AcuCT-125-400⁚ Key Features and Specifications
The AcuCT-125-400 offers a split-core design‚ 400A current input‚ 1․25″ aperture‚ and a precise 333mV output․ Its compact size ensures easy installation․
Rated Current and Output
The AcuCT-125-400 current transformer boasts a rated current input of 400 amps (A)‚ effectively handling high-current applications in various settings․ Its output is a precise and safe low-voltage AC millivolt signal‚ specifically designed at 333 millivolts (mV)․ This carefully calibrated output ensures compatibility with a wide range of microprocessor-based monitoring and protection systems commonly used in commercial and industrial power distribution․ The low-voltage output minimizes safety risks during installation and operation‚ making the AcuCT-125-400 a reliable and user-friendly solution for diverse power monitoring needs․ This precise output signal allows for accurate measurements and reliable data interpretation‚ crucial for effective power management and system protection․
Aperture Size and Core Type
The AcuCT-125-400 employs a split-core design‚ eliminating the need to disconnect conductors during installation․ This convenient feature significantly reduces downtime and simplifies the installation process․ The split-core design also allows for easy installation around existing cables‚ making it ideal for retrofitting existing systems or adding monitoring capabilities without extensive disruption․ The core’s aperture size is 1․25 inches (1․25″)‚ providing sufficient space to accommodate a wide range of cable sizes commonly found in commercial and industrial applications․ This generous aperture size further enhances the ease of installation‚ making the AcuCT-125-400 a versatile and practical solution for a variety of power monitoring needs․
Accuracy and Revenue Grade Classification
The AcuCT-125-400 current transformer is designed for high-precision measurements‚ making it suitable for revenue-grade applications․ Its class-leading accuracy ensures reliable data for billing and energy management purposes․ The device’s performance meets stringent industry standards‚ providing confidence in the accuracy of the collected data․ This precision is crucial for accurate energy consumption monitoring and billing in commercial and industrial settings․ The revenue-grade classification signifies its suitability for applications where precise metering is essential for financial transactions․ This assures users of the AcuCT-125-400’s ability to deliver dependable readings crucial for accurate cost allocation and energy efficiency analysis․ The high accuracy minimizes errors and ensures compliance with regulatory requirements․
Installation and Application
Quick and easy installation is achieved without disconnecting cables․ Ideal for commercial and industrial applications‚ this split-core CT integrates seamlessly with microprocessor-based systems․
Easy Installation Process
The AcuCT-125-400’s split-core design simplifies installation significantly․ Unlike traditional current transformers that require disconnecting conductors‚ this model allows for quick and easy installation without interrupting the circuit․ Simply open the split core‚ clamp it around the conductor carrying the current you want to measure‚ and close the core․ This non-invasive method minimizes downtime and reduces the risk of electrical hazards associated with working on live circuits․ The compact size and lightweight design further enhance ease of handling and installation in tight spaces․ Multiple installation mechanisms provide stable and durable mounting options for various applications․ The clear and concise instructions provided in this manual further aid in a straightforward installation process‚ minimizing the time and effort required․ This ease of installation makes the AcuCT-125-400 an ideal choice for a wide range of applications where minimizing downtime is crucial․
Suitable Applications (Commercial and Industrial)
The AcuCT-125-400’s versatility makes it suitable for a wide array of commercial and industrial applications․ Its high accuracy and reliable performance are ideal for precise energy monitoring in various settings․ In commercial buildings‚ it can be used to monitor energy consumption in HVAC systems‚ lighting circuits‚ and other major electrical loads‚ facilitating energy efficiency improvements․ Industrial applications include monitoring motor currents in production machinery‚ ensuring optimal operation and preventing costly equipment failures․ Its compact size is advantageous for installations in crowded electrical panels or switchgear‚ common in both commercial and industrial environments․ The AcuCT-125-400’s robust design withstands the demanding conditions often found in industrial settings‚ providing reliable performance even under harsh conditions․ Its compatibility with microprocessor-based systems ensures seamless integration into modern monitoring and control systems․
Compatibility with Microprocessor-Based Systems
The AcuCT-125-400 is designed for seamless integration with modern microprocessor-based systems․ Its 333mV output signal is easily processed by a wide range of monitoring and control equipment․ This compatibility simplifies system integration‚ reducing installation time and complexity․ The low-voltage output ensures safe and reliable data acquisition without the need for additional signal conditioning․ The AcuCT-125-400’s digital compatibility allows for straightforward data logging and analysis‚ providing valuable insights into energy consumption patterns․ This feature is particularly beneficial for advanced energy management systems seeking precise real-time data․ The current transformer’s compatibility extends to various data acquisition systems‚ enabling flexible integration into existing infrastructure․
Technical Specifications
This section details the AcuCT-125-400’s input/output voltage and current‚ lead length‚ and adherence to UL safety standards․ Further specifications are available in the full data sheet․
Input Current and Voltage
The AcuCT-125-400 current transformer is designed to handle significant AC currents‚ making it suitable for a wide range of industrial and commercial applications․ The maximum input current rating is 400 Amps‚ allowing for accurate measurement in high-current circuits․ This robust design ensures reliable performance even under demanding operating conditions․ The input voltage rating should be carefully considered‚ as exceeding the maximum allowable voltage can damage the device․ Always refer to the complete specifications provided in the data sheet to determine the exact input voltage range and ensure compatibility with your specific electrical system․ Proper voltage selection is crucial for safe and accurate operation․ Consult with a qualified electrician if you have any concerns about voltage compatibility․
Output Voltage and Lead Length
The AcuCT-125-400 provides a low-voltage output signal‚ typically 333mV‚ for safe and easy integration with various monitoring and protection systems․ This low voltage output minimizes the risk of electrical shock during installation and operation․ The standard lead length is often 2․5 meters‚ offering sufficient flexibility for most installations․ However‚ longer lead lengths (e․g․‚ 10 meters) may be available as custom options; check with the supplier for availability․ Extended lead lengths might introduce slight signal attenuation‚ so it’s essential to consider this factor when designing your system․ Ensure proper wiring and connection to avoid signal degradation or interference․ Refer to the wiring diagrams and instructions provided in the complete manual for correct installation procedures․
UL Listing and Safety Standards
The AcuCT-125-400 current transformer adheres to stringent safety standards to ensure reliable and safe operation․ It is UL2808 listed‚ signifying compliance with Underwriters Laboratories’ rigorous testing and certification for current transformers․ This listing confirms that the device meets specific safety requirements for electrical insulation‚ temperature resistance‚ and overall mechanical integrity․ The product’s design incorporates safety features to prevent electrical hazards‚ such as proper insulation and grounding provisions․ Always follow the installation instructions carefully to maintain safety compliance․ Operating the device outside of the specified parameters might compromise its safety certification․ Refer to the complete safety guidelines within the full manual for detailed information and precautions․
AcuCT R Series Overview
The AcuCT R Series comprises premium‚ revenue-grade split-core current transformers․ They offer superior accuracy and a variety of output options․
Premium Features and Benefits
The AcuCT R Series current transformers stand out due to their exceptional accuracy and reliability‚ making them ideal for high-precision metering applications․ These revenue-grade devices ensure dependable performance in demanding commercial and industrial settings․ Their split-core design simplifies installation‚ eliminating the need to disconnect existing conductors․ This feature significantly reduces downtime and installation costs‚ a crucial advantage for many users․ The series also boasts a compact design‚ perfect for space-constrained environments․ Furthermore‚ the AcuCT R Series is UL2808 listed‚ confirming its adherence to stringent safety standards and providing peace of mind to installers and users alike․ This commitment to quality and safety underscores the premium nature of the AcuCT R Series‚ offering a robust and dependable solution for various current measurement needs․
Output Options and Accuracy
The AcuCT-125-400 series offers a standard 333mV output‚ providing a safe and easily manageable signal for connection to various metering and monitoring equipment․ This low-voltage output minimizes safety risks during installation and operation․ The accuracy of the AcuCT-125-400 is a key selling point‚ ensuring highly precise current measurements crucial for billing and energy management purposes․ The revenue-grade classification reflects this commitment to precision‚ making it suitable for applications where accurate metering is paramount․ Multiple output options might be available within the wider AcuCT R Series‚ but the 333mV output is a common and reliable choice for the 125-400 model․ This consistent and accurate output signal is essential for seamless integration with a variety of monitoring and control systems‚ ensuring dependable performance across diverse applications․
Warranty Information
The AcuCT-125-400 current transformer comes with a comprehensive warranty‚ typically covering a period of five years from the date of purchase․ This warranty protects against defects in materials and workmanship under normal use and service conditions․ Specific details regarding warranty coverage‚ including exclusions and procedures for making a claim‚ are outlined in the separate warranty document provided with the product or available online․ It’s crucial to retain your proof of purchase for warranty validation․ Contact the manufacturer’s customer support for assistance with warranty claims or to address any concerns regarding the warranty terms and conditions․ The warranty ensures customer satisfaction and reflects confidence in the product’s quality and reliability․ Regular inspection and proper installation practices will help maintain optimal performance and ensure that the warranty remains valid․
Comparison with Other Current Transformers
The AcuCT-125-400 excels with its split-core design‚ simplifying installation and offering cost-effectiveness compared to traditional clamp-on models․
Advantages of Split-Core Design
The AcuCT-125-400’s split-core design presents several key advantages over traditional current transformers․ Primarily‚ it eliminates the need to disconnect conductors during installation‚ significantly reducing downtime and simplifying the process․ This feature is particularly beneficial in live environments where de-energizing circuits is impractical or unsafe․ The split-core design also allows for easy installation around existing cables‚ offering flexibility and adaptability in various applications․ Furthermore‚ this design often translates to a more compact and lightweight unit‚ making it easier to handle and install in confined spaces․ The ease of installation associated with the split-core design reduces labor costs‚ making it a cost-effective solution for various applications․ In summary‚ this design offers a balance of convenience‚ safety‚ and cost-effectiveness‚ making it an attractive feature for many users․
Cost-Effectiveness and Compact Size
The AcuCT-125-400 is engineered for cost-effectiveness‚ a key advantage in today’s competitive market․ Its compact design minimizes material usage‚ leading to lower manufacturing costs‚ which are passed on to the consumer․ The ease and speed of installation further contribute to cost savings by reducing labor time and associated expenses․ This compact design also simplifies storage and transportation‚ reducing logistical costs throughout the supply chain․ The small footprint of the AcuCT-125-400 makes it ideal for applications with limited space‚ such as crowded electrical panels or switchgear․ This space-saving feature is particularly valuable in older infrastructure where space is at a premium․ The combination of affordability and compact size makes the AcuCT-125-400 a highly practical and economical choice for a wide range of applications․
Alternative Installation Methods
While the AcuCT-125-400’s split-core design simplifies installation by eliminating the need to disconnect conductors‚ alternative mounting methods enhance flexibility․ The unit’s compact size allows for various mounting positions‚ adapting to different panel configurations and space constraints․ Secure mounting options include using screws‚ bolts‚ or adhesive strips‚ depending on the specific application and environmental factors․ The choice of mounting method should always prioritize safety and ensure stability to prevent movement or damage during operation․ Consult the accompanying installation guide for detailed instructions and recommended practices for each mounting technique to guarantee a safe and effective installation․ Remember to always follow local electrical codes and regulations․