An Energy Measuring Terminal Block is an electrical component designed to measure key energy parameters such as voltage, current, ...
READ MOREPolycarbonate Energy Measuring Terminal Blocks are developed on the basis of former ones according to the suggestion from relevant experts of national electric power bureau. This probides a favorable environment for adopting standard wiring. This products is specialy applied for standard wiring of energy measuring equipment, It is also suitable for secondart circuit of rated voltage up to 660V and rated current uo to 20A. It is used to change or inspect the electric equipment such as energy meter, electric instrument and relaying
protection equipment under on-load circumstance. It guarantees operater personal safety and improves fieldwork efficiency. It plays a positive role in improving the measuring correctness. The products can always receive favorable comments in the power system field.
Polycarbonate Energy Measuring Terminal Block has quality. It adopts high-molecular polycarbonate material imported from America. It has advantages of bright and elegant appearance, high impact resistance,moisture resistance, favorable insulation; ageing resistance, flame retardant and high temperature resistant. It can work at -40℃~+120℃ for long term. The screw adopts compound recess, which is suitable for flathead screwdriver and crossed screwdriver. The voltage circuit adopts a one-inlet three-outlet, All phases are marked with phase sequence, which is not only convenient for combined wiring, but also can avoid measuring error cause by wiring wrong phase sequence. The terminal block cover is fixed with two sealing screws, which is helpful to provebt electictricity-theft.
Model:FJ6/HD4 Type (anti-electricity theft)
Product name: Three-phase three-wire energy measuring terminal block
Order number: OrderNo.150029
Model:FJ6/PJ2 Type
Product name: Three-phase three-wire energy measuring terminal block
Order number: OrderNo.150030
Model:FJ6/PJ2 Type (with fuse)
Product name: Three-phase three-wire energy measuring terminal block
Order number: OrderNo.150031
Model:FJ6/PJ2 Type (anti-electricity theft,bakelite)
Product name: Three-phase three-wire energy measuring terminal block
Order number: OrderNo.150032
Model:FJ6/PJ2 Type (anti-electricity theft,bakelite)
Product name: Three-phase three-wire energy measuring terminal block
Order number: OrderNo.150033
Model:FJ6/PJ2 Type (fiberglass、resin)(anti-electricity theft)
Product name: Three-phase three-wire energy measuring terminal block
Order number: OrderNo.150034
Model:FJ6/HD340 Type
Product name: Three-phase four-wire energy measuring terminal block
Order number: OrderNo.150035
Model:FJ6/HD330 Type
Product name: Three-phase three-wire energy measuring terminal block
Order number: OrderNo.150036
Model:FJ6/ZJZ340 Type (bakelite)
Product name: Three-phase four-wire power controller terminal block
Order number: OrderNo.150037
Model:FJ6/ZJZ-3 Type
Product name: Power controller terminal block
Order number: OrderNo.150038
Model:FJ6/ZJZ-4 Type
Product name: Power controller terminal block
Order number: OrderNo.150039
Model:FJ6/ZJZ330 Type (bakelite)
Product name: Three-phase three-wire power controller terminal block
Order number: OrderNo.150040
An Energy Measuring Terminal Block is an electrical component designed to measure key energy parameters such as voltage, current, ...
READ MOREIn the world of industrial automation and electrical engineering, the importance of reliable and efficient electrical connections ...
READ MOREIn industries where power distribution and high-current electrical systems are essential, the Heavy-Current Terminal Block plays a...
READ MOREIn modern electrical installations, efficient and organized wiring is crucial for both performance and safety. One of the widely ...
READ MORESolving Connection Stability Issues
One of the main challenges in conventional terminal blocks is unstable or loose wiring connections. Wires may become loose due to vibrations, temperature variations, or frequent maintenance, which can inaccurate energy readings. Inaccurate readings affect billing, energy management, and system efficiency. The Polycarbonate Energy Measuring Terminal Block, made from durable and resilient polycarbonate material, ensures that connections remain stable over time. Its sturdy construction prevents loosening, allowing accurate energy monitoring even under demanding conditions.
Enhancing Safety
Safety is another significant concern in electrical installations. Short circuits, accidental contact with live components, and overheating pose risks to both equipment and personnel. Polycarbonate, being a non-conductive and heat-resistant material, reduces the likelihood of electrical shock and fire hazards. Its insulation also minimizes leakage currents, protecting sensitive devices connected to the system. This makes polycarbonate terminal blocks particularly suitable for industrial settings where continuous operation is critical.
Improving Installation and Maintenance
Traditional terminal blocks may require complex assembly, increasing the chance of human error. The Polycarbonate Energy Measuring Terminal Block is lightweight and easier to handle, which simplifies installation. Additionally, its semi-transparent design allows technicians to visually inspect connections, ensuring proper setup and simplifying maintenance and troubleshooting.
Long-Term Reliability
Environmental factors such as moisture, UV exposure, and temperature fluctuations can degrade materials over time. Polycarbonate resists these influences, ensuring consistent performance and reducing the need for frequent replacements. By maintaining structural integrity and insulation properties, these terminal blocks provide reliable energy measurement over extended periods.
The Type 2 Energy Measuring Terminal Block is designed to manage multiple circuits efficiently while providing precise energy measurement. Understanding the number of poles is crucial, as it determines how many circuits can be safely connected and monitored. This terminal block is widely used in three-phase electrical systems, common in industrial and commercial applications.
Standard Pole Configuration
A standard Type 2 Energy Measuring Terminal Block typically has four poles. In three-phase systems, three poles correspond to the live wires of each phase, while the fourth pole is used for the neutral wire. This setup ensures that each phase is monitored individually, allowing accurate measurement of energy consumption. The four-pole design also creates an organized wiring layout, simplifying installation and maintenance for technicians.
Advantages of a Four-Pole Design
Multiple poles offer practical benefits. By separating circuits into distinct poles, the design reduces the risk of wiring errors and enhances overall safety. Each pole provides a secure and stable connection point, which is particularly important in systems exposed to vibration or frequent use. Furthermore, the configuration supports scalability: as energy systems expand, additional circuits can be integrated without redesigning the measurement setup.
Efficiency and Practicality
The four-pole Type 2 terminal block balances compactness with functionality. It accommodates both incoming and outgoing circuits in an organized manner, clutter while maintaining measurement accuracy. This layout allows for easier identification of circuits during maintenance or troubleshooting, making it a practical solution for facilities of varying sizes.