IPAC 3P Intelligent Power Monitoring and Control System

The cost saving and safety system with many applications

The IPAC 3P is an intelligent power monitoring and control system that offers safety and economy by monitoring, controlling, and feeding back on electrical installations and equipment. Specially designed for 3 phase power, the system can measure all the important parameters and feedback the information online.

The IPAC is enhanced by Digital Input and Output and RS485/422 to detect logical states and for serial communication.

It can be used in many situations to improve safety, detect power losses, and protect sensitive equipment. The low cost of the power monitoring and control system makes it ideal for all types of installations: from monitoring power in the largest buildings to being used as a component in a SCADA system.

Using the IPAC 3P in SCADA Systems

SCADA, (Supervisory Control and Data Acquisition) systems use the IPAC 3P to monitor the power going in to electrical assets. Monitoring the power going in to your 3-phase system is important as voltage spikes can damage expensive equipment. Power companies do not publish data or inform customers when the supply goes outside of the expected parameters. The IPAC 3P clearly demonstrates when this has happened, identifies problems, and shows a direct cause of damaged equipment.

Preventing Fires and Detecting Equipment Failure

One of the most common causes of house fires is faulty electrical equipment leading to short circuiting or overheating. By using current draw readings provided by the IPAC 3P you can detect equipment fails before they lead to more serious problems and protect people, buildings, and assets.

Monitoring the Power Factor

The power factor, the ratio of the power used by equipment to the power supplied to the circuit, shows whether electrical power is being used efficiently. Problems with power factor can be caused by the power supply from the energy provider or unbalanced and malfunctioning equipment.

When power factor issues are detected by the IPAC 3P, actions can be taken to reduce power losses, make usage more efficient, and reduce power costs while preventing equipment damage due to overheating.

Common Applications for the IPAC 3P System

Monitoring water pump draws

The system will alert you to problems such as when a pump goes into cavitation and there is a lack of input pressure. It can also measure excessive current load when an armature shorts out. The IPAC 3P offers real additional benefits to any SCADA system by confirming pumps have started when turned on and are functioning properly.

Measuring Power to Buildings

When you use an IPAC 3P to monitor and measure the power going into a building you can receive feedback on all the factors that are important for safety, cost, and efficient running of equipment. The system will notify you, and present evidence, of the power supply being outside required or safety parameters. You will then have evidence of any damage caused by fluctuations.

The IPAC 3P is the ideal solution for critical infrastructures

For critical infrastructures the IPAC 3P is the ideal solution. The system can effectively monitor and control the power supply to locations that supply physical services, such as water and sewage. It is perfect for locations that require continuous operational capability for example: military, police, and city buildings. The built-in features that protect sensitive equipment make it ideal for emergency call centers and facilities that have communication, computer, and server systems.

The IPAC 3P is Easy to Install and Use

Installing and using the IPAC 3P intelligent power monitoring and control system is simple and quick. The IPAC is wired to each phase, including a neutral connection, and wire toriods are put into place. An Ethernet is connected and the IPAC is set-up and configured via the network connection to read the required parameters for the installation. The IPAC 3P is all set to monitor and control, and ensure the supply and equipment are operating safely and at maximum cost-efficiency.