Here are the key facts about 63CE470KXT+D from its datasheet:
Electrical
Capacitance: “470 µF”
Tolerance: “±20%”
Operating temperature range: “-55°C to +105°C”
Endurance: “for φ8 to φ16… 2,000 hours at 105°C with rated voltage applied (including rated ripple current). After test: ΔC/C within ±25%, tan δ < 200% of specified, LC < specified value.”
Ripple current: “600 mA at 100 kHz”
Impedance: “0.12 Ω at 100 kHz”
Leakage current: “the greater value of either 0.01CV or 3 μA, with an additional 0.02 μA for every 1,000 μF exceeding 1,000 μF.”
Rated voltage table includes “63 V” (this device is the 63 V, 470 µF option in the series).
Mechanical and marking
Case size example for this can size: “Diameter (D): 16.0 mm ±0.5 mm; Length (L): 16.5 mm ±0.3 mm; Width/Height (W/H): 17.3 mm ±0.2 mm.”
Polarity: “The cathode (negative terminal) is indicated by a marking on the capacitor body.”
Marking includes polarity, lot number, capacitance, series symbol, and rated voltage.
If you share your operating voltage, ripple current, and ambient temperature, I can check suitability and derating for your use case, or add this part into your schematic with recommended placement notes.
“A bar is used to denote the cathode (negative terminal).”
Practical note: the datasheet labels polarity, not numeric pin numbers. Map your footprint pad numbers accordingly (e.g., assign the pad adjacent to the case stripe/bar as the negative node).