Three Phase Transformers

Specialized isolation and step-down transformers for medical applications in hospitals, ensuring safe voltage conversion and patient isolation in critical care environments.

Specialized electrical transformers designed for hospital environments to regulate and distribute power safely to medical equipment. Engineered to meet healthcare facility electrical safety requirements.

Isolation transformer specifically designed for medical technology applications, providing electrical isolation and safety compliance for medical equipment and patient protection in clinical environments.

Medical use isolation transformer designed for hospital electrical safety in critical care areas including operating rooms and ICUs. Provides galvanic isolation and voltage regulation to protect sensitive medical equipment and ensure uninterrupted power supply during grid disturbances. Essential infrastructure for maintaining electrical continuity and patient safety in healthcare facilities.

Three-phase power filtering system for medical facility electrical infrastructure. Protects sensitive medical equipment from harmonic distortion and electrical interference.

IMD30: The IMD30 Insulation Monitoring Device is one of the most critical components of IT systems. It continuously monitors the insulation resistance level between phases and ground, identifying insulation faults. Additionally, in compliance with the IEC 60364-7-710 standard, it monitors load current and the temperature of the isolation transformer, initiating the warning system when critical values are reached. The device can provide visual and audible alarms for insulation faults, overcurrent, and excessive transformer temperature, displaying the information both on its LCD screen and through its LED indicators. EDS-30: Insulation Fault Detection Device communicates with the Insulation Monitoring Device (IMD30) via the ModBus RTU protocol and quickly identifies which line is causing the fault. It continuously scans six current transformers, and if a leakage is detected, the alarm LED of the faulty channel lights up. Alarm details are displayed on the Local Alarm Panel (LAP70) and the Central Alarm Panel (RAI70). CTS 30: The Transfer Module is used to ensure the uninterrupted operation of isolated power systems by continuously monitoring two different sources and automatically switching between them when necessary. It evaluates parameters such as source availability and upper/lower voltage limits. A preferred source can be selected, and switching between sources can be done either automatically or manually. RAI-70 Remote Alarm Indicator: The Central Alarm Panel allows remote monitoring of all data, alarms, and events in the isolated power system via its LCD screen. In case of faults, it provides visual and audible alarms through its built-in hardware, in addition to the LCD display. It records every event with a timestamp. One RAI 70 Central Alarm Panel can monitor up to 32 isolated power panels. HMI 70 Hospital Monitoring Interface: Hospital Monitoring Interface is designed to remotely monitor all alarm information detected by the medical isolated power system. It communicates with central alarm panels, enabling technical service personnel in the hospital to audibly and visually track transfer alarms, insulation faults, over-temperature faults, and overcurrent faults through a single device.

Industrial three-phase AC380V switching power supply for large-scale medical facility infrastructure and high-power medical equipment installations.

Compact three-phase dual-stage filter designed for mechanical and electrical safety in medical applications, compliant with IEC 60204-1 standards for operating room and medical device installations.

Compact toroidal design transformer for medical device power conversion. Provides efficient power transformation with minimal electromagnetic interference in medical settings.

Three-phase EMI noise filter for large medical facility equipment and hospital infrastructure. Eliminates electrical noise from three-phase power sources in medical environments.