16-634.fm Page 9 Tuesday, July 20, 1999 5:37 PM

INSTALLATION

BASIC CONNECTIONS

Refer to the illustrations on Page 10 for these connections.

Note: Some connections shown in this section might require additional supplies, available from your local RadioShack store.

þConnect the VCR to your TV for playback. You can connect (choose one):

Your VCR’s OUT TO TV jack to your TV’s antenna jack, using a 75-ohm coaxial cable

Caution: Never connect the VCR’s OUT TO TV jack to a terminal that has an antenna already connected. Doing so can interfere with other receivers.

Your VCR’s OUT TO TV jack to your TV’s separate VHF/UHF antenna jacks, using a 75-ohm coaxial cable and a VHF/UHF splitter/combiner

Your VCR’s R-AUDIO-L/VIDEO OUT jacks to your TV’s audio/video jacks, using a stereo audio/video cable

Note: For the best quality recordings, use high-quality A/V cables to make these connections.

ÀConnect a signal source to the VCR for recording. You can connect (choose one):

An outside antenna, using a 75-ohm coaxial cable, to the VCR’s IN FROM ANT. jack

An outside antenna, using 300-ohmlead-in wire and a 300-to-75 ohm transformer, to the VCR’s IN FROM ANT. jack

Your CATV (cable) source, using the 75-ohm coaxial cable directly from the cable company, to the VCR’s IN FROM ANT. jack

Caution: Some state laws restrict direct connections to cable wires (connections that do not go through a cable box). Check the laws in your area before you make connections.

A cable converter box to the VCR’s IN FROM ANT. jack

Note: There are many cable TV sys- tems in use. If you subscribe to cable TV service and cannot record cable TV programs, contact your local cable TV service provider. Most cable TV service providers offer connection help.

ÃYou can also connect an optional video source, such as a camcorder, another VCR, or a direct-to-home satellite system to your VCR using A/V cables. Simply connect it as shown.

Connection Notes:

You can connect three sources directly to your VCR. To do so, you connect one source to the R-AUDIO-L IN 1/VIDEO IN 1 jacks on the back of the VCR using A/V cables, another source to the IN FROM ANT. jack using a 75-ohm coaxial cable, and another source to the AV2 VIDEO IN/L-AUDIO IN-R jacks on the front of the VCR (see “Cam- corder Connections” on Page 12). If the source’s audio is monaural, connect its audio output to the left audio input jack only.

You can connect additional 75-ohm coaxial sources to your system using a high-isolation A/B switch to switch between the sources.

You can connect one 75-ohm coaxial source to more than one device using a video splitter.

Because of the complexity of the variations possible when using additional video accesso- ries, such as video signal switches, splitters, and combiners, we do not attempt to show such configurations in this manual.

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Optimus 64, 65 owner manual Installation, Basic Connections

64, 65 specifications

The Optimus 65 and 64 are the latest advancements in robotic technology, designed to enhance productivity and streamline operations in various sectors. These robots embody cutting-edge features that cater to both industrial and commercial applications.

One of the main features of the Optimus 65 is its advanced AI-driven navigation system. Utilizing a combination of LiDAR and computer vision, the robot can map its environment in real-time, allowing for precise maneuvering even in complex settings. This intelligent navigation enables it to avoid obstacles and efficiently plan routes, significantly reducing downtime and increasing operational efficiency.

On the other hand, the Optimus 64 focuses on versatility. It is designed with modular components that can be easily swapped out, allowing for a range of applications from packaging to assembly line work. This adaptability makes it an excellent solution for businesses looking to optimize their processes without the need for extensive retraining or reconfiguration.

Both models are equipped with robust connectivity options, including Wi-Fi, Bluetooth, and option for 5G integration. This ensures real-time data transfer and remote monitoring capabilities, allowing operators to keep track of operations and make adjustments on the fly. The robots can seamlessly integrate with existing systems, enhancing their functionality without requiring a complete overhaul of current infrastructures.

In terms of performance, the Optimus series boasts impressive payload capacities, with the 65 handling heavier loads compared to its smaller counterpart. This makes it suitable for a wider range of industries, including manufacturing, logistics, and healthcare. Additionally, both robots come with advanced safety features, including emergency stop buttons and collision detection sensors, ensuring safe operations around human workers.

Another noteworthy characteristic is the energy efficiency of the Optimus models. They are designed with sustainability in mind, utilizing low-energy consumption motors and systems that promote minimal resource use while maintaining high performance levels.

In conclusion, the Optimus 65 and 64 represent a significant leap forward in robotic technology. Their advanced features, cutting-edge capabilities, and focus on safety and efficiency make them ideal solutions for a variety of industries looking to enhance their operational capabilities in the modern landscape. As businesses continue to adapt to the rapidly changing technological environment, these robots offer the flexibility, intelligence, and performance needed to thrive.