Thyristor Controlled

With its thyristor-controlled design, it is resistant to sudden impacts and transient shocks in industrial environments.

LCD Screen

With the user-friendly menu structure, all parameters of the rectifier can be monitored and adjusted on the LCD Screen.

Mimic Diagram

The status and faults of the rectifier can be detected with the mimic diagram on the management panel.

DSP Controlled Processor

All control, UI and PID algorithms of the rectifier are done by the DSP (Digital Signal Processing) controlled processor.

Isolation Transformer

The rectifier input and output circuits are completely isolated from each other with an isolation transformer.

LC Filter

There is a filter circuit along with an inductor and a capacitor at the output of the rectifier.

Low Ripple Voltage

With 6 Pulse rectification, DSP controlled PID and LC Filter design, ripple voltage is very low.

Advanced Charging Modes

There are battery charging modes that have been experienced and developed in industrial environments.

Long Design Life

POZITRON Series Rectifiers are designed for long-term operation. All semiconductor materials used have a minimum 20-year durability capacity.

Durable and Reliable

Rectifiers have been manufactured with the same quality approach since 1984 and are subjected to comprehensive quality and durability tests.

Low Operating Costs

Thanks to the low harmonics and high efficiency of the POZITRON Series Rectifiers, operating costs are also very low.

Hot-Backup Parallel Operation

POZITRON Series rectifiers can operate in parallel as hot-backup without the need for an additional connection or software.

Alarm Relays

All alarms and conditions of the rectifiers can be transferred to Scada with potential-free contact relay outputs.

High Voltage Protection

Battery Line Control Module

Battery Reverse Connection Sensing

Digital Voltmeter-Ampermeter

LED Notification Panel

Alarm Relays

Dropping Diode

Case Lighting

MODBUS

LVD Deep Discharge Protect

Case Heater

High IP Protect Class