Blue Sea 8255 - DC Digital Current Shunt 500A

Article Blue Sea 8255

1-2 weeks delivery time
Price incl. 19% VAT

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The Blue Sea 8255 DC Digital Current Shunt 500A is a high-precision component for DC ammeters, designed to accurately measure current in DC circuits. With a rating of 500A DC/50mV DC, it operates efficiently under continuous duty at 66% of the rated current. Featuring a manganin metal element and robust construction, it ensures durability and reliable performance in various applications.

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Blue Sea 8255 - DC Digital Current Shunt 500A

The Blue Sea 8255 DC Digital Current Shunt 500A is a high-performance component designed for use with DC ammeters. It provides a precise means of measuring current in DC circuits by utilizing a resistive manganin metal element. This current shunt is ideal for applications requiring continuous or intermittent duty, offering excellent accuracy and durability. For continuous operation, it is recommended that shunts operate at no more than two-thirds (66%) of their rated current to ensure long-term reliability and performance.

Key Features of the Blue Sea 8255 DC Digital Current Shunt 500A:
- Rated for 500A DC/50mV DC, ensuring accurate current measurements
- Continuous duty at 66% of the rated current for long-lasting performance
- Full scale of 50 millivolts for easy integration with DC ammeters
- Intermittent duty ratings: 300% @ 3 seconds and 100% @ 5 minutes
- Constructed with a resistive manganin metal element for reliability
- Recommended torque values: 7 in-lb (0.79 N·m) for brass fittings, 190 in-lb (21.47 N·m) for M10 bolts
- Weighs 0.71lb (0.32 kg), offering a balance of sturdiness and portability
- Suitable for applications in DC circuits that require precise current measurement
The Blue Sea 8255 DC Digital Current Shunt 500A is a crucial component for accurate DC current measurement in various electrical setups. Its robust construction and high precision make it an essential part of any system where reliable current monitoring is required, offering both continuous and intermittent duty capabilities for versatile applications.

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