El ARM TT+TI es un armario de resistencias de carga para conjunto de transformadores de tensión e intensidad, compuesto por una caja ranurada con 3 resistencias (circuito de intensidad), un grupo de 3 resistencias (circuito de tensión), su respectivo regletero y su interruptor magnetotérmico de 2 A, ubicados en un armario metálico con ventilación (natural o forzada, dependiendo de las características solicitadas) y con las conexiones protegidas por una cubierta precintable.
El armario está fabricado en chapa (de acero lacada o acero inoxidable, según requisitos) con cierre de doble paletón de 3 mm accionado por aldabilla, y precintado mediante tornillo ranurado para evitar posibles manipulaciones.
Está diseñado para servicio interior. Bajo demanda se puede fabricar para servicio exterior, así como con diferentes configuraciones.
Su función es la de consumir la potencia necesaria para que los transformadores trabajen, como mínimo, al 25% de su carga de precisión en los casos en que las cargas conectadas al aparato (contadores, relés, etc.) no lleguen al mínimo necesario para garantizar la precisión de la medida.
El ARM TT+TI es un armario de resistencias de carga para conjunto de transformadores de tensión e intensidad, compuesto por una caja ranurada con 3 resistencias (circuito de intensidad), un grupo de 3 resistencias (circuito de tensión), su respectivo regletero y su interruptor magnetotérmico de 2 A, ubicados en un armario metálico con ventilación (natural o forzada, dependiendo de las características solicitadas) y con las conexiones protegidas por una cubierta precintable.
El armario está fabricado en chapa (de acero lacada o acero inoxidable, según requisitos) con cierre de doble paletón de 3 mm accionado por aldabilla, y precintado mediante tornillo ranurado para evitar posibles manipulaciones.
Está diseñado para servicio interior. Bajo demanda se puede fabricar para servicio exterior, así como con diferentes configuraciones.
Su función es la de consumir la potencia necesaria para que los transformadores trabajen, como mínimo, al 25% de su carga de precisión en los casos en que las cargas conectadas al aparato (contadores, relés, etc.) no lleguen al mínimo necesario para garantizar la precisión de la medida.
El ARM TI es un armario de resistencias de carga para transformadores de intensidad, compuesto por una caja ranurada con 3 resistencias y su respectivo regletero, ubicados en un armario metálico con ventilación (natural o forzada, dependiendo de las características solicitadas) y con las conexiones protegidas por una cubierta precintable.
El armario está fabricado en chapa (de acero lacada o acero inoxidable, según requisitos) con cierre de doble paletón de 3 mm accionado por aldabilla, y precintado mediante tornillo ranurado para evitar posibles manipulaciones.
Está diseñado para servicio interior. Bajo demanda se puede fabricar para servicio exterior, así como con diferentes configuraciones.
Su función es la de consumir la potencia necesaria para que el transformador trabaje, entre el 25% y el 100% de su carga de precisión en los casos en que las cargas conectadas al aparato (contadores, relés, etc.) no lleguen al mínimo necesario para garantizar la precisión de la medida.
“We can encapsulate your needs in resin parts quickly and economically”
Vacuum casting is a very versatile technology, capable of producing parts in a wide range of polyurethane (PU) resins to replicate and replace industrial polymers with prototypes and final production parts.
The manufacturing technique is perfect for low volume production, where injection molding is not profitable.
Process
Master model: The master model is designed from a three-dimensional model and printed in 3D.
According to the characteristics, benefits or results that are to be obtained, once the design has been finalized, the most appropriate material will be determined, be they silicones, polyurethane resins or other.
Placement in the machine: The mold is placed in the vacuum casting machine.
The resin is added: The compound of two resins for casting A + B, mixes in the upper compartment.
Drying the piece in the oven: After the casting phase, the mold is placed in the oven to dry it.
Part removal: After drying, the finished part is removed from the mold, which can be reused for the next production cycle.
Through vacuum casting systems, the Technical Office Dept. from the Laboratorio Electrotécnico, you can create high-quality parts that accurately reproduce the performance benefits of injection molded parts, without the long set-up times and associated process loads.
Vacuum casting is a very versatile technology, capable of producing parts in a series of polyurethane (PU) resins to replicate and replace industrial polymers with prototyping and short-run production.
Among its most common applications are replacement parts, complementary elements to the customer’s product, replacement of discontinued elements, etc.
“We create, design and manufacture prototypes and special and unique elements for your industry”
A prototype is an apparent but concrete representation of part or all of a business idea or a product or service. This will incorporate the basic elements to make it functional, testable, and to answer a series of questions about the business viability of the idea and how it is implemented. Prototyping means that you are creating the minimum necessary to validate your idea.
Using prototyping, the customer can:
Test / validate new ideas quickly.
Understand the keys to user interaction.
Improve the user experience and iterate over it.
Demonstrate the ability of a product (demoing).
Validate the appearance design detail: Define the purpose of sizes, colors, shadows, etc.
Types of prototypes according to their function:
Design prototypes: They are used to evaluate aesthetic and ergonomic aspects.
Geometric prototypes: They are used to test geometric agreement, shape and assemblies.
Functional prototypes: They show the characteristics and patterns of behavior in a test of the final product.
Technical prototypes: They are used to evaluate all the functions of the final piece.
There are many ways to prototype, it depends on the type of idea you have; The construction of a prototype of a product or that of a service is not the same; At Laboratorio Electrotécnico, we help create, design and manufacture prototypes and special and unique elements for your industry.
Machining (CNC) is a manufacturing process in which a set of operations are performed to manufacture parts by extracting material from a block.Said operations are carried out on Computer Numerical Control (CNC) machines, which, starting from 3D data and a CAM machining program, perform the programmed tasks automatically.
Regardless of the size, complexity of design or quantity of parts, our experienced team and machinery allow us to obtain excellent results at very competitive prices and terms.
Our machines, due to their flexibility, precision and versatility, help reduce manufacturing times by minimizing errors.At Laboratorio Electrotécnico, we offer the machining of single pieces or short series of pieces from a wide range of technical materials, both plastic and metal.
The FUC is a switch-disconnector in load, of three-pole interior service, for general use.
Designed for lines 12 to 36 kV, and current of 400A and 630A.
Supplied with epoxy resin insulators. Equipped with an auto-pneumatic blowing system, it is equally effective in breaking active load currents, transformer load currents and off-circuit cables.
Manufactured according to IEC 62271-1 and IEC 62271-103 standard.
The Sile-U is an unipolar no-load switch for indoor service, for general use.
It is designed for lines from 12 to 36 kV, and current of 400A and 630A.
It is mounted on a frame of rolled steel, protected against corrosion by epoxy paint. The splitting blade consist of two tracks in parallel and a central contact, actuated by a connecting rod.
Manufactured according to IEC 62271-1 and IEC 62271-102 standard.
In our parts, the design, the use of synthetic filled resin and thorough control of each stage of manufacture meet to achieve the best electrical and mechanical properties:
Electrical: insulation, arc resistance and resistance to rampant downloads.
Mechanical: impact resistance and flexural strength.
They are resistant to the most highly corrosive chemical agents and have no risk of fire.
The insulators carry inserted metal armatures on the surface of head and base to allow attachment to the support and conductor.
Our product range also includes special parts produced from customer drawings or manufactured based on theri needs by our technical department.
The thermal relay PTE-4 has been developed and adjusted to equip free-trip switch breakers free kick. The PTE-4 relays protect against constant weak overloads, not influencing variable loads or short duration overloads. Combined with high breaking capability fuses, sufficiently effective protections are achieved at minimal cost, for circuits where rated power is small, so very high short-circuit can rise. In these cases the price of a great power breaking capability can be very high compared to the rest of the installation.
LV Toroidal transformer for measuring and/or protecting up to 0,72 kV, used for measurement instruments, meters, relays and other similar devices. Designed to be used indoors.
The active part is occluded in class E epoxy resin (in accordance with IEC 60085 standard), brown colour. It is mechanically resistant and damp-proof, oil-proof, dust-proof and resists most chemical products.
Openable design that facilitates its application in existing installations without the need to make modifications to it.
Possibility of installation in any position.
Manufactured in accordance with IEC 61869:1 and IEC 61869:2 standards.
