- December 19, 2016
- PULS Pte Ltd
PULS offers a range of power supplies functioning with features that can cope with the requirements for material handling.
December 19, 2016 - Warehouses and distribution centres frequently operate 24/7 and undesired downtime can result in delay order fulfilment, customer dissatisfaction, and lost revenue. The interests of compact, reliable and efficient DC power supplies for applications used in material handling and logistics automation systems has become substantially mandatory. PULS offers a range of power supplies functioning with features that can cope with the requirements.
Power supply with higher efficiency ensures minimum power losses and heats generation. Power supplies with highest efficiencies minimize the temperature rise in the enclosure and therefore mitigate the damaging effects of heat on electronic components.
The power reserves for peak currents of DC power supplies are a solution for the dynamic load requirements of material handling systems and helps in unnecessary oversizing. On top of that, remote monitoring of power supplies output also important in ensuring maximum system availability.
PULS dedicates 100% of its resources and efforts on the design, development, and manufacture of industrial DIN-rail power supplies and complimentary products. This focused effort and inventory allows PULS to meet the ever changing availability and delivery requirements of the material handling and logistics automation industry.
Motorised drive roller (MDR), zone controllers, sensors and other loads are powered by a variety of PULS products in these typical applications:
- Automated storage & retrieval systems
- Belt conveyor systems
- Sorting systems
- Storage systems
- Palletisers & de-palletisers
In summary, PULS designs DIN rail power supplies with the efficiency to meet the needs of modern material handling and logistics automation. PULS has been partnered with many material handling and logistics companies in fulfilling the requirement to maximise the operation and reliability of their systems.Learn More
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