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Go Power GP-RVC-MPPT-30 - User Manual

Go Power GP-RVC-MPPT-30
18 pages
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30 AMP RVC-MPPT
Solar Controller
User Manual
GP-RVC-30-MPPT
© 2020 Go Power!
Worldwide Technical Support and Product Information gpelectric.com
Go Power!
201-710 Redbrick Street Victoria, BC, V8T 5J3
Tel: 1.866.247.6527
MAN_GP-RVC-30-MPPT_RevA
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Go Power GP-RVC-MPPT-30 Specifications

General IconGeneral
Battery Voltage Range8V – 32V
Battery TypeLead Acid (AGM, GEL, Flooded), LiFePO4
Max Charge Current30A
Conversion Efficiency≤98%
MPPT Tracking Efficiency>99%
No-Load Loss<10mA
Max Panel Input Voltage100Voc
Max PV Power Input600W@12V / 1200W@24V
GroundingNegative
ProtectionSolar/battery reverse polarity Solar/battery over voltage Solar/battery short circuit Over temperature
Operating Temperature-35 to 45°C
Storage Temperature-35 to 75°C
Humidity95% N.C.
Water Ingress ProtectionIP32
Altitude< 3000m
Max Wire Gauge8 AWG
Weight and Dimensions IconWeight and Dimensions
Dimensions (H x W x D)3.15” x 7.78” x 5.5”
Weight3.14lbs (1.42kg)

Summary

1. SAFETY

General Safety Precautions

General safety guidelines including reading the manual, voltage warnings, and terminal block checks.

Solar Controller Safety

Specific safety instructions for connecting solar arrays and handling controller voltage limits.

Battery Safety

Safety advice for battery connection, type selection, and charging precautions.

2. INTRODUCTION

Overview

Explains the 30A RV-C MPPT solar controller's role in smart RV systems and its core functions.

Key Features

Lists advanced features like MPPT, multi-peak tracking, lithium battery reset, and temperature compensation.

3. APPEARANCE

4. MAXIMUM POWER POINT TECHNOLOGY

5. CHARGING STAGES

Stage 1: Bulk Charging

The initial stage where the controller uses MPPT to charge the battery at maximum solar energy.

Stage 2: Absorption Charging

Constant voltage charging stage where current gradually decreases as the battery approaches full charge.

Stage 3: Float Charging

Low current stage to maintain battery voltage, switching back to bulk if voltage drops significantly.

6. DUAL BATTERY CHARGING

7. PRODUCT DIMENSIONS

8. SPECIFICATIONS

9. LED INDICATORS

LED Identification and Status

Identifies the controller LEDs and their meanings for PV and battery status indication.

PV Indicator Status

Details the status of the PV indicator LED for different operational states like night time, MPPT, and float charging.

Battery Indicator Status

Explains the battery indicator LED patterns for states such as no battery, over-voltage, and normal operation.

10. INSTALLATION

Tools and Materials Needed

Lists essential tools and materials required for installing the solar controller.

Installation and Wiring Overview

General guidance on selecting an installation location and preparing for wiring.

Choosing Installation Location

Criteria for selecting a suitable indoor location, considering ventilation, temperature, and proximity to the battery.

Mounting and Fastening

Steps for marking mounting points, drilling holes, and securely attaching the controller to a surface.

Wiring Procedure

Instructions for connecting PV and battery wires, emphasizing wire size, fuses, and safety precautions.

11. RV-C INSTANCE NUMBER

RV-C Instance Number Identification

Explains how to identify the RV-C instance number using the controller's LEDs.

Changing the RV-C Instance Number

Provides a step-by-step guide on configuring the RV-C network instance using the SET button.

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