DM1TMA0250 - SPLIT C/TRANSFORMER 250/5A 50X80MM

Why Choose the DM1TMA0250?

The Lovato DM1TMA0250 is a split-core current transformer for dependable current measurement in electrical installations. With a primary current Ipn (/5) of 250 A and a rated insulation voltage Ui of 720 V, this CT suits specification-driven projects. It conforms to IEC/EN/BS 61869-1 and IEC/EN/BS 61869-2 to support consistency with recognised standards and documentation.

Built to handle ambient conditions from -25 to +50 °C, this 200 g unit is straightforward to specify and manage on site, with -40 to +80 °C storage tolerance aiding logistics. The product type designation DM1TMA0250 aligns with Lovato documentation and labelling, making it easy to reference in bills of materials and compliance records.

Key Benefits

• Split-core CT construction for applications specifying a split-core format.
• Primary current Ipn (/5) 250 A for defined measurement ranges.
• Rated insulation voltage Ui 720 V supports installation requirements.
• Operates from -25 to +50 °C for environmental resilience.
• Storage temperature -40 to +80 °C aids handling and staging.
• Lightweight 200 g component simplifies handling and placement.
• Conforms to IEC/EN/BS 61869-1 and 61869-2 standards.
• Lovato designation DM1TMA0250 enables unambiguous specification.

Technical Specification

• Product type designation: DM1TMA0250
• Rated insulation voltage Ui (IEC/EN): 720 V
• Weight: 200 g
• Operating temperature: -25 to +50 °C
• Storage temperature: -40 to +80 °C

What’s Included

• Lovato DM1TMA0250 split-core current transformer
• Downloadable product datasheet from the manufacturer
• Basic compliance and identification labelling

Applications

• Installations requiring a split-core current transformer
• Systems specifying a 250 A Ipn (/5) primary rating
• Environments within -25 to +50 °C operating range
• Projects aligning with IEC/EN/BS 61869-1 and 61869-2

Safety note: Install and commission only by qualified personnel. Observe the rated insulation voltage, temperature ranges, and applicable IEC/EN/BS standards during selection and installation.