MOV 102 3KV 3000V Metal Oxide Varistor 1000pF 1nF ZOV Metal Oxide Veristor 3KV 2 Pin Leads Power Resistor

Specifications:

• Brand Name: Unknown
• Type: Ceramic Capacitor
• Package Type: Through Hole
• Structure: Fixed Capacitor
• Application: General Purpose
• Model Number: 1000pF or 102K 1KV  TDK Or 1nF
• Rated Voltage: 1KV
• Operating Temperature: -25ºC to +85ºC
• Body: Nickel Plated
• Axial Devices: Tin Plated
• Devices with No Leads: Nickel Plated
• Color: Blue

Features:

Description: 3.5uF Ceiling Fan Capacitor 

SF Capacitor With Cables 3.5uF Celling Fan Capacitor ITALY TECH High Quality 3.5uF 50Hz 60Hz 450VAC Capacitor 2 Pin Leads 3.5uF Capacitor 3.5uF Fan Capacitor

The 3.5uf capacitor for ceiling fan is characterized by its compact size and the use of durable materials like metalized polypropylene. This material ensures stability and reliability under fluctuating voltage conditions.

• A capacitor is a device for storing electrical energy that consists of two insulated conductors in close proximity.
• The parallel-plate capacitor is a simple example of such a storage device.

• The electrical fan’s circuitry consists of one switch, one beginning winding and one running winding and stator, one capacitor serially coupled with the starting winding and one rotor.

• A.C. enters the circuit, and the same phase enters the starting and running windings.
• There is no magnetic rotation when two windings have the same phase.
• As a result, the rotor will not revolve in this fan configuration without a capacitor.
• To generate magnetic rotation, we must provide two separate phases for each winding; but, because most houses only have a single phase connection, we cannot provide two phases.
• As a result, a capacitor is employed to solve this problem. In the circuitry of an electrical fan, a capacitor is serially coupled with the beginning winding.

• AC enters the circuit.
• The same phase enters the running winding and capacitor.
• However, because the capacitor adjusts the phase of the current, a shifted phase AC exits the capacitor and travels to the starting winding, while the applied phase AC remains in the starting winding.
• Magnetic rotation is generated by the two distinct phases in each winding, and therefore the rotor begins to rotate.
• As a result, a capacitor is employed in a fan to generate a phase difference in the current of the two windings, which produces a magnetic flux and causes the fan’s rotor to move.

Description: 3.5uF Ceiling Fan Capacitor 

MF Capacitor Original 3.5uF Celling Fan Capacitor KOREA Standard High Quality 3.5uF 50Hz 60Hz 0.49A 450VAC Capacitor 2 Pin Leads 3.5uF Capacitor 3.5uF Fan Capacitor

The 3.5uf capacitor for ceiling fan is characterized by its compact size and the use of durable materials like metalized polypropylene. This material ensures stability and reliability under fluctuating voltage conditions.

• A capacitor is a device for storing electrical energy that consists of two insulated conductors in close proximity.
• The parallel-plate capacitor is a simple example of such a storage device.

• The electrical fan’s circuitry consists of one switch, one beginning winding and one running winding and stator, one capacitor serially coupled with the starting winding and one rotor.

• A.C. enters the circuit, and the same phase enters the starting and running windings.
• There is no magnetic rotation when two windings have the same phase.
• As a result, the rotor will not revolve in this fan configuration without a capacitor.
• To generate magnetic rotation, we must provide two separate phases for each winding; but, because most houses only have a single phase connection, we cannot provide two phases.
• As a result, a capacitor is employed to solve this problem. In the circuitry of an electrical fan, a capacitor is serially coupled with the beginning winding.

• AC enters the circuit.
• The same phase enters the running winding and capacitor.
• However, because the capacitor adjusts the phase of the current, a shifted phase AC exits the capacitor and travels to the starting winding, while the applied phase AC remains in the starting winding.
• Magnetic rotation is generated by the two distinct phases in each winding, and therefore the rotor begins to rotate.
• As a result, a capacitor is employed in a fan to generate a phase difference in the current of the two windings, which produces a magnetic flux and causes the fan’s rotor to move.

102 MOV 102 5KV MOV Metal Oxide Varistor 1nF 1000pF 5KV ZOV 2 Pin Leads Terminals Leg 102 5KV Metal Oxide Varistor

Specifications:

• Brand Name: Unknown
• Type: Ceramic Capacitor
• Package Type: Through Hole
• Structure: Fixed Capacitor
• Application: General Purpose
• Model Number: 1000pF or 1nf or 102
• Rated Voltage: 5KV
• Operating Temperature: -25ºC to +85ºC
• Body: Nickel Plated
• Axial Devices: Tin Plated
• Devices with No Leads: Nickel Plated
• Color: Blue

Features:

• A capacitor is a device for storing electrical energy that consists of two insulated conductors in close proximity.
• The parallel-plate capacitor is a simple example of such a storage device.

• The electrical fan’s circuitry consists of one switch, one beginning winding and one running winding and stator, one capacitor serially coupled with the starting winding and one rotor.

• A.C. enters the circuit, and the same phase enters the starting and running windings.
• There is no magnetic rotation when two windings have the same phase.
• As a result, the rotor will not revolve in this fan configuration without a capacitor.
• To generate magnetic rotation, we must provide two separate phases for each winding; but, because most houses only have a single phase connection, we cannot provide two phases.
• As a result, a capacitor is employed to solve this problem. In the circuitry of an electrical fan, a capacitor is serially coupled with the beginning winding.

• AC enters the circuit.
• The same phase enters the running winding and capacitor.
• However, because the capacitor adjusts the phase of the current, a shifted phase AC exits the capacitor and travels to the starting winding, while the applied phase AC remains in the starting winding.
• Magnetic rotation is generated by the two distinct phases in each winding, and therefore the rotor begins to rotate.
• As a result, a capacitor is employed in a fan to generate a phase difference in the current of the two windings, which produces a magnetic flux and causes the fan’s rotor to move.

Description: Ceiling Fan capacitor 3.5uF

CBB 3.5uF BOX Type Ceiling Fan Capacitor Industrial Electric Fan Capacitor 3.5uF 50Hz 60Hz 450VAC Capacitor For Ceiling Fan Capacitor 2 Pin Leads Cables

CBB61 Ceiling Fan Capacitor 3.5uF 450V AC 50/60Hz With Cables 450V Capacitor CBB61 Fan Capacitor 3.5uF Capacitor 450V Ceiling Fan Capacitor For Electric Fan Capacitor

CBB61 capacitor is a metalized polypropylene film capacitor, which is mostly used in AC motors, used as a starting capacitor for fans and air conditioners to maintain motor operation, and also can use for range hood fans, air exchange fans, pumps, motors, generator, etc.

Advantage:

This CBB61 run capacitor has characteristics of small volume, lightweight, low loss, strong overload ability, excellent electrical performance, reliable insulation performance, and current with good impact resistance.

Instruction:

Capacitance is not divided into positive and negative stages and can be connected at will. High stability, good heat dissipation effect under high temperature.

Specifications:

• Type: Polystyrene-film-capacitors
• Application: AC / Motor, Fan
• Packaging Type: Box
• Capacitance: 3.5uF
• Structure: Fixed Capacitor
• Structure: Fixed Capacitor
• Manufacturing Material: Polypropylen
• Capacitance Tolerance: 5%
• Rated Voltage: 450VAC
• Frequency: 50/60Hz
• Wire Length: 80mm
• Material: Polypropylene Capacitor
• Size Dimension(W x H x L): 20 x 31 x 38mm

Features:

• High insulation resistance
• Good self-healing character
• Steady performance
• Fan capacitor
• 3.5uF
• 450V AC
• 50HZ
• High speed

Package Includes:

• 1 x CBB 3.5uF Ceiling Fan Capacitor

MOV 14D471K 14D-471K Disk Type Metal Oxide Varistor ZOV For Power Supply ZOV 2 Pin Leads

The MOV-14D471K is a radial leaded Metal Oxide Varistor protects against overvoltage transients such as lightning, power contact and power induction. This device has a high current handling, high energy absorption capability and fast response times to protect against transient faults up to rated limits. Varistors provide reliable and economical protection against high voltage transients and surges which may be produced, for example, by lightning, switching or electrical noise on AC or DC power lines. They have the advantage over transient suppressor diodes in as much as they can absorb much higher transient energies and can suppress positive and negative transients. When a transient occurs, the varistor resistance changes from a very high stand-by value to a very low conducting value. The transient is thus absorbed and clamped to a safe level, protecting sensitive circuit components. Varistors are manufactured from a non-homogeneous material, giving a rectifying action at the contact points of two particles. Many series and parallel connections determine the voltage rating and the current capability of the varistor

Specifications:

• Model: Metal Oxide Varistor 14D471K
• AC Max. Vm:300V
• DC Max. Vm:385V
• Energy (2ms): 220
• Rated Watt: 1W
• Max. Clamping V/A: 775V
• Varistor Volt.(VlmA): 470Vdc
• Weight: 3gm/pc

Features:

MOV S20K420 420VAC 20mm Metal Oxide Varistor S20K420 ZOV Metal Oxide Veristor 420VAC 2 Pin Leads Power Resistor

The MOV-S20K420 is a radial leaded Metal Oxide Varistor protects against overvoltage transients such as lightning, power contact and power induction. This device has a high current handling, high energy absorption capability and fast response times to protect against transient faults up to rated limits. Varistors provide reliable and economical protection against high voltage transients and surges which may be produced, for example, by lightning, switching or electrical noise on AC or DC power lines. They have the advantage over transient suppressor diodes in as much as they can absorb much higher transient energies and can suppress positive and negative transients. When a transient occurs, the varistor resistance changes from a very high stand-by value to a very low conducting value. The transient is thus absorbed and clamped to a safe level, protecting sensitive circuit components. Varistors are manufactured from a non-homogeneous material, giving a rectifying action at the contact points of two particles. Many series and parallel connections determine the voltage rating and the current capability of the varistor

Specifications:

• Model: Metal Oxide Varistor S20K420
• AC Max. Vm:420V
• DC Max. Vm:560V
• Energy (2ms): 220
• Rated Watt: 1W
• Max. Clamping V/A: 775V
• Varistor Volt.(VlmA): 470Vdc
• Weight: 10gm/pc

Features:

MOV 102 1KV 1000V Metal Oxide Varistor 1000pF 1nF ZOV Metal Oxide Veristor 1KV 2 Pin Leads Power Resistor

Specifications:

• Brand Name: Unknown
• Type: Ceramic Capacitor
• Package Type: Through Hole
• Structure: Fixed Capacitor
• Application: General Purpose
• Model Number: 1000pF or 102K 1KV  TDK Or 1nF
• Rated Voltage: 1KV
• Operating Temperature: -25ºC to +85ºC
• Body: Nickel Plated
• Axial Devices: Tin Plated
• Devices with No Leads: Nickel Plated
• Color: Blue

Features:

MOV 103 2KV 2000V Metal Oxide Varistor 10000pF 10nF ZOV Metal Oxide Veristor 2KV 2 Pin Leads Power Resistor

Specifications:

• Brand Name: Unknown
• Type: Ceramic Capacitor
• Package Type: Through Hole
• Structure: Fixed Capacitor
• Application: General Purpose
• Model Number: 10nF 10000pF or 103
• Rated Voltage: 2KV
• Operating Temperature: -25ºC to +85ºC
• Body: Nickel Plated
• Axial Devices: Tin Plated
• Devices with No Leads: Nickel Plated
• Color: Blue

Features: