In-Line Power Meter (ILPM)

AKCP In-Line Power Meter – Professional Power Monitoring and Switching Control

The AKCP In-Line Power Meter Sensor revolutionizes the way companies perform their power consumption measurement and energy monitoring. These highly accurate power meters provide a comprehensive solution for energy efficiency in data centers, server rooms, and industrial applications.

Precise Energy Monitoring for Maximum Efficiency

The AKCP In-Line Power Meter Sensor is installed directly between the power source and the PDU or individual device, continuously monitoring critical parameters such as voltage (V), current (A), and kilowatt-hours (kWh). With its billing-grade precision, the system enables accurate identification of power-hungry devices and offers the possibility for remote switching of devices.

The available models with 16A and 32A current load capacity cover a wide range of industrial requirements. The input voltage rating of 100V to 250V AC makes the devices universally suitable for various international power standards.

Versatile Connection Options for Every Need

A standout feature of the ILPM series is the wide variety of available plug connections. The system supports various plug types, including:

• NEMA L5-20, L6-30, and 5-20 for North American standards
• IEC P+N+E, C13/C14, and C19/C20 for international compatibility
• UK BS1363, Schuko CEE 7/7 for European requirements
• Australian plugs for the Asia-Pacific market

This comprehensive compatibility makes the In-Line Power Meter the ideal solution for globally operating companies with heterogeneous infrastructures.

Please note:

The options listed above are special features. There are many more options available to personalize the In-Line Power Meter Sensor. To obtain further options, please contact us.

Intelligent Switching Functions and Relay Technology

With a contact load of 40 amperes, a mechanical service life of 10⁷ switching cycles, and an electrical service life of 3×10⁴ cycles, these relays offer the highest reliability for critical applications.

Advanced Environmental Monitoring

In addition to pure power monitoring, the system offers optional Cabinet Thermal Maps (-CTM or -CTHM) with integrated temperature and humidity sensors. The temperature range from -40°C to +75°C and humidity measurement from 0 to 100% relative humidity enable comprehensive environmental monitoring for optimal operating conditions.

Practical Application Areas

The In-Line Power Meters are essential for various application scenarios:

Circuit Breaker Monitoring: Continuous control of how close the current consumption is to tripping the fuse prevents unplanned outages.

Capacity Planning: Ensuring sufficient power reserves when adding new devices to existing circuits.

Cost Transparency: Precise billing of individual customers in co-location services through accurate consumption measurement.

Centralized Monitoring: Monitoring up to 16 devices via a single IP address reduces complexity and administrative effort.

Technical Specifications and Reliability

The compact design with dimensions of 170 x 85 x 52 mm allows flexible installation even in tight spaces. With a typical power consumption of only 800 mW (160 mA) and a peak consumption of 1.75 watts (350 mA), the system operates extremely energy-efficiently.

Communication is via RJ-45 connector with UTP CAT5e/6 cables at a maximum cable length of 32 feet (10 meters). Power is supplied directly via the sensorProbe+ family, so no additional power supply is required.

Long-Term Operational Safety

The use of highly integrated, energy-saving surface-mount technology ensures long-term reliability. With an MTBF of 1,400,000 hours, based on field experience with sensorProbe units, the system offers exceptional operational safety.

The operating temperature range of -35°C to 80°C and humidity tolerance of 20% to 80% (non-condensing) make the system suitable for a wide range of environmental conditions.

The AKCP In-Line Power Meters represent a future-proof investment in professional energy management systems and provide the necessary transparency and control for modern infrastructures.