Tokyo Keiki TG-6000 Gyrocompass PCB PWB PMCU - 101695282
Are you looking for a reliable replacement for your marine navigation system? The Tokyo Keiki TG-6000 Gyrocompass PCB PWB PMCU with part number 101695282 is an essential electronic component for the control of your gyrocompass. This circuit board is designed to ensure the highest precision and stability during demanding operations at sea.
The TG-6000 system from Tokyo Keiki is known worldwide for its long lifespan and accurate course information. This specific PMCU (Processor Main Control Unit) card acts as the brain of the installation and ensures seamless processing of signals. Whether it is for major maintenance or an emergency repair, this original PCB guarantees that your navigation system meets the strictest international safety standards again.
Key Features
- Original Quality: This component is an original Tokyo Keiki product, which guarantees a perfect fit and direct compatibility with the TG-6000 series.
- High Reliability: Designed for continuous use in marine environments, resistant to vibrations and varying temperatures.
- Easy Installation: As a direct replacement for the 101695282 card, this component minimizes your ship's downtime.
- Crucial Navigation: Essential for maintaining a stable course and providing data to connected systems such as the autopilot and radar.
Technical Specifications
The specifications below apply directly to this specific model and part number:
- Manufacturer: Tokyo Keiki (formerly Tokimec)
- Product Type: PCB / PWB (Printed Circuit Board)
- Part Function: PMCU (Processor Main Control Unit)
- Part Number: 101695282
- Compatible System: Tokyo Keiki TG-6000 Gyrocompass
- Application: Marine navigation and course control
- Condition: New or refurbished (depending on current stock)
Why choose Tokyo Keiki parts?
In shipping, precision is vital. The TG-6000 series is one of the most installed gyrocompasses in the world due to its robust construction and low maintenance costs. By using the original 101695282 PCB, you choose the assurance of a system that continues to perform accurately even under harsh conditions.
