CAP,START 161-193MFD,250V
The YORK CAPACITORS 161-193 MFD 250V are UL Recognized, CSA Certified and manufactured to meet/exceed ANSI/IEEE specifications for Factory Mutual Safety Standards.These capacitors are perfect for home use, start up circuits on motor driven type HVAC equipment.
The York 142561 CAPAC 161-193 MFD 250V is a capacitor manufactured by York. Capacitors are electrical components that in its simplest form may only consist of 2 electrical conductors in close proximity, in order to store/hold an electrical charge or energy when it is connected across the line. The amount of capacitance in a given capacitor is directly proportional to the surface area of these parallel conductors, and inversely proportional to the distance separating them.
The York 142561 Capacitor 161-193 MFD 250V is a quality made, completely assembled and tested molded polypropylene capacitor that is ideal for replacing those leaking or damaged capacitors in older refrigerators or freezers. This particular capacitor is 100% compatible with the original equipment and features an enhanced output of 193 mfd.
This York Product is a filter capacitor. It features a maximum voltage of 250V and a minimum voltage of 161V at a capacitance of 193MFD. It also has a frequency of 60 Hertz and amperage of 0.1A . This product offers 0.1A and is labeled with the CE mark of approval and is suitable for mounting using an end bracket on equipment cabinets or on-board systems on trucks, buses or locomotives.
The York MFD starter capacitor, model
A 250V solenoid starter, including a snubber, is designed to control the starting of a capacitor. This product has been tested and validated to ensure it will work with your system. In addition, this product carries a five year warranty from the manufacturer to cover any defects due to workmanship or faulty components.
The S1/0-24-250-075-700 inverter capacitor is a single phase, split capacitance, series connected device embodying two or more individual capacitors in a single case. The SIP capacitors are designed for use in AC power circuits having a 60Hz frequency and a voltage from 110 to 125 hertz. The three-phase model can be applied for three-phase operation