DC SPD 1000V Surge Protector for Solar and Industrial Systems
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DC SPD 1000V -BT Y PVM 1000 MG RM
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  • Features
  • Datasheet
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DC SPD 1000V -BT Y PVM 1000 MG RM

DC SPD 1000V BT Y PVM 1000 MG RM (800567) is specifically designed for use in photovoltaic (PV) systems, with a maximum continuous operating voltage (UCPV) of 1000V DC. It effectively protects PV generators, inverters, and other critical components from surge damage caused by lightning or switching operations. This surge protection device complies with international standards including IEC 61643-11:2011, EN 61643-11:2012, GB 18802.1-2011, and EN 50539-11, ensuring reliable and safe operation in solar power installations.

  • Type

    BT Y PVM 1000 MG RM

  • Art.-No.

    800567

  • Features

    1. Combined class II DC surge protector for Photovoltaic(PV) System.
    2. Pluggable module, easy for installation and maintenance.
    3. Approved falult-resistant Y-circuit, consist of two varistors and GDT module of thermal disconnection devices.
    4. High discharge capacity, quick response.
    5. Double thermal disconnection device, providing more reliable protection.
    6. Integrated DC-fuse allows safe replacement of protection modules without arc formation.
    7. Green window will change when fault and also provide remote alarm control at the same time.
    8. Advanced Western European technology guarantees ultra-reliable PV surge protection.

Inquiry
Download Datasheet
DC SPD 1000V
1000VDC SPD
1000V " Y-circuit"  Solar Photovoltaic(PV) System
In=20kA(8/20μs)，Imax=40kA(8/20μs)
T2, 3 Poles
High Energy MOV + High Energy GDT
35mm DIN Rail，EN 60715

Features

1. Suitable for High-Voltage DC Systems: Engineered to handle up to 1000V DC, making it ideal for solar PV, energy storage, and industrial DC applications.
2. Dual-Stage Protection: Combines Type I and Type II surge protection to guard against both lightning strikes and switching surges.
3. Replaceable Modular Design: Plug-in module structure allows for quick and easy replacement without system downtime.
4. Built-in Thermal Cut-off: Integrated thermal disconnection mechanism enhances operational safety by preventing overheating and failures.
5. Status Display Window: Visual indicator provides a clear view of the device's working condition for fast status checks.
6. Optional Remote Monitoring: Includes a remote signaling interface for real-time status tracking and integration with monitoring systems.
7. Standards Compliant: Fully compliant with IEC 61643-31, EN 50539-11, and GB/T 18802.31 to ensure reliable and standardized protection.
Surge Suppression for Solar Equipment

Advantages

1. Extended Equipment Lifespan: Minimizes the risk of damage to sensitive DC equipment, reducing repair and replacement costs.
2. Enhanced System Reliability: Ensures stable operation of PV systems and other DC installations by mitigating surge-related failures.
3. Reduced Downtime: Helps prevent power interruptions caused by transient surges, keeping critical systems continuously operational.
4. Cost-Effective Protection: Offers long-term savings by preventing damage from high-energy surges and reducing maintenance expenses.
5. Ideal for Harsh Environments: Performs well in outdoor and industrial settings where exposure to lightning and switching surges is frequent.
6. Supports Renewable Integration: Optimized for use in photovoltaic and battery storage systems, ensuring safe and efficient energy harvesting.
PV SPD 1000V DC

Application

1. Photovoltaic (PV) Systems: Provides surge protection for solar panels, inverters, and combiner boxes in rooftop or ground-mounted installations.
2. Energy Storage Systems (ESS): Safeguards battery banks and charge controllers from DC surge damage in off-grid and hybrid setups.
3. EV Charging Stations: Protects DC fast-charging infrastructure from transient overvoltage and lightning surges.
4. DC Distribution Panels: Installed in DC power distribution boards to protect downstream equipment in industrial and commercial systems.
5. Telecom and Base Stations: Shields critical communication equipment powered by 1000V DC systems from surge disturbances.
6. Railway and Transport Systems: Applied in DC-powered transportation infrastructure to ensure safe and uninterrupted operations.
Surge Protective Device for DC Systems, Rated Voltage 1000V DC

Installation

1. Installation Location: Mount the SPD as close as possible to the protected DC equipment (e.g., inverter, combiner box) in the photovoltaic or DC power system.
2. Connection Point: Install between the positive and negative DC lines and the ground. For PV systems, place it on the DC side of the inverter or inside the combiner box.
3. Wiring: Use short, thick cables to minimize voltage drop. Ensure all wiring complies with the rated current and insulation requirements. Grounding must be secure and low-resistance.
4. Polarity Check: Double-check positive (+), negative (−), and ground (PE) terminals to prevent reverse connection.
5. Mounting Method: Install the SPD on a DIN rail inside a protected enclosure. Ensure it’s in a dry, ventilated, and accessible area for maintenance.
6. Safety Precautions: Disconnect power before installation. Follow local electrical standards and manufacturer instructions strictly.
7. Remote Monitoring (if applicable): Connect the remote signal terminals to a monitoring system for status reporting and fault indication.
BT Y PVM 1000 MG RM Installation

Technical Data

Product Showcase

DC Surge Protective Device 1000V
1000V DC Surge Protector
1000V DC SPD

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