Tokyo Keiki Sequence PCB for TG3/5000 Gyrocompass
The Tokyo Keiki Sequence PCB is an essential electronic component specifically designed for the TG3 and TG5000 gyrocompass series. This circuit board acts as the central brain for the startup sequence and operational logic of the system. A reliable Sequence PCB is crucial for accurate course determination and safe navigation at sea.
When your Tokyo Keiki navigation system shows errors during the startup phase or synchronization, replacing the Sequence PCB is often the most effective solution. This original replacement part guarantees seamless integration with your vessel's existing hardware and prevents costly downtime in the harbour.
Key Features
- Optimal System Control: Manages the complete startup sequence of the TG3 and TG5000 gyrocompass for stable operation.
- High Reliability: Manufactured according to the strict maritime standards of Tokyo Keiki for use in harsh conditions.
- Direct Compatibility: Specifically developed for the TG3/5000 series, ensuring easy installation without modifications to the housing.
- Durable Design: Resistant to the vibrations and temperature fluctuations common in a maritime engine room or bridge environment.
Specifications and Technical Details
The Tokyo Keiki Sequence PCB is built with precision components to extend the lifespan of your navigation equipment. The circuit board is suitable for the Tokyo Keiki TG-3 and TG-5000 models and operates within the standard voltages of these systems.
The specifications include a robust layout that minimizes signal disruptions. The part number is specifically assigned to the sequence logic board configuration. The dimensions and mounting points are exactly the same as the original factory part, allowing for efficient replacement by a ship's technician or specialist.
Why Choose Tokyo Keiki Parts?
Tokyo Keiki is globally renowned for their superior gyrotechnology. By choosing an original Sequence PCB, you maintain the accuracy of your course information. This is vital for both the autopilot and radar integration on your vessel.
