SPECIAL NOTE

OPERATION

Lock Panel (LP)

The keypad can be locked to prevent unwanted tampering with the control settings. In the User Menu, change the menu item LP selection to On. When the menu is exited and set-

tings are stored, the or , and keys will be disabled from normal use.

To unlock the keypad, press and hold for 5 seconds. The display will change to show LP On. Momentarily press

or to change to Off and then momentarily press . The control will return to normal operation and the keypad will be unlocked.

Binary Input (bIn) and Set Back (Sb)

Binary Input is an option to allow the setpoint temperature to set back to conserve energy or for other reasons as determined by the user. Set Back determines the number of degrees the setpoint temperature will be changed.

An external switch or N.O. relay can be connected to the BIN and GND terminals of the control. With bIn set to On, when the switch is closed, the control will change the setpoint tem- perature by the number of degrees set in Sb. In Heat mode, setpoint temperature will change lower or cooler. In Cool mode, setpoint temperature will change higher or warmer.

During the time that the switch is closed, bIn will appear in the lower left corner of the display. If an alarm is connected be sure that the alarm delay time is set long enough to allow for the temperature change to avoid a “false” alarm.

Alarm (AL)

Using the Alarm Output and power stealing in combination – When using power stealing mode and the alarm output, it is

important for the installer to review the wiring circuit of the installation to insure no device is present that could interrupt electrical power to the temperature control. Such a device could be a defrost timer, as one example, that may be used in some refrigeration applications.

If a device is in the system wiring that can periodically disrupt power to the load and the temperature control, the power stealing mode of the control cannot be used. A neutral wire must be connected to the control and select the non power stealing mode for the control. This keeps power to the control during power interruptions to the load and avoids a “false” alarm output.

This control has an alarm relay that will provide an output to alert of a malfunction. The alarm relay output must be con- nected to an external light, audible alarm or other device as needed by the user. If AL is set to 0, the alarm relay will not provide any alarm output. If AL is set to a value greater than 0, the alarm relay output provides indication of three error conditions: Temperature Out of Range, Power Loss and Sen- sor Operation Failure. Although AL must be set to a value greater than 0 for any alarm output to be provided, the value selected is the time delay, in minutes, before a Temperature Out of Range alarm is set. The alarm time delay does not apply to Power Loss or Sensor Operation Failure.

Temperature out of range – If the temperature is more than 5° from the setpoint, continuously for the length of time set in AL, the alarm relay output will close. The delay should be set to allow for conditions that will cause the temperature to vary, such as defrost cycle, opening door for stock removal or replacement or Set Back changes. When setting the AL time, consideration should be given to these events to prevent a false alarm.

If the control set back feature is used to change the setpoint, the delay period set in AL should consider the time it takes for the system to reach the set back temperature to avoid a false alarm.

Power Loss – If the temperature control experiences an input power failure, the control will close the alarm relay before total power of the control is lost. The delay time is not used in this event, and the alarm relay will close within seconds of a power failure. In addition, the load relay contact change state per the Sensor Operation Failure (SOF) setting.

When power returns, the alarm contacts will open. The load relay will remain in the SOF position the length of time set in Anti Short-Cycle Delay (ASd) after power resumption. The display will blink the flame or snowflake icon for this time to indicate the load is “locked” out. This is to help protect the user’s equipment from damage by short cycle switching.

Sensor Operation Failure (SOF) – If in operation, the sen- sor wiring should become open or shorted, the temperature control will begin blinking SOF with SH for shorted or SO for sensor open. However, the control will wait approximately

1 minute before closing the alarm output relay - indicating sensor operation failure. If during the 1 minute, the sensor “resumes” normal operation, the time is reset and the control returns to normal display. The load relay will operate as se- lected in sensor operation failure (SOF).

Multiple Sensors

The 16E09 is normally operated with one sensor. If an aver- age temperature of an area is required, 4 sensors may be used and wired in the method shown below. If 4 sensors are used, they must all be of the same model.

Sensor 1

 

 

 

 

 

 

Sensor 3

Sensor 2

 

 

 

 

 

 

Sensor 4

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

NOTE: When using multiple sensors, 4 sensors must be used. The control will not operate with 2 or 3 sensors.

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Emerson 16E09-101 specifications Lock Panel LP
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16E09-101 specifications

The Emerson 16E09-101 is a cutting-edge electronic controller designed specifically for heating, ventilation, and air conditioning (HVAC) systems. This controller stands out due to its advanced features, technologies, and characteristics that facilitate enhanced control and efficiency in managing climate conditions in both residential and commercial environments.

One of the main features of the 16E09-101 is its ability to support multiple HVAC components, including heat pumps, air conditioners, and ventilation systems. This versatility makes it suitable for a variety of applications. The controller is equipped with a user-friendly interface, which simplifies the setup process and allows users to monitor and adjust settings easily. The graphical display presents real-time data, including temperature, humidity, and system status, enabling quick diagnosis and troubleshooting of issues.

The Emerson 16E09-101 incorporates sophisticated control algorithms that optimize system performance while minimizing energy consumption. By utilizing advanced predictive logic, the controller can make adjustments to the operation of HVAC units based on real-time data inputs. This not only increases energy efficiency but also prolongs the lifespan of the equipment, offering cost savings over time.

Another key characteristic of the 16E09-101 is its built-in communication capabilities, which facilitate integration with building management systems (BMS). This feature enables centralized control and monitoring, allowing facility managers to oversee multiple units from a single interface. Additionally, its compatibility with various communication protocols ensures that it can easily connect to existing systems, further enhancing its utility.

The controller also supports a range of sensors, including temperature, humidity, and CO2 sensors, allowing for comprehensive monitoring of indoor air quality. This is particularly important in modern buildings where energy conservation must be balanced with occupant comfort.

In summary, the Emerson 16E09-101 is a highly capable and versatile electronic controller ideal for managing HVAC systems efficiently. With its advanced features, proactive control technologies, and robust communication capabilities, it offers significant benefits in terms of energy efficiency, system longevity, and user convenience. Whether for residential or commercial applications, the 16E09-101 exemplifies Emerson's commitment to innovation and quality in HVAC control solutions.
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