LYNX POWER IN M10

⚡ VICTRON ENERGY LYNX POWER IN (M10) – 1000A DC BUSBAR

Heavy-Duty Modular DC Distribution for 12V, 24V & 48V Battery Systems

⚡ The Victron Energy Lynx Power In (M10) is a heavy-duty modular DC busbar designed to provide a clean, organised and expandable connection point for batteries, chargers, inverter/chargers and other high-current DC equipment.

Part of the Victron Lynx Distribution System, the Lynx Power In combines positive and negative tinned-copper busbars inside a robust enclosure and provides four main connection points for integrating multiple battery banks, charging sources or DC circuits.

With a continuous current rating of up to 1000A DC and a 9–60V operating range, it is suitable for demanding 12V, 24V and 48V installations including off-grid power systems, marine electrical systems, large inverter installations and battery energy-storage systems.

The Lynx Power In requires no electronics, programming or monitoring for basic operation, making it a straightforward solution when you simply need a substantial central DC connection point within a Victron system.

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⚡ KEY FEATURES

⚡ Massive 1000A Continuous Rating
Heavy-duty internal busbars are rated for up to 1000A continuous DC current, making the Lynx Power In suitable for serious high-current battery systems.

🔋 12V, 24V & 48V Compatible
With an operating range of 9–60V DC, one unit can be incorporated into a wide variety of low-voltage DC energy systems.

🔩 M10 Connections
Heavy-duty M10 connection points provide secure bolted connections for correctly terminated high-current cables.

🔌 Four Main Connection Points
Provides four connection positions for integrating batteries, charging equipment and other compatible DC circuits.

➕➖ Positive & Negative Busbars
Both positive and negative distribution are incorporated into the same enclosure for a cleaner, more organised installation.

🧲 Tinned-Copper Busbars
Heavy-duty tinned-copper construction provides the conductive backbone required for high-current DC distribution.

📏 8 × 30mm Busbar Construction
Substantial internal busbar dimensions support the unit's high-current distribution capability.

🔗 Modular Victron Lynx Design
Designed to integrate neatly with other components in the Victron Lynx Distribution System for scalable battery and DC distribution installations.

⚙️ No Electronics Required
Operates as a passive high-current DC distribution component without requiring software, programming or monitoring for basic operation.

🛡️ Robust ABS Enclosure
Protects the internal busbars while helping maintain a professional and organised installation.

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🔋 CENTRALISE YOUR HIGH-CURRENT BATTERY CONNECTIONS

Large inverter and battery systems can quickly become difficult to manage when several high-current cables are connected directly to battery terminals.

The Lynx Power In provides a central distribution point where multiple DC circuits can be brought together in a structured way.

Typical connections may include:

• 🔋 Battery banks
• ⚡ Inverter/chargers
• ☀️ Solar charging equipment
• 🔌 DC charging systems
• ⚙️ Other high-current DC equipment

This helps reduce clutter around the battery bank and makes future expansion or servicing easier to manage.

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⚡ BUILT FOR HIGH-CURRENT SYSTEMS

The Lynx Power In is rated for up to 1000A continuous DC current.

This makes it suitable for large installations where substantial inverter, charging and battery currents may be present.

Every individual circuit still needs to be engineered around its actual maximum current, cable length, voltage drop, terminal rating and required over-current protection.

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🔩 M10 HIGH-CURRENT CONNECTIONS

This version of the Lynx Power In uses M10 connection hardware.

M10 refers to the connection stud / bolt size and allows appropriately terminated cable lugs to be securely fastened to the busbar.

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🔌 FOUR CONNECTION POINTS

The Lynx Power In provides four main connection points, giving installers the flexibility to bring several high-current circuits together within a single modular assembly.

Depending on the system design, these connections can be used to integrate equipment such as:

• 🔋 Multiple battery connections
• ⚡ Inverter/charger circuits
• ☀️ Solar charger outputs
• 🔌 DC charging sources
• ⚙️ Additional compatible DC circuits

The exact configuration should be determined by the electrical design rather than treating each position as dedicated to a particular device.

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➕➖ POSITIVE & NEGATIVE DISTRIBUTION IN ONE UNIT

The Lynx Power In incorporates both positive and negative tinned-copper busbars.

This allows both sides of the battery system to be distributed through the same organised enclosure rather than requiring separate exposed positive and negative busbars.

A separate ground connection is also provided.

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🔗 PART OF THE VICTRON LYNX DISTRIBUTION SYSTEM

The major advantage of the Lynx platform is its modular design.

The Power In can be incorporated alongside other compatible Victron Lynx components to build a structured DC distribution system that can grow as the installation becomes larger or more sophisticated.

This makes it particularly useful for:

• 🏠 Off-grid houses
• 🔋 Large lithium battery banks
• ☀️ Solar energy-storage systems
• 🚤 Marine electrical systems
• 🚐 Large RV and expedition systems
• ⚡ High-power Victron inverter installations

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🔋 IDEAL FOR MULTIPLE-BATTERY SYSTEMS

Where several batteries or battery strings need to feed a common DC system, the Lynx Power In provides a clean central connection point.

This can make battery-bank wiring significantly more organised than stacking numerous high-current lugs directly onto battery terminals.

Correct battery balancing, cable sizing and protection are still essential and should be determined from the complete system design.

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⚡ IDEAL FOR LARGE VICTRON INVERTER SYSTEMS

High-capacity Victron inverter/chargers can draw substantial DC current, particularly in 12V and 24V systems.

The Lynx Power In provides a substantial DC distribution backbone for installations where high-current battery and inverter connections need to be combined professionally.

It is suitable across:

• 🔋 12V systems
• 🔋 24V systems
• 🔋 48V systems

The 9–60V DC operating range comfortably covers these nominal battery-system voltages.

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⚙️ SIMPLE PASSIVE OPERATION

The Lynx Power In does not require electronic configuration for basic operation.

There is no need to program the unit simply to use its positive and negative busbars for DC distribution.

This makes it particularly useful where a straightforward, heavy-duty Lynx connection point is required without adding unnecessary electronic complexity.

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🛡️ IP22 PROTECTION

The enclosure carries an IP22 protection rating.

This makes it suitable for appropriately protected installation environments but should not be confused with a waterproof enclosure.

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🌡️ WIDE OPERATING TEMPERATURE RANGE

The Lynx Power In is specified for operation from:

-40°C to +60°C

Maximum Humidity: 95%, Non-Condensing

This allows it to be used across a broad range of appropriately protected mobile, marine and stationary electrical installations.

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📐 DIMENSIONS & INSTALLATION SPACE

Height: 170mm

Width: 290mm

Depth: 80mm

Weight: Approximately 2.1kg

Allow additional space around the Lynx Power In for cable bends, correctly sized cable lugs, covers and access for installation and servicing.

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📋 TECHNICAL SPECIFICATIONS

Brand: Victron Energy

Product: Lynx Power In

Connection Version: M10

Product Type: High-Current DC Busbar / Distribution Module

Operating Voltage Range: 9–60V DC

Compatible Nominal Systems: 12V / 24V / 48V

Continuous Current Rating: 1000A DC

Main Connection Size: M10

Number of Main Connection Points: 4

Positive Busbar: Yes

Negative Busbar: Yes

Separate Ground Connection: Yes

Busbar Material: Tinned Copper

Busbar Dimensions: 8 × 30mm

Enclosure Material: ABS

Protection Rating: IP22

Operating Temperature: -40°C to +60°C

Maximum Humidity: 95%, Non-Condensing

Electronics Required for Basic Operation: No

Dimensions: 170 × 290 × 80mm

Weight: Approximately 2.1kg

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🔧 INSTALLATION CONSIDERATIONS

• Confirm the system operates within the 9–60V DC range
• Use correctly sized cable for every individual circuit
• Use correctly sized M10 cable lugs
• Crimp high-current lugs using appropriate tooling
• Select over-current protection according to each connected circuit
• Keep high-current cable runs as short and direct as practical
• Consider voltage drop when selecting conductor size
• Mount the enclosure in a dry, protected environment
• Allow sufficient room for large cable bend radii
• Follow the required terminal torque specifications during installation
• Ensure all connections are protected against accidental short circuit

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❓ FREQUENTLY ASKED QUESTIONS

What does the Lynx Power In actually do?

It acts as a central high-current positive and negative DC connection point. Batteries, chargers and other compatible DC circuits can be brought together through the four main connection positions rather than stacking numerous cables directly onto battery terminals.

Is the Lynx Power In a battery charger?

No. It is a passive DC distribution component. It does not charge batteries, convert voltage or regulate current.

Is it an inverter?

No. The Lynx Power In is a high-current DC busbar system. An inverter or inverter/charger is a separate component that may be connected into the DC system.

Can I use it in a 48V Victron system?

Yes. Its 9–60V DC operating range makes it suitable for nominal 48V battery systems as well as 12V and 24V installations.

Can I use it in a 12V system?

Yes. The Lynx Power In can be used in a 12V system, provided all cables, terminals and protection are correctly sized for the considerably higher currents that can occur at lower system voltages.

Can I use it in a 24V system?

Yes. 24V falls comfortably within the unit's 9–60V operating range.

What does the 1000A rating mean?

It means the Lynx Power In busbar assembly has a stated continuous current rating of 1000A DC. It does not automatically make every connected cable or circuit capable of carrying 1000A.

Is each of the four connections rated for 1000A?

The 1000A figure is given as the continuous rating of the Lynx Power In itself. Individual circuit capacity must still be determined by the connected cable, lug, equipment and protection requirements rather than assuming 1000A is available through every individual connection.

What does M10 mean?

M10 refers to the size of the bolted electrical connection. Your cable lugs therefore need to have appropriately sized connection holes for the M10 hardware.

Does M10 mean I need 10mm² cable?

No. M10 is the terminal hardware size and has no direct relationship to cable cross-sectional area. A high-current installation may require substantially larger cable depending on current and cable length.

Can I connect several batteries to it?

Yes. Multiple battery connections are one of the key applications of the Lynx Power In. Battery-bank design, balancing, cable lengths and individual protection still need to be engineered correctly.

Can I connect my MultiPlus or Quattro to it?

A high-current Victron inverter/charger can form part of a Lynx-based DC system provided the voltage, cabling, circuit protection and complete installation are correctly designed for the particular inverter/charger.

Can I connect an MPPT solar controller to it?

A compatible DC charging source can be connected into a correctly designed Lynx distribution system. Cable and protection requirements depend on the particular charger and system configuration.

Can I use it with lithium batteries?

Yes. The Lynx Power In can form part of a correctly designed lithium battery installation. It is a passive busbar, so battery compatibility is primarily determined by the system voltage, BMS arrangement and the connected charging and inverter equipment.

Can I use it with AGM batteries?

Yes. The Lynx Power In itself is not chemistry-specific and can be incorporated into a compatible AGM-based DC system.

Does it monitor my batteries?

No monitoring functionality is specified for the Lynx Power In itself. It is designed primarily as a high-current positive and negative distribution point.

Does it need Bluetooth or an app?

No. No electronics or monitoring are required for basic operation, so the Power In itself does not need an app simply to function as a busbar.

Does it need a Cerbo GX?

No. A Cerbo GX is not required for the Lynx Power In to perform its basic busbar function.

Does the Lynx Power In include circuit protection?

No individual fuse or circuit-protection specification is included in the information listed here. Every connected circuit still needs to be assessed for appropriate over-current protection as part of the overall system design.

How is this different from simply installing normal busbars?

The Lynx Power In combines heavy-duty positive and negative distribution in an enclosed modular format designed to integrate with the wider Victron Lynx system. This can produce a cleaner and more scalable installation than using several unrelated standalone busbars.

Can I use the Lynx Power In on its own?

Yes. No electronic monitoring or additional control equipment is required for its basic busbar function. Whether additional Lynx components are worthwhile depends on the rest of the system.

Do I have to use other Victron Lynx components with it?

The modular design makes integration with other Lynx components one of its main advantages, but the Power In itself performs a straightforward positive and negative busbar function without requiring electronic control.

Is it waterproof?

No. The enclosure is rated IP22, so it should be installed in a suitably protected and dry location rather than exposed directly to rain, spray or water ingress.

Can I install it inside a battery cabinet?

Yes, provided the cabinet offers a suitable protected environment and enough room for the 170 × 290 × 80mm unit plus the required high-current cable bends, lugs and service access.

How much space should I allow around it?

Do not work from the enclosure dimensions alone. High-current battery cables can have relatively large minimum bend radii, so additional clearance is required around the M10 connection points for cables, lugs and installation tools.

What cable size should I use?

There is no single correct cable size simply because the Lynx Power In is rated at 1000A. Cable size must be calculated from the maximum current of the individual circuit, cable length, allowable voltage drop, installation conditions and protection requirements.

What size fuse should I use?

Fuse size depends on the individual circuit and the cable being protected. There is no single universal fuse size for every installation using a Lynx Power In.

Would this suit a large 48V off-grid system?

Yes. A 48V off-grid battery system with substantial inverter and charging equipment is one of the applications where a modular 1000A-class DC distribution platform can be particularly useful.

What should I check before buying?

Confirm that you need the M10 version, make sure the 9–60V operating range suits your battery system, check that four connection points are appropriate for your layout and allow sufficient installation space for the Lynx enclosure and large high-current cables. Cable sizing, fusing and terminal requirements should then be determined from the complete electrical design.

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⚡ BUILD A CLEANER, SAFER & MORE SCALABLE HIGH-CURRENT DC SYSTEM

The Victron Energy Lynx Power In (M10) provides the heavy-duty foundation needed to organise serious battery, charging and inverter connections without turning the battery terminals into a maze of high-current cables.

With a 1000A continuous rating, 9–60V operating range, four M10 connection positions, positive and negative tinned-copper busbars and full integration into Victron's modular Lynx platform, it is ideally suited to demanding off-grid, marine and energy-storage installations.

For installers building a professional Victron system that needs clean high-current distribution today and room to expand tomorrow, the Lynx Power In provides a robust and straightforward starting point.