C-convert

Product catalog summary

Overview: This document provides detailed specifications and applications for high-precision transducers used to convert electrical parameters into process signals. These devices are designed for industrial environments with demanding conditions, offering a wide range of models to measure key electrical network parameters.

Features: The transducers are reliable and robust, suitable for harsh conditions. They support single and three-phase networks and convert electrical parameters to process signals for PLCs or displays.

Specifications:

Power Supply: 220-240 Vac, 40-90 Hz, with a consumption of 2.5 V·A.
Measurement Circuit: Consumption is less than 0.2 V·A, frequency range is 45-65 Hz, and nominal voltage ranges from 0-690 Vac.
Overload Capacity: Up to 300% for certain models.
Response Time: Varies between 100 ms to 500 ms depending on the model.
Insulation: Test voltage up to 3 kV and impulse test up to 4 kV.
Operating Conditions: Temperature range from -10 to +55 ºC, storage temperature from -40 to +70 ºC, and altitude up to 2000 m.

Applications: These transducers are used in systems for converting electrical parameters in industrial settings, particularly where conditions are demanding.

Model Variants: The document lists various models such as CV-A, CCOS, CPF, CC-WG, CC-D, CC-G, CF, CR2, CT-PT, CC-A, CV-D, each with specific input types, measurement accuracy, and output configurations.

Standards and Compliance: The devices comply with standards such as IEC 529, IEC 688, IEC 801, EN 50081-1, and EN 50082-1.

Ordering Information: For non-standard orders, details such as code, input range, output range, and auxiliary power supply need to be specified.

Conclusion: These high-precision transducers are essential for accurate measurement and conversion of electrical parameters in industrial applications, offering flexibility and reliability under challenging conditions.

Catalog excerpts

Digital instruments and measuring transducers High-precision transducers Converter of electrical parameters into process signals Description }} Wide range of models to measure the main parameters of the electrical network. }} Very reliable and robust devices }} Valid for work under demanding conditions Applications }} Systems for the conversion of the electrical parameters of single and three-phase networks in industrial environments where there are demanding conditions }} Conversion of electrical parameters to process signal for PLC or displays. Power supply circuit Measurement circuit Consumption Measurement range Overload (permanent) Input impedance Analogue output circuit Voltage load impedance Current load impedance Response time Rippling (TRMS) Insulation Test voltage Ambient conditions Storage temperature Operating temperature

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Digital instruments and measuring transducers High - precision transducers Converter of electrical parameters into process signals Build features Box material Ambient conditions (*1) For other types of power supply, see the coding table References CV-A. AC voltage transducer Standard auxiliary power supply: 230 Vac, 40...90 Hz For non-standard purchase orders, please state the following: 1. Code, 2. Input range, 3. Output range, 4. Auxiliary power supply (see coding table) Type of input ± 0.2 % reading Alternating voltage Measurement in true root mean square CV-A-AP (*1) Measurement in mean values...

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Digital instruments and measuring transducers High - precision transducers Transducer of electrical parameters into process signals References CC-D. Direct current transducer Standard auxiliary power supply: 230 Vac, 40...90 Hz For non-standard purchase orders, please state the following: 1. Code, 2. Input range, 3. Output range, 4. Auxiliary power supply (see coding table) Type of input CC-WG. Leakage current transducer Standard auxiliary power supply: 230 Vac, 40...90 Hz For non-standard purchase orders, please state the following: 1. Code, 2. Input range, 3. Output range, 4. Auxiliary power...

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Digital instruments and measuring transducers High - precision transducers Transducer of electrical parameters into process signals References CR-2. Resistance transducer Standard auxiliary power supply: 230 Vac, 40...90 Hz For non-standard purchase orders, please state the following: 1. Code, 2. Input range, 3. Output range, 4. Auxiliary power supply (see coding table) Type of input CW. Active power transducer Standard auxiliary power supply: 230 Vac, 40...90 Hz For non-standard purchase orders, please state the following: 1. Code, 2. Input range, 3. Output range, 4. Auxiliary power supply,...

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Digital instruments and measuring transducers High-precision transducers Transducer of electrical parameters into process signals References CPF. Power factor transducer Standard auxiliary power supply: 230 Vac, 40...90 Hz For non-standard purchase orders, please state the following: 1. Code, 2. Input range, 3. Output range, 4. Auxiliary power supply, 5. (phase-phase), 6. In, 7. fn (see coding table) Type of input Power factor balanced three-phase (3 wires) balanced three-phase (4 wires) CCOS. cos j transducer Standard auxiliary power supply: 230 Vac, 40...90 Hz For non-standard purchase orders,...

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Digital instruments and measuring transducers High-precision transducers Transducer of electrical parameters into process signals

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Digital instruments and measuring transducers High-precision transducers Transducer of electrical parameters into process signals Dimensions CW, CY, CPF

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Digital instruments and measuring transducers High-precision transducers Transducer of electrical parameters into process signals Dimensions CCOS Connections CCOS

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Digital instruments and measuring transducers High-precision transducers Coding table Transducer of electrical parameters into process signals Standard (20 mA) Direct current Alternating current Alternating voltage Power, power factor, cos j Leakage current, Universal process

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