Ward

WARD TRX-I/I 1000-5A 5A 4-20mA Current Transducer

Last unit
R$ 200,00 BRL
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Code
WS7310
GTIN
7892756185338
Category
Transducers
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Technical specifications

Main item details

Brand
Ward
SKU / Internal code
WS7310
GTIN
7892756185338
Product type
Transducers
Condition
Condition shown in specs
Stock
Last unit
Brand
WARD
Model
TRX-I/I
Product Description
TRX-I/I Single-Phase Current Transducer
Model
TRX-I/I
Primary Current Range
1000-5A (integrated current transformer - CT)
Rated Secondary Current
5A (60Hz frequency)
Output Signal
4-20mA (industrial standard for control systems)
Accuracy
0.5% (ensures high precision in measurement and conversion)
Supply Voltage
125VDC
System Type
Single-phase
Construction Material
Robust structure resistant to vibrations and electromagnetic interference.
High Accuracy
0.5% accuracy, providing reliable readings for critical systems.
Standard 4-20mA Output
Compatible with most automation devices, such as PLCs and SCADA systems.
Strength and Durability
Robust construction for operation in challenging industrial environments.
Rated Frequency
60Hz, adapted for standard power systems.
125VDC Power Supply
Ideal for control systems using direct current.
Date
11/29/2024
Weight
0.378 g
Measurements
10x15x24
Locator
A5P2A
Description

About this item

New product out of the manufacturer's box

A current transducer is an electronic device used to measure electrical current in a circuit and convert it into a proportional output signal that can be easily interpreted or processed by other equipment, such as controllers, computers, or automation systems.

Operating Principle

Current transducers can operate based on different principles, depending on the technology used. Some of the most common include:

Based on Current Transformers (CT):

Use the principle of magnetic induction to measure alternating currents.

The current in the primary conductor generates a magnetic field that is captured by a secondary winding, creating a proportional current.

Measures DC and AC currents by detecting the magnetic field around the conductor.

A Hall effect sensor is used to convert the magnetic field into a proportional electrical signal.

Resistive Shunts:

To measure DC current, a low-resistance resistor (shunt) is connected in series in the circuit.

The voltage drop across the shunt, which is proportional to the current, is measured and converted into an output signal.

Use optical principles (such as light polarization) to measure currents in high-voltage or high-frequency applications.

Common Applications

Energy Consumption Monitoring:

In electrical systems to measure and manage energy consumption.

Electrical System Protection:

Detect overcurrents or system faults and send signals to shut down equipment or trigger alarms.

Industrial Automation:

Integrate with PLCs (Programmable Logic Controllers) to control motors, equipment, and industrial processes.

Renewable Energy Systems:

Used to monitor energy generation in solar and wind systems.

Railway Systems and Electric Vehicles:

Measure current to manage energy consumption and protect traction systems.

Operating Principle

The AC input current, through an auxiliary transformer, is converted into a proportional voltage suitable for the electronic system. This voltage is rectified, filtered, and transformed into a DC output current or voltage, regardless of the load. The transformer is specially designed for grids where short-circuit levels are high. It features galvanic isolation between the input, output, and auxiliary power source signals.

Product Description: TRX-I/I Single-Phase Current Transducer

The TRX-I/I Single-Phase Current Transducer is a reliable and accurate device designed to monitor and convert electrical current signals into standard control signals. Ideal for industrial systems, it transforms an alternating current input into a 4-20mA DC current signal, used in automation and monitoring systems.

Technical Specifications:

Primary Current Range: 1000-5A (integrated current transformer - CT)

Rated Secondary Current: 5A (60Hz frequency)

Output Signal: 4-20mA (industrial standard for control systems)

Accuracy: 0.5% (ensures high precision in measurement and conversion)

Supply Voltage: 125VDC

System Type: Single-phase

Construction Material: Robust structure resistant to vibrations and electromagnetic interference.

High Accuracy: 0.5% accuracy, providing reliable readings for critical systems.

Standard 4-20mA Output: Compatible with most automation devices, such as PLCs and SCADA systems.

Strength and Durability: Robust construction for operation in challenging industrial environments.

Rated Frequency: 60Hz, adapted for standard power systems.

125VDC Power Supply: Ideal for control systems using direct current.

Date: 11/29/2024

Measurements: 10x15x24

Dear customers, if the material is intended for resale, the ST (Substituição Tributária - Tax Substitution) value may apply. If the operation is subject to this tax, the responsibility for payment lies solely with the buyer.

Cabo Eletro Comercial LTDA thanks you.

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5 reasons to buy from Cabo Eletro

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  4. 04 Fast dispatch In-stock items ship within 1 business day after confirmation.
  5. 05 Technical support We help validate the code and application before purchase.
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R$ 200,00 BRL
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WARD TRX-I/I 1000-5A 5A 4-20mA Current Transducer
R$ 200,00 BRL
In Stock Pre order Out of stock
MarcaWard
Part number / SKUWS7310
GTIN7892756185338
CondiçãoConferir na descrição
Estoque1 em estoque
Garantia e procedênciaInformadas na proposta comercial
EnvioDespacho conforme disponibilidade
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SKU: WS7310
Barcode: 7892756185338
Availability : In Stock Pre order Out of stock

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Verifique na descrição abaixo o estado do item anunciado. Por lá é indicado se o item é novo, usado e todas as outras informações que o comprador precisa saber antes de realizar a compra.

Descrição

WARD TRX-I/I 1000-5A 5A 4-20mA Current Transducer

New product out of the manufacturer's box

Brand: WARD

Model: TRX-I/I

 

A current transducer is an electronic device used to measure electrical current in a circuit and convert it into a proportional output signal that can be easily interpreted or processed by other equipment, such as controllers, computers, or automation systems.

 

Operating Principle

Current transducers can operate based on different principles, depending on the technology used. Some of the most common include:

 

Based on Current Transformers (CT):

 

Use the principle of magnetic induction to measure alternating currents.

The current in the primary conductor generates a magnetic field that is captured by a secondary winding, creating a proportional current.

Hall Effect:

 

Measures DC and AC currents by detecting the magnetic field around the conductor.

A Hall effect sensor is used to convert the magnetic field into a proportional electrical signal.

Resistive Shunts:

 

To measure DC current, a low-resistance resistor (shunt) is connected in series in the circuit.

The voltage drop across the shunt, which is proportional to the current, is measured and converted into an output signal.

Optical:

 

Use optical principles (such as light polarization) to measure currents in high-voltage or high-frequency applications.

 

Common Applications

Energy Consumption Monitoring:

 

In electrical systems to measure and manage energy consumption.

Electrical System Protection:

 

Detect overcurrents or system faults and send signals to shut down equipment or trigger alarms.

Industrial Automation:

 

Integrate with PLCs (Programmable Logic Controllers) to control motors, equipment, and industrial processes.

Renewable Energy Systems:

 

Used to monitor energy generation in solar and wind systems.

Railway Systems and Electric Vehicles:

 

Measure current to manage energy consumption and protect traction systems.

 

Operating Principle

The AC input current, through an auxiliary transformer, is converted into a proportional voltage suitable for the electronic system. This voltage is rectified, filtered, and transformed into a DC output current or voltage, regardless of the load. The transformer is specially designed for grids where short-circuit levels are high. It features galvanic isolation between the input, output, and auxiliary power source signals.

 

Product Description: TRX-I/I Single-Phase Current Transducer

The TRX-I/I Single-Phase Current Transducer is a reliable and accurate device designed to monitor and convert electrical current signals into standard control signals. Ideal for industrial systems, it transforms an alternating current input into a 4-20mA DC current signal, used in automation and monitoring systems.

 

Technical Specifications:

Model: TRX-I/I

Primary Current Range: 1000-5A (integrated current transformer - CT)

Rated Secondary Current: 5A (60Hz frequency)

Output Signal: 4-20mA (industrial standard for control systems)

Accuracy: 0.5% (ensures high precision in measurement and conversion)

Supply Voltage: 125VDC

System Type: Single-phase

Construction Material: Robust structure resistant to vibrations and electromagnetic interference.

Main Features:

High Accuracy: 0.5% accuracy, providing reliable readings for critical systems.

Standard 4-20mA Output: Compatible with most automation devices, such as PLCs and SCADA systems.

Strength and Durability: Robust construction for operation in challenging industrial environments.

Rated Frequency: 60Hz, adapted for standard power systems.

125VDC Power Supply: Ideal for control systems using direct current.

 

 

Date: 11/29/2024

Weight: 0.378g

Measurements: 10x15x24

Locator: A5P2A

 

Dear customers, if the material is intended for resale, the ST (Substituição Tributária - Tax Substitution) value may apply. If the operation is subject to this tax, the responsibility for payment lies solely with the buyer.

 

Cabo Eletro Comercial LTDA thanks you.

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