Standard delivery
£8 ex VAT · free over £200UK parcel delivery is £8 ex VAT, or free on orders over £200 ex VAT.
Heavier items may be charged at a weight-based or pallet rate, shown at checkout.
ABB B24 111-100 is a three-phase CT-connected DIN-rail energy meter with pulse output for active energy monitoring in commercial and industrial electrical distribution systems.
£159.23
The ABB B24 111-100 is a compact three-phase current-transformer-connected electricity meter designed for accurate measurement of active electrical energy in commercial and industrial installations. As part of the ABB B24 EQ meter series, it provides reliable energy monitoring where circuit currents are measured through external current transformers rather than by direct connection through the meter.
This meter is designed for CT-connected three-phase networks and provides pulse output functionality for transferring accumulated energy information to compatible monitoring, data-logging and building-management equipment. Its transformer-connected architecture makes it particularly suitable for higher-current distribution circuits where direct-connected DIN-rail meters are not appropriate.
The B24 111-100 combines ABB energy-metering technology with a compact DIN-rail format for straightforward installation in distribution boards and electrical control panels. Its digital display provides local energy readings, while the pulse output enables integration into wider energy-management and consumption-monitoring systems.
Current-transformer-connected meters such as the ABB B24 111-100 measure electrical energy without requiring the full load current to pass directly through the meter. External current transformers reduce the measured current to a suitable secondary value, allowing energy consumption on higher-current three-phase circuits to be monitored safely and efficiently.
The pulse output allows accumulated energy data to be transmitted to compatible counters, controllers, data loggers or building-management equipment. This makes the B24 111-100 suitable for installations where local readings need to form part of a wider energy-management or sub-metering system.
Tick the specs you need, then view products that match.
| Measurement Connection Type | CT connection | |
|---|---|---|
| Device Type | Energy meter | |
| Series | B24 EQ Meters | |
| ABB order code | 2CMA100177R1000 | |
| Product type | Three-phase electricity / energy meter | |
| Connection type | Current-transformer connected | |
| Number of phases | 3 | |
| Measurement | Active electrical energy | |
| Output | Pulse output | |
| Display | Digital display | |
| Mounting type | DIN rail | |
| Application | Indirect energy measurement via external current transformers |
The ABB B24 111-100 is used for three-phase electrical energy measurement through external current transformers, making it suitable for commercial and industrial circuits where direct-connected metering is not appropriate.
No. The B24 111-100 is a CT-connected meter designed to receive measurement current from external current transformers rather than carrying the full load current directly through the meter.
Yes. The B24 111-100 provides a pulse output that can be used to transfer accumulated energy information to compatible monitoring, counting or data-logging equipment.
Yes. It is a three-phase energy meter intended for CT-connected electrical distribution and energy-monitoring applications.
The meter is typically DIN-rail mounted inside electrical distribution boards, switchgear or control panels used for commercial and industrial energy monitoring.
ABB B24 energy meters provide practical CT-connected electricity monitoring for commercial and industrial distribution systems, combining compact DIN-rail installation with reliable energy measurement and straightforward integration into monitoring equipment.
We use cookies
We use essential cookies to run this site, your basket and checkout. With your permission we'd also like to use analytics and advertising cookies to understand how the site is used and to measure our adverts.