Tigo Dual Core RSS Din Rail Transmitter Kit 480/277VAC

The Tigo Energy 493-00000-20 is a commercial-grade Rapid Shutdown System Transmitter designed to work seamlessly with Tigo’s TS4-F units, ensuring photovoltaic module safety and compliance with NEC 690.12 requirements. With options for automatic or manual shutdown, this transmitter delivers reliable performance crucial for solar installations. Its robust construction includes two RSS cores and a 480/277V power supply, making it an excellent choice for superior operational safety and convenience.

Product Features

NEC 690.12 Compliance

This transmitter ensures compliance with NEC 690.12 standards, providing enhanced safety for photovoltaic systems by enabling rapid shutdown when needed.

Automatic Shutdown Capability

Integrated with automatic and manual shutdown modes, it maintains the safety and control of your solar installation.

Dual RSS Cores Included

Each kit includes two RSS cores, offering maximum current capacity of up to 300A, suitable for diverse large-scale commercial applications.

Durable Power Supply

The kit comes with a robust 480/277V power supply, designed to withstand demanding commercial environment conditions, ensuring consistent performance.

System Compatibility

The transmitter is compatible with Tigo TS4-F modules and various inverter brands, aiding seamless integration into existing solar setups.

How It Works

The Tigo RSS Transmitter is a key part of the Tigo Rapid Shutdown System, ensuring immediate deactivation of PV modules during emergencies. When powered, it sends sustained signals to TS4-F units to keep solar modules connected, and shifts them into shutdown mode when turned off. This dual-mode functionality enhances both safety and operational efficiency.

Power Signaling

Upon activation, the RSS Transmitter emits a consistent signal, maintaining PV module connectivity, ensuring energy flow under normal conditions.

Shutdown Activation

In case of emergencies or planned shutdowns, the system swiftly transitions to a safe state, disconnecting power flow and safeguarding the photovoltaic array.

Module Reactivation

Once the safety signal resumes, the system effortlessly reconnects, providing smooth energy resumption and minimized downtime post-shutdown.

Specifications