Thermal Gap Pad Vs Bergquist Gap Pad 5000S35

GLPOLY thermal pad is featuring a high thermal conductivity of 6.0W/mK, its higher than that of most of competitor. Comparing with Bergquist gap pad 5000S35, the data will shows that GLPOLY thermal gap filler pad can perfectly replace the BQ 5000S35. Firstly, the thermal conductivity of GLPOLY thermal gap filler pad is higher that that of BQ 5000S35; the thermal resistance is only 0.16in2/W, its just one third of BQ 5000S35. Comparison data reflects that GLPOLY thermal gap filler pad offers more excellent thermal performance than BQ5000S35. For the electrical property, the dielectric breakdown voltage is 16KV, its 3 times greater than BQ 5000S35s. this will ensure the stability of performance of devices. The material yields extremely soft characteristics while maintaining elasticity and conformability. Conforms to demanding contours and maintains structural integrity with little or no stress applied to fragile components. The inherent natural tack on both sides assists in application and allows the products to effectively fill gaps, reducing thermal resistance and enhancing the overall thermal performance. GLPOLY thermal gap filler pad is ideal for high-performance application at low stress or pressure. Features Ultra conformability Designed for low-stress applications Fiberglass reinforced for puncture, shear and tear resistance ThicknessMm---- 0.3~5.0 Densityg/cm3---- 2.6 ,HardnessShore 00--20,20 Thermal Conductivity W/m*K--2.0,2.8

Silicone free thermal interface materials are getting more and more attention recently. GLPOLY is at cutting edge of non silicone thermal interface materials development. Thermal solution design shows the tendency of diversification, for example, more amd more engineers tend to design non silicone thermal pad for electric vehicle, because they are only use thermal silicone pad before. One of our customers designed thermal solution with bergquist Gap pad 2200SF, after he inquiried the supplier, he wanted to use silicone free thermal pad from a local supplier because of the long lead time, unfavorable price. Vehicle Control Unit controls the electric engine, gear box and power battery for improving economy, dynamic performance, security and environmental concert. Thus it can be seen, VCU is such a critical element, thermal managent on VCU can not be underestimated. GLPOLY has designed silicone free thermal pad XK-PN30 for thermal management system of electric vehicle which could be perfect alternative to bergquist Gap Pad 2200SF. More and more customers inquiry GLPOLY silicone free thermal pad XK-PN30. GLPOLY can provides a perfect alternative to Gap Pad 2200SF. We offered samples free of charge for testing performance. Thermal conductivity of XK-PN30 is 3.0W/mK, thermal impedance is 0.2in2/W, thermal performance is higher than that of thermal gap pad 2200SF. We are a local manufacturer, we promised a lead time of 15-business days, and 30% off on the gap pad 2200SFs price. Also we can die-cut parts according to customers requirements. With better performance, favorable price as well as shorter lead time, GLPOLY XK-PN30 has gained increasing recognition from EV manufacturers and thermal management engineers. GLPOLY XK-PN30 is a perfect alternative to Bergquist Gap Pad 2200SF.

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'ALSTOM' Protection Relay MODEL NO:- P94VP16A7C0540A; Advanced Transformer Protection, Control and Condition Monitoring Transformers are high capital cost assets in electrical power systems. Internal faults are a risk for all transformers, with short-circuits dissipating the highest localised energy. Unless cleared quickly, the possibility of rewinding will diminish and core damage may become irreparable.The MiCOM Agile P642, P643 and P645 address all these issues - preserving service life and offering fast protection for transformer faults. A transient bias technique has been included, enhancing relay stability and CT requirements. CT saturation and no gap detection techniques have been included to improve the low set differential element operating time during CT saturation where the second harmonic blocking might be asserted. An external fault detection algorithm has been incorporated to prevent the CT saturation and no gap detection from affecting the second harmonic blocking .

BRAND :L&T MCCB DU/DY With Thermal - Magnetic Release DU MCCB Range [8536] 3 Pole / 4 Pole MCCBs , 2 Pole / 3 Pole / 4 Pole MCCBs , DU250C/DU250/DU400N MCCBs DTH With Thermal - Magnetic Release

BRAND: L&T MCCB DU/DY With Thermal - Magnetic Release DU MCCB Range 2 Pole / 3 Pole / 4 Pole MCCBs DU250C/DU250/DU400N MCCBs DTH With Thermal - Magnetic Release Conforms to IS/IEC 60947-2 l 25kA, 36kA, 50kA & 70kA breaking capacities l Adjustable short-circuit settings: 6 - 10 x In** l Manual, Rotary and Motorised versions available@ l 20A to 630A, 3P & 4P l Adjustable overload settings: 0.8 - 1.0 x In l Ics= 100% of Icu* l Wide range of accessories

Cable Features - Special heat resistant insulation - Higher current carrying capacity. - Fine copper wires - Highly thermal stable insulation - Excellent resistant to moisture, abrasion, grace, oil - Long Life - Excellent mechanical & electrical properties Cable Standard IS : 694 : 2010 & BS 6004, BS EN 50525-2-31 Application Fixed installation in conduits and under plaster, for appliance wiring and distribution stations. Standard Packing Coils 90 and 180m Conductor Flexible Bare Copper conductor class-2 and class-5 as per IS: 8130 EN 60228 Insulation HR/FR/FRLS-H/ZHFR Insulation compound with a high insulation resistance value as per IS:5831 Color Red, Yellow/green, Blue, Black, Brown, Grey, Orange, White, Green, Yellow Properties PVC Self-extinguishing and flame retardant according to EN 60332-1-2