If your cable system requires you to use a converter box for all channels, connect the incoming cable to the IN terminal on the converter box. Connect another cable between the OUT terminal on the converter box and the antenna terminal on the TV. You will need to keep your TV tuned to channel 3 or 4 and change channels using the converter box.

If your cable system only requires you to use a converter box for some channels (i. e. pay-TV channels),follow these steps: Find the primary incoming coaxial cable. Plug this cable into a splitter (available at your local electronics store). Connect one coaxial cable between one OUT terminal on the splitter and the IN terminal on the converter box. Connect another coaxial cable between the other OUT terminal on the splitter and the B-IN terminal on an A/B switch (available at your local electronics store.) Connect a third coaxial cable between the OUT terminal on the converter box and the A-IN terminal on the A/B switch. Finally, connect a coaxial cable between the OUT terminal on the A/B switch and the antenna terminal on the back of your TV.

When the A/B switch is in the A position, you need to change channels on the converter box (and your TV should be tuned to channel 3 or 4); when the A/B switch is in the B position you can change channels on the TV.

Connecting Other Pieces of Equipment

You may want to connect a VCR, laser disc player, satellite receiver, or another type of equipment to your TV. We recommend that you follow the instructions included with the piece of equipment you wish to connect.

Safety Note

If you plan on being away from your home for an extended period of time, or if a thunderstorm is approaching, you should unplug your television, and you may wish to disconnect your TV from a rooftop or satellite antenna. You do not need to disconnect your TV from a cable system.

10Chapter 2 : Connecting an Antenna or Cable to Your TV

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Emerson HKTV13 owner manual Connecting Other Pieces of Equipment, Safety Note

HKTV13 specifications

Emerson HKTV13 is an advanced control valve that is designed specifically for precise flow management in various industrial applications. Combining robust construction with cutting-edge technology, the HKTV13 is suited for environments that demand reliability and efficiency.

One of the main features of the HKTV13 is its high-performance actuator, which ensures quick and accurate response to control signals. This actuator utilizes advanced technologies such as proportional-integral-derivative (PID) control, allowing for better regulation of flow rates and pressure levels. The actuator’s design promotes minimal wear and tear, extending the lifecycle of the valve and reducing maintenance costs.

The valve body of the HKTV13 is crafted from high-grade materials, providing exceptional durability against harsh operating conditions. With options for various body materials including stainless steel and carbon steel, the HKTV13 is adept at handling corrosive and high-temperature applications. Its design is also optimized for low-pressure drops, ensuring efficient operation without sacrificing performance.

Another notable characteristic of the HKTV13 is its versatile connectivity options. It supports numerous communication protocols such as HART, Foundation Fieldbus, and Profibus. This allows for seamless integration into existing control systems, enhancing visibility and control over process parameters. Users benefit from real-time data monitoring, which aids in diagnostics and predictive maintenance.

The HKTV13 is also equipped with features that enhance safety, including fail-safe modes and emergency shutoff capabilities. These safety mechanisms are crucial for protecting both personnel and equipment in critical applications.

In addition to its mechanical features, the Emerson HKTV13 is designed with user-friendliness in mind. The intuitive interface simplifies configuration and setup, allowing operators to quickly get the system up and running with minimal downtime.

Overall, the Emerson HKTV13 stands out in the market for its combination of precision, durability, and technological integration. Its ability to adapt to various industrial needs makes it an invaluable tool for process engineers seeking reliable flow control solutions. Whether in the chemical, oil and gas, or food processing industries, the HKTV13 promises to optimize operations and enhance system performance.