SKU: 59168668113

Victron Temperature Sensor (Smart Shunt/BMV-712)

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Description

Victron Temperature Sensor (Smart Shunt/BMV-712)Victron Temperature Sensor for BMV 712, BMV 702, and SmartShunt Battery Monitors Precision Battery Temperature Monitoring for Enhanced Charging Accuracy The Victron Temperature Sensor (ASS000100000) is an essential accessory for your Victron BMV 712 Smart, BMV 702, or SmartShunt battery monitor. By measuring the main battery temperature, it enables your monitoring system to apply temperature compensated charging, which adjusts charge voltages based on

Victron Temperature Sensor for BMV-712, BMV-702, and SmartShunt Battery Monitors

Precision Battery Temperature Monitoring for Enhanced Charging Accuracy

The Victron Temperature Sensor (ASS000100000) is an essential accessory for your Victron BMV-712 Smart, BMV-702, or SmartShunt battery monitor. By measuring the main battery temperature, it enables your monitoring system to apply temperature-compensated charging, which adjusts charge voltages based on actual battery conditions. This helps prevent overcharging in high temperatures and undercharging in cold conditions, extending battery life and improving system reliability.

Designed specifically for Victron battery monitors with temperature support, this sensor integrates seamlessly via VE.Smart Networking (BMV-712 and SmartShunt) or direct connection (BMV-702 with VE.Smart Dongle). The sensor probe is embedded in a robust M10 (3/8"-16) ring terminal that attaches directly to the positive battery terminal, ensuring accurate and responsive temperature readings.

Key Features

  • Measures main battery temperature for precise charge voltage adjustment
  • Compatible with BMV-712 Smart, BMV-702, and SmartShunt battery monitors
  • Integrated M10 (3/8"-16) ring terminal for direct battery terminal mounting
  • Pre-crimped wire ferrules for quick, secure connection to the monitor
  • Supports VE.Smart Networking for wireless data sharing with compatible chargers
  • Enables high and low temperature alarms to protect your battery
  • Temperature range: -20 to +50 °C with ±1 °C accuracy

Why Temperature Monitoring Matters

Lead-acid and lithium batteries are sensitive to temperature fluctuations. Without temperature compensation, a charger may apply incorrect voltages, leading to reduced capacity, accelerated aging, or even permanent damage. The Victron Temperature Sensor provides real-time data to your battery monitor, allowing connected chargers (via VE.Smart Networking) to dynamically adjust charge parameters. This is particularly valuable in Australian conditions, where battery compartments can experience extreme heat or cold.

Simple Installation

Installation is straightforward: attach the M10 ring terminal to the positive battery post, then connect the red and black wires to the designated terminals on your battery monitor. For the BMV-712 Smart and BMV-702, the black wire goes to the +B2 terminal and the red wire to +B1. For the SmartShunt, connect black to the Aux terminal and red to Vbatt+. Once connected, the monitor automatically detects the sensor and begins displaying temperature data.

Compatibility Note

This sensor is designed exclusively for the BMV-712 Smart, BMV-702, and SmartShunt. It is not compatible with other Victron products such as the BMV-700, BMV-710, or MultiPlus inverter/chargers, which use a different temperature sensor. Please verify your device model before ordering.

Enhance Your Energy System Today

Add the Victron Temperature Sensor to your battery monitor and gain the insights needed to protect your investment. Whether you're managing a caravan, marine, or off-grid solar setup, accurate temperature data helps ensure your batteries perform at their best for years to come.

Shipping Notes
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Exchange/Return Notes
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SKU: 59168668113

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Mariano
Boise, US
★★★★★ 5
Great Place to Start
Format: Paperback
Clear and entertaining
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Reviewed in the United States on February 17, 2026
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Austin
Charlottesville, US
★★★★★ 5
Engaging Read for Beginners and Techies Alike
Format: Paperback
An engaging and accessible exploration of how computers really work. The author breaks down complex concepts into simple, relatable explanations, making topics like binary, logic gates, and basic circuits far less intimidating. For newcomers, it’s a great way to build a foundational understanding of computer theory with just a touch of electrical engineering. As someone with a technical background, I still found it entertaining; the examples and analogies added fresh ways to frame ideas I already knew. It’s the kind of book that can bridge the gap between “I use computers” and “I understand what’s happening under the hood.” Highly recommended for anyone curious about what makes hardware and software tick, whether you’re starting from scratch or just want a new perspective.
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Reviewed in the United States on August 19, 2025
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Peter
Massapequa, US
★★★★★ 5
CODE is the book you should get.
Format: Paperback
The best book to enter the field. Grateful that Charles Petzold decided to write it, even happier this was one of the first books I picked up. Recommend to everyone wanting to become a programmer, or just interested in computers.
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Reviewed in the United States on January 12, 2026
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Michael Donoghue
Draper, US
★★★★★ 5
If you only buy one technical computer book, this is it
Format: Paperback
Disclaimer: I owned the first edition for years and read it a dozen times, mainly for pleasure since it’s not only informative but also just enjoyable to read. I’m a professional software architect and have dozens of textbooks on computer science and engineering so I’ve been around the block. This is the kind of book I would buy all for all my friends (if I had more than a couple) and family members (if they were even slightly into computers, which they aren’t sadly). Petzold does an exceptional job at describing digital logic and guides you through building a conceptual CPU from very first principles. I think his bottom up approach is the way to go and has helped me understand complex topics in an extremely simple way. When I’m not reading fiction, this is my go to bedtime reading. The second edition has about 100 more pages than the first and some content has been completely reworked and it’s great. If you ever had even a passing interest in knowing how computers work at a very fundamental level, get this book!
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Reviewed in the United States on January 31, 2023
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Yura
Lake Worth, US
★★★★★ 4
First programmer?
Format: Paperback
As an ardent reader of the past 1st edition, I was fairly excited to get the latest version. That is, until I encountered the history chapter of the new edition. For one thing, what I do NOT understand in this second edition is the newly added description of August Ada Byron (countless of Lovelace). The author claims it was Babbage who was the first programmer to design the engines, not Ada. I am not trying to start a futile argument here about who has more or fewer contributions, etc. What I am trying to assert here is that it is undisputed that Ada (unless the new evidence arises) left *the very first demonstration* of what this seemingly imaginary machine, which didn't even physically exist, was capable of through her program. Because Babbage designed the engine itself, that doesn't automatically put him in the position of a programmer (despite Babbage being a brilliant engineer/scientist and may have had a simple or detailed program in his mind). However, it was Ada who gave a definite touch to programming concepts that ultimately led to modern-day programming. Ada deserves more recognition than a mere "tutorial writer," and she is certainly entitled to the title she deserves. Other than that, like the previous edition, this book is a must-read for people who are from related/unrelated fields. I always loved the 1st edition, and I would do too with the 2nd. Still, I think history should always be approached with more care, particularly if matters have potential controversies.
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Reviewed in the United States on January 6, 2023

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