| Allicdata Part #: | RT09Q16G20NN-ND |
| Manufacturer Part#: |
RT09Q16G20NN |
| Price: | $ 2.30 |
| Product Category: | Uncategorized |
| Manufacturer: | 3M |
| Short Description: | MICRO-KLEAN RT SERIES FILTER CAR |
| More Detail: | N/A |
| DataSheet: |  RT09Q16G20NN Datasheet/PDF |
| Quantity: | 1000 |
| 100 +: | $ 2.09223 |
Specifications
| Series: | * |
| Part Status: | Active |
Description
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RT09Q16G20NN is a specialized type of contactor designed to be used primarily in automated machines and control circuits. Piloted by high-performance digital integrated circuits, RT09Q16G20NNs provide continuous and reliable service in industry, commerce, and household applications. RT09Q16G20NNs can be used to control lighting and motors, or to provide a timed delay before switching. Here, we provide an overview of the RT09Q16G20NN’s application field and working principles.
RT09Q16G20NN contactors are used to switch electrical current reliably, usually to control lighting and motors. They are used in a wide range of products such as refrigerators, air conditioners, lifts, escalators and food process equipment. In addition to controlling loads of varying power and voltage requirements, RT09Q16G20NN contactors are also used to start up high-power motors.
The RT09Q16G20NN contactor is composed of one or more sets of contacts that are triggered when a given signal is received. A signal is generated when a current or voltage flows through an electromagnet. The current is typically generated by a power supply or from external sources such as photoelectric sensors. The electromagnet creates a magnetic field that either attracts or repels a metal plate or core that makes contact with a pair of contacts, switching the circuit. The current or voltage needed to create the magnetic field depends on the type of contactor.
RT09Q16G20NN contactors are designed for current attachment and overload protection. Its current limit is usually between 16 and 20A with a voltage range of 220V AC. Its overload protection is able to observe over-current conditions and disconnect the protected device in order to prevent damage to the power supply or equipment. Its contact life is typically between 10,000-20,000 cycles, and its contact “OFF” time is typically between 10 to 30 ms.
The working principle of an RT09Q16G20NN contactor is based on the principle of electrical attraction. When an electromagnetic field with sufficient strength is applied, the iron core of the contactor is attracted or repelled to the distance that closes or opens the contact gap. This creates a break or close the circuit. The contactor’s contact gaps must be separated by an insulating sleeve or other suitable material, and the contactor is designed to prevent arcing or sparking when the contact gap is opened or closed.
In addition to controlling electrical circuits, RT09Q16G16NN contactors are also designed to provide a timed delay before switching or switching off a power supply circuit. Such a timed delay can be used for shutting down emergency lighting systems and warning equipment in buildings, before switching off the main power supply. Similarly, timed delays are also used for automatically shutting down electrical equipment at the end of a production cycle.
In summary, RT09Q16G20NN contactors are reliable and versatile contactors suitable for a variety of automation applications. They are used to switch electrical current reliably, usually to control lighting and motors and, in addition, these contactors are also designed to provide a timed delay before switching or switching off a power supply circuit. These contactors are composed of one or more sets of contacts that are triggered when a given signal is received, and their working principle is based on the principle of electrical attraction.
RT09Q16G20NN contactors are used to switch electrical current reliably, usually to control lighting and motors. They are used in a wide range of products such as refrigerators, air conditioners, lifts, escalators and food process equipment. In addition to controlling loads of varying power and voltage requirements, RT09Q16G20NN contactors are also used to start up high-power motors.
The RT09Q16G20NN contactor is composed of one or more sets of contacts that are triggered when a given signal is received. A signal is generated when a current or voltage flows through an electromagnet. The current is typically generated by a power supply or from external sources such as photoelectric sensors. The electromagnet creates a magnetic field that either attracts or repels a metal plate or core that makes contact with a pair of contacts, switching the circuit. The current or voltage needed to create the magnetic field depends on the type of contactor.
RT09Q16G20NN contactors are designed for current attachment and overload protection. Its current limit is usually between 16 and 20A with a voltage range of 220V AC. Its overload protection is able to observe over-current conditions and disconnect the protected device in order to prevent damage to the power supply or equipment. Its contact life is typically between 10,000-20,000 cycles, and its contact “OFF” time is typically between 10 to 30 ms.
The working principle of an RT09Q16G20NN contactor is based on the principle of electrical attraction. When an electromagnetic field with sufficient strength is applied, the iron core of the contactor is attracted or repelled to the distance that closes or opens the contact gap. This creates a break or close the circuit. The contactor’s contact gaps must be separated by an insulating sleeve or other suitable material, and the contactor is designed to prevent arcing or sparking when the contact gap is opened or closed.
In addition to controlling electrical circuits, RT09Q16G16NN contactors are also designed to provide a timed delay before switching or switching off a power supply circuit. Such a timed delay can be used for shutting down emergency lighting systems and warning equipment in buildings, before switching off the main power supply. Similarly, timed delays are also used for automatically shutting down electrical equipment at the end of a production cycle.
In summary, RT09Q16G20NN contactors are reliable and versatile contactors suitable for a variety of automation applications. They are used to switch electrical current reliably, usually to control lighting and motors and, in addition, these contactors are also designed to provide a timed delay before switching or switching off a power supply circuit. These contactors are composed of one or more sets of contacts that are triggered when a given signal is received, and their working principle is based on the principle of electrical attraction.
The specific data is subject to PDF, and the above content is for reference
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