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Victron RJ45 UTP cable (1.8m) for VE.Bus and VE.CAN connections
Art: VE-UTPCABLE18
Description
Victron Energy Communication
Victron RJ45 UTP Cable (1.8m)
VE.Bus & VE.Can System Integration | Reliable Data Transfer
The Victron RJ45 UTP Cable (1.8m) is an essential component for establishing robust and reliable communication within your Victron Energy system. This unshielded twisted pair (UTP) cable is specifically designed to facilitate seamless data transfer between critical Victron devices, ensuring your solar, marine, or off-grid power setup operates efficiently and cohesively.
With a length of 1.8 metres, this cable provides a practical reach for connecting various VE.Bus and VE.Can compatible components, simplifying system configuration and enabling comprehensive monitoring and control. It is a vital link for integrating inverters, chargers, and GX devices, ensuring all elements of your Victron ecosystem communicate effectively.
ESSENTIAL FOR: Reliable data transfer within Victron VE.Bus and VE.Can networks.
Key Features
| ▶ Dedicated Victron Compatibility — Engineered for seamless VE.Bus and VE.Can connections. |
| ▶ Optimal 1.8m Length — Provides versatile reach for common installation scenarios. |
| ▶ RJ45 UTP Standard — Ensures robust and interference-resistant data transmission. |
| ▶ High-Quality Construction — Manufactured to Victron's exacting standards for durability and performance. |
| ▶ Simplifies System Setup — Facilitates easy integration of Victron components for advanced functionality. |
Technical Specifications
| Parameter | Value |
|---|---|
| Cable Type | RJ45 UTP (Unshielded Twisted Pair) |
| Length | 1.8 metres (approx. 5.9 ft) |
| Connector Type | RJ45 (Male to Male) |
| Conductors | 8 (4 twisted pairs) |
| Victron MPN | ASS030064950 |
Connection & Compatibility Notes
This Victron RJ45 UTP cable is engineered for specific communication protocols within Victron Energy systems. It ensures proper data exchange between various devices, crucial for monitoring, control, and synchronised operation.
| Connection Type | Compatible Devices & Purpose |
|---|---|
| VE.Bus Connections | Connects MultiPlus, Quattro, MultiGrid, EasySolar, and Phoenix Inverters (with VE.Bus port) for parallel, three-phase, and system integration. Also used for Digital Multi Control and Interface MK3-USB. |
| VE.Can Connections | Links GX devices (e.g., Cerbo GX) to VE.Can compatible devices such as Lynx Shunts, Lynx Smart BMS, and SmartSolar MPPT VE.Can charge controllers. |
Typical Applications
| Application Area | Description |
|---|---|
| Off-Grid & Hybrid Systems | Connecting inverter/chargers and GX devices for comprehensive energy management in remote or grid-tied setups. |
| Marine & RV Installations | Ensuring reliable communication between Victron components in mobile and nautical environments. |
| Industrial & Commercial Setups | Facilitating robust data networks for larger, more complex Victron power systems. |
| System Expansion & Upgrades | Adding new Victron devices or extending existing communication networks. |
Reliability & Construction Standards
The Victron RJ45 UTP Cable is manufactured to ensure high-quality data transmission, crucial for the sensitive communication protocols used by Victron Energy products. It adheres to the standard Unshielded Twisted Pair (UTP) specification for RJ45 connectors. Victron strongly recommends using industrially manufactured cables, such as this one, over hand-crimped alternatives to prevent potential communication issues and ensure system stability.
Common Questions
What is the Victron RJ45 UTP Cable used for?
This cable is used to connect various Victron Energy devices that communicate via VE.Bus or VE.Can protocols. This includes connecting inverter/chargers, GX devices, and control panels to ensure seamless data exchange and system functionality.
Can I use a standard Ethernet cable instead?
While Victron VE.Bus and VE.Can connections use standard RJ45 UTP cables, Victron strongly recommends using factory-made cables designed to their specifications. Hand-crimped or lower-quality Ethernet cables may lead to unreliable communication and system issues.
What is the difference between VE.Bus and VE.Can?
Both VE.Bus and VE.Can are communication protocols used by Victron devices, often utilising RJ45 UTP cables. VE.Bus is primarily for high-power devices like MultiPlus and Quattro inverter/chargers, enabling parallel and three-phase operation. VE.Can is used for devices like GX controllers, Lynx Shunts, and some MPPTs, often for system monitoring and battery communication.
Are other lengths of Victron RJ45 UTP cables available?
Yes, Victron RJ45 UTP cables are available in a range of lengths to suit diverse installation requirements, typically from 0.3 metres up to 20 metres. This 1.8m cable is a popular choice for many common setups.
Installation Notes
- Ensure correct cable routing to avoid physical damage or excessive bending.
- Connect RJ45 plugs firmly into the designated VE.Bus or VE.Can ports on your Victron devices.
- Avoid running communication cables alongside high-current DC or AC power cables to minimise electromagnetic interference.
- For VE.Can networks, ensure proper termination resistors are installed at each end of the network if required by specific devices (refer to device manuals).
Before You Buy
- Verify the required cable length for your specific installation to ensure adequate reach without excess slack.
- Confirm that your Victron devices utilise RJ45 UTP cables for VE.Bus or VE.Can communication.
- Consult the manuals for your Victron components to understand their specific cabling requirements and network topology.
- Consider future system expansion needs when selecting cable lengths.
Please verify all specifications and compatibility with your existing Victron Energy system components before purchase. Victron Energy offers a 5-year limited warranty on this product, covering defects in materials and workmanship from the date of original purchase.
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