Comfort Controller 64-I/O Installation Instructions. Flowchart Manual (808-910) • Comfort Controller 6400. 6400 Install 9_02 Author: Carrier. Comfort Controller 6400 The Comfort Controller 6400 is a microcontroller-based. The 6400 gives the Carrier Comfort Network (CCN). CCN Support: CEPL130201 Comfort Controller 6400 : Back to Product Description: Available Documents. Bulletin; Application Tips. Comfort Controller Flowchart Manual. Programmable Controllers: Zoning. Comfort Controller 6400 I/O. The Comfort Controller 6400-I/O is used with Carrier's HVAC Controls Comfort Controller 6400 to. Carrier supplies superior hvac controllers. The Comfort Controller 6400 monitors and controls up to 16 universal 'on board' points and can grow beyond these 16. The Carrier Comfort Controller provides the device. the Carrier field programmable controller the Comfort Controller 6400. ECS315 - CC6400 Comfort.
HVAC Training - ECS3. CC6. 40. 0 Comfort Controllers from Carrier University. Class Description.
Many commercial buildings use multiple units which owners wish to interface and they may also wish to provide the ability to control other building elements. The Carrier Comfort Controller provides the device allowing contractors this interface on Carrier CCN systems.
Comfort Controller 6400. Appendix C has been removed from the manual as Carrier's listing for UL 864/UUKL expires. gives the Carrier Comfort Network. The Internet, our global economy and many of today’s most advanced technologies would not be possible without Willis Carrier’s invention of modern air. Comfort Controller 6400 The Comfort Controller 6400 (part number CEPL130201). The 6400 gives the Carrier Comfort Network (CCN) the capability to control.
This training class is intended for control contractors who have a working knowledge of the material covered in the ECS2. The skills taught allow the more advanced control technician to apply the Carrier field programmable controller the Comfort Controller 6. CC6. 40. 0 and CC1. This class gives the participant the knowledge to cost effectively apply networking controls to ancillary HVAC devices like pumps, boilers, loop valves, cooling towers, tower bypass valves, exhaust fans and lighting controls for example. The course reviews basic control theory, defining input and output points and includes a comprehensive discussion of the standard algorithms in the Carrier Comfort Controller. Students spend over 5. Network Service Tool V in exercises to develop points, create setpoint tables, occupancy tables and the associated algorithms.
At the end of the class a student will be able to setup a points list, configure controller dip switches, develop programs and download it to the controller and test its operation. This course is a great way for a controllers contractor to learn how to use the Comfort controller to build his controls business. Upon completion of this course, participants will be able to: Configure the CC6. Network Service Tool V software. Confirm controller communications and synchronize network/controller time. Monitor and interpret module LED signals.
Flush, upload and download controller database. Select and apply algorithms for typical HVAC system applications. Determine points required for algorithm execution. Force and Auto input/output point values. Change time and set point schedules and holidays. Use Maintenance displays to verify proper algorithm operation.
Interpret and verify controller data base. A cumulative score of 7. The score is a combination of attendance, class participation, and a demonstration of skills and knowledge through quizzes and/or work sessions. Suggested Prerequisites: Those attending should have a working knowledge of the Carrier Comfort Network (CCN), as well as a basic understanding of HVAC systems operation. Additionally, they should possess hands- on computer- operating experience. Back to Top. Register for ECS3. CC6. 40. 0 Comfort Controllers.
Click on column header to sort, BOLD = Confirmed Class. See Schedule for All Classes.
Programmable Controllers. Expands the 6. 40. LEDs indicate processor status (red) and module communication status (green)Local connection for LID (Local Interface Device)Ability to disable all inputs or all outputs by simply flipping a switch.
Simplified field wiring using "plug type" terminals. General purpose controllers are used to allow the Carrier control system to monitor, control, and communicate with non- Carrier HVAC equipment and other building components. The UC Open controller provides auxiliary building control to interface with lighting, fans, pumps, and other HVAC equipment. The UC Open’s pre- engineered algorithms provide simple building integration for commercial applications with 1. I/O point capability. It also features native BACnet communications and plug- and- play connectivity to the Carrier i- Vu System. The Carrier i- Vu System combines state- of- the- art Carrier equipment, plug- and- play controllers, and the powerful, web- based i- Vu user interface to form a cohesive, intuitive, and fully- integrated BACnet® Building Automation System.
Comprehensive library of pre- engineered algorithms available through the Application. Builder Tool. Supported functions include: Pump Control, Lighting Control, Time Scheduling with/without Override, Analog Temperature Control, Discrete Interlock, Discrete Staging Control, Permissive Interlock. Supports Carrier SPT room sensors, which allow for local setpoint adjustment and local overrides. Real time- clock keeps time in the event of power failure. Stand- alone control of up to 1. I/O points using proven algorithms. Native BACnet MS/TP communications.
Fully plug- and- play with the Carrier i- Vu System. Supports demand limiting for maximum energy savings. Return to Top. The UC Open XP Controller provides auxiliary building control to interface with lighting, fans, pumps, and other HVAC equipment. The UC Open XP’s pre- engineered algorithms provide simple building integration for commercial applications with 2.
Carrier supplies superior hvac controllers. Expands the 6400 controller capability by 16 points. LEDs indicate processor status (red) and module communication.
I/O point capability. The UC Open XP also provides support for 2. I/O points through the use of the UC Open XP IO Expander. When combined, these controllers can support up to 4. I/O points for even greater flexibility. The UC Open XP also features native BACnet communications and plug- and- play connectivity to the Carrier i- Vu System.
The Carrier i- Vu System combines state- of- the- art Carrier equipment, plug- and- play controllers, and the powerful, web- based i- Vu user interface to form a cohesive, intuitive, and fully- integrated BACnet® Building Automation System. Comprehensive library of pre- engineered algorithms available through the Application. Builder Tool. Supported functions include: Constant Volume (CV) Cooling and Heating Control, Dehumidification, CV Mixed Air Damper Optimization, Fan Control, Pump Control, Lighting Control, Indoor Air Quality, Generic PID Control, Time Scheduling with/without Override, Analog Temperature Control, Discrete Interlock, Discrete Staging Control, Permissive Interlock, Set Point Reset, Optimal Start/Stop, WSHP Loop Control.
Supports Carrier SPT room sensors, which allow for local setpoint adjustment and local overrides. Real time- clock keeps time in the event of power failure.
UC Open XP supports up to 2. I/O points; add UC Open XP IO Expander to support up to 4. I/O points. Native BACnet MS/TP communications. Integrated Carrier linkage algorithm for plug- and- play integration with Carrier systems.
Fully plug- and- play with the Carrier i- Vu System. Supports demand limiting for maximum energy savings. Return to Top. The UC Open XP IO Expander adds additional I/O point capacity to the UC Open XP Controller. These controllers provide auxiliary building control to interface with lighting, fans, pumps, and other HVAC equipment.
The UC Open XP’s pre- engineered algorithms provide simple building integration for commercial applications with 2. I/O point capability. When the UC Open XP IO Expander is added to the UC Open XP Controller, up to 2. I/O points are available.
Together, these controllers support up to 4. I/O points for even greater flexibility. Comprehensive library of pre- engineered algorithms available through the Application.
Builder Tool. Supported functions include: Constant Volume (CV) Cooling and Heating Control, Dehumidification, CV Mixed Air Damper Optimization, Fan Control, Pump Control, Lighting Control, Indoor Air Quality, Generic PID Control, Time Scheduling with/without Override, Analog Temperature Control, Discrete Interlock, Discrete Staging Control, Permissive Interlock, Set Point Reset, Optimal Start/Stop, WSHP Loop Control. Supports Carrier SPT room sensors, which allow for local setpoint adjustment and local overrides.
Expands the UC Open XP Controller to support up to 4. I/O points. Removable screw terminals for I/O connections. Versatile mounting options: may be mounted • directly onto the UC Open XP enclosure or separately within the mounting enclosure. Integrated Carrier linkage algorithm for plug- and- play integration with Carrier systems. Fully plug- and- play with the Carrier i- Vu System.
Supports demand limiting for maximum energy savings. Return to Top. Comfort Controller 1. Stand- alone control and monitoring of up to 1.
Total facilities management when linked to a CCNAlarm processing, messages and annunciation. Demand limiting/load shedding. Algorithm library for a variety of control operations. Simplified field wiring using 'plug type' terminals (two- pin connection)Carrier Comfort Controllers are microprocessor- based controllers that provide all the features necessary for complete stand- alone or network control of non- Carrier products or existing Carrier equipment and HVAC Controls.
Comfort Controllers make it possible to bring DDC technology to all of the facility's critical equipment and systems - chillers, rooftops, air handlers, cooling towers, unit heaters, circulating pumps, exhaust fans, interior and exterior lighting and more. The Comfort Controller 1. Comfort Controllers include a library of proven control routines with a "fill- in- the- blanks" format for easy programming.
The built- in routines include but are not limited to: Staged thermostat - four stages plus fan. Staged Control - six stages Lead/lag pump control with automatic fault logic. Heating and Cooling coil control.
Mixed air damper control. Indoor air quality control. Air and water reset. Humidification. Static pressure and fan tracking control.
Static pressure and fan tracking control. A 3. 65- day timeclock simplifies time scheduling. It features eight different program periods per day and includes 1. In combination with options network modules, the Comfort Controller can help reduce energy costs by intergrating loadshedding, facility time scheduling and system maintenance functions. The Comfort Controller can collect and store temperature, energy consumption and other data series for future references.
All data can be viewed and saved via Comfort. WORKS® and Comfort. VIEW™ software. Comfort Controllers may be configured and monitored with Carrier's Comfort. WORKS, Comfort. VIEW or Network Service Tool. A hand- held Local Interface Device (LID) provides for easy viewing, monitoring and configuration of the Comfort Controller without a PC. Return to Top. Comfort Controller 6.
Stand- alone control and monitoring of up to 1. Easily expandable with 6. Input/Output module. Simplified field wiring using "plug type" terminals (two- pin connection)Alarm processing, messages and annunciation.
Demand limiting/load shedding. Library of algorithms for a variety of control operations. Inputs can be configured universally. Outputs can be configured universally. Total facilities management when linked to a CCNCarrier Comfort Controllers are microprocessor- based controllers that provide all the features necessary for complete stand- alone or network control of non- Carrier products or existing Carrier equipment and HVAC Controls. Comfort Controllers make it possible to bring DDC technology to all of the facility's critical equipment and systems - chillers, rooftops, air handlers, cooling towers, unit heaters, circulating pumps, exhaust fans, interior and exterior lighting and more. The Comfort Controller 6.
Through the use of 6. Input/Output expansion modules, the 6. To add a point, a user simply needs to provide, mount and wire the necessary field sensor and configure the point into the system. Staged thermostat - four stages plus fan. Staged Control - six stages Lead/lag pump control with automatic fault logic. Heating and Cooling coil control Mixed air damper control Indoor air quality control.
Air and water reset. Humidification. Static pressure and fan tracking control omfort Controllers include a library of proven control routines with a "fill- in- the- blanks" format for easy programming. The built- in routines include but are not limited to: A 3.
It features eight different program periods per day and includes 1. In combination with options network modules, the Comfort Controller can help reduce energy costs by intergrating loadshedding, facility time scheduling and system maintenance functions. The Comfort Controller can collect and store temperature, energy consumption and other data series for future references. All data can be viewed and saved via Comfort.
WORKS® and Comfort. VIEW™ software. Comfort Controllers may be configured and monitored with Carrier's Comfort. WORKS, Comfort. VIEW or Network Service Tool. A hand- held Local Interface Device (LID) provides for easy viewing, monitoring and configuration of the Comfort Controller without a PC.
Diagnostics and output channel LEDs provide a quick and visible indication of the Comfort Controller's operating conditions. The alarm table stores the latest series of alarm occurences leading up to an abnormal condition. The Comfort Controller 6. H- O- A" switches which may be included to further facilitate troubleshooting Return to Top. Comfort Controller 6.
I/OExpands the 6.