2CSG280595R1000 ABB CT1M-10 3000 Current Transformer 3000/5 A

2CSG280595R1000 ABB CT1M-10 3000 Current Transformer 3000/5 A

ABB CT1M-10 3000 2CSG280595R1000 is a class 0.5 through-primary current transformer with a 3000 A primary rating and standard 5 A secondary output for high-current indirect electrical metering applications.

SKU: 2CSG280595R1000Alt SKU: CT1M-10 3000MPN: 2CSG280595R1000
Price
List Price £234.98 ex VAT
Your Price (ex VAT)
£234.98
Manufacturer Lead Time Estimated Delivery 8 weeks
Get the best trade prices Trade exclusive

Create an online account to unlock exclusive pricing, special offers and more.

Create an online account Quick & easy setup
SUBTOTAL (EX VAT) £234.98
Trade pricing is personalised to your account

Manufacturer Lead Time

£234.98

Why Choose the ABB CT1M-10 3000 Current Transformer?

The ABB CT1M-10 3000 is a high-current 3000/5 A current transformer designed for indirect electrical measurement in low-voltage power distribution systems. Supplied under ABB order code 2CSG280595R1000, it forms part of the ABB CT1M current transformer range and provides a standardised secondary current for compatible metering and monitoring equipment.

With a rated primary current of 3000 A and a rated secondary current of 5 A, the CT1M-10 3000 converts high primary currents into a proportional signal suitable for electricity meters, ammeters, power analysers and energy monitoring systems. Its class 0.5 accuracy makes it well suited to applications where dependable measurement is required in commercial and industrial electrical installations.

The CT1M-10 format uses a through-primary closed-core design intended for installation around substantial busbars and conductors. This makes the CT1M-10 3000 particularly suitable for main switchboards, large distribution assemblies and industrial power systems where direct current measurement is impractical and a standard 5 A secondary signal is required.

Key Advantages

  • High-capacity 3000/5 A current transformation for indirect electrical measurement.
  • Class 0.5 accuracy supports precise metering and monitoring applications.
  • Standard 5 A secondary output for compatible measuring instruments.
  • Through-primary construction suits high-current busbar installations.
  • Designed for use in large low-voltage distribution systems.
  • Suitable for integration with electricity meters, ammeters and power analysers.
  • Closed-core construction provides dependable current transformation.
  • Ideal for installations where direct measurement of 3000 A circuits is impractical.
  • Part of ABB's established CT1M metering accessory range.
  • Designed in accordance with IEC 61869-2 requirements for current transformers.

Key Features

  • ABB CT1M-10 current transformer.
  • 3000 A rated primary current.
  • 5 A rated secondary current.
  • 3000/5 A transformation ratio.
  • Class 0.5 measurement accuracy.
  • Closed-core through-primary construction.
  • Designed for large conductors and busbar systems.
  • Standard secondary output for indirect metering equipment.
  • Suitable for commercial and industrial power monitoring.
  • Part of ABB's Metering Accessories product group.

Reliable Measurement of High-Current Circuits

Electrical meters and monitoring devices cannot normally accept the current flowing directly through a 3000 A power circuit. The ABB CT1M-10 3000 provides the required interface by transforming the primary current into a proportional 5 A secondary signal that can be measured by compatible instrumentation.

This indirect measurement arrangement enables high-current feeders and busbar systems to be incorporated into energy metering, power monitoring and electrical management systems. The CT1M-10 3000's class 0.5 accuracy makes it particularly suitable where reliable measurement of large distribution loads is required.

Typical Applications

  • High-current electrical energy metering systems.
  • Main low-voltage distribution switchboards.
  • Large industrial power distribution panels.
  • Busbar current measurement systems.
  • Power and network monitoring installations.
  • Building energy management systems.
  • Industrial electrical measurement systems.
  • Panel-mounted ammeters and power analysers.

Technical Specifications

Tick the specs you need, then view products that match.

Rated Primary Current (A) 3000 A
Secondary Current / Output 5 A
Accuracy Class Class 0.5
Device Type Solid-core CT
Series CT1M-10
ABB order code 2CSG280595R1000
Product group Metering Accessories
Product type Current transformer
Construction Closed-core / through primary
Rated primary current 3000 A
Rated secondary current 5 A
Transformation ratio 3000/5 A
Best accuracy class 0.5
Application Indirect electrical current measurement
Conductor arrangement Busbar / through primary
Standard IEC 61869-2

Frequently Asked Questions

What is the ABB CT1M-10 3000 used for?

The ABB CT1M-10 3000 is a current transformer used for indirect measurement of high-current electrical circuits, converting a 3000 A primary current into a proportional 5 A secondary signal for compatible metering and monitoring equipment.

What is the current ratio of the ABB CT1M-10 3000?

The CT1M-10 3000 has a rated transformation ratio of 3000/5 A, with a 3000 A rated primary current and a 5 A rated secondary current.

What accuracy class does the CT1M-10 3000 provide?

The ABB CT1M-10 3000 provides class 0.5 measurement accuracy, making it suitable for accurate indirect current measurement and electrical metering applications.

What equipment can be used with the CT1M-10 3000?

Its standard 5 A secondary output is intended for compatible electricity meters, ammeters, power analysers and other electrical monitoring equipment designed for current-transformer inputs.

Where is the ABB CT1M-10 3000 typically installed?

The CT1M-10 3000 is typically used in high-current switchboards, main distribution assemblies, industrial power systems and busbar installations where indirect measurement of circuits rated up to 3000 A is required.

Trusted ABB Current Measurement Technology

ABB CT1M current transformers provide dependable conversion of high primary currents into standard 5 A secondary signals, supporting accurate indirect measurement in commercial, industrial and electrical distribution applications.