Description
With the highest quality phenol formaldehyde resin (Bakelite), low-density plastic (LDP), and polybutylene terephthalate (PBT), an insulating base material, electrical control signals are transmitted through close type terminals, rigid type terminal blocks, and Euro Series terminal blocks that are specifically designed to be touch proof. PBT is an indestructible polymer that is non-hygroscopic, resistant to high insulation, and able to tolerate high impulse voltages.
High-grade copper alloys with the ideal ratio of copper to zinc are used to make the electrical conductors, which minimize electric current transmission loss and reduce temperature rise within predetermined bounds.
304 grade stainless steel and brass are also available as customizations for the high tensile mild steel screws. A particular grade of zinc that can endure prolonged exposure to a hostile environment without corroding was used to passivate the mild steel screws. Bright nickel is used to coat brass screws.
Technical Specifications
- Insulating Material : Polybutylene Terephthalate (PBT)
- Ways : 2,3 & 4 ways
- Rated operating voltage : 500 V. AC
- Rated and uninterrupted current : 30A
- Ambient temperature : -10 °C to 55 °C
- Rated operating frequency : 50 Hz/60 Hz
- Rated impulse voltage : 2.5 Kv for one minute
- Insulation resistance : > 20 Mega Ω
- Colors : Black, Red, Yellow and Blue.
Euro Series Terminal Block refers to a specific type of electrical terminal block commonly used for wiring and interconnecting circuits in industrial, commercial, or residential applications. These terminal blocks are typically DIN rail mounted, which makes them easy to install in electrical enclosures or panels.
Features of Euro Series Terminal Blocks
1. DIN Rail Mounting: They are designed to snap onto a standardized DIN rail, which is often used in electrical panels.
2. Compact Design: The Euro Series terminal blocks are generally compact, allowing for high-density wiring configurations, which is ideal for control panels and automation systems.
3. Screw-type or Spring-clamp Connections: Euro Series terminal blocks may come with either screw terminals or spring-clamp terminals, providing different options for connecting wires.
4. Multi-level Connections: Some of these terminal blocks are available in multi-level configurations, allowing for more connections in a smaller space.
5. Marking and Labeling: They often feature labeling areas for easy circuit identification.
6. High Voltage and Current Ratings: Euro Series blocks are designed to handle various voltage and current levels depending on the application. Some are rated for high-power industrial systems, while others are suitable for low-voltage control circuits.
Euro Series Terminal Block application industries
Euro Series Terminal Blocks are a type of modular, electrical connector widely used in various industries for safely connecting and organizing wires. They are known for their durability, flexibility, and ability to handle different voltage and current requirements. Euro Series Terminal Blocks are valued for their modularity, ease of installation, and ability to handle various wiring configurations across these industries.
These blocks find application across numerous industries, including:
•Industrial Automation and Control : Used in automation panels, motor control centers, and PLC (Programmable Logic Controller) connections. Facilitate the safe and efficient connection of sensors, actuators, and other control devices. Provide organized wiring for automation equipment and industrial machines.
•Power Generation and Distribution : Used in power plants and substations to connect heavy-duty wiring in power distribution systems. Provide reliable connections for transformers, circuit breakers,and protective relays. Ensure efficient grounding and shielding of electrical systems.
•Energy and Renewable Sector : Applied in solar panels, wind turbines, and other renewable energy systems. Enable efficient electrical connections in photovoltaic systems and inverters. Help manage high-voltage DC circuits safely and reliably.
•Transportation (Automotive, Railways, and Aerospace) : Used in control panels, battery systems, and wiring harnesses for vehicles and trains. Provide vibration-resistant connections, essential in aerospace and railway applications. Ensure safe distribution of power within vehicles and aircraft.
•Building and Infrastructure : Used in building automation systems (lighting, HVAC, fire alarms). Facilitate connections for security systems, communication, and control units. Provide easy wiring connections in energy management and distribution systems for commercial buildings.
•Telecommunications : Employed in telecom infrastructure for connecting network cables, routers, and other equipment. Support uninterrupted power and signal transmission in data centers and communication towers.
•Marine Industry : Used in shipboard electrical systems to handle high moisture, temperature, and corrosive conditions. Ensure reliable electrical connections for navigation, control, and communication systems on ships.
•Consumer Electronics : Found in the internal wiring of complex devices and home automation systems. Enable safe connections between different components in electronics and appliances.
•Medical Equipment : Provide secure connections for sensitive medical equipment and diagnostics machines. Ensure high reliability and electrical safety in healthcare environments.
•Machine Building and Robotics : Used to connect sensors, actuators, and control units in machines and robotic systems. Enable the reliable transmission of signals and power in high-vibration environments.
