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Seaward PV200 Solar PV Tester and I-V Curve Tracer

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Solar PV Testing: The Seaward PV200 is designed for precise measurement of solar panel performance, including open circuit voltage, short circuit current, and maximum power output.
  • I-V Curve Tracing: Enables detailed analysis of solar panel efficiency by tracing current-voltage curves to identify defects or degradation.
  • Multifunctional Testing: Supports voltage, current, resistance, and continuity testing, making it a versatile tool for electrical diagnostics in solar systems.

Key features

  • 1. Durable Material Technology

  • With a reinforced, impact-resistant carrying case and corrosion-resistant test leads, protect your equipment and ensure reliable connections in harsh outdoor environments.

  • 2. Intuitive Interactive Design

  • With a large touchscreen interface and color-coded test leads, streamline setup and readings for faster solar panel diagnostics compared to traditional testers*.

  • 3. Advanced Performance Parameters

  • With precise I-V curve tracing capabilities, accurately measure solar panel output parameters like open circuit voltage and maximum power, outperforming basic multimeters in diagnostic depth.

  • 4. Versatile Scenario Solutions

  • Designed for professional solar installations, ensure reliable performance in both residential and commercial solar system testing, providing adaptable solutions for diverse project needs.

  • 5. Certified Accuracy Standards

  • With a factory-calibrated certification*, meet industry standards for precision and reliability, ensuring compliance in professional solar energy testing.

Product details

Seaward PV200 Solar PV Tester and I-V Curve Tracer

The Seaward PV200 Solar PV Tester and I-V Curve Tracer is a specialized electrical testing kit designed for professionals in the solar energy industry. It combines precise measurement capabilities with durable construction, enabling efficient testing of solar panel performance, continuity, and safety compliance.

Technical specifications

FeatureSpecificationApplication Scenario
PV200 TesterDigital multimeter with I-V curve tracing, open-circuit voltage, and short-circuit current measurementSolar panel efficiency analysis and fault detection
Solar Panel TesterMeasures maximum power output (Pmax), voltage (Vmp), and current (Imp)Commissioning and maintenance of photovoltaic systems
Calibration CertificateISO/IEC 17025 accredited calibration for accuracy assuranceRegulatory compliance and professional reporting
Color-Coded Test LeadsDurable, insulated leads with 4mm banana plugsSafe and error-free connections in outdoor settings
Durable Carrying CaseRugged, water-resistant case with foam paddingSecure transport and storage in harsh environments
USB ConnectivityUSB port for firmware updates and data transferRemote monitoring and software integration

Customization guide

Adjustable parameters include:

  • Measurement Ranges: Customizable voltage/current thresholds for specific panel configurations.
  • Accessories: Add-on probes or clamps for specialized testing scenarios (e.g., high-voltage panels).
  • Calibration Intervals: Extended calibration cycles for high-volume users.

Get inspired

Ensure your solar installations meet peak performance with the Seaward PV200. Whether verifying new panel installations or troubleshooting underperforming systems, this kit provides actionable insights to optimize energy yield and safety.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Measurement Accuracy±1%±0.5%±0.1%*
Durability (IP Rating)IP54 (dust/water splash)IP65 (dustproof, water jets)IP67 (dustproof, immersion)
I-V Curve TracingBasic (manual mode)Automated with analysisReal-time cloud sync
Software FeaturesBasic loggingReport generationAI-driven diagnostics

Supplier's note

  1. Three Technical Breakthroughs:

    • The I-V curve tracing feature allows precise identification of partial shading or panel degradation.
    • The ISO/IEC 17025 calibration ensures compliance with global solar testing standards.
    • The IP67-rated Pro Model withstands extreme weather, ideal for offshore or desert installations.
  2. Optimal Version Selection:

    • Base Model: Suitable for small-scale installers needing basic voltage/current checks.
    • Advanced Model: Recommended for technicians requiring automated analysis for large commercial systems.
    • Pro Model: Best for field engineers in harsh environments, offering cloud integration for remote troubleshooting.

With the Pro Model’s ±0.1% accuracy, you can ensure solar farms operate at peak efficiency. Its IP67 rating guarantees reliability in heavy rain or dust storms. Pair this with real-time cloud diagnostics to reduce downtime by 30% compared to manual methods.

Frequently asked questions

  • Which solar PV tester is best for small-scale solar installations?

  • How do I clean and maintain the Seaward PV200’s test leads?

  • Is the Seaward PV200 certified for professional solar testing?

  • What makes the Seaward PV200’s I-V curve tracer unique?

  • Does the PV200 work with all solar panel types?

  • How durable is the Seaward PV200’s carrying case?

  • Can the PV200 be customized for specific testing needs?

  • What warranty and support does the Seaward PV200 offer?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Solar PV TestersSolar panel installation/maintenanceMeasures up to 1000V DC (IEC 61215) ▲ vs industry standard 600V, I-V curve tracing (ISO 9001)Accurate efficiency analysis; supports large systems (▲ capacity)Higher cost; requires specialized training
MultimetersGeneral electrical diagnosticsMeasures voltage/current/resistance (up to 1000V)Cost-effective, versatile for basic tasksLacks solar-specific features like I-V curve tracing
Portable Test EquipmentFieldwork in remote locationsLightweight design (1.8kg), IP54-rated durability ▲ vs standard IP40 casesEasy transport; withstands harsh environments (e.g., rain, dust)Limited advanced testing capabilities compared to lab equipment
Calibration ToolsEnsuring measurement accuracyISO/IEC 17025-certified calibration certificatesGuarantees precision; meets regulatory complianceRequires periodic recalibration (every 12 months)
I-V Curve TracersDetailed solar panel efficiency analysisSimulates STC conditions for precise I-V curve generation (ASTM E1036)Identifies degradation or shading issuesRequires controlled lab conditions; less portable
Safety Testing DevicesElectrical safety compliance checksInsulation resistance testing (up to 1000MΩ ▲ vs industry 500MΩ), continuity testPrevents hazards like electric shocks; meets OSHA standardsNarrow focus limits use in broader diagnostic scenarios

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