Emerson LK803, LK801, LK800, LK37, F468 owner manual Safety Instructions, Assembly and Installation

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!WARNING

Safety Instructions

To avoid fire, shock, and serious personal injury, follow all instructions carefully.

1.Read your Owner's Manual carefully before installing the light fixture. Retain Owner's Manual for future reference.

2.Be careful of the fan and blades when cleaning, painting, or working near the fan. Before installing or servicing the light fixture or ceiling fan, switch power off at service panel and lock service panel disconnecting means to prevent power from being switched on accidentally. When the service disconnecting means cannot be locked, securely fasten a warning device, such as a tag, to the service panel.

3.Do not exceed the wattage indicated on fixture.

ADDITIONAL SAFETY INSTRUCTIONS FOR INSTALLATION

1.To avoid possible electrical shock be sure electricity is turned off at the main fuse or circuit breaker box before wiring.

2.Make certain no bare wires are exposed outside the wire connectors.

3.All wiring must conform to national and local electrical codes.

4.Follow the recommended instructions for the proper method of wiring your new light fixture. If you feel you do not have enough electrical wiring knowledge or experience, have your light fixture installed by a licensed electrician. Any electrical work not described in this manual should be performed by a licensed electrician.

WARNING: To reduce the risk of possible fire and electrical shock, install only on Emerson “CF” and “F” Series Ceiling Fans. This light kit is not to be used with CF652, CF653, CF670, CF680, CF742 and CF2000 Series Ceiling Fans installed in damp or wet locations.

Assembly and Installation

7.Insert the black and white wires through the lockwasher (8) and hex nut (9) (supplied). Firmly tighten the hex nut to secure the light fitter to the switch cup.

8.Connect the white wire from the switch cup to the white wire of the light fitter (Figure 2). Connect the blue wire from the switch cup to the black wire of the light fitter. Use listed wire connectors (previously removed in step 5) to make connections (Figures 2 and 3).

(4) MOTOR

(2) COVER PLATE

CONNECTOR

(5) SWITCH CUP

 

 

CONNECTOR

 

(6) WIRE

BLUE WIRE

CONNECTORS

 

BLACK WIRE

WHITE WIRES

(3) SCREWS

FAN SWITCH

(9) HEX NUT

CHAIN

 

(1) SWITCH CUP

 

 

(8) LOCKWASHER

 

(7) LIGHT FITTER

11.Position the cup/light fitter (1)(7) on the cover plate (2) and install the three screws (3) that were previously removed in step 2 and tighten securely.

12.Proceed to “Installation of “Glass Shades” section.

Installation on Emerson Fans Having Two-Piece Die-Cast Switch Housings

1.Remove all parts and parts packages from carton.

2.Remove the cover (5) from the switch housing (1) by removing the two outer screws (2). (See Figure 4.)

3.Remove the center screw (4) from the cover (5). Insert the black and white wires from the light kit fitter (6) through the hole and thread the switch housing cover tightly onto the light kit fitter.

4.Insert the black and white wires through

the lockwasher (8) and hex nut (7)

supplied. Firmly tighten the hex nut to

secure the light kit fitter to the switch

!WARNING

Do not install or use the light fixture if any part is missing or damaged. Call toll-free:

1-800-654-3545

!WARNING

To avoid possible electrical shock, be sure electricity is turned off at the main fuse or circuit breaker box before wiring.

4.Remove the center screw (6) from the switch cup (Figure 1).

5.Carefully locate the white and blue wires (labeled either "L" or "LIGHT") in the switch cup and remove the wire connectors from the wires.

6.Insert the black and white wires from the light fitter (7) through the center hole in the switch cup (Figure 2) and thread the switch cup onto the light fitter. Hold wires taut while installing switch cup to prevent the wires from twisting.

NOTE: YOUR FITTER MAY NOT LOOK THE SAME AS

Figure 2 THE ONE IN THIS ILLUSTRATION.

HOWEVER, IT INSTALLS IN A SIMILAR MANNER.

!WARNING

To avoid possible fire or electrical shock, make certain no bare wire strands are exposed outside wire connectors.

housing cover (5).

5.Carefully locate the white and blue

wires (labeled either “L” or “LIGHT”) in

the switch housing and remove the

wire connectors (3) from the wires.

6. Connect the white wire from the ceiling

fan to the white wire of the light fitter

(6). Connect the blue wire from the

ceiling fan to the black wire of the light

fitter. Use listed wire connectors

(previously removed in step 3) to make

connections. (Figures 3 and 4.)

7. Carefully tuck all wires and splices into

the switch housing (1).

Installation on Emerson Fans

Having Modular Switch Cup with

Center Screw

1.Remove all parts and parts packages from the carton.

2.Remove the switch cup (1) from the cover plate (2) by removing the three screws (3) around the side of the switch cup (Figure 1).

3.Disconnect the motor connector (4) from the switch cup connector (5) (Figure 1).

(4) MOTOR

(2) COVER PLATE

 

CONNECTOR

 

(3) SCREWS

(5) SWITCH CUP

CONNECTOR

 

FAN SWITCH

(1) SWITCH

CHAIN

CUP

 

(6) CENTER SCREW

 

Figure 1

Figure 3

9.Carefully tuck all wires and splices into the switch cup (1). (Figure 2.)

10.Connect the motor connector (4) to the switch cup connector (5).

8. Attach the cover/light fitter (5) (6) to the

switch assembly housing (1) using the

two screws (2) that were removed in

Step 2) (Figure 4.)

!WARNING

To avoid possible fire or electric shock, be careful not to pinch wires between switch housing and light fitter.

2

3

Image 2
Contents Installation of Glass Shades Safety Instructions Assembly and Installation

LK800, LK37, LK801, F468, LK803 specifications

Emerson's line of process controllers, including models LK803, F468, LK801, LK37, and LK800, reflects the company's commitment to providing advanced technology and reliable solutions for industrial applications. Each model boasts its own unique features, catering to various automation needs.

The LK803 is known for its versatile capabilities, offering precise temperature control alongside support for various input types. This model integrates advanced algorithms that ensure optimal performance, supporting both industries that require simple on/off control as well as those needing complex PID control. Its intuitive interface allows for easy programming and monitoring, making it suitable for both beginner and experienced users.

F468, on the other hand, stands out for its multifunctionality. It is capable of handling temperature, pressure, and flow measurements, making it an ideal choice for applications requiring real-time data collection. The F468 also features customizable alarm settings and output modules, enabling operators to set specific parameters to alert them in case of any potential issues. Its high-resolution display aids in providing clear visibility of operational data.

The LK801 is designed with an emphasis on user-friendliness and efficiency. With its advanced touch interface, operators can quickly navigate menus for configuration and monitoring. This model supports a range of protocols, including MODBUS and Profibus, allowing for seamless integration with existing systems. The LK801 also boasts powerful data logging capabilities, ensuring that all operational metrics are captured for future analysis.

In the realm of compact designs, the LK37 excels. This model is designed for space-limited installations while providing essential control functions. Its compact size does not compromise performance; it includes features such as a variety of input options and simple setpoint programming. The LK37 is geared towards industries needing efficient control without the need for extensive infrastructure.

Finally, the LK800 model is recognized for its rugged design and durability. Built to withstand harsh industrial environments, the LK800 is ideal for outdoor applications or regions exposed to extreme temperatures. It is equipped with advanced communication options and extensive protocol support, making it a reliable choice for networked environments.

Together, these Emerson models embody a range of technologies and characteristics tailored to meet diverse industrial needs, setting a standard for precision and reliability in process control. Their unique features make them suitable for a wide array of applications, from simple temperature regulation to complex monitoring of multiple variables, ensuring that Emerson continues to lead in the automation industry.