Checkout

After initial thermostat powerup (or after eight hours of continuous power loss), the display blinks for two seconds, then runs a self-test (when 00E displays) for 15 seconds. When the internal self-test checkout is complete, the display flashes (1:00 PM) and the thermostat is ready to be programmed.

1.Press the (+) key until the setpoint displayed exceeds the room temper- ature to verify that the thermostat is turning on the baseboard heater.

2.When the (°) symbol is flashing, feel for warmth near the heating element that indicates that the unit is gener- ating heat.

3.Press and hold the Prog key until the thermostat returns to the RUN mode.

Troubleshooting

 

 

 

Display Code

Cause

Action

Oload

Connected load

Ensure total baseboard wattage connected does

 

exceeds 3800W.

not exceed 3800W. A fire hazard exists if wattage

 

 

exceeds 3800W. Push Reset key to clear and reset

 

 

clock.

06E

Power failure

Push Reset key to clear and reset clock.

 

detected.

 

Missing segment

Unknown.

Push Reset key to clear and reset clock. If problem

or other abnormal

 

persists, call Honeywell Customer Response

display.

 

Center at 1-800-468-1502.

69-1396—2

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Honeywell T4700 manual Checkout, Troubleshooting, Display Code Cause Action

T4700 specifications

The Honeywell T4700 is a state-of-the-art building management system designed to optimize energy efficiency and enhance occupant comfort. As a part of Honeywell's extensive portfolio of building automation solutions, the T4700 is particularly well-suited for commercial facilities, educational institutions, and industrial facilities, providing users with an intuitive interface and robust capabilities.

One of the standout features of the T4700 is its user-friendly touchscreen display, which simplifies navigation and configuration. This interface enables users to easily access real-time data and system controls, facilitating quick adjustments to HVAC systems, lighting, and other building systems. The color touchscreen allows for easy visibility of information, enhancing user experience and making it more efficient to manage building operations.

In terms of technology, the T4700 is equipped with advanced algorithms for energy management, which allow for precise control of heating and cooling systems. These algorithms can adapt to changing environmental conditions, ensuring optimal energy use and reducing operational costs. Additionally, the system supports integration with various sensor technologies, such as occupancy sensors, temperature sensors, and humidity sensors, enabling a more responsive and adaptive control strategy.

The T4700 also supports connectivity with other Honeywell products and third-party systems through its open architecture. This interoperability allows for seamless integration with existing building systems, making it an ideal choice for retrofitting older buildings with modern automation capabilities. Integration not only enhances system functionality but also ensures a streamlined approach to building management.

Another noteworthy characteristic of the T4700 is its scalability. Whether managing a single building or multiple facilities, the system can be easily expanded to accommodate changing needs. This flexibility is crucial for organizations looking to invest in long-term building management efficiency without the need for a complete system overhaul.

Lastly, the Honeywell T4700 is built with robust cybersecurity features. As building management systems increasingly connect to the cloud and other networks, protecting sensitive data and ensuring system integrity is of utmost importance. The T4700 includes advanced security protocols that help safeguard against unauthorized access and cyber threats, giving facility managers peace of mind.

In conclusion, the Honeywell T4700 stands out as a powerful solution for modern building management, offering user-friendly interfaces, advanced energy management technologies, easy integration, scalability, and enhanced cybersecurity features. Its comprehensive capabilities make it an essential component for facilities aiming to optimize performance and reduce operational costs.