In a hydronic system, mixing two types of heat delivery devices can lead to what outcome?

In a hydronic system, mixing two types of heat delivery devices can lead to improper temperature regulation. This occurs because different heat delivery devices, such as baseboard heaters and radiators, can operate at different temperatures and flow rates. If one device is designed to operate efficiently at a certain temperature and another operates optimally at a different temperature, the overall system may struggle to maintain the desired setpoint. The result can be inconsistent heating, as each type of device may not respond adequately to the same thermostat settings or system flow, leading to hot or cold spots within the space being heated.

Additionally, the mismatched characteristics of these devices can cause varying water temperatures to be sent through the system, further disrupting the balance needed for efficient operation. This lack of uniformity in temperature can compromise comfort levels and diminish the system's overall effectiveness in maintaining a stable environment. Therefore, ensuring compatibility among heating devices is crucial for achieving proper temperature regulation and optimal system performance.