Current Best Transducer On The Market

A transducer is a device that converts energy from one form to another. Transducers are used in a variety of applications, including electrical engineering, electronics, and physics. The best current transducer is the one that converts the most energy with the least amount of loss. There are many different types of transducers, and each has its own advantages and disadvantages.

Comparison Chart For Best Current Transducer

Best Current Transducer Recommendations

AC Current Transmitter Walfront AC Current Transducer Overload Protector Input AC 0-200A Output DC 0-10V SZT20-CH-10V No Power Required

AC Current Transmitter Walfront AC Current Transducer Overload Protector Input AC 0-200A Output DC 0-10V SZT20-CH-10V No Power Required

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If you’re looking for a reliable and accurate way to monitor AC current, then you’ll want to check out the AC Current Transmitter from Walfront. This self-powered transducer is designed for use with AC currents up to 200A, and it provides a DC output signal of 10V. The straight-through design ensures safe and isolation of the input and output, while the durable ABS outer casing can withstand strong magnetic fields. This transducer is ideal for use in AC current measurement and monitoring, as well as overload protection for AC motors and electronic switches in automatic control systems.

Common Questions on AC Current Transmitter Walfront AC Current Transducer Overload Protector Input AC 0-200A Output DC 0-10V SZT20-CH-10V No Power Required

• What is the input AC current range for the Walfront AC Current Transducer Overload Protector?

The input AC current range is 0-200A.

• What is the output DC voltage range for the Walfront AC Current Transducer Overload Protector?

The output DC voltage range is 0-10V.

• How many volts are required to power the Walfront AC Current Transducer Overload Protector?

No power is required.

Why We Like This

• 1. CURRENT MONITORING Mutual inductance current monitoring has high current detection accuracy and safe isolation of input and output.
• 2. MEASURE CURRENT RANGE Self powered, no external power supply required Measured current AC 0 100/150/200A, output signal DC 0 10V.
• 3. STRAIGHT THROUGH DESIGN Straight through structure design, isolation withstand voltage up to 2000V Straight through wire diameter: 035 20mm.
• 4. ABS OUTER CASTING Hysteresis is less than 1% and can be used under strong magnetic conditions The outer casing is made of self extinguishing material ABS.
• 5. WIDE APPLICATION Suitable for AC current measurement and monitoring, AC motor overload protection, electronic switch of automatic control system and so on.

Additional Product Information

Height 0.9842519675 Inches
Length 3.543307083 Inches
Weight 0.2425084882 Pounds

Current Transmitter AC 0-200A Conversion Analog 4-20mA AC Isolator Transformer Converter Current Transducer

Current Transmitter AC 0-200A Conversion Analog 4-20mA AC Isolator Transformer Converter Current Transducer

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Analog 4-20mA AC Isolator Transformer Converter Current Transducer can help you measure the AC current in the grid or circuit and convert it to 0-10V DC current output signal.

This product is excellent for mutual current monitoring and has a high current detection accuracy. Additionally, it is safe to use and has low power consumption.

Common Questions on Current Transmitter AC 0-200A Conversion Analog 4-20mA AC Isolator Transformer Converter Current Transducer

• What is the input voltage range for the Current Transmitter AC 0-200A Conversion Analog 4-20mA AC Isolator Transformer Converter Current Transducer?
The input voltage range is 0-200A.

• What is the output voltage range for the Current Transmitter AC 0-200A Conversion Analog 4-20mA AC Isolator Transformer Converter Current Transducer?
The output voltage range is 4-20mA.

• What is the maximum current that the Current Transmitter AC 0-200A Conversion Analog 4-20mA AC Isolator Transformer Converter Current Transducer can handle?
The maximum current is 200A.

• What is the minimum current that the Current Transmitter AC 0-200A Conversion Analog 4-20mA AC Isolator Transformer Converter Current Transducer can handle?
The minimum current is 0A.

• What is the frequency range for the Current Transmitter AC 0-200A Conversion Analog 4-20mA AC Isolator Transformer Converter Current Transducer?
The frequency range is 50/60Hz.

Why We Like This

• Able to measure AC current in real time and convert it to either 0 5V, 0 10V, or 4 20mA DC current output signal
• Combines well with various AD converters to form digital centralized acquisition systems
• Stable performance and high detection accuracy
• Safe isolation of input and output
• Low power consumption and strong anti interference ability

Additional Product Information

Height 0.787401574 Inches
Length 1.968503935 Inches

Current Transmitter SZT20-CH-420E Current Transducer Transmitter Transformer Sensor AC Current Converter 0-200A

Current Transmitter, SZT20-CH-420E Current Transducer Transmitter Transformer Sensor AC Current Converter 0-200A

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The SZT20-CH-420E Current Transducer Transmitter is a highly accurate and stable device that can be used for monitoring AC currents, detecting current overloads, and performing electronic switch functions for automatic control systems. It is also suitable for various applications that require voltage and current conversion. This transducer transmitter features strong overload protection, high precision, high isolation, low power consumption, and strong anti-interference ability.

Common Questions on Current Transmitter SZT20-CH-420E Current Transducer Transmitter Transformer Sensor AC Current Converter 0-200A

• What is the name of the device?
SZT20-CH-420E Current Transmitter

• What is the function of the device?
It is a current transmitter that converts AC current to DC current.

• What is the input range of the device?
0-200A

• What is the output range of the device?
0-20mA

• What is the power consumption of the device?
Less than 1W

Why We Like This

• 1. High current detection accuracy
• 2. Stable performance
• 3. Safe isolation of input and output
• 4. Magnetic hysteresis less than 1%
• 5. Through heart structure design

Additional Product Information

Height 0.787401574 Inches
Length 1.968503935 Inches
Weight 0.2425084882 Pounds

AC Current Transducer Transmitter Transformer Sensor AC Current Converter AC 0-50A to DC 0-5V SZT15-CH-5V

AC Current Transducer Transmitter Transformer Sensor AC Current Converter AC 0-50A to DC 0-5V SZT15-CH-5V

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A current transformer is a type of transformer that is used to measure alternating current (AC). It is an electromagnetic device that is used to transform AC into another AC signal of lower or higher voltage. The current transformer produces a magnetic field in proportion to the current flowing through the primary winding. The secondary winding is used to detect the magnetic field and generate a corresponding output signal.

The advantage of using a current transformer is that it can provide isolation between the primary and secondary circuits. This means that the secondary circuit is not directly connected to the primary circuit, which helps to protect the secondary circuit from high voltages. In addition, current transformers are much smaller and more efficient than conventional transformers.

The current transformer consists of a primary winding and a secondary winding. The primary winding is typically made of a heavy gauge wire, while the secondary winding is made of a much thinner wire. The primary winding is connected to the AC power source, while the secondary winding is connected to the load. The current transformer transforms the AC current into a DC current in the secondary winding.

The current transformer is used in a variety of applications, such as overcurrent protection, metering, and monitoring. Current transformers are used in electrical distribution systems to measure the current flowing

Common Questions on AC Current Transducer Transmitter Transformer Sensor AC Current Converter AC 0-50A to DC 0-5V SZT15-CH-5V

• What does an AC current transducer do?
It converts AC current to a DC voltage signal

• What is the input range for the AC current transducer?
The input range is 0-50A

• What is the output range for the AC current transducer?
The output range is 0-5V

• What is the transformer for on the AC current transducer?
The transformer is used to isolate the input and output circuits.

Why We Like This

• Safe Security
• Easy To Use
• Product Specification
• High Quality
• Widely Application

Additional Product Information

Height 0.9842519675 Inches
Length 3.543307083 Inches
Weight 0.220462262 Pounds

Loulensy DC Current Transmitter Transformer Transducer Split Core Input 0-200A DC Output 0-10V DC

Loulensy DC Current Transmitter Transformer Transducer Split Core Input 0-200A DC Output 0-10V DC

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Loulensy DC Current Transmitter is a device that can be used to measure and monitor the DC current in a circuit. It is easy to install and use, and has a wide range of applications. The transmitter has a precision of 1% FS, and a response time of less than 10uS. It is also UL94-V0 flame retardant. There are two power supply options for the transmitter- 12V or 24V DC. The maximum range that can be customized is 0-500A DC.

Common Questions on Loulensy DC Current Transmitter Transformer Transducer Split Core Input 0-200A DC Output 0-10V DC

• What is the input range for the Loulensy DC Current Transmitter Transformer Transducer Split Core?
0-200A DC

• What is the output range for the Loulensy DC Current Transmitter Transformer Transducer Split Core?
0-10V DC

• What is the minimum operating temperature for the Loulensy DC Current Transmitter Transformer Transducer Split Core?
-55°C

• What is the maximum operating temperature for the Loulensy DC Current Transmitter Transformer Transducer Split Core?
+85°C

• What is the maximum load resistance for the Loulensy DC Current Transmitter Transformer Transducer Split Core?
500Ω

Why We Like This

• 1. The Loulensy DC Current Transmitter is a split core transformer that is easy to apply in firm circuits.
• 2. With an input of 0 200A DC, it has a power consumption of 30mA or less.
• 3. The device is UL94 V0 flame retardant and has a load capacity of 2 times the current continuous, 30 times 1 second.
• 4. It has a fast response time of 10 microseconds or less and an offset voltage of 20mV or less.
• 5. The device is highly accurate, with a 1% FS accuracy.

Additional Product Information

Height 1.5748 Inches
Length 1.88976 Inches

Buying Guide for Best Current Transducer

Current transducers are devices used to measure current. They come in a variety of shapes and sizes, but all perform the same basic function. Current transducers can be used to measure alternating current (AC) or direct current (DC).

There are many different types of current transducers on the market, so it is important to know what you need before making a purchase. Here are some factors to consider when choosing a current transducer:

-Type of current: AC or DC?
-Range: How much current does the device need to be able to measure?
-Accuracy: What level of accuracy do you need?
-Frequency response: What range of frequencies does the device need to be able to measure?
-Mounting requirements: What type of mounting is required for the device?

Frequently Asked Question

What is a current transducer?

A current transducer is a device that converts an alternating current (AC) or direct current (DC) into a proportional electrical signal.

How does a current transducer work?

A current transducer is a device that converts an alternating current (AC) or direct current (DC) into a proportional electrical signal.

What are the benefits of using a current transducer?

There are many benefits of using a current transducer including: -Accurate and stable measurements-High reliability-Low cost-Easy installation-Compact size

What are the drawbacks of using a current transducer?

There are a few drawbacks of using a current transducer. First, they are relatively expensive. Second, they require a power supply, which can add cost and complexity to a system. Third, they are less accurate than other types of transducers, such as voltage transducers.

How can I choose the best current transducer for my application?

There are many factors to consider when choosing a current transducer for an application. Some important factors include: the required range and accuracy of the measurement, the type of current to be measured (AC or DC), the frequency of the current, the environment in which the transducer will be used, and the power requirements of the transducer.

Conclusion

We believe that our product is the best transducer on the market and we would be honored to have you as a customer. We know that you will be happy with your purchase and we thank you for your interest in our product.

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