Rapid Shutdown Device

Optimize Performance, Ensure Safety:
Beny Advanced Rapid Shutdown Solutions

Built to Endure and Excel

Ensure durability and stability under high temperatures and intense sunlight.

Offers the highest level of dust and water resistance(IP68 for module-level; IP66 for string-level), suitable for harsh environments.

Reduces self-consumption during RSD bypass, enhancing energy efficiency and longevity.
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Safety at the Speed

Ultra-fast voltage reduction to 0V, complying with NEC standards, enhanced by an AC emergency switch or RSD transmitter.
User-accessible emergency button for swift manual system deactivation in urgent situations.
Integrated temperature sensors automatically trigger shutdown at temperatures above 100°C.
Rapidly cuts off current between solar panels and the system for a safe and quick shutdown.

Efficient Solar System Monitoring & Safety

Real-time, no cross-talk with the inverter or WIFl source, precise RSD voltage tracking via 24VDC lines.
Each RSD monitoring device boasts three channels, each capable of connecting to up to four PV strings, for detailed monitoring of voltage, temperature, and status.
Operates on AC grid or solar inverter’s AC side, ensuring consistent performance in all power conditions.
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Power Unleashed, Flexibility Unmatched

Module-level can handle up to 110V and 20A/25A voltage and current; string-level enables 1-4 strings rapid shutdown, up to 1500VDC, 50A per string, suitable for various solar system configurations.
Excelling in temperatures from -40°C to +85°C, it’s built to perform reliably in any climate, from freezing cold to extreme heat.
Aligns with NEC2017/NEC2020 standards, offering adaptable connections for different panel voltages.

Beny Rapid Shutdown Series:
Pioneering Solar Shutdown Solutions

BENY rapid shutdown solutions accommodate all types of solar modules, available in both module-level and string-level. Regardless of the choice, we ensure that our products comply with NEC standards and specifications.

MODULE LEVEL RAPID SHUTDOWN DEVICE
BFS-11B CE CERTIFIED

Monitor the failure and communication status of Rapid Shutdown Device, greatly improve the safety of Rapid Shutdown Devices and photovoltaic systems.

– industrial sites/large-scale commercial solar farms
– high-energy facilities
(water treatment plants/transportation hubs)
– urban high-rise buildings

MODULE LEVEL RAPID SHUTDOWN DEVICE
BFS-12B CE CERTIFIED

Monitor the failure and communication status of Rapid Shutdown Device, greatly improve the safety of Rapid Shutdown Devices and photovoltaic systems.

– industrial sites/large-scale commercial solar farms
– high-energy facilities
(water treatment plants/transportation hubs)
– urban high-rise buildings

BENY Rapid Shutdown BFS X1

MODULE LEVEL RAPID SHUTDOWN DEVICE
BFS-X1 CE CERTIFIED

1 Panel (≥40v) or 2 Panels (<40v)

– residential rooftop systems
– small commercial buildings
(public libraries, community centers)

1 Panel (≥40v) or 2 Panels (<40v)

– industrial sites/large-scale commercial solar farms
– high-energy facilities
(water treatment plants/transportation hubs)
– urban high-rise buildings

2 Panels (≥40v) or 4 Panels (<40v)

– industrial sites/large-scale commercial solar farms
– high-energy facilities
(water treatment plants/transportation hubs)
– urban high-rise buildings

– BFS-S1: 1 string
– BFS-S2: 2 strings
– BFS-S3: 2 strings
– BFS-S4: 2 strings

– Avoid DC faults like photovoltaic arrays, lightning, or short circuit

– rooftop photovoltaic system
– solar power station
– fire safety

1 Panel (≥40v) or 2 Panels (<40v)

– residential rooftop systems
– small commercial buildings
(public libraries, community centers)

2 Panels (≥40v) or 4 Panels (<40v)

– residential rooftop systems
– small commercial buildings
(public libraries, community centers)

Why Wholesale Rapid Shutdown Devices From Beny?

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Industry Standards
Certified

Our RSD devices are certified by global authorities like SUNSPEC, UL, and CE, ensuring quality, safety, and performance, easing compliance concerns and ensuring a hassle-free experience.
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Complete
RSD Solutions

Equipped with both automatic and manual shutdown capabilities, our RSD devices ensure safe, effective operation in all scenarios.
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Comprehensive
Quality Control

Subjecting every RSD to 100% quality control, from component inspection to final testing, ensures compliance with our stringent zero-defect standards.
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30 Years
Experience

Leveraging extensive expertise in photovoltaic protection, BENY consistently offers proficient and dependable RSD solutions.
Up to 10 Years Warranty 2

10-Year
Warranty

Our RSD devices come with a 10-year warranty, promising 100% replacement and a detailed 8D report in case of any issues.
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24/7
Technical Support

Continuity of solar energy systems is crucial. Any issues you have will be resolved within 24 hours, keeping your RSD device in top condition.

China Rapid Shutdown Supplier
with a Portfolio of 100+ Certifications

Choosing a trusted rapid shutdown device supplier safeguards compliance with global regulatory requirements, solidifying customer confidence through a commitment to excellence and long-term reliability in the solar energy sector.

zhengshuCN23UV2O 001 CERT TUV MARK 00

TUV

CN23S136 001 cert X1 LVD证书20231027 00 (1)

CE

UL (1)

UL

Case Studies on Beny Rapid Shutdown Devices

Beny Rapid Shutdown Devices: Safe Solar Solutions

The BENY rapid shutdown system is specifically engineered to improve safety measures for solar installations. It adheres to the stipulations of NEC 2017 Article 690.12, ensuring that in critical situations, the system enhances operational safety by dropping connected panels to 0V.
With over 30 years in the field, BENY offers deep expertise in photovoltaic manufacturing. Reach out to our team for detailed product info and free consultations.

Follow Our Step-By-Step Guide

Featuring a plug-and-play design and utilizing MC4 cables, BENY’s RSD device offers effortless and streamlined installation, simplifying the setup process.

Decide which location to install your RSD.  You can install RSD horizontally or vertically, depending on your preference.

Remember to ensure the power line is off and wear PPE (personal protective equipment) insulated.

When you’re ready to wire the RSD input and output, make sure that the equipment grounding conductor (EGC) from the array is linked in the inverter. The EGC should connect the inverter and array for the inverter’s ground fault protection to operate.

Look for the input wires on the side of RSD marked as “Input” and connect them to the PV array. The positive end of the PV array should be connected to the +RSD input wire, while the negative end of the PV array must be linked to the -RSD input wire. 

Then look for the output wires. Connect the RSD output wires to the inverter inputs. The +RSD output wire must be linked to the positive DC input terminal, and the -RSD output wire must be connected to the negative DC input terminal.

Install the 24V power supply. Open the PV system AC disconnect switch and the PV breaker first to make sure the inverter is disconnected from the grid. Note that the power supply of RSD should be connected to a 2-wire 208V line-to-line or 3-wire 240V line-to-line inverter output.

For multiple RSD installations, simply repeat the wiring steps to connect the second RSD control circuit to the second output position on the power supply.

Within the ten-foot perimeter of the PV array, DC voltage must be lowered to no more than 30Vdc, and power to <240VA, within 30 seconds. This is to comply with NEC 690.12 rapid shutdown requirements.

When the PV system has been installed, test the RSD system. Check if the inverter DC input drops to less than 30 Vdc within 30 seconds after AC is removed. If it is, then your RSD installation is a success.

Talk to Our Expert