Energy distribution - Import export

Clinical data shows the impressive potential of Delphinol® in regard to a healthy glucose metabolism after the consumption of dietary carbohydrates or refined sugars. In addition, Delphinol® significantly lowered glycated haemoglobin levels (HbA1c) and improved the blood lipid profile in a three-month clinical trial. Unique Features - Natural absorption delay of dietary carbohydrates, including refined sugars and pure glucose - Prevention of glucose peaks due to balanced blood sugar levels - Maintenance of blood sugar levels within normal range Quality Delphinol® is manufactured from selected fresh maqui berries under strict GMP conditions. The extract is standardised to bear a minimum of 25 % delphinidins and a minimum of 35 % total anthocyanins. Delphinol® shows clinically proven bioavailability of key active ingredients.

The measurement is done uninterrupted in all four quadrants and can be adapted optimally to the system to be monitored. Both the average time of the measurement and the expected maximum signal level can be configured. • System state monitoring: class 0.2 • All-purpose: V/I, P/Q/S, f, PF etc. • Remote communication via Modbus • DM5S: Energy metering: class 0.5S • DM5F: Response time 15…25ms • Assisted commissioning • Configuration with or without power supply

These are the panels where the main distribution of electrical energy is made in workplaces and factories. Distribution panels ensure that electrical energy is distributed according to need. While distribution panels distribute energy to the installation they are connected to, they also include protection elements that ensure the safety of the installation and the people using the installation.

Crashbox Inside optimises energy distribution and dissipation upon an impact to keep the force transfer to the head extremely low.

Crashbox Inside optimises energy distribution and dissipation upon an impact to keep the force transfer to the head extremely low.

Crashbox Inside optimises energy distribution and dissipation upon an impact to keep the force transfer to the head extremely low.

Crashbox Inside optimises energy distribution and dissipation upon an impact to keep the force transfer to the head extremely low.

Crashbox Inside optimises energy distribution and dissipation upon an impact to keep the force transfer to the head extremely low.

Crashbox Inside optimises energy distribution and dissipation upon an impact to keep the force transfer to the head extremely low.

Crashbox Inside optimises energy distribution and dissipation upon an impact to keep the force transfer to the head extremely low.

Crashbox Inside optimises energy distribution and dissipation upon an impact to keep the force transfer to the head extremely low.

Underfloor Busbar Trunking Power Distribution Systems (63A-80A)Dabline underfloor busbar systems, which has various colour options, is used in raised floor applications in offices. The smaller size of DABLINE (Underfloor busbar) makes it possible to install the system into restricted areas with a floor height up to 65mm.

Busbar System - Quick and Easy AssemblyE-Line KX Series Compact Busbar Systems are used in horizontal and vertical energy distribution and transmission in Bolt-on (supply from the junctures) and Plug-in (from window points on the busbar housing and the junctures) types. In addition, they can be utilized at segments of factories and buildings where electrical outlets are not required for transmission purposes only. With its special design,a minimum voltage drop occurs.

E-Line KAM Series Lighting Busbar Systems has been designed to supply electricity to lighting fixtures,as well as to supply power to industrial or decorative types of fixtures."E-Line KAP Series Busbar Systems" offer an easy, simple, fast and safe solution for electrical energy distribution and lighting circuits in areas where limited power devices are used in factories and workshops.

Busbar System - Reliable Energy DistributionE-Line KO II Series "medium range busbar" systems provide suitable solutions for electricity transmission and distribution in medium-sized buildings or industrial facilities. They can be used in horizontal or vertical applications. Tap off box solutions comprise sheet metal boxes with circuit breakers, or plastic boxes for small currents which are compatible with Miniature Circuit Breakers.E-Line KO-II Busbar system is used as a horizontal or vertical electricity distribution line between 160A-800A, wherever energy distribution is required.

As vital components for electrical power distribution in telecommunication satellites and land-based arms systems, the bus bars and battery bus bars developed by Axon’ Cable ensure reliable and constant distribution of power. Advantages mass reduction : aluminium bars (Aluminium 1050A is 3 times lighter than copper) improved heat dissipation : flat shape electrical performance : high conductivity of pure aluminium Construction flexible or rigid mono-layer or multi-layers (several potentials) double electrical insulation between each conductor Ceramic coating for better mechanical resistance Interconnection of bars : ESA wires, aluminium bars or multi braid links Interface connectors : D-Sub connectors, Axon' power connectors with low contact resistance Applications Telecommunication satellites : Our busbars can distribute energy in satellite. Different components of a battery (cells, bypass, shunt, connectors,etc) Solar panels to the voltage regulation unit

JS INTEGRAL manufactures control cabinets based on documentation provided by the customer (electrical and mechanical) or other technical arrangements, complying with the relevant requirements of PN-EN standards, including mining standards. Our control cabinets are used: •for power distribution and protection of electrical equipment against short-circuits, overvoltage and overload, •to control the operation of motors, pumps, fans, air conditioning, drives and other electrical appliances, •to control production processes in production and energy production / distribution companies, •to signal, control and monitor the performance of machinery and equipment, and technological processes in industry and power industry, •to implement control and monitoring functions in BMS and HVAC systems.

Enhanced QSwitched Nd YAG lasers, which distribute energy evenly, are used in different skin tones and in different applications. For a truly successful tattoo removal, QSwitch ND YAG lasers with multiple colors and sufficient energy are required. Tatouage’s various wavelengths provides you an ability of successful and easy tattoo removal. With QSwitch Nd 532 nm wavelength, you can remove red, orange and yellow tattoos. With the YAG 1064 nm wavelength, you can remove black and blue tattoos. You can removegreen tattoos with a wavelength of 755 nm. You can make carbon peeling with 1320 nm wavelength. Tatouage offers tattoo removal as well as eyebrow contour and lip contour removal. It also offers the possibility of removal of stains with carbon peeling, rejuvenating the skin and shrinking the skin pores.

EUROLINIA infrared industrial tunnel ovens are designed to rapidly and uniformly heat the surface of cables, wires, polymer pipes and tubes, dry fiber optics and etc. in batch or continuous conveyor production using targeted high-intensity infrared radiation. High efficiency is achieved by concentrating high-intensity infrared radiation and by using a circular reflector that efficiently distributes radiant energy inside the heating chamber. Additional efficiency is gained by installing three-level thermal protection. EUROLINIA tunnels have modular structure: one heating section is 2 meters long, you can connect up to 8 sections in one production line. Maxumum temperarature in the tunnel can reach up to 700C. Tunnels can have multiple separate heating zones and can be equiped with a conveyor. To ensure high-quality, high-precision surface heating, industrial tunnel ovens are also equipped with an automatic heating control system (APCS).

treatmentLaser destruction of clusters of sweat glands is one of the most effective methods of dealing with hyperhidrosisCurrently, hyperhidrosis is a fairly common pathological condition, which is characterized by increased sweating of the whole body or its local parts. Using the Nd YAG Invasive laser module, laser treatment of hyperhidrosis is possible by treating the problem area with special handpieces of various diameters that destroy most of the sweat glands, and further their recovery does not occur. The special distribution of laser energy allows you to remove not all sweat glands in the problem area, but with a certain interval, because, in general, sweat glands play a very important role in the body’s thermoregulation, and their deficiency in a certain area can lead to the development of the problem of compensatory sweating ( hyperhidrosis in other areas of the body), as well as excessive dryness of the epidermis, etc

atrophyMore than half of women after 50 years of age are diagnosed with vulvovaginal atrophy (VVA). The new LASEST laser techniques have revolutionized the intimate area plasticsThe treatment of vulvovaginal atrophy with the LASEST laser complex is based on nonablative photothermal exposure with laser packet pulses using the Dual Gentle Gynecology laser module. Thanks to the special spatial distribution of laser energy, there is an active stimulation of the restoration of blood supply and restoration of the submucous and mucous layers, the relief and moisture of the mucous membrane are restored. The positive effect after the procedure lasts up to a year.

One of the latest developments of GWP is the ultra-wide range current sensor for the primary energy distribution. This product has an incomparable measurement range starting from 0,5A up to 100.000A with a defined accuracy. Primary use case is in combination with protection relays.

One of the latest developments of GWP is the ultra-wide range current sensor for the primary energy distribution. This product has an incomparable measurement range starting from 0,5A up to 100.000A with a defined accuracy. Primary use case is in combination with protection relays.

The K240A-xx is one of the newest developments from GWP. It is a combined voltage and current sensor in block type form factor dedicated for air insulated switchgears in the primary energy distribution. It contains a wide range current sensor and a voltage sensor, and it is even possible to put a 3rd component, a low power conventional current transformer inside to enable the maximum flexibility for the customer.

The K120A-xx is one of the newest developments from GWP. It is a combined voltage and current sensor in block type form factor dedicated for air insulated switchgears in the primary energy distribution. It contains a wide range current sensor and a voltage sensor, and it is even possible to put a 3rd component, a low power conventional current transformer inside to enable the maximum flexibility for the customer

The NxxxT-0U current sensor is dedicated for installation on the cables of a gas or insulated switchgear in the primary or secondary energy distribution. The design is split able, which makes it able to put the sensor on an existing cable. Due to cost effective construction, the sensor has a very high cost-benefit ratio.

The NxxxT-xx current sensor is dedicated for installation on the cables of a gas or insulated switchgear in the primary or secondary energy distribution. The design is split able, which makes it able to put the sensor on an existing cable. Earthing could be done at the current sensor, or through the shielding of the cable or through the S2 connection inside the IED.

The NxxxR-xx current sensor is dedicated for installation on the bushing of a gas insulated switchgear in the secondary energy distribution. The design is slim and the holding system can be adapted to different kind of T-connectors. Earthing could be done at the current sensor, or through the shielding of the cable or through the S2 connection inside the IED.

The NxxxE-0U current sensor is dedicated for installation on the cables of a gas or insulated switchgear in the primary or secondary energy distribution. The design is split able, which makes it able to put the sensor on an existing cable. Due to cost effective construction, the sensor has a very high cost-benefit ratio