Type 386 85 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. Specifications Temperature Range 4 to + Rated Voltage Range 6 Vdc to 5 Vdc Range 22 uf to. F Tolerance Leakage Current Ripple Current Multipliers Highlights - Rilled cans withstand high shock and vibration - High ripple current capability - High capacitance per can % +75% 6 Vdc % +5% 2 Vdc 6 CV µa (6 ma max.) at 5 minutes Ambient Temperature 45 C 55 C 65 C 75 C 85 C 2.24 2..73.4. Frequency 6 Hz 2 Hz 3 Hz Hz khz 6 V.9..5.25.3 2 5 V.9..25.4.5 Low Temperature Characteristics Impedance ratio: Z 2 ⁰C Z +25 ⁰C 8 (6 5 Vdc) 4 (63 Vdc) 3 (5 5 Vdc) Endurance Life Test,5 h @ full load at 85 C ±% ESR 2% of limit DCL % of limit Shelf Life Test 5 h @ 85 C ±% ESR 75% of limit DCL % of limit Vibration to 5 Hz,.75 mm or g* if less, 3 directions, 2 h ea Δ : ±5% no visible damage or leakage *5 g if rilled construction RoHS Compliant CDM Cornell Dubilier 4 Technology Place Liberty, SC 29657 Phone: (864)843-2277 Fax: (864)843-38
Type 386 85 C Aluminum Electrolytic, Screw Terminal ing System 386 GH 562 T 4 M P A Type Case Code 562=56 µf 223=22 µf 82=82 µf Tolerance M= ±2% S= +3% T= +5% U= +75% Voltage 6=6 Vdc 45=45 Vdc Terminal A=high post B=low post D=high current low post K=high current high post M=M5 high post J=M6 low post Insulation P=.8 PVC N=none with mounting clamp/bracket R=.8 PVC X=none 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 specifications. Sequence number in A, R, S and T denotes the standard catalog capacitor with no special requirements. A H L.63 (6) Stud Dimensions D + P Case Stud P±.39 Diam. Thread (±. mm).375 M8.47 (2.).75 M8.47 (2.) Optional Stud 2. M2.63 (6.) 2.5 M2.63 (6.) 3. M2.63 (6.) Can Dimensions Insulation Adders Diameter (D) Length (L) Standing Height (H) (mm ) (mm ) (mm ).8" PVC.2.5.32.8.24.6 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.34 8..94 2.4 32.28 5.5 25 2.82 High Post 3/8 to 3 A.34 8..28 7. 32.375 9.5 25 2.82 High Current, Low 2 /2 & 3 D.684 7.4.25 3.2 ¼ 28.344 8.7 5 5.65 High Current, High 2 /2 & 3 K.684 7.4.28 7. ¼ 28.469.9 6 6.78 M5 High Post 3/8 to 2 M.34 8..28 7. M5.375 9.5 25 2.82 M5 Post 2 /2 & 3 F.52 3..23 5.8 M5.344 8.7 25 2.82 M6 Low Post 3 J.684 7.4.25 3.2 M6.344 8.7 5 5.65 CDM Cornell Dubilier 4 Technology Place Liberty, SC 29657 Phone: (864)843-2277 Fax: (864)843-38
Type 386 85 C Aluminum Electrolytic, Screw Terminal Case Dimensions, Uninsulated Bare Can Diam. (D) Length (L) Terminal Space(P) Optional Case ±.3 ±.8 ±.62 ±.6 ±.4 ±.4 Vent Plug Typical Weight Bracket Code (mm ) (mm ) (mm ) (mm ) (oz ) (g) Part No. BA.375 34.9 2.25 54..5 2.7.39 8. 2.5 72 558-6 BB.375 34.9 2.625 66.7.5 2.7.39 8. 3.2 9 558-6 BC.375 34.9 3.25 79.4.5 2.7.39 8. 3.7 5 558-6 BD.375 34.9 3.625 92..5 2.7.39 8. 4.2 2 558-6 BE.375 34.9 4.25 4.8.5 2.7.39 8. 4.7 35 558-6 BF.375 34.9 4.625 7.5.5 2.7.39 8. 6. 7 558-6 BG.375 34.9 5.25 3.2.5 2.7.39 8. 7.7 22 558-6 BH.375 34.9 5.625 42.9.5 2.7.39 8. 9.5 27 558-6 DA.75 44.5 2.25 54..75 9..453.5 5.6 6 558-5 DB.75 44.5 2.625 66.7.75 9..453.5 6. 75 558-5 DC.75 44.5 3.25 79.4.75 9..453.5 6.3 8 558-5 DD.75 44.5 3.625 92..75 9..453.5 7.2 25 558-5 DE.75 44.5 4.25 4.8.75 9..453.5 7.7 22 558-5 DF.75 44.5 4.625 7.5.75 9..453.5 8.2 235 558-5 DG.75 44.5 5.25 3.2.75 9..453.5 8.8 25 558-5 DH.75 44.5 5.625 42.9.75 9..453.5 9.5 27 558-5 EA 2. 5.8 2.25 54..875 22.2.5 2.7 6. 7 558-9 EB 2. 5.8 2.625 66.7.875 22.2.5 2.7 6.3 8 558-9 EC 2. 5.8 3.25 79.4.875 22.2.5 2.7 6.7 9 558-9 ED 2. 5.8 3.625 92..875 22.2.5 2.7 7.7 22 558-9 EE 2. 5.8 4.25 4.8.875 22.2.5 2.7 8.9 255 558-9 EF 2. 5.8 4.625 7.5.875 22.2.5 2.7.2 29 558-9 EG 2. 5.8 5.25 3.2.875 22.2.5 2.7.2 32 558-9 EH 2. 5.8 5.625 42.9.875 22.2.5 2.7 2.3 35 558-9 FB 2.5 63.5 2.625 66.7.25 28.6.625 5.9.5 3 558-4 FC 2.5 63.5 3.25 79.4.25 28.6.625 5.9 3. 37 558-4 FD 2.5 63.5 3.625 92..25 28.6.625 5.9 4. 4 558-4 FE 2.5 63.5 4.25 4.8.25 28.6.625 5.9 5.6 445 558-4 FF 2.5 63.5 4.625 7.5.25 28.6.625 5.9 2. 6 558-4 FG 2.5 63.5 5.25 3.2.25 28.6.625 5.9 22.8 65 558-4 FH 2.5 63.5 5.625 42.9.25 28.6.625 5.9 2. 6 558-4 GC 3. 76.2 3.25 79.4.25 3.8.75 9. 8.2 52 558- GD 3. 76.2 3.625 92..25 3.8.75 9. 2. 57 558- GE 3. 76.2 4.25 4.8.25 3.8.75 9. 2. 6 558- GF 3. 76.2 4.625 7.5.25 3.8.75 9. 25.2 72 558- GG 3. 76.2 5.25 3.2.25 3.8.75 9. 29.8 85 558- GH 3. 76.2 5.625 42.9.25 3.8.75 9. 34. 97 558- GJ 3. 76.2 5.875 49.2.25 3.8.75 9. 36.8 5 558- GN 3. 76.2 8.625 29..25 3.8.75 9. 5. 46 558- CDM Cornell Dubilier 4 Technology Place Liberty, SC 29657 Phone: (864)843-2277 Fax: (864)843-38
Type 386 85 C Aluminum Electrolytic, Screw Terminal Ratings ESR max Ripple max 2 Hz, 25 C 2 Hz, 85 C ESR max Ripple max 2 Hz, 25 C 2 Hz, 85 C 6 Volts (2 Volts Surge) 5 Volts (63 Volts Surge) CDM Cornell Dubilier 4 Technology Place Liberty, SC 29657 Phone: (864)843-2277 Fax: (864)843-38 22 386BA223T6APA 25. 5.4.375 X 2.25 82 386BA822T5APA 4. 4.2.375 X 2.25 39 386BC393T6APA 8. 7.6.375 X 3.25 2 386BC23T5APA 28. 6..375 X 3.25 56 386BE563T6APA 4. 9.7.375 X 4.25 8 386BE83T5APA 2. 7.8.375 X 4.25 82 386EC823T6APA 6. 7. 2. X 3.25 27 386EC273T5APA 5.. 2. X 3.25 2 386EE24T6APA 5. 2. 2. X 4.25 47 386EE473T5APA. 3. 2. X 4.25 5 386EF54T6APA 4. 23. 2. X 4.625 56 386EF563T5APA. 5. 2. X 4.625 5 386EH54T6APA 4. 25. 2. X 5.625 68 386EH683T5APA 9. 7. 2. X 5.625 22 386FE224T6APA 4. 27. 2.5 X 4.25 68 386FE683T5APA 8. 8. 2.5 X 4.25 27 386FF274T6APA 4. 29. 2.5 X 4.625 82 386FF823T5APA 7. 2. 2.5 X 4.625 33 386FH334T6DPA 3. 34. 2.5 X 5.625 386FH4T5APA 6. 24. 2.5 X 5.625 33 386GE334T6DPA 4. 32. 3. X 4.25 386GE4T5APA 6. 23. 3. X 4.25 39 386GF394T6DPA 3. 35. 3. X 4.625 2 386GF24T5APA 6. 25. 3. X 4.625 47 386GH474T6DPA 3. 4. 3. X 5.625 5 386GH54T5DPA 5. 3. 3. X 5.625 82 386GN824T6DPA 3. 5. 3. X 8.625 22 386GN224T5DPA 4. 4. 3. X 8.625 386GN5T6DPA 3. 5. 3. X 8.625 63 Volts (75 Volts Surge) 25 Volts (3 Volts Surge) 47 386BA472T63APA 42. 4.2.375 X 2.25 8 386BA83T25APA 25. 5.4.375 X 2.25 82 386BC822T63APA 28. 6..375 X 3.25 27 386BC273T25APA 8. 7.5.375 X 3.25 2 386BE23T63APA 2. 8..375 X 4.25 39 386BE393T25APA 4. 9..375 X 4.25 8 386EC83T63APA 5.. 2. X 3.25 68 386EC683T25APA 6. 7. 2. X 3.25 27 386EE273T63APA. 3. 2. X 4.25 386EE4T25APA 5. 2. 2. X 4.25 33 386EF333T63APA. 5. 2. X 4.625 2 386EF24T25APA 4. 23. 2. X 4.625 39 386EH393T63APA 9. 6. 2. X 5.625 5 386EH54T25APA 4. 26. 2. X 5.625 47 386FE473T63APA 8. 8. 2.5 X 4.25 5 386FE54T25APA 4. 27. 2.5 X 4.25 56 386FF563T63APA 7. 2. 2.5 X 4.625 8 386FF84T25APA 4. 29. 2.5 X 4.625 68 386FH683T63APA 6. 24. 2.5 X 5.625 22 386FH224T25DPA 3. 3. 2.5 X 5.625 68 386GE683T63APA 6. 23. 3. X 4.25 22 386GE224T25DPA 4. 32. 3. X 4.25 82 386GF823T63APA 6. 25. 3. X 4.625 27 386GF274T25DPA 3. 35. 3. X 4.625 386GH4T63DPA 5. 3. 3. X 5.625 33 386GH334T25DPA 3. 38. 3. X 5.625 5 386GN54T63DPA 4. 4. 3. X 8.625 56 386GN564T25DPA 3. 5. 3. X 8.625 75 Volts (95 Volts Surge) 4 Volts (5 Volts Surge) 39 386BA392T75APA 43. 4..375 X 2.25 386BA3T4APA 33. 4.8.375 X 2.25 68 386BC682T75APA 29. 5.9.375 X 3.25 5 386BC53T4APA 9. 7.4.375 X 3.25 386BE3T75APA 2. 7.8.375 X 4.25 22 386BE223T4APA 4. 9.4.375 X 4.25 5 386EC53T75APA 5.. 2. X 3.25 39 386EC393T4APA 7. 5. 2. X 3.25 22 386EE223T75APA. 3. 2. X 4.25 56 386EE563T4APA 6. 9. 2. X 4.25 27 386EF273T75APA. 5. 2. X 4.625 68 386EF683T4APA 5. 2. 2. X 4.625 33 386EH333T75APA 9. 7. 2. X 5.625 82 386EH82T4APA 5. 23. 2. X 5.625 33 386FE333T75APA 8. 8. 2.5 X 4.25 386FE4T4APA 5. 24. 2.5 X 4.25 39 386FF393T75APA 7. 2. 2.5 X 4.625 2 386FF24T4APA 4. 27. 2.5 X 4.625 56 386FH563T75APA 6. 23. 2.5 X 5.625 5 386FH54T4DPA 4. 3. 2.5 X 5.625 47 386GE473T75APA 7. 23. 3. X 4.25 5 386GE54T4APA 4. 29. 3. X 4.25 56 386GF563T75APA 6. 25. 3. X 4.625 8 386GF84T4DPA 4. 35. 3. X 4.625 82 386GH823T75APA 5. 29. 3. X 5.625 22 386GH224T4DPA 3. 37. 3. X 5.625 2 386GN24T75DPA 4. 4. 3. X 8.625 33 386GN334T4DPA 3. 5. 3. X 8.625
Type 386 85 C Aluminum Electrolytic, Screw Terminal ESR max 2 Hz, 25 C Ripple max 2 Hz, 85 C ESR max 2 Hz, 25 C Ripple max 2 Hz, 85 C Volts (25 Volts Surge) 386BE2T35APA 2. 3.3.375 X 4.25 27 386BA272TAPA 65. 3.3.375 X 2.25 5 386EC52T35APA 5. 3.9 2. X 3.25 39 386BC392TAPA 5. 4.3.375 X 3.25 22 386EE222T35APA 55. 5.6 2. X 4.25 56 386BE562TAPA 32. 5.9.375 X 4.25 27 386EF272T35APA 44. 7. 2. X 4.625 386EC3TAPA 52. 5.5 2. X 3.25 33 386EH332T35APA 37. 8. 2. X 5.625 5 386EE53TAPA 37. 7.3 2. X 4.25 27 386FE272T35APA 54. 6.6 2.5 X 4.25 8 386EF83TAPA 27. 9. 2. X 4.625 39 386FF392T35APA 37. 8.7 2.5 X 4.625 22 386EH223TAPA. 5. 2. X 5.625 47 386FH472T35APA 33. 9.6 2.5 X 5.625 22 386FE223TAPA 9.. 2.5 X 4.25 47 386GE472T35APA 33. 9.6 3. X 4.25 27 386FF273TAPA 6. 3. 2.5 X 4.625 56 386GF562T35APA 33.. 3. X 4.625 33 386FH333TAPA 4. 4. 2.5 X 5.625 68 386GH682T35APA 28.. 3. X 5.625 33 386GE333TAPA 4. 4. 3. X 4.25 2 386GN23T35APA 8. 8. 3. X 8.625 39 386GF393TAPA. 7. 3. X 4.625 4 Volts (45 Volts Surge) 56 386GH563TDPA 8. 22. 3. X 5.625 33 386BA33T4APA 29..3.375 X 2.25 82 386GN823TDPA 7. 25. 3. X 8.625 56 386BC56T4APA 9. 2..375 X 3.25 2 Volts (25 Volts Surge) 82 386BE82T4APA 29. 3..375 X 4.25 386BA2T2APA 9. 2.6.375 X 2.25 2 386EC22T4APA 95. 3.7 2. X 3.25 5 386BC52T2APA 77. 3.4.375 X 3.25 8 386EE82T4APA 59. 5.5 2. X 4.25 22 386BE222T2APA 52. 4.6.375 X 4.25 22 386EF222T4APA 5. 6.4 2. X 4.625 39 386EC392T2APA 73. 4.8 2. X 3.25 27 386EH272T4APA 39. 7.9 2. X 5.625 56 386EE562T2APA 24. 8.6 2. X 4.25 27 386FE272T4APA 48. 7.3 2.5 X 4.25 68 386EF682T2APA 2. 9.9 2. X 4.625 33 386FF332T4APA 39. 8.5 2.5 X 4.625 82 386EH822T2APA 7. 2. 2. X 5.625 39 386FH392T4APA 37. 9.4 2.5 X 5.625 386FE3T2APA 22.. 2.5 X 4.25 39 386GE392T4APA 37. 9.4 3. X 4.25 2 386FF23T2APA 7. 2. 2.5 X 4.625 47 386GF472T4APA 34.. 3. X 4.625 5 386FH53T2APA 6. 4. 2.5 X 5.625 56 386GH562T4APA 28.. 3. X 5.625 2 386GE23T2APA 26.. 3. X 4.25 386GN3T4APA 8. 8. 3. X 8.625 5 386GF53T2APA 23. 2. 3. X 4.625 45 Volts (525 Volts Surge) 22 386GH223T2APA 7. 5. 3. X 5.625 22 386BA22T45APA 43...375 X 2.25 33 386GN333T2APA 5. 7. 3. X 8.625 39 386BC39T45APA 3..8.375 X 3.25 25 Volts (3 Volts Surge) 56 386BE56T45APA 8. 2.6.375 X 4.25 68 386BA68T25APA 2. 2.6.375 X 2.25 82 386EC82T45APA 45. 3. 2. X 3.25 2 386BC22T25APA 76. 2.6.375 X 3.25 2 386EE22T45APA 85. 4.6 2. X 4.25 8 386BE82T25APA 53. 4.9.375 X 4.25 5 386EF52T45APA 7. 5.3 2. X 4.625 27 386EC272T25APA 67. 4.4 2. X 3.25 8 386EH82T45APA 6. 5.9 2. X 5.625 39 386EE392T25APA 27. 7.9 2. X 4.25 22 386FE222T45APA 53. 6.7 2.5 X 4.25 47 386EF472T25APA 23. 9. 2. X 4.625 27 386FF272T45APA 45. 7.7 2.5 X 4.625 56 386EH562T25APA 2.. 2. X 5.625 33 386FH332T45APA 35. 9.5 2.5 X 5.625 68 386FE682T25APA 24.. 2.5 X 4.25 33 386GE332T45APA 35. 9.5 3. X 4.25 82 386FF822T25APA 9.. 2.5 X 4.625 39 386GF392T45APA 36. 9.8 3. X 4.625 386FH3T25APA 7. 4. 2.5 X 5.625 47 386GH472T45APA 3.. 3. X 5.625 386GE3T25APA 25.. 3. X 4.25 82 386GN822T45APA 23. 4. 3. X 8.625 2 386GF23T25APA 22. 2. 3. X 4.625 5 Volts (55 Volts Surge) 5 386GH53T25APA 9. 4. 3. X 5.625 82 386EE82T5APA 32. 3.4 2. X 4.25 22 386GN223T25APA 6. 7. 3. X 8.625 2 386EG22T5APA 9. 4.6 2. X 5.25 35 Volts (4 Volts Surge) 22 386FG222T5APA 59. 6.6 2.5 X 5.25 39 386BA39T35APA 27..3.375 X 2.25 33 386GH332T5APA 43. 8.6 3. X 5.625 68 386BC68T35APA 63. 2.5.375 X 3.25 CDM Cornell Dubilier 4 Technology Place Liberty, SC 29657 Phone: (864)843-2277 Fax: (864)843-38
Type 386 85 C Aluminum Electrolytic, Screw Terminal Typical Performance Curves.2 Type 386 vs Temperature & Frequency 53 µf 45 V Type 386 ESR vs Temperature & Frequency 53 µf 45 V 4 Ratio to, 2 Hz Value.8.6.4 2 Ratio to, 2 Hz Value 2.2 4. Type 386 Impedance vs Temperature and Frequency 53 µf 45 V 48 Type 386 85 C 6 h Life Test 42µF 45V Applied Voltage 35 V.6 Ratio to, 2 Hz Value. 65ºC 4 2ºC. 47.4 46 ESR 45. 44 43 DF 42 4 DCL 4 2 3 4 5 6 Hours.2.8.6.4.2 ESR DF (unitless) DCL (ma) Type 386 Operating Life in Kilohours vs Ripple Current Expected Operating Life, kh 55 ºC 75 ºC..2.3.4.5.6.7.8.9..2.3.4.5 Rated Ripple-Current Multiple CDM Cornell Dubilier 4 Technology Place Liberty, SC 29657 Phone: (864)843-2277 Fax: (864)843-38
Type 386 85 C Aluminum Electrolytic, Screw Terminal Typical Performance Curves.2 Type 386 vs Temperature & Frequency 4 µf 4 V Type 386 ESR vs Temperature & Frequency 4 µf 4 V Ratio to, 2 Hz Value.8.6.4.2 4 2 Ratio to, 2 Hz Value 4 2. Type 386 Impedance vs Temperature and Frequency 4 µf 4 V.2 Type 386 vs Temperature & Frequency 46 µf 4 V Ratio to, 2 Hz Value.. 4 2 Ratio to, 2 Hz Value.8.6.4.2 2. 4 Type 386 ESR vs Temperature & Frequency 46 µf 4 V Type 386 Impedance vs Temperature and Frequency 46 µf 4 V 4 Ratio to, 2 Hz Value 2. Ratio to, 2 Hz Value 4 2.. CDM Cornell Dubilier 4 Technology Place Liberty, SC 29657 Phone: (864)843-2277 Fax: (864)843-38