LNC2W152MTEF

The LNC2W152MTEF is a screw-terminal, stud-mount aluminum electrolytic capacitor designed for industrial power applications. It provides 1.5 mF capacitance at 450 V in a smaller-sized can with high ripple-current capability and polarized construction.

Engineered for inverter circuitry and high-frequency regenerative voltages—such as AC servomotor drives and general inverters—this capacitor balances high ripple handling, long load life and compact packaging for power-supply and motor-drive systems.

Key Features

• Rated Capacitance & Voltage — 1.5 mF (1500 µF) capacitance rated at 450 V for bulk energy storage in high-voltage power circuits.
• Screw-Terminal / Stud Bolt Mount — Radial can with screw terminals and stud/bolt mounting for secure, low-impedance connections in power assemblies.
• High Ripple-Current Performance — Rated ripple currents of 10.4 A at 120 Hz and 14.56 A at 100 kHz to support high-frequency charge–discharge and regenerative loads.
• Smaller-Sized Design — Smaller footprint compared with previous LNX/LNK series variants while retaining elevated ripple capability, helping reduce enclosure space.
• Long Load Life — Load-life specification of 5000 hours at 85 °C under rated ripple current and DC bias for extended reliability in continuous-duty applications.
• Operating Range & Reliability — Operational temperature range −40 °C to +85 °C; insulation resistance >100 MΩ (DC 500 V between terminal and bracket) and AC 2500 V voltage-proof test per series specifications.
• Leakage Current Specification — After 5 minutes at rated voltage, leakage current is limited to not more than 3√(V) µA or 5 mA, whichever is smaller (at 20 °C).
• Regulatory Compliance — Compliant with RoHS directives (2011/65/EU and (EU)2015/863).

Typical Applications

• Industrial Power Supplies — Bulk energy storage and smoothing for inverter-fed power supplies where high ripple tolerance and long service life are required.
• Inverter and Motor Drives — Supports high-frequency regenerative voltage for AC servomotor drives and general inverter circuitry with robust charge–discharge cycling.
• High-Frequency Power Systems — Suited for power electronics that demand high ripple-current handling at both low and high switching frequencies.

Unique Advantages

• High ripple capability for aggressive switching environments: Specified ripple currents at 120 Hz and 100 kHz allow reliable operation under rapid charge–discharge cycles.
• Compact footprint for power-dense designs: Smaller-sized construction compared with related series reduces enclosure and panel space requirements.
• Robust mounting and low-impedance connections: Screw terminals and stud-mount compatibility simplify installation and improve mechanical and electrical stability in power racks.
• Long rated load life: 5000 hours at 85 °C under rated conditions supports continuous-duty industrial applications.
• Wide environmental tolerance: −40 °C to +85 °C operating range suits typical industrial thermal environments.
• RoHS compliance: Meets current RoHS requirements for regulatory alignment in commercial and industrial projects.

Why Choose LNC2W152MTEF?

The LNC2W152MTEF combines high-voltage energy storage with elevated ripple-current capability in a compact screw-terminal package engineered for industrial power electronics. Its 1.5 mF / 450 V rating, long 5000-hour load life at 85 °C, and stud-mount design make it appropriate for inverter systems, servo drives and other high-frequency regenerative applications.

This capacitor is well suited for engineers and procurement teams specifying components for continuous-duty power systems that demand reliable ripple handling, secure mechanical mounting and regulatory compliance. The LNC2W152MTEF delivers measurable design benefits—reduced footprint, simplified installation and predictable endurance—backed by series-level electrical and mechanical specifications.

Request a quote or submit an inquiry to our sales team to discuss pricing, availability and how the LNC2W152MTEF can be integrated into your power electronics design.