For IT, facilities & data-center ops

See Your Infrastructure and Understand What Matters

Powered by Sensors – Simulated by CFD – Optimized by AI 

AKCP data center monitoring logo
AKCP data center monitoring logo
For IT, facilities & data-center ops

See Your Infrastructure and Understand What Matters

Powered by Sensors – Simulated by CFD – Optimized by AI 

One Connected Monitoring System

Measure with sensors. Connect with sensorProbe+ units. Monitor with Quicklime.

sensor collection

1. Sensors

Wide range of sensors. Measure temperature, humidity, water leaks and power.

Connect to monitoring unit

2. Base Units

Connect sensors through sensorProbe+ or sensorProbe+ wireless gateways.

Monitor with quicklime

3. Quicklime

Bring readings, alerts and sites into one view with Quicklime Server.

Optional Cooling Analysis

Go Further with sensorCFD

Investigate airflow, identify thermal risks and evaluate cooling improvements.

Multiple sensors combined in quicklime
Combine Multiple Sensors for One Value
Individual sensors tell you what is happening at specific monitoring points. Sometimes, however, you need to combine those readings to get the value you want: an average temperature across several locations, or the difference in pressure between two points. Quicklime virtual sensors let you use readings from multiple sensors in a calculation and produce a single output value. In this video tutorial, we demonstrate two examples: averaging temperature readings and calculating differential air pressure.
Quicklime Modbus RS485 Actions
How to Trigger SP+ Actions from Quicklime Using SNMP Traps
Quicklime desktop buttons give operators a convenient way to control equipment. When that equipment uses Modbus RS485 connected to a sensorProbe+ (SP+) device, the control actions are stored on the SP+. SNMP Traps provide a way to connect those actions to buttons in Quicklime. In this tutorial, we show how to send an SNMP Trap from Quicklime, receive it with an SNMP Trap virtual sensor on an SP+, and use the sensor’s status change to trigger a saved Modbus RS485 action. Our example uses a control valve with positions from 0% to 100%. The same approach can be adapted to
Inside the AKCP Physical Twin
Design and Build a Data Center – Inside AKCP’s Physical Twin
How does a cooling design perform when the heat load changes? What happens when airflow is uneven across a rack? And how closely does a digital model reflect conditions inside a physical facility?

Environmental Monitoring and Data Center Visibility

AKCP brings together sensors, network-connected monitoring units and software to help you understand conditions across your critical infrastructure. Monitor temperature, humidity, airflow, water leaks, power and physical access, with a system configured around the measurements your site needs.

Sensors collect information where it matters. Monitoring units connect those sensors to your network and provide alerts when conditions move outside your configured limits. Quicklime brings information from connected systems together, helping your team review readings, follow trends and investigate events across rooms and sites.

From monitoring to cooling analysis

For data centers that need deeper thermal analysis, sensorCFD uses measured conditions to inform airflow and temperature modeling. Investigate hotspots, recirculation and uneven cooling, and evaluate potential improvements before making operational changes.

Begin with the monitoring you need today. Explore AKCP sensors and monitoring units, learn how Quicklime fits your installation, or use the rack monitoring planner to develop an initial system configuration.

Stop guessing. Start optimizing.

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Find out how we can Protect, Monitor and Optimize your Data Center

AKCP data center monitoring sensors

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