CR4460-15

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The CR4460-15 current transducer is one of the popular products on the market, due to its capabilities with respect to measuring current. This transducer allows the user to set the upper and lower limits of the current measured, which provides flexibility when the device is used in industrial or laboratory applications.

The CR4460-15 operates by converting power line current into a voltage signal that is proportional to the current in the circuit. This is accomplished by the use of a separate sense resistor in the circuit that measures the current. The voltage is proportional to the current and is then amplified and converted to a digital signal.

The amplified voltage signal is then sent to the analog-to-digital converter (ADC) where the signal is digitized and can be further processed. This digitized signal is then passed through a digital filter and can be transmitted to a connected computer system. This digital signal can also be used to control relays or other instruments connected to the system, or to control other components of the system, such as motors, indicators, etc.

The CR4460-15 also has a current overload protection feature that helps protect the system from overcurrent conditions. The overload protection feature cuts off power from the device if the current is too high, allowing the user to take action to prevent the current from rising any further.

The CR4460-15 transducer is ideal for measuring current in a range of applications, including power and industrial electronics, laboratory, medical equipment, and automotive electronics. Its small size makes it ideal for use in tight spaces and it is also highly accurate and reliable. This transducer is extremely versatile and can be used to measure current in a wide range of applications.

As the current transducer manufactures, the CR4460-15 is a reliable and cost-effective current transducer. Its ability to measure current and set upper and lower limits allows for flexibility in use in industrial and laboratory situations. The small size of its design makes it ideal for tight spaces, and the overload protection feature ensures the system is protected from overcurrent conditions.

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