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Check Your Battery Charging Level Anytime Anywhere
Ensures precise battery monitoring via the Renogy ONE Core and DC Home App.
Data Analysis
Batteries Compatibility
Trusted Performance
Temperature Sensor
Track Battery Data Performance Over Time.
In addition to real-time data monitoring, the battery Shunt 300 also helps record historical data via Renogy ONE Core and DC Home App, allowing you to make reasonable decisions about your entire power system.
Compatible With All Types of Batteries
The Shunt 300 is compatible with all your starter battery and main batteries, including lead acid (AGM, GEL), lithium iron phosphate, lithium-ion and nickel-metal hybrid.
Certified Performance
The Shunt 300 has undergone comprehensive testing to not only meet but also surpass exceptionally high standards of excellence.
Battery Temperature Sensor
Temperature sensors for batteries are indispensable for safety, longevity, efficiency, and data-driven decision-making in various applications.
5-Minute Installation
Fast Connection
Quick Setup
Effortless Installation in 5 Minutes
It can be placed on top of the battery or securely mounted on the wall with screws. The connection points feature protective covers to effectively safeguard against any loosening caused by various movements.
Fast Connection in 4 Steps
When paired with Renogy ONE Core and DC Home, the Shunt 300 provides a seamless real-time data display experience.
Quick Setup Involves Simple Operations to Get Started
The initial steps for a quick setup are designed to be user-friendly and straightforward, ensuring that users can get started with ease.
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Package Includes
Battery Shunt Only option
- Battery Shunt 300 x 1
- Quick Guide x 1
- Mounting Screws x 3
- B+ Wires (1 m) (22 AWG) × 2
- Temperature Sensor (1.5 m) × 1
Battery Shunt 300
ELECTRICAL DATA
Model Name: RSHST-B02P300-G1
Power Supply: 8 – 120 VDC
Power Consumption: <0.1 W
Communication: Bluetooth LE and BLE Mesh
Max continuous current: 300A
Max peak current: 500A(<10s)
Current accuracy: ±1%
Current Resolution: 0.01 A
Battery Capacity: 1 – 6500Ah
Voltage Input Range: 8V to 120V DC
Voltage input resolution: 10 mV
Temperature sensor range: -20~80℃
Temperature sensor accuracy: ±1%
Operating Temperature: 14°F to 122°F (-10°C to 50°C)
Operating Humidity: 0% to 95% RH
Operating Altitude: Less than 2000m above sea level
Installation: Surface mounting
Battery connection: M10 bolts
Weight: 0.57lb (260g )
Dimensions: 5.27 x 3.82 x 1.22 inch (134 x 97 x 31 mm)
Warranty: 1-year material and workmanship warranty
Certifications: CE, FCC ID,IC ID,RCM,TSCA, RoHS,UN38.3,TELEC
1.In DC Home or Renogy ONE, the current is shown as negative when charging and positive when discharging.
Inspect for reverse contact on B- or Pterminals.
2. Incorrect temperature reading
Confirm the Battery Temperature Sensor is properly installed.
3. Incorrect SOC reading
The battery capacity decreases as the charging and discharging cycles increase.Re-configure the “Rated Battery Ah” to the capacity when the battery is fully charged.
4.Inaccurate sampling precision in large-current scenarios
Elevated ambient temperatures can affect sampling accuracy. Ensure proper ventilation for the shunt and remove the upper cover if needed.
5.What should I do if my Battery Shunt 300 is showing only discharging readings?
If you notice that your Battery Shunt 300 displays only discharging readings after installation, with the readings staying at zero, please follow these steps:
1.Remove Battery Shunt from both Renogy One Core and DC Home.
2. Uninstall the DC Home app and install a new DC Home app.
3. To avoid potential conflicts, turn off your phone before proceeding.
4.Set Renogy One Core to pairing mode and reset the Battery Shunt.
5.Pair Renogy One Core and Battery Shunt 300, then turn on your phone.
6.Activate pairing in DC Home; you will see a link, not the Battery Shunt 300 readings. However, this link is pairing Battery Shunt 300 and Renogy One Core with DC Home.
7. Pair this link.
By following these steps,you can resolve the issue, and the Battery Shunt 300 readings displayed correctly. If the issue persists, it’s recommended to contact Renogy’s technical support for further assistance.
6.Why does the SOC alarm parameter on my Battery Shunt reset to 50% in Renogy Core One settings?
If you’re experiencing an issue where the State of Charge (SOC) alarm parameter you set for the Battery Shunt in Renogy Core One settings resets to 50% after a short period, follow these steps for troubleshooting:
1.Turn off the power to the Battery Shunt 300.
2.Delete the Battery Shunt 300 from the Renogy One Core settings.
3.Turn the power back on for the Battery Shunt 300.
4.Add the Battery Shunt 300 back to the Renogy One Core.
5.Refer to the user manual for the Battery Shunt 300 and follow the provided instructions for setting up the SOC alarm parameter.
By following these troubleshooting steps, you can resolve the issue of the SOC alarm parameter resetting to the default value.If the issue persists, it’s recommended to contact Renogy’s technical support for further assistance.
7.What should I do if my Battery Shunt 300 can connect to my phone but not to Renogy One Core?
If your Battery Shunt successfully connects to your phone but faces issues connecting to Renogy One Core, consider the following steps:
1.Check Renogy One Core Firmware
2.Reset the Battery Shunt 300:Press and hold the reset button on the Battery Shunt for 5 seconds until the Bluetooth light turns off.
3.Connection Steps:On the Renogy One Core, click “Add Device” and scan for the Battery Shunt 300.Once detected, the Battery Shunt’s Bluetooth light should stay solid.
By following these troubleshooting steps, you can resolve issues related to Battery Shunt connectivity with the Renogy One Core. If problems persist, contact Renogy’s technical support for further assistance.
8.Battery charge percentage doesn’t show and the Consumed Ah reading is way off.
If you encounter abnormal data readings on the Battery Shunt 300, follow these troubleshooting steps:
1.Power off the Battery Shunt 300 and restart it.
2.Perform charge and discharge cycles on the battery pack connected to the Battery Shunt 300.
3.After the restart and cycling, check if the consumed Ampere-Hours (AH) reading returns to normal.
If the issue persists after the above steps, please contact our support team for further assistance.
9.The Battery Shunt 300 doesn’t have programming options for lithium or lead-acid batteries. Can it not be programmed for lithium or lead-acid batteries?
Battery Shunt 300 does not differentiate between battery types. Its calculations are based on current and voltage. During the initial connection, it will prompt you to input the battery capacity. It can also be manually calibrated. After fully charging the battery, set the current SOC to 100% in the settings.While specific programming for different battery types isn’t available, these settings and manual adjustments ensure precise monitoring and control.
10.Can the Battery Shunt 300 handle battery banks larger than 300A?
The 300A specification of the Battery Shunt represents its maximum capacity rather than indicating a limitation based on battery bank size. It is not restricted to use only with 300A battery banks. To ensure compatibility, calculate the actual maximum continuous current in your circuit, and the Battery Shunt 300 should be suitable for monitoring larger battery banks.
More questions about your off-grid power system? Learn more from Renogy Learning Center!
| Weight | N/A |
|---|---|
| w/ Renogy ONE Core | No, Yes |
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