Additional Hookup Information, Definitions

ADDITIONAL HOOKUP INFORMATION

•Comms File

The Comms Setup File contains information about the equipment that is attached to your system. Access the Comms dialog box by clicking on the Comms tab in the Setup 9760 Configuration dialog box. Refer to the Comms Setup File (.SCP File) section in the CM9760-MGR System 9760 Administrative Software Manual for information.

•Pan And Tilt Receivers and Domes

Each port can have up to 16 receivers or domes when using hardwired RS-422 com- munications connected in a daisy chain configuration.

•Ports

Use the System Port Settings Table to determine which ports are not in use. When set- ting up pan and tilt devices for use with the System 9760, edit the Comms file using Pin #9 as the equipment number. Be sure the assigned port’s baud rate and parity match that of the pan and tilt receiver. Refer to the Comms Setup File (.SCP File) sec- tion in the CM9760-MGR System 9760 Administrative Software Manual.

•Peripheral Equipment

Refer to the specific user manual for a description of each device. An RJ-45 data cable is included with each device. Using the Factory Default Port Settings page and the device’s interconnect cable, connect all peripheral equipment to its appropriate data port. If the device is not shown on the Factory Default Port Settings page, refer to the major section Configuring the System 9760 with the Pelco Window Set 9760 in the CM9760-MGR System 9760 Administrative Software Manual. Also, refer to Video In- puts and Video Outupts sections for information on connecting video sources and out- puts.

•CM9760-NW1

This CPU serves as a communications hub when networking two or more System 9760s. This unit includes its own Factory Default Settings table. Use both tables to de- termine which ports are used for data interconnection between the CM9760-CC1s and the CM9760-NW1.

SYSTEM VIDEO CONNECTIONS

For best results, use crimp-on BNCs only. Do not use screw-on BNCs–these typically do not provide adequate ground and signal connections.

DEFINITIONS

Bay Capacity: A single CM9760-MXB can support up to 256 inputs (in increments of 16) and 16 outputs (in increments of 4).

Side Framing: A technique to expand the matrix video inputs beyond 256.

Down Framing: A technique to expand the matrix video outputs beyond 16.

Video Tie Lines: A method for connecting side-framed matrix bays together and networked systems together. A video tie line is a video output from one bay con- nected to the video input of another. In a networked system, a tie line provides the video path necessary to view video from a remote node.

VIDEO INPUTS

SINGLE-BAY SYSTEMS

Refer to the sample drawings in the appendix. Connect all video sources (cameras, VCRs, etc.) to the video input BNCs at the rear of the CM9760-MXB(s). Connect video 1 to the BNC marked “1,” video 2 to the second BNC directly below “1,” and so on until all video cables are connected. If the system is set up for looping, terminate the looped output at 75 ohms.

Pelco Manual C1503M (11/99)

CM9760, C538M-A, C578M, C540M-B, C572M specifications

Pelco, a leader in advanced video surveillance technology, offers a range of high-performance cameras designed to meet the diverse needs of professional security applications. The Pelco C578M, C1501M, C573M-D, C539M-A, and C572M models represent the latest innovations in surveillance technology, combining superior image quality, robustness, and flexibility.

The Pelco C578M is a high-resolution dome camera equipped with advanced features such as digital noise reduction and wide dynamic range, ensuring clear images in varying lighting conditions. Its 4MP image sensor provides exceptional detail, making it ideal for critical environments where clarity is paramount. The C578M supports H.265 compression technology, significantly reducing bandwidth and storage requirements while maintaining superior image quality.

The C1501M model is designed for outdoor environments, featuring an IP66-rated enclosure to withstand harsh weather. This camera comes with a 2MP resolution and a 3.6mm fixed lens, providing a wide field of view. Its built-in infrared capabilities enable night vision, allowing for effective surveillance even in complete darkness, making it an ideal choice for perimeter security.

Next, the C573M-D offers dual functionality with its PTZ capabilities. This camera can pan, tilt, and zoom, allowing for flexible monitoring of large areas. With a 5MP resolution, it captures detailed images that are essential for identifying subjects in diverse scenes. The C573M-D is equipped with analytics features such as motion detection and line crossing, enhancing its capability to react to potential security threats.

The C539M-A is notable for its advanced analytics integration, which enables intelligent video analysis. Featuring a wide-angle lens and 4MP resolution, this camera excels in applications requiring both broad coverage and detailed monitoring. The built-in audio support further enhances situational awareness, making it a versatile tool for comprehensive surveillance.

Lastly, the C572M boasts a compact design without compromising on performance. This camera features a 4MP image sensor and is ideal for discreet installations. Its ability to operate seamlessly with existing security infrastructures via ONVIF compatibility enhances its appeal for system integrators.

In conclusion, Pelco’s C578M, C1501M, C573M-D, C539M-A, and C572M cameras exemplify cutting-edge surveillance technology. Each model offers unique features tailored to different security challenges, ensuring that users can find the right solution for their specific needs without compromising on quality or performance. Whether for indoor or outdoor applications, these cameras represent Pelco’s commitment to providing reliable and effective security solutions.