1SCA158248R1001 ABB OTDC630FV02 2 Pole 1500VDC 630A Switch Disconnector
ABB OTDC630FV02 two-pole DC switch disconnector rated at 630 A and 1500 V DC for utility-scale photovoltaic power plants, combiner boxes and inverter systems.
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Why Choose the ABB OTDC630FV02 DC Switch Disconnector?
The ABB OTDC630FV02 (Product ID 1SCA158248R1001) is a compact, high-performance DC switch disconnector designed for reliable circuit isolation in utility-scale photovoltaic power plants. Part of the advanced ABB OTDC series, it is optimised for high-voltage solar installations requiring efficient and dependable switching at up to 1500 V DC.
This two-pole switch disconnector incorporates an efficient switching concept that can help reduce power losses and support more compact combiner box and inverter designs. Its robust construction and proven ABB engineering make it suitable for demanding renewable energy environments where operational safety, space efficiency and long service life are essential.
With a rated operational current of 630 A and a maximum operational voltage of 1500 V DC, the OTDC630FV02 is designed to disconnect a single photovoltaic circuit. It is approved in accordance with IEC 60947-1 and IEC 60947-3, supporting integration into professionally designed solar power equipment and DC distribution systems.
Key Advantages
Optimised DC switch disconnector for utility-scale photovoltaic systems.
630 A rated operational current for high-power DC circuits.
1500 V DC rating suitable for modern solar power installations.
Two-pole design for disconnecting a single photovoltaic circuit.
Efficient switching concept helps reduce system power losses.
Compact construction supports smaller combiner boxes and inverter assemblies.
Key Features
ABB OTDC DC switch disconnector series.
630 A rated operational current.
1500 V DC rated operational voltage.
Two-pole switching configuration.
Designed for single photovoltaic circuit isolation.
Approved to IEC 60947-1 and IEC 60947-3.
Compact frame designed for photovoltaic equipment.
Handle and operating shaft supplied separately.
Efficient DC Isolation for Photovoltaic Power Plants
High-voltage photovoltaic systems require dependable switching devices capable of safely isolating DC circuits during maintenance, inspection and emergency procedures. The ABB OTDC630FV02 is specifically engineered for these applications, providing reliable switching performance in installations operating at up to 1500 V DC.
The compact OTDC design helps equipment manufacturers reduce the overall dimensions of solar combiner boxes and inverter systems. Its two-pole switching concept also supports improved system efficiency by reducing switch losses compared with conventional high-voltage DC switching arrangements.
Typical Applications
Utility-scale solar photovoltaic power plants.
Photovoltaic combiner boxes.
Central and string inverter systems.
High-voltage DC distribution equipment.
Renewable energy control panels.
OEM solar power conversion equipment.
Technical Specifications
Current
630 A
Voltage
500 V
IP Rating
IP20
Manufacturer
ABB
Series
OTDC DC Switch Disconnectors
Model
OTDC630FV02
Product ID
1SCA158248R1001
EAN
6417019873534
Product type
DC switch disconnector
Rated operational current
630 A
Rated operational voltage
1500 V DC
Number of poles
2
Circuit configuration
Single PV circuit
Standards
IEC 60947-1 and IEC 60947-3
Frame size
M
Approximate product weight
3.6 kg
Country of origin
Finland
HS Code
85365080
Country of Manufacture
Finland
Frequently Asked Questions
What is the ABB OTDC630FV02 used for?
It is used to safely disconnect and isolate a single high-voltage DC circuit in utility-scale photovoltaic power plants and related solar power equipment.
What is the rated current of the OTDC630FV02?
The switch disconnector has a rated operational current of 630 A.
What voltage can this switch disconnector handle?
The ABB OTDC630FV02 is designed for photovoltaic systems operating at up to 1500 V DC.
How many poles does the OTDC630FV02 have?
This model has a two-pole configuration designed for disconnecting a single photovoltaic circuit.
Are the handle and operating shaft included?
The operating handle and shaft are generally selected and ordered separately to match the installation and enclosure requirements.
Trusted by Solar Power Professionals Worldwide
ABB OTDC switch disconnectors are widely specified by photovoltaic equipment manufacturers, panel builders and renewable energy engineers for reliable high-voltage DC isolation and efficient integration into modern solar power systems.
Current
630 A
Voltage
500 V
IP Rating
IP20
Manufacturer
ABB
Series
OTDC DC Switch Disconnectors
Model
OTDC630FV02
Product ID
1SCA158248R1001
EAN
6417019873534
Product type
DC switch disconnector
Rated operational current
630 A
Rated operational voltage
1500 V DC
Number of poles
2
Circuit configuration
Single PV circuit
Standards
IEC 60947-1 and IEC 60947-3
Frame size
M
Approximate product weight
3.6 kg
Country of origin
Finland
HS Code
85365080
Country of Manufacture
Finland
No documents available for this product.
Delivery
We offer fast UK delivery on all stocked items. Orders placed before 3pm Monday to Friday are eligible for next-day delivery.
Standard delivery: 2–3 working days
Next-day delivery: available on in-stock items when ordered before 3pm
Express options available — contact us for details
Returns
If you need to return an item, please contact our sales team within 30 days of receipt. Items must be returned unused in their original packaging.
Our service agreements are built to support long term procurement relationships. By working closely with engineering teams and procurement departments, we help streamline purchasing processes while ensuring consistent access to critical components and sourcing support when it matters most.
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Customers supported
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2025 has been a big year for LED Controls, and our blog has expanded accordingly. We've covered a wide range of topics across industrial control and factory automation this year. From core technology explainers and new product releases to panel building best practice...
2025 has been a big year for LED Controls, and our blog has expanded accordingly. We've covered a wide range of topics across industrial control and factory automation this year. From core technology explainers and new product releases to panel building best practice...