Fully automatic star delta starter

The Fully Automatic Star Delta Starter supplied by Shripal Jain is engineered to reduce inrush current when three‑phase induction motors start, extending motor life and improving plant efficiency. It incorporates a microcontroller‑based control mechanism that automatically switches the motor from star to delta connection after a preset delay. Built‑in overload protection, phase‑failure detection and short‑circuit protection safeguard the motor and the drive system. An intuitive control panel provides real‑time status indicators and allows operators to adjust parameters without external programming.

Typical star‑delta starters in this class operate on a voltage range of 380‑480 V AC and comply with IEC 60947‑4‑2, which is the standard for motor starters. The devices usually offer a current rating from 5 A up to 400 A, a typical range that covers most industrial motor sizes. Standard protection features include thermal overload trips and electronic fault monitoring, both of which are reflected in the starter’s design.

Primary customers are manufacturers, mining operations and construction firms that run heavy‑duty conveyors, pumps or crushers. Shripal Jain indicates flexible minimum order quantities and supports shipment under FOB or CIF terms with payment via L/C or T/T. The starter is declared to meet ISO and CE certification requirements, so buyers should request the relevant conformity documents before finalising the purchase.

Shripal Jain is located in New Delhi 110035, India. The supplier is classified as imported with a harbor trust tier, and its profile shows a response rate of 0 % and no average response time recorded, meaning that buyers may need to follow up proactively.

The company offers the Fully Automatic Star Delta Starter with flexible minimum order quantities and references ISO and CE certifications for its equipment. It lists FOB and CIF shipping options and accepts payment by L/C or T/T. No additional corporate history, employee numbers or client references are provided in the source data.