The CHCNAV RS232 cable (A00908) is a high-precision data and power cable engineered for consistent, stable, and accurate communication between your CHCNAV GPS devices and external equipment. Whether you’re performing GNSS static measurements, transferring data, or connecting your receiver to an external power source, this 7-Pin RS232 communication cable ensures seamless performance in every field environment. This CHCNAV RS232 cable is critical for optimal connectivity.
Designed for CHCNAV models including i80, i50, X11, X9, X12, T6, T7, and EFIX F7, this premium-grade cable is built for reliability, durability, and signal integrity. It provides both data transfer and power supply capabilities, allowing professionals to perform surveying, mapping, and positioning tasks without interruption.
If you rely on accurate GNSS or GPS positioning, this cable is an essential accessory for maintaining your device’s top performance.
High-Performance Engineering for Precise Data Transmission
The CHCNAV RS232 GNSS cable is crafted using the latest communication and shielding technology. It minimizes signal loss and interference, ensuring clean, accurate data transfer even in demanding field conditions.
This chcnav rs232 cable is essential for consistent data and power supply.
Whether you are connecting your CHCNAV GNSS receiver to a data collector, laptop, or external radio, this cable ensures fast and stable communication through the RS232 interface. The 7-pin connector provides both data and power connections, simplifying setup and improving workflow efficiency.
This CHCNAV RS232 cable provides unmatched reliability for all your connectivity needs.
Seamless Compatibility Across CHCNAV Models
One of the biggest advantages of the A00908 RS232 cable is its wide compatibility. It’s perfectly suited for use with several popular CHCNAV GPS and GNSS models, including:
Utilizing a CHCNAV RS232 cable ensures seamless compatibility across various devices.
- CHCNAV i80 GNSS Receiver
- CHCNAV i50 GNSS Receiver
- CHCNAV X11 and X12 Controllers
- CHCNAV X9 Field Controller
- CHCNAV T6 and T7 Tablets
- CHCNAV EFIX F7 Receiver
This versatility makes it a universal communication and power solution for professionals using multiple CHCNAV products in the field.
With this chcnav rs232 cable, you can streamline your operations significantly.
Built for Field Durability
Surveying, mapping, and construction environments can be tough. The A00908 CHCNAV RS232 cable is built to withstand the rigors of daily outdoor use.
This chcnav rs232 cable is rugged enough to withstand harsh environments.
- Industrial-grade insulation protects against moisture, dust, and temperature fluctuations.
- Flexible outer jacket resists wear, tangling, and cracking.
- Secure connector ends ensure a tight fit for consistent connectivity.
Every cable is tested for continuity and shielding integrity, ensuring reliable data transmission even after prolonged use.
Using a chcnav rs232 cable, you can maintain high levels of data integrity.
Dual Functionality: Power + Data
Unlike standard data cables, the CHCNAV 7-Pin RS232 cable features a dual-channel design that supports both data communication and power supply simultaneously.
This unique chcnav rs232 cable design supports simultaneous data communication.
This design eliminates the need for multiple cables and reduces clutter in the field setup. You can power your GNSS receiver directly while transmitting real-time positioning data making your workflow faster and more efficient.
Optimized for Static Measurement and GNSS Surveying
Static measurement is critical in high-accuracy GNSS and GPS work. The CHCNAV RS232 static measurement cable ensures:
Utilizing the chcnav rs232 cable enables precise static measurements.
- Stable connection between receiver and external controller.
- High-precision data transfer without packet loss.
- Error-free communication during long-term static observations.
With this cable, surveyors and geospatial professionals can achieve millimeter-level positioning accuracy during static surveys.
Every professional needs the chcnav rs232 cable for accurate positioning.
Why Choose the CHCNAV RS232 GNSS Cable (Model A00908)
- Official Compatibility: Designed specifically for CHCNAV receivers and controllers.
- Plug-and-Play Functionality: Connects easily to CHC COM ports and power sources.
- Multiple Length Options: Choose from 2m to 25m for various field needs.
- Reliable RS232 Interface: Stable communication with low latency.
- Durable Construction: Built to handle field conditions without performance loss.
- Cost-Effective Solution: A long-lasting cable that saves time and replacement costs.
- Professional-Grade Accuracy: Supports high-precision GNSS measurements.
- Power + Data Combo: Dual-function cable keeps your equipment running longer.
Technical Specifications
| Specification | Details |
| Model Name | A00908 |
| Interface Type | RS232 COM Port |
| Connector | 7-Pin LEMO-style male connector |
| Cable Lengths | 2m, 5m, 10m, 15m, 20m, 25m |
| Power Interface | Integrated DC input |
| Material | Copper conductors with PVC insulation |
| Outer Shielding | Braided and foil shielded for EMI protection |
| Usage | GNSS/GPS data transmission & power supply |
| Packaging | Protective carton box |
Ideal Applications
The CHCNAV RS232 cable A00908 is designed for professionals who require accurate and stable connectivity during:
With the chcnav rs232 cable, you can ensure a stable connection during fieldwork.
- GNSS static and kinematic surveying
- GPS data collection and mapping
- Land and topographic surveys
- Engineering and construction projects
- Geodetic measurements
- External radio communication setup
No matter where you work in urban areas, construction sites, or open fields this cable keeps your CHCNAV receiver connected and powered.
This chcnav rs232 cable will keep your devices powered and ready.
Easy Installation and Use
Using the CHCNAV RS232 GNSS cable is simple:
Connect your devices easily with the chcnav rs232 cable.
- Connect the 7-pin RS232 end to the COM port on your CHCNAV receiver.
- Attach the power connector to the external power source or battery.
- Link the RS232 port to your controller, computer, or data collector.
- Power on the devices the connection automatically initializes.
No drivers, adapters, or setup software are required. It’s plug-and-play for immediate field use.
Safe and Stable Data Communication
Signal stability is key in GNSS applications. The A00908 cable features a shielded conductor design that eliminates electromagnetic interference, ensuring clean data transmission.
The chcnav rs232 cable ensures a clean data transmission experience.
You can depend on this cable to maintain data integrity even in high-noise environments such as construction sites or areas with heavy electronic equipment.
Weather-Resistant and Field-Ready
Field conditions often involve dust, rain, and temperature fluctuations. The CHCNAV RS232 GNSS cable is designed to resist environmental stress with:
Protect your connections with the durable chcnav rs232 cable designed for the field.
- Water-resistant connectors
- High-temperature insulation
- UV-resistant outer jacket
- Corrosion-proof contacts
This ensures long service life and consistent performance in outdoor environments.
Expand Your GNSS System Connectivity
With the RS232 static measurement cable, you can expand your CHCNAV system’s capabilities by connecting:
- External power supplies for long static sessions.
- Field controllers or tablets for live monitoring.
- Data loggers or radios for real-time corrections.
- Computers or base stations for data storage.
It’s the central link between your GNSS receiver and data ecosystem, keeping every component synchronized and powered.
This chcnav rs232 cable acts as a critical link in your data workflow.
Included in the Package
- 1 × CHCNAV RS232 Cable (A00908)
- Length as selected (2m / 5m / 10m / 15m / 20m / 25m)
- 1 × Protective carton box
Maintenance Tips
- Always disconnect the cable gently after use.
- Avoid twisting or pulling the connectors.
- Store the cable in a dry, cool place inside its box.
- Clean connectors with a soft, dry cloth to maintain performance.
- Coil the cable properly to prevent internal damage.
Customer Benefits
- Improved accuracy in data collection.
- Reduced downtime during field operations.
- Long-lasting performance thanks to premium materials.
- One cable for both data and power, simplifying your setup.
- Peace of mind compatible, durable, and tested for CHCNAV products.
Frequently Asked QuestionsÂ
What is the CHCNAV RS232 cable used for?
The CHCNAV RS232 cable (A00908) connects CHCNAV GNSS or GPS receivers to external controllers, power supplies, or computers. It enables data transfer and power delivery simultaneously for efficient static and kinematic measurement.
Using the chcnav rs232 cable, professionals can enjoy seamless connectivity.
Is this cable compatible with CHCNAV i80 and i50 receivers?
Yes, it’s fully compatible with CHCNAV i80, i50, X11, X9, X12, T6, T7, and EFIX F7 devices, making it one of the most versatile cables for CHC equipment.
Can I use this RS232 cable for both power and data transfer?
Absolutely. The 7-Pin LEMO interface supports dual functionality data communication through RS232 protocol and external power input via integrated connectors.
This chcnav rs232 cable supports both power and data without interruptions.
What cable lengths are available?
You can choose from 2m, 5m, 10m, 15m, 20m, and 25m depending on your field setup or workstation requirements.
Does the cable require drivers or setup software?
No, this is a plug-and-play cable. Simply connect it to your CHCNAV receiver and data collector the devices will communicate automatically.
Can I use this cable outdoors?
Yes, the cable is weather-resistant, built with industrial insulation and corrosion-resistant connectors to handle dust, rain, and sun exposure during fieldwork.
What is the part or model number?
The official model number is A00908. You can use this to confirm compatibility or order replacement units.
How is this different from a regular serial cable?
Unlike standard RS232 cables, the CHCNAV A00908 provides both data and power transfer, ensuring stable performance and extended receiver operation during long surveys.
The chcnav rs232 cable offers remarkable stability for long surveys.
Can this cable improve GNSS accuracy?
Indirectly, yes. By maintaining a stable connection and continuous power, it ensures uninterrupted GNSS data collection, which leads to more consistent and accurate survey results.
With a stable connection from the chcnav rs232 cable, your GNSS data collection improves.
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