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Renogy
Battery Temperature Sensor for Renogy Solar Charge Controllers Battery Temperature Sensor for Renogy Solar Charge Controllers
SKU: RTSCC-G1-US
$14.99
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Battery Temperature Sensor for Renogy Solar Charge Controllers
Designed for solar systems exposed to temperature changes, this sensor helps compatible Renogy MPPT and PWM charge controllers apply temperature compensation for more accurate battery charging. This sensor is not compatible with lithium batteries.
Controller and battery fit
Renogy lists Adventurer 30-Li, Adventurer 30A with communication port, Rover Li and Wanderer 30-Li controller models for this sensor. The two-pin 22AWG cable is 118 in / 3 m long. Renogy states that RTSCC-G1 is not compatible with lithium batteries. One temperature sensor is included; the accessory material and workmanship warranty is one year.
Package Includes
1 Battery Temperature Sensor for Renogy Solar Charge Controllers
| Specifications | |
| Selected variant SKU | RTSCC-G1-US |
|---|---|
| Electrical Parameters | |
| Maximum Power | 50mW |
| Max Voltage Rating | 300V |
| Cable | 22AWG, 2-Pin Conductor |
| Cable Length | 118 in / 3 m |
| Probe | 0.24 x 2.36 in / 6 x 60 mm Stainless Steel |
| Environmental Data | |
| Temperature Range | -4°F ~ 176°F / -20°C ~ +80°C |
| Warranty Information | |
| Accessories Material and Workmanship Warranty | 1 Year |
Frequently Asked Questions
Clear answers to common questions about this product, setup, compatibility, and use.
Which Renogy controller family is the Battery Temperature Sensor for Renogy controllers actually designed to plug into on a Rover or Adventurer installation?
Renogy publishes these model-specific details: Please note that the RTSCC-G1 is NOT compatible with lithium batteries .; Compatible with Renogy Adventurer 30-Li , Adventurer 30A with communication port, Rover Li series , and Wanderer 30-Li charge controller models. Similar sensor plugs are not proof of compatibility; controller generation, port type, firmware, and battery chemistry can change how temperature compensation is handled.
Should the Battery Temperature Sensor for Renogy controllers be used when an RV electrical upgrade has lithium batteries on a Rover or Adventurer installation?
Renogy publishes these model-specific details: Please note that the RTSCC-G1 is NOT compatible with lithium batteries .; Compatible with Renogy Adventurer 30-Li , Adventurer 30A with communication port, Rover Li series , and Wanderer 30-Li charge controller models. Many lithium batteries use their own low-temperature charge cutoff or BMS data rather than lead-acid voltage compensation, so never connect this sensor to an unlisted controller or chemistry.
Where should the probe for the Battery Temperature Sensor for Renogy controllers be positioned on the battery bank on a Rover or Adventurer installation?
Place it exactly as Renogy directs so it measures battery temperature rather than nearby air, a heater, or direct sunlight. Secure the cable away from terminals, sharp edges, and moving equipment, and do not pinch or extend it without approval.
What temperature and cable limits apply to the Battery Temperature Sensor for Renogy controllers on a Rover or Adventurer installation?
Renogy publishes these model-specific details: Temperature Range: -4°F ~ 176 °F / -20°C ~ +80°C; Probe: 0.24*2.36in / 6*60mm stainless steel; Max Voltage Rating: 300V; Cable Length: 118in / 3m. Those values describe the sensor; the battery and controller retain their own charging, storage, and environmental limits.
What should I check if the controller does not recognize the Battery Temperature Sensor for Renogy controllers on a Rover or Adventurer installation?
Verify the exact supported controller model, correct port, fully seated connector, undamaged cable, and expected controller indication before replacing the sensor. Do not substitute another Renogy sensor merely because its probe looks similar.