Toshiba XVS Series, HVS Series manual Connecting a PTZ Camera, Attaching the 3-Pin PTZ Adapter

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Connecting a PTZ Camera

Setting up a PTZ Camera is simple. The DVR comes preassembled with an internal PTZ adapter. The cabling may be run up to 4,000 ft using 22 Gauge Twisted Pair.

It is important to understand how the PTZ connects to the DVR. The DVR outputs an RS-232 signal and converts in to an RS-485 signal which is then sent to the PTZ camera.

Attaching the 3-Pin PTZ Adapter

1.Locate the PTZ adapter cable.

2.Connect the two wires of the PTZ adapter to the PTZ camera. The red wire on the adapter should connect to the RX+ on the PTZ and the brown wire should connect to the RX-.

3.Connect the other end of the adapter to the DVR as shown.

4.Assign the PTZ camera an ID number in PTZ Setup that coincides with the number assigned to the camera. This is normally done utilizing a dip-switch configuration method on the addressable dome.

Tip It is recommended that the ID of the camera coincide to the input number on the DVR. This will make future troubleshooting and configuration less complex.

Attaching the 4-Pin Adapter (240V PPS models)

1.Locate the PTZ adapter cable

2.Connect the wires of the PTZ adapter to the PTZ camera. The yellow wire should connect to the RX+ on the camera and the orange wire should connect to the RX-.

3.Connect the other end of the adapter to the XVR unit as shown.

4.Assign the PTZ camera an ID number in PTZ Setup that coincides with the number assigned to the camera. This is normally done utilizing a dip-switch configuration method on the addressable dome.

Example: If the camera is plugged into input number 5, set the PTZ unit to ID number 5.

Signal Line (+)

Ground

RS-485

Signal Line (-)

RS-422

Signal Line (+)

Signal Line (-)

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Contents XVS DVS HVS Digital Video Recorder Page Page Limited Warranty Digital Video RecorderImportant Safeguards Important Safeguards Battery Explosion Caution StatementDo not use the DVR when moisture condensation may occur U T I O N Rack Mount Instructions FCC StatementUL Notice CE Notice Per the provisionsTable of Contents Appendix Specifications About this Guide Technician NotesPage Introduction Product DescriptionFeatures Controls and Connections Front Panel Controls XVSDVS / HVS Rear Panel Connectors ChannelPS/2 Mouse Input PS/2 Keyboard Input DVI-D Port Svga Output Sensor Inputs Looping Termination Switch DVS/HVSLooping Termination Switch PCI Card Configurations PPS 32 Channel PCI Configuration Page Getting Started BNC Connector Cable Identifying Included ComponentsOptional Components Extra Video Storage Hard DriveKeyboard Setup Mouse SetupMonitor Setup Power SetupConnecting a Video Source Making Connections on AN XVSConnecting Sensors to the XVS Connecting Control Outputs to the XVS Looping Outputs Looping Output TerminationChannel Connecting a PTZ Camera Attaching the 3-Pin PTZ AdapterMaking Connections on DVS / HVS Connecting Sensors to the DVS / HVS Connecting Control Outputs to the DVS / HVSBNC B Attaching the 3-Pin Adapter Hard Drive Array DVS / HVS only Swapping a Hard DriveTurning on the DVR Turning OFF the DVRAppendix Specifications XVS Specifications LANDVS/HVS Specifications NTSC/PAL

DVS Series, HVS Series, XVS Series specifications

The Toshiba XVS, HVS, and DVS series represent a significant leap in lasing technologies, offering a range of solutions for high-performance printing applications in industrial and commercial settings. Each series comes with its unique set of features and technologies, catering to varying print needs and operational demands.

The Toshiba XVS series is recognized for its ultra-high-speed printing capabilities, achieving impressive throughput rates. This series incorporates advanced inkjet technology, allowing for precision printing on a variety of substrates, including porous and non-porous materials. One of its main features is the use of Toshiba's proprietary organic inks, which enhance color vibrancy and adherence while minimizing environmental impact. The XVS series also includes smart nozzle technology, reducing maintenance downtime and ensuring consistent print quality. This series is well-suited for applications in packaging, labeling, and textiles, making it a versatile choice for many industries.

Moving on to the HVS series, Toshiba has designed this line for high-volume production environments. It emphasizes durability and reliability, featuring robust hardware that can withstand the rigors of prolonged use. Key innovations within the HVS series include a flexible printhead design that allows for easy adjustments and replacements, ensuring minimal disruption during operation. Additionally, the HVS series supports a wide range of ink types, expanding its usability across multiple sectors. A standout characteristic is its user-friendly interface and software integration, which simplifies the workflow and increases productivity for operators.

Lastly, the DVS series is tailored for smaller businesses and applications that require moderate printing needs. It combines affordability with quality, offering a compact design that doesn’t compromise on performance. The DVS series features energy-efficient technology, which helps in reducing operating costs and minimizing environmental impact. Moreover, it includes intuitive features such as on-device diagnostics, ensuring that any issues are quickly identified and addressed. Its capabilities are ideal for companies looking to enhance their branding through high-quality printed materials without investing heavily in high-end systems.

In summary, Toshiba's XVS, HVS, and DVS series cater to diverse printing needs across various industries. Whether it’s the ultra-speed of the XVS, the robustness of the HVS, or the affordable quality of the DVS, Toshiba continues to innovate, ensuring that businesses can meet their printing requirements efficiently and sustainably. Each series’ unique features and technologies make them exceptional choices for advancing printing practices in the modern industrial landscape.
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