Emerson CF100DBK00, CF100GES00 Electrical Requirements, How to Assemble Your Ceiling Fan

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BP7355 PERISTYLE CF100 9/19/07 11:26 AM Page 5

2. Slide the four switch levers on the code switch to your choice of ON (up) or down positions. Use a ball-point pen or small screwdriver and slide the levers firmly up or down.

3. In the receiver (Figure 1), slide the four switch levers to the same positions as set in the transmitter. Make sure the levers on both switches are in the same positions, otherwise the fan will not operate.

4. Position the battery in the transmitter battery compartment and replace the battery cover.

CEILING FAN

PROCEDURES

Electrical Requirements

Your new ceiling fan will require a ground- ed electrical supply line of 120 volts AC, 60 Hz, 15 amp circuit.

The outlet box must be securely anchored and capable of withstanding a load of at least 50 pounds.

!WARNING

To reduce the risk of fire, electric shock, or personal injury, mount fan to outlet box marked “Acceptable for Fan Support”, and use screws sup- plied with outlet box. Most outlet boxes commonly used for support of light fixtures are not acceptable for fan support and may need to be replaced. Consult a qualified electri- cian if in doubt.

!WARNING

To avoid possible fire or shock, fol- low all wiring instructions carefully.

Any electrical work not described in these instructions should be done or approved by a licensed electrician.

If your fan is to replace an existing ceiling light fixture, turn electricity off at the main fuse box at this time and remove the exist- ing light fixture.

!WARNING

Turning off wall switch is not suffi- cient. To avoid possible electrical shock, be sure electricity is turned off at the main fuse box before wiring. All wiring must be in accordance with National and Local codes and the ceil- ing fan must be properly grounded as a precaution against possible electri- cal shock.

How to Assemble Your Ceiling Fan

1. Remove the hanger ball by loosening the setscrew in the hanger ball until the ball falls freely down the downrod (Figure 2). Remove the pin from the downrod, then remove the hanger ball. Retain the pin and hanger ball for rein- stallation in step 5.

PIN

 

HANGER

 

BALL

 

DOWNROD

SETSCREW

 

Figure 2

2. Unscrew the setscrew (Figure 3) until it clears the inside of the motor coupling. Then separate, untwist and unkink the three 80” motor leads. Route the motor lead wires through the downrod. Align the clevis pin holes in the downrod with the holes in the motor coupling. Install the clevis pin and secure with the hair- pin clip (Figure 3). The clevis pin must go through the holes in the motor cou- pling and the holes in the downrod. Be sure to push the straight leg of the hair- pin clip through the hole near the end of the clevis pin until the curved portion of the hairpin clip snaps around the clevis pin. The hairpin clip must be properly installed to prevent the clevis pin from working loose. Pull up on the downrod to make sure the clevis pin is properly installed.

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U.L. Model No.: CF100

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Contents Peristyle Additional Safety Instructions for Installation Safety InstructionsMaterials Installation of Battery Preset Memory FeatureSetting Operating Frequency of Transmitter Receiver GeneralElectrical Requirements How to Assemble Your Ceiling FanHairpin Clip Setscrews Downrod Clevis PIN Motor Coupling Slot for Flange Switch Screw Access Outlet BOX TAB AT Least Floor How to Hang Your Ceiling FanReceiver White Wire How to Wire Your Ceiling FanWhite Storage Bracket InstallationOperating Your Ceiling Fan Important Care Instructions MaintenanceAccessoriesTrouble Probable Cause Suggested Remedy Trouble ShootingRepair Parts Key Model No Description Repair Parts ListingLimited Warranty

CF100DBK00, CF100AP00, CF100GES00 specifications

The Emerson CF100GES00, CF100AP00, and CF100DBK00 are advanced, high-performance fan control solutions designed to optimize HVAC applications and enhance overall energy efficiency. These models are part of Emerson’s comprehensive range of controls that cater to modern residential and commercial requirements, ensuring reliable comfort and performance.

The CF100GES00 model is equipped with a range of notable features, including a user-friendly interface that allows for easy installation and programming. This model boasts sophisticated algorithms that facilitate automatic adjustments based on the system's performance, promoting significant energy savings. Additionally, the model offers integrated diagnostics that reduce maintenance time and costs by promptly alerting users to potential issues before they escalate.

Moving on to the CF100AP00, it stands out for its innovative adaptive technology that enables it to learn from the environment in which it operates. This feature ensures that the control system optimizes fan operation according to real-time conditions, which enhances indoor air quality and comfort while minimizing energy consumption. The CF100AP00 also integrates seamlessly with a range of existing systems, making it a versatile choice for retrofit projects or new installations.

The CF100DBK00 model is known for its robust design and durability, making it suitable for demanding applications. Its advanced communication capabilities allow it to interface smoothly with various building management systems, enabling centralized monitoring and control. This model also features multiple speed settings, providing users with flexibility to tailor fan performance to specific needs.

All three models utilize Emerson’s proprietary technologies, such as the Smart Speed Control and enhanced thermal management, to ensure optimal performance in various operating conditions. These technologies help in reducing noise levels while maintaining efficient airflow, making them ideal for quiet environments like libraries, classrooms, or office spaces.

In summary, the Emerson CF100GES00, CF100AP00, and CF100DBK00 fan control solutions offer a blend of advanced features, innovative technologies, and exceptional reliability. Their focus on energy efficiency, user adaptability, and seamless integration with existing systems positions them as frontline solutions in modern HVAC applications.