Continuous monitoring of oil temperature and moisture content entering and exiting the TRANSEC unit Increases life expectancy of transformers by drying the insulation paper Maintain a safe transformer with high breakdown voltage Online installation & operation – no shutdown Cost effective solution – 24/7 continuous drying and monitoring No operator required. Stand alone unit LV powered Function TRANSEC is a system to monitor and extract the moisture in power transformers of all sizes. The problem of wet transformer is already well known. Due to high temperatures, moisture and oxygen, the insulation paper within the transformer is degrading. One of the by-products resulting from this chemical reaction is molecules of water (H2O). While only a small part of the moisture is dissolved in the transformer oil, more than 98% of the moisture becomes diffused in the tons of insulation paper. Depending on the percentage of moisture, the aging of the transformer increases faster and the breakdown voltage decreases. This can lead to failures such as flashovers between the windings. Oil temperature changes during the operation even increase the risk of an outage. Once the oil in the transformer gets dried by TRANSEC, it dehumidifies the insulation paper, hence slowing the aging process. Using this cycle effect, TRANSEC keeps the oil and the insulation paper permanently dry, ensures a faultless operation, and elongates the life expectancy of the transformer significantly. Comparing to other solutions, the transformer can be dried during its operation. There is no need for a maintenance outage.
TEFC motor with solid and whole feet suitable for a great variety of industrial applications.
The WEG EUSAS® Motor is a top-quality, wide-range asynchronous industrial motor (IEC Size 63 – 315) for worldwide use (190V to 690V / 50-60 Hz), with a Power rating from 0.12 kW to 200 kW and a 100 Hz characteristic for up to double power output with a frequency inverter.
WG20 Helical Bevel Geared Motors K: Compact right-angle drive, multi-stage extensions for high torque. Power: 0.12 – 110 kW | Torque: 110 – 18,000 Nm | Ratio: 3.82 – 14,005.40.
WG20 Helical Geared Motors C: Inline design with up to 5 gear stages for high torque. Power: 0.12 – 110 kW | Torque: 50 – 18,000 Nm | Ratio: 2.44 – 22,405.25.
WG20 Helical Worm Geared Motors S: 2-stage design with significantly higher efficiency than standard worm units. Power: 0.12 – 9.2 kW | Torque: 130 – 1,600 Nm | Ratio: 5.17 – 460.00.