TCP-IPC is a IP based Native BACnet® Network controller which eliminates the need for additional router hardware and can support up to 90 MS/TP devices

CP-IPC is designed to meet the requirements of a BACnet B-BC (BACnet Building Controller) profile, supporting Device Management, Scheduling, and Trend Object functionality.

Powerful and yet easily programmable it can operate stand-alone or networked to perform complex control, monitoring and energy management functions

This is ideally suitable for Central Plant control and complex HVAC / AHU control function.

The CP-5801 is a programmable direct digital controller that provides precise monitoring and control of connected points. The CP-5801 provides 8 universal inputs and 8 universal outputs, configurable as analog or binary (digital). The CP-5801 includes a real time clock that will continue operating up to 72 hours after power loss.

The CP-5802 is a programmable direct digital controller that provides precise monitoring and control of connected points. The CP-5802 provides 8 universal inputs and 8 universal outputs, configurable as analog or binary (digital).

The CP-5831 is a programmable direct digital controller that provides precise monitoring and control of connected points. The CP-5831 provides 16 universal inputs and 12 universal outputs, configurable as analog or binary (digital). The CP-5831 includes an internal real-time clock that will continue operating up to 72 hours after power loss.

The CP-7001 is a programmable direct digital controller with actuator that provides precise monitoring and control of connected points. The CP-7001 provides 3 universal inputs and 3 universal outputs configurable as analog or binary (digital)). One additional input is dedicated to an air flow sensor and one additional output is dedicated to the actuator.

The CP-7003 is a programmable direct digital controller with actuator that provides precise monitoring and control of connected points. The CP-7003 provides 3 universal inputs and one additional input dedicated to an air flow sensor. The CP-7003 provides 1 universal output that is configurable as an analog or binary (digital), 1 optically isolated Triac output, 1 normally open relay and one output dedicated to the actuator.

The CP-7051 is a programmable direct digital controller with actuator that provides precise monitoring and control of connected points. The CP-7051 provides 3 universal inputs and 3 universal outputs configurable as analog or binary (digital)). One additional input is dedicated to an air flow sensor and one additional output is dedicated to the actuator.

The CP-7053 is a programmable direct digital controller with actuator that provides precise monitoring and control of connected points. The CP-7053 provides 3 universal inputs and one additional input dedicated to an air flow sensor. The CP-7053 provides 1 universal output that is configurable as an analog or binary (digital), 1 optically isolated Triac output, 1 normally open relay and one output dedicated to the actuator.

The CP-7301 is a programmable direct digital controller that provides precise monitoring and control of connected points. The CP-7301 provides 4 universal inputs and 3 universal outputs, configurable as analog or binary (digital) and 1 optically isolated triac output.

The CP-7301C is a programmable direct digital controller that provides precise monitoring and control of connected points. The CP-7301C provides 4 universal inputs and 3 universal outputs, configurable as analog or binary (digital) and 1 optically isolated triac output. The CP-7301C includes an internal real-time clock that will continue operating up to 72 hours after power loss.

The CP-7302 is a programmable direct digital controller that provides precise monitoring and control of connected points. The CP-7302 provides 4 universal inputs and 1 universal output, configurable as analog or binary (digital), 1 optically isolated triac output, and 2 dual staged triac outputs.

The CP-7302C is a programmable direct digital controller that provides precise monitoring and control of connected points. The CP-7302C provides 4 universal inputs, 1 universal output, configurable as analog or binary (digital), 1 optically isolated triac output and 2 dual staged triac outputs. The CP-7302C includes an internal real-time clock that will continue operating up to 72 hours after power loss.

The CP-7401 is a programmable direct digital controller that provides precise monitoring and control of connected points. The CP-7401 provides 4 universal inputs configurable as an analog or binary (digital) object and 4 optically isolated triac outputs.

The CP-7401C is a programmable direct digital controller that provides precise monitoring and control of connected points. The CP-7401C provides 4 universal inputs configureable as an analog or binary (digital) object and 4 optically isolated triac outputs. The CP-7401C includes an internal real-time clock that will continue operating up to 72 hours after power loss.

CP-VAV is a Native BACnet® programmable digital controller that communicates via BACnet Master-Slave/Token-Passing (MS/TP) Protocol. CP-VAV is designed to meet the requirements of a BACnet B-ASC (BACnet Application Specific Controller) profile

CP-VAV controllers can be configured for both single and dual duct VAV applications and other variety of customized VAV applications.

CP-SPC is a Native BACnet® programmable digital controller that communicates via BACnet Master-Slave/Token-Passing (MS/TP) Protocol. CP-VSPC is designed to meet the requirements of a BACnet B-ASC (BACnet Application Specific Controller) profile

Powerful and yet easily programmable it can perform complex control, monitoring and energy management functions

This unitary control is ideally suitable for FCU control and device input output monitoring.