Capacitor XTREME 1 µF 450 VAC with leads, model 3357#

Capacitor XTREME 1 µF 450 VAC with leads, model 3357# is a compact AC-rated capacitor designed for use in motor circuits and power-factor correction applications. Supplied with attached leads for straightforward wiring, this 1 µF capacitor is intended for repair, replacement or integration into industrial and household motor assemblies where a small, robust AC capacitor is required.

Advantages

This capacitor is rated for 450 VAC operation and features factory-attached leads that simplify installation and reduce assembly time. Its compact size allows fitting into confined spaces commonly found in motor housings and control boxes. The construction is designed to deliver stable capacitance under AC load conditions relevant to phase-shift and power-factor tasks.

Suitable for

• AC motor start and run circuits requiring a 1 µF capacitor
• Phase-shift networks in single-phase motor assemblies
• Power-factor correction in small appliances and industrial equipment
• Component replacement during repair and maintenance of motors

Key specifications

• Nominal capacitance: 1 µF
• Rated voltage (AC): 450 VAC
• Lead type: factory-attached insulated leads for direct wiring
• Application environment: designed for AC motor circuits and power-factor applications
• Physical form factor: compact, suitable for confined mounting spaces

How to use

Before installation, ensure the equipment is powered off and discharged. Identify the motor or circuit points where the capacitor is to be connected, observing correct polarity if applicable for the capacitor type and the circuit design. Route the attached leads to the connection points and secure them with appropriate connectors or terminal screws. Ensure the capacitor is mounted so that it is protected from excessive heat, moisture and mechanical stress. After wiring, restore power and verify correct circuit operation and absence of abnormal heating or noise.

Usage recommendations

Use this capacitor only within its rated voltage and application scope. Replace capacitors showing physical damage, bulging, or signs of leakage. For motor applications, verify compatibility with the motor’s start/run requirements and consult equipment documentation or a qualified technician when in doubt.