Victron Energy Lynx Shunt 1000A M8 VE.Can — IP22 enclosure, integrated bus-bars & SOC monitoring

The Victron Energy Lynx Shunt IP22 VE.Can is a compact, intelligent 1000‑amp battery shunt with integrated bus‑bars and a fuse location, offering precise state‑of‑charge monitoring and VE.Can communication for system integration.

This modular Lynx Shunt is designed to be the control center of a DC power distribution system: it combines a heavy‑duty negative bus‑bar with a calibrated 1000 A shunt and a positive bus‑bar that accepts a replaceable fuse (fuse not included). Built‑in battery monitoring collects current and voltage data, while a VE.Can port lets you connect a Victron GX device for remote monitoring, logging, and configuration. The robust IP22 enclosure and M8 terminals make it suitable for marine, mobile, and off‑grid installations where space and reliable monitoring are essential.

How does the Lynx Shunt measure battery state of charge?

The unit measures current flow through its precision 1000 A shunt and tracks battery voltage to estimate state of charge. That data is processed by the onboard monitor and made available to GX devices over VE.Can, giving you accurate charge accounting and historical usage trends.

• Calibrated 1000 amp shunt for high‑current systems
• Onboard battery monitor computes state of charge
• Voltage sensing ensures better SOC estimation
• Data accessible via VE.Can to Victron GX units

What connections and hardware features are included?

The Lynx Shunt combines a negative bus‑bar with an M8 shunt connection and a separate positive bus‑bar with a dedicated location to mount a CNN fuse. It is intended to be the central negative distribution point in a DC system, simplifying wiring and providing a single place for current measurement.

• Negative bus‑bar with integrated 1000 A M8 shunt connection
• Positive bus‑bar with mounting space for a CNN fuse (fuse sold separately)
• VE.Can port for GX device communication and setup
• IP22 rated enclosure for protected indoor or sheltered marine use

How do I integrate the Lynx Shunt with other Victron components?

Integration is straightforward via the VE.Can port: connect the Lynx Shunt to a Victron GX device to view real‑time current, voltage, and state‑of‑charge, and to log historical performance. Once linked, system settings and monitoring are centralized, which helps with system tuning and troubleshooting.

• Use VE.Can cabling to connect to Victron GX controllers
• GX device displays SOC, amps in/out, and voltage readings
• Logged data available for diagnostics and performance review
• Works with other Victron components for coordinated system control

What installation and safety considerations should I know?

Incorrect installation can create safety hazards; always follow local electrical codes and consult a licensed electrician or installer. The Lynx Shunt requires proper torqueing of M8 terminals, correct fuse selection for the positive bus, and secure VE.Can connections to ensure reliable operation and safety.

• Select the correct CNN fuse and rating for your system (not supplied)
• Mount in a ventilated, protected location to maintain IP22 rating
• Torque M8 terminals to Victron specifications to prevent heating
• Have installation reviewed by a qualified professional

Who is this for? The Victron Energy Lynx Shunt IP22 VE.Can 1000 amp (M8) is aimed at installers, marine electricians, off‑grid homeowners, and anyone building a high‑current DC power system who needs reliable central current measurement and VE.Can integration. It suits systems that require a compact, serviceable bus with a place for a fused positive feed and accurate state‑of‑charge monitoring tied into a Victron GX monitoring ecosystem.