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EPEVER Tracer1210AN

EPEVER Tracer1210AN MPPT Solar Charge Controller User Manual

Modèle : Tracer1210AN

1. Introduction

The EPEVER Tracer1210AN MPPT Solar Charge Controller is designed to efficiently manage power from your solar panels to charge batteries. It features advanced Maximum Power Point Tracking (MPPT) technology, ensuring high tracking efficiency of over 99.5%. This controller supports 12V and 24V battery systems automatically and can handle a maximum PV input voltage of 100V. It is compatible with various battery types, including sealed lead-acid, gel, flooded, and lithium batteries. The built-in LCD screen displays key charging parameters, and multiple connectivity options allow for personalized settings and monitoring via remote meter, mobile app, or PC software.

2. caractéristiques du produit

The Tracer1210AN controller integrates several features for optimal performance and user interaction.

Contrôleur de charge solaire MPPT EPEVER Tracer1210AN (face avant) view avec étiquettes
Figure 2.1 : Devant view of the EPEVER Tracer1210AN MPPT Solar Charge Controller. This image highlights the LCD display, Select and Enter buttons, mounting holes, and connection terminals for the temperature sensor, solar panel, battery, and load.
  • Écran LCD : Shows real-time operating data and fault information.
  • Bouton Sélectionner : Used to navigate through different display interfaces.
  • Bouton Entrée : Permet de confirmer les sélections ou d'accéder aux menus de paramètres.
  • Trous de montage: For secure installation of the controller.
  • Port du capteur de température : Connects the Remote Temperature Sensor (RTS) for accurate battery temperature compensation.
  • Solar Panel Terminals: Se connecte au champ de panneaux solaires.
  • Bornes de batterie : Se connecte au banc de batterie.
  • Bornes de chargement : Se connecte aux charges CC.
  • COM Port (RS485): For communication with accessories like the MT50 remote meter, PC software, or mobile app.
EPEVER Tracer1210AN MPPT Solar Charge Controller side view dissipateur thermique visible
Figure 2.2 : Côté view of the EPEVER Tracer1210AN MPPT Solar Charge Controller, illustrating the aluminum alloy heat sink. This design ensures efficient heat dissipation, allowing the controller to operate at full load without capacity drop within its working environment temperature range.

3. Configuration et installation

Une installation correcte est essentielle au bon fonctionnement et à la sécurité de votre régulateur de charge solaire. Suivez attentivement ces étapes.

3.1 Déballage et composants

Before installation, ensure all components are present and undamaged. The package typically includes the Tracer1210AN controller, an MT50 remote meter, a Remote Temperature Sensor (RTS), and an RS485 PC communication cable.

EPEVER Tracer1210AN MPPT Solar Charge Controller and accessories
Figure 3.1 : Contents of the EPEVER Tracer1210AN package, including the solar charge controller, MT50 remote meter, remote temperature sensor, and USB to RS485 communication cable.

3.2 Schéma de câblage

Connect the components in the specified order to prevent damage. The connection order is: Battery → Solar Panel → Load. The disassembly order is the reverse: Load → Solar Panel → Battery.

Wiring diagram for EPEVER Tracer1210AN MPPT Solar Charge Controller
Figure 3.2 : A typical wiring diagram showing the connection of the solar panel, battery, and various DC and AC loads (via an inverter) to the EPEVER Tracer1210AN MPPT Solar Charge Controller.

3.3 Communication Ports and Accessories

The controller features various ports for enhanced monitoring and control.

EPEVER Tracer1210AN MPPT Solar Charge Controller communication ports
Figure 3.3 : Gros plan view of the EPEVER Tracer1210AN MPPT Solar Charge Controller, highlighting the Remote Temperature Sensor (RTS) connection and the RJ45 communication port. This port allows connection to accessories like the MT50 remote meter, PC via USB-RS485 cable, or mobile app via OTG cable.
  • Capteur de température à distance (RTS) : Connect the RTS300R47K3.81A to the designated port for accurate battery temperature compensation. The standard cable length is 3m.
  • Port de communication RS485 : This RJ45 port allows connection to various accessories for monitoring and parameter setting.

3.4 étapes d'installation

  1. Fixez solidement la manette à l'aide des trous de fixation prévus à cet effet.
  2. Raccordez la batterie aux bornes de la manette. Veillez à respecter la polarité.
  3. Connect the solar panel to the controller's solar panel terminals. Ensure correct polarity.
  4. Connect the DC loads to the controller's load terminals. Ensure correct polarity.
  5. Connect the temperature sensor probe to the controller.
Important: Branchez toujours d'abord la batterie, puis le panneau solaire, et enfin la charge. Débranchez-les dans l'ordre inverse.

3.5 Video: Unboxing and Installation

Watch this video for a visual guide on unboxing and installing the EPEVER Tracer-AN controller and its accessories.

Vidéo 3.1: An instructional video demonstrating the unboxing and installation process for the EPEVER Tracer-AN MPPT Solar Charge Controller, including connections for the solar panel, battery, and load, and the temperature sensor.

4. Mode d'emploi

This section covers basic operation and how to configure essential settings on your controller.

4.1 Mode de commande manuelle

The controller supports manual control of the load. Press the 'ENTER' button to toggle the load on or off.

4.2 Setting the Battery Type

It is essential to set the correct battery type for optimal charging and battery longevity. The controller supports various battery types including Sealed (default), Gel, Flooded, and different Lithium battery configurations.

Table of EPEVER Tracer series product parameters
Figure 4.1 : Table showing various battery types supported by the controller, including Sealed (default), Gel, Flooded, LiFePO4 (3.2V) in 4PCS or 8PCS series, and Li(NiCoMn)O2 (3.7V) in 3PCS, 6PCS, or 7PCS series, along with a user-defined option.

Pour définir le type de batterie :

  1. Press and hold the 'ENTER' button for 5 seconds when the battery voltage interface is displayed.
  2. Press the 'SELECT' button when the battery type interface is flashing to cycle through available battery types.
  3. Press the 'ENTER' button to confirm your selection.

4.3 Setting the Load Mode

The load working mode determines how the connected DC loads operate. Options include Light ON/OFF, various timer settings, test mode, and manual mode.

To set the load mode:

  1. Press and hold the 'ENTER' button for 5 seconds when the load mode interface is displayed.
  2. Press the 'SELECT' button when the load mode interface is flashing to cycle through available modes.
  3. Press the 'ENTER' button to confirm your selection.

5. Spécifications

Below are the technical specifications for the Tracer1210AN MPPT Solar Charge Controller.

Table of EPEVER Tracer series product parameters
Figure 5.1 : Detailed product parameters for Tracer 1210AN, 2210AN, 3210AN, and 4210AN models. For the Tracer1210AN, key specifications include 10A rated charge/discharge current, 8-32V battery voltage range, 100V max PV open circuit voltage, 130W/12V or 260W/24V max PV input power, and common negative grounding.
EPEVER Tracer1210AN Specifications
ParamètreValue (Tracer1210AN)
Volume nominal du systèmetage12 / 24VDC automatique
Courant de charge nominal10A
Courant de décharge évalué10A
Vol batterietaget gamme8~32V
Max. Volume de circuit ouvert PVtage100V (à une température ambiante de 25°C)
Vol MPPtaget gammeVol batterietage +2V ~ 72V
Puissance d'entrée PV max.130 W/12 V, 260 W/24 V
Autoconsommation≤12mA
Volume du circuit de déchargetage Déposez≤0.23V
Temperature Compensate-3 mV/°C/2 V (par défaut)
Mise à la terreNégatif commun
Interface RS4855VDC / 100mA
Durée du rétroéclairage de l'écran LCD60S (par défaut)

6. Accessoires

The EPEVER Tracer1210AN controller is often bundled with or compatible with several accessories to enhance its functionality.

  • Compteur à distance MT50 : This remote meter can display various operating data and fault information. It features easy-to-operate buttons and a clear numeric display. It is used for monitoring and setting controller parameters.
    Compteur à distance EPEVER MT-50
    Figure 6.1 : The MT50 Remote Meter, used for monitoring and configuring the solar charge controller.
  • Capteur de température à distance (RTS300R47K3.81A) : Acquires battery temperature for accurate temperature compensation of control parameters. The standard length of the cable is 3m.
  • Câble USB vers RS485 (CC-USB-RS485-150U) : Used to connect the controller to a PC for monitoring and setting parameters via Solar Station PC software. The cable length is 1.5m.
    EPEVER Remote Temperature Sensor and RS485 to USB cable
    Figure 6.2 : The Remote Temperature Sensor (RTS) and the USB to RS485 communication cable.
  • OTG Cable (OTG-12CM): Used to connect a mobile communication cable to achieve real-time monitoring and parameter modification via a mobile APP.
  • Adaptateur série WiFi (eBox-WiFi-01) : Allows monitoring and setting parameters via mobile APP software through WiFi signals.
  • Adaptateur RS485 vers Bluetooth (eBox-BLE-01) : Enables monitoring and setting parameters via mobile APP software through Bluetooth signals.
  • Enregistreur (eLOG01) : Records the operating status of the controller for later review.

7. Dépannage

If you encounter issues with your EPEVER Tracer1210AN controller, refer to the following common troubleshooting tips:

  • Pas d'affichage sur l'écran LCD : Vérifiez les connexions de la batterie et assurez-vous que le volume de la batterietage est dans la plage de fonctionnement.
  • Pas de recharge : Verify solar panel connections and ensure sufficient sunlight. Check for any shading on the solar panels. Confirm the battery type setting is correct.
  • Chargement impossible : Check load connections and ensure the load mode is set correctly (e.g., Manual ON, Light ON/OFF). Verify that the battery voltage est au dessus du faible voltage seuil de déconnexion.
  • Lecture de température inexacte : Ensure the Remote Temperature Sensor (RTS) is properly connected and positioned near the battery.
  • Problèmes de communication : Check the RS485 cable connections to the remote meter, PC, or adapter. Ensure drivers are installed for PC communication.

For more detailed troubleshooting, consult the full product manual or contact EPEVER customer support.

8. Entretien

Un entretien régulier contribue à assurer la longévité et les performances optimales de votre régulateur de charge solaire.

  • Propreté: Veillez à ce que la manette reste propre et exempte de poussière et de débris. Utilisez un chiffon sec pour la nettoyer.
  • Relations: Vérifiez régulièrement le serrage et l'absence de corrosion de tous les raccords électriques. Des raccords desserrés peuvent provoquer une surchauffe et des dommages.
  • Ventilation: Ensure adequate airflow around the controller to facilitate heat dissipation. Do not block the heat sink fins.
  • État de la batterie : Surveiller le volume de la batterietage and health regularly. Ensure the battery type setting on the controller matches your battery.
  • Mises à jour du micrologiciel : Vérifiez le fabricant website pour toute mise à jour du micrologiciel disponible afin d'améliorer les performances ou d'ajouter de nouvelles fonctionnalités.

9. Garantie et assistance

EPEVER products are designed for reliability and performance. For warranty information and technical support, please refer to the official EPEVER webconsultez votre site web ou contactez votre distributeur local.

You can also visit the official iSunergy store on Amazon for product information and support: iSunergy Amazon Store.