which the Information contained in this datasheet or other publication is applicable to an order at the time the order is placed. All Information given herein is believed to be accurate and reliable, but it is presented without any guarantee, warranty, representation or responsibility of any kind, expressed or implied. Statements of suitability for certain applications are based on the knowledge that the Cornell Dubilier company providing such statements ( Cornell Dubilier ) has of operating conditions that such Cornell Dubilier company regards as typical for such applications, but are not intended to constitute any guarantee, warranty or representation regarding any such matter and Cornell Dubilier specifcally and expressly disclaims any guarantee, warranty or representation concerning the suitability for a specifc customer application, use, storage, transportation, or operating environment. The Information is intended for use only by customers who have the requisite experience and capability to determine the correct products for their application. Any technical advice inferred from this Information or otherwise provided by Cornell Dubilier with reference to the use of any Cornell Dubilier products is given gratis (unless otherwise specifed by Cornell Dubilier), and Cornell Dubilier assumes no obligation or liability for the advice given or results obtained. Although Cornell Dubilier strives to apply the most stringent quality and safety standards regarding the design and manufacturing of its products, in light of the current state of the art, isolated component failures may still occur. Accordingly, customer applications which require a high degree of reliability or safety should employ suitable designs or other safeguards (such as installation of protective circuitry or redundancies or other appropriate protective measures) in order to ensure that the failure of an electrical component does not result in a risk of personal injury or property damage. Although all product-related warnings, cautions and notes must be observed, the customer should not assume that all safety measures are indicated in such warnings, cautions and notes, or that other safety measures may not be required.