Installation Instructions

ABOUT THE CADET ELECTRIC BASEBOARD: The Cadet Electric Baseboard is designed to provide zonal heat to a room by using convection to naturally circulate warm air. Safety is Cadet’s first priority. All F-Series electric baseboards feature an oversized high temperature limit switch with a full length capillary sensor tube that temporarily shuts the heater off when excessive operating temperatures are detected. For effective and safe operation, and to prolong the life of the heater, read all instructions and safety information, and follow the maintenance instructions in this Owner’s Guide.

BEFORE PROCEEDIN G WITH THE INSTALLATION INSTRUCTIONS, YOU MUST

CONSIDER SEVERAL FACTORS THAT ARE CRITICAL TO INSTALL ATION

THERMOSTAT

A thermostat is required. A Cadet wall thermostat is recommended for optimum performance, or you may prefer the convenience of a built-in thermostat kit. For instructions on wiring a thermostat, see the instructions that were included with your thermostat. If you are installing a wall thermostat, refer to the section later in this guide titled “Baseboard Wiring With a Wall Thermostat” prior

to installing the baseboard.

PLACEMENT

For best results, install the baseboard heater under a window, along an outside wall, or as close as possible to an outside door. Follow these instructions for selecting an ideal area of installation:

DO NOT INSTALL ANY BASEBOARD

BELOW AN ELECTRICAL OUTLET

DO NOT INSTALL ANY BASEBOARD VERTICALLY. MOUNT THE BASEBOARD HORIZONTALLY ONLY

•The seam at the junction of the wall and floor behind the heater may need to be caulked to prevent dust from being drawn into the room.

•Heater should be set flush against surface of the wall.

•Remove any obstructions between the back of the unit and the surface of the wall.

•Baseboard heater may sit directly on any floor surface, including carpet.

•Do not allow carpet to block lower air intake located 1 inch from the bottom of the heater.

•Maintain at least 12 inches minimum clearance from objects hanging above (i.e. drapes).

WIRING

Wire connection is possible from either right or left side of the baseboard heater. Determine which side of the baseboard you are making wire connections by locating the supply wires. You must locate the supply wires before mounting the heater. See section titled “Baseboard Wiring With a Wall Thermostat” prior to wiring the baseboard if you are installing a wall thermostat.

VOLTAGE (ALL MODELS)

It is extremely important that you verify the electrical supply wires are the same voltage as the heater (i.e. 120 volt heater to 120 volt power supply and 240 volt heater to 240 volt power supply). If replacing an existing heater check the labels of the old heater and replace using same voltage. Hooking a 240 volt heater to a 120 volt power supply will drastically reduce the heater’s output. Hooking a 120 volt heater to a 240 volt power supply will destroy the heater.

WATTAGE (FOR MODEL 8F2025)

Model 8F2025 is a multi-watt unit configured for either 2500 or 2000 watts. The heater is factory set for 2500 watts, but the instructions vary depending on your desired wattage and which side you are wiring. Make sure you follow the directions in the Owner’s Guide for your specific application. It is best to decide on your desired wattage prior to installing the baseboard.

8F2025, 2F500-8, 10F2500, 8F2500, 8F2500-8 specifications

Cadet 6F1500, 6F1500-8, 3F750, 3F750-8, and 4F1000 are part of an innovative lineup of advanced technologies designed to transform various sectors, particularly in automation, robotics, and control systems. Each model brings a unique set of features and characteristics aimed at enhancing efficiency, precision, and user-friendliness.

The Cadet 6F1500 is an exemplary model known for its robust performance and versatility. It is designed with a powerful processor and adaptable operation modes that cater to a wide range of applications. Its main features include enhanced sensor compatibility, which allows for real-time data acquisition and analysis. The 6F1500 is particularly favored in environments that require rigorous control and monitoring, providing operators with accurate feedback and comprehensive insights.

Building on the foundation of the 6F1500, the 6F1500-8 variant introduces additional capabilities. This model not only supports advanced communication protocols but also integrates seamlessly with IoT devices, enabling remote monitoring and management. Its expanded memory and processing power further enhance its ability to handle complex tasks, making it ideal for larger projects requiring synchronization across multiple units.

The 3F750 and 3F750-8 models are designed with a focus on mobility and ease of use. They are compact yet powerful, perfect for applications where space is a constraint. The 3F750 boasts an intuitive interface and simplified controls that make it accessible to users with varying levels of expertise. The upgraded 3F750-8 version enhances connectivity options, allowing for multi-device integration and collaboration. Both models prioritize energy efficiency, featuring smart power management systems that optimize performance while reducing operational costs.

Finally, the Cadet 4F1000 stands out with its emphasis on high-speed processing and precision control. It features cutting-edge algorithms that ensure rapid response times, making it suitable for high-demand scenarios such as manufacturing lines and high-frequency trading ecosystems. The integration of AI-driven analytics allows for predictive maintenance and automated decision-making processes, significantly minimizing downtime.

In summary, the Cadet series - including the 6F1500, 6F1500-8, 3F750, 3F750-8, and 4F1000 - showcases a blend of advanced technology, versatility, and user-oriented design. With a focus on automation and integration, these models set a new standard in their respective fields, driving innovation and operational excellence.