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chassis, contact the local agent of our company for help. Otherwise, we shall not be held liable for any consequence caused thereby. Make sure the device is sturdy and well grounded and meets heat dissipation and lightning protection requirements. Avoid vibration when using the device. Provide a stable and compliant power supply before powering on the device. Before performing the verification (refer to section “Check Before Power‐On”), make sure that the power is disconnected, for fear of bodily injury or equipment damage caused by incorrect cable connection. ...
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Safety Information WARNING! Installation and removal of the unit and its accessories must be carried out by qualified personnel. You must read all of the Safety Instructions supplied with your equipment before installation and operation. Warnings: If the product does not work properly, please contact your dealer or the nearest service center. (We shall not assume any responsibility for problems caused by unauthorized repair or maintenance.) To reduce the risk of fire or electrical shock, do not expose this product to rain or moisture. ...
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Caution: Fiber optic ports – optical safety. Never look at the transmit laser while the power is on. Never look directly at the fiber ports and the fiber cable ends when they are powered on. Caution: Use of controls or adjustments to the performance or procedures ...
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LVD/EMC Directive This product complies with the European Low Voltage Directive 2006/95/EC and EMC Directive 2004/108/EC. WEEE Directive–2002/96/EC The product this manual refers to is covered by the Waste Electrical & Electronic Equipment (WEEE) Directive and must be disposed of in a responsible manner. ...
1 Overview NOTE! This document presents the hardware information of the DVS4000, how to install it, and how to quickly configure it through the web interface As new generation network video surveillance media terminals, DVS4000 series encoders (hereinafter referred to as the DVS4000) are designed mainly for remote video surveillance. They are applicable to monitoring and listening to remote sites in real time, and can be widely applied to real‐time surveillance applications in security protection, transportation monitoring, and electricity industry. For more information about their technical specifications, see Table 4‐1. Appearance The DVS4000 appearance described in this manual is for reference only. Take the DVS4004‐IN as an example. Figure 1‐1 DVS4001‐IN front view (7) (9) (3)(4) (10) 1: Running LED 2: Alarm LED 3: Encoding LED 4: Reset button 8: Ethernet 5: USB port 6: Ethernet port 7: Active LED optical port 9: Link LED 10:Blank filler panel for the subcard slot 1 ...
Figure 1‐2 DVS4001‐IN rear view 1: Grounding screw 2: Video in port 3: Video out port 4: MIC port 5: RS‐485 port 6: RS‐232 port 7: Alarm in port 8: Audio out port 9: 12 VDC power input LEDs Table 1‐1 LEDs descriptions LED State Meaning Blinking The device is starting up. RUN On The device is operating normally. Off The device is powered off. At least one device alarm (for example, On temperature alarm) is present. ALM Off No device alarm is present. There are input signals but they are not being On ...
LED State Meaning The device is not transmitting or receiving Off traffic. On A link is present. LINK Off No link is present. Ports and Buttons Table 1‐2 Description for the ports and button on the front panel Port/ Quantity Description Remarks button • If you press the button for less than three seconds, the device reboots. • If you press and hold the button for RST 1 Reset button more than ...
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Port/ Quantity Description Remarks button 10 Mbps/100 Mbps auto‐negotiation DVS4001‐IN: 1 Half duplex/full duplex auto‐negotiation RJ‐45 connector Ethernet Connects to an port Ethernet 10 Mbps/100 Mbps/1000Mbps auto‐negotiation DVS4004‐IN: 2 Half duplex/full duplex auto‐negotiation RJ‐45 connector 100 Mbps Ethernet Connects to an optical DVS4001‐IN: 1 Full duplex Ethernet port SFP port Provides interactive control RS‐485/ with the DVS4004‐IN: 1 RJ‐45 connector ...
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Port/ Quantity Description Remarks button Holds subcard after the blank filler panel is removed Subcard slot Note : The Note : Either an DVS4001‐IN Subcard EPON subcard or 1 support the EPON slot a dual‐port SFP subcard only. The subcard can be DVS4004‐IN installed. support the EPON subcard or dual‐port SFP subcard. NOTE! Select an appropriate optical module according to the ambient temperature. ...
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Port Quantity Description Remarks φ6.3 mm port (directional), output impedance > 600 Ω Inputs audio 6.3 mm (0.25 signals MIC DVS4001‐IN: 1 in.)‐diameter port Implements For more audio intercom information, see the note below this table. RJ‐45 connector Provides interactive Phoenix contact control with the Phoenix contact connected RS‐485 DVS4004‐IN: 1 device, for example, PTZ cameras, Phoenix contact third‐party device Commissions RS‐232 DVS4001‐IN: 1 RJ‐45 connector and maintains the DVS4001‐IN ...
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Port Quantity Description Remarks Phoenix contact ALARM Outputs alarm DVS4004‐IN: 2 OUT signals Relay output Inputs or outputs audio signals Phoenix contact, Caution : After single channel audio intercom is DVS4001‐IN: One output and input enabled on the input channel Input 35 kohm, 2V AUDIO first phoenix One output (P‐P) terminal of the channel Output 600 ohm, 2V DVS4001‐IN MIC, (P‐P) the audio input function is unavailable. Phoenix contact, left channel input Inputs audio AUDIO IN DVS4004‐IN: 4 ...
NOTE! If a microphone is powered by the signal cable, which does not affect signal transmission, the power supply mode is called phantom power supply and the microphone is a feedback microphone. Local Cache Function The capacity of the USB storage device must be at least 4 GB. The USB port of the storage device must be of USB 2.0 or later versions. ...
back up cached videos through a backup server managed by the central server. The exported or backed up video files can be played on the webpage of the central server. 2 Device Installation Precautions Checking Device Components Unpack the container and remove the items out carefully. Check items against the packing list and ensure all items listed are included in the container. WARNING! Do not remove the dismantlement‐preventive seal from the chassis cover of an DVS4000 without permission. If you want to open the chassis, contact the local agent of our company for help. Otherwise, we shall not be held liable for any consequence caused thereby. ...
Installing EPON Subcard or Dual‐Port SFP Subcard As shown in Figure 2‐2 or Figure 2‐3, remove screws, take down the blank filler panel, insert the recommended EPON subcard or dual‐port SFP subcard, and then fasten captive screws. Figure 2‐2 Installing EPON subcard (Take the DVS4004‐IN as an example) Figure 2‐3 Installing the dual‐port SFP subcard (Take the DVS4004‐IN as an example) Installing the DVS4000 in an Outdoor Protective Box The outdoor protective box must meet ce rtain ...
Vertical Wall Mounting For an outdoor protective box vertically mounted on the wall, you need to horizontally insert the DVS4000 into the protective box. As shown in Figure 2‐4, place the two sides with waist‐shaped wall mounting holes close to the inner wall of the protective box, and fix the device inside the protective box with screws. Then ventilation holes are at the top and bottom of the device to better facilitate air convection. Ensure that the top and bottom ventilation holes are at least 10 cm away from the surrounding wall. ...
Before installing the DVS4000 in a rack, make sure the rack is stable and is grounded properly. No obstacle exists inside or around the rack to avoid hindering the installation. Installing the DVS4000 in a Rack with a Frame As shown in Figure 2‐5, install the mounting brackets of the DVS4000. Figure 2‐5 Install the mounting brackets(Take the DVS4004‐IN as an example) To install the DVS4000 in a rack with frames. Installing the DVS4000 in the Rack with Holders As shown in Figure 2‐5, install the mounting brackets of the DVS4000. To install the DVS4000 in a rack with holders, refer to 1U DVS/DC Holder Installation Manual. Installing the DVS4000 in the Rack Directly To install the DVS4000 in the rack directly, you need to fix the device to the rack securely. Keep a clearance around the air vents on the two sides ...
Connecting the Cables CAUTION! Before connecting the cables, ensure that the device is already powered off to avoid bodily injury or equipment damage caused by incorrect cable connection. Ensure that all external cables of the DVS4000 meet relevant standards. For details about cable selection, refer to DVS/DC Cable Connection Guide. Connect to other devices as needed. For how to connect to another device, see related documents of the device. Take the DVS4004‐IN as an example. Connecting Cables to Ports on the Front Panel Figure 2‐6 Install cables to ports on the front panel for DVS4001‐IN 1: Connecting to a network through a network cable 2: Connecting to a network through an optical fiber ...
Connecting Cables to Ports on the Rear Panel Figure 2‐7 Install cables to ports on the rear panel for DVS4001‐IN 1: PTZ camera 2: Alarm input device 3: Alarm output device 4: Ground 5: Analog signal display device such as the monitor 6: Microphone 7: Connecting to a serial device (such as a PC) through a serial cable 8: Pick‐up 9: Speaker 10: Power source 16 ...
Audio Cable and Alarm Cable Connection Take the DVS4004‐IN as an example. Figure 2‐8 Audio cable and alarm cable connection for DVS4001‐IN 1: Normally‐on/off Boolean alarm input device, such as an audio or temperature alarm device Power 电源 2: Normally‐on/off Boolean alarm ALARM 1 G G O+O- output device, such as an alarm LED (The alarm LED supports multiple connection modes. Here, only one connection mode is shown as an example.) IN G OUT AUDIO 3: ...
Table 2‐1 Phoenix contact port description for DVS4001‐IN Terminal Description Terminal Description Connect an alarm Connect an alarm 1 (O+,O‐) input device. output device Connect an audio Connect an audio IN input device (single OUT output device (single audio channel). audio channel). G Ground Connecting the PTZ You can connect the PTZ through the RS‐485 port in PTZ control mode on the DVS4000. For details about how to connect the PTZ control cable, refer to DVS/DC Cable Connection Guide. Connecting the Third‐Party Device You can connect a third‐party device through the RS‐485 port in transparent ...
Check that the DVS4000 is installed securely with all screws fixed tightly. Check that the DVS4000 is grounded properly, and all cables are connected correctly and firmly. Check that the power supply voltage is stable. Starting Up the DVS4000 After completing the installation, connect the power supply to start up the DVS4000. Check the operation status of the DVS4000 according to Table 1‐1. 3 Logging In to and Logging Out of the DVS4000 You can manage and maintain your DVS4000 conveniently through web interfaces. Before logging in to the DVS4000, ensure that: The DVS4000 is operating normally. The client PC and the DVS4000 can communicate with each other. The client PC is installed with Microsoft Internet Explorer 7.0 or higher version. No proxy is set for the IE browser on the client PC. NOTE! Of the DVS4000, the default IP address is 192.168.0.13/24 and the default gateway address is 192.168.0.1. For your first login, use admin as both the username and password. We recommend you to change the default password by selecting Device > Password after your first login ...
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On the login page, type the username and password, and click Login to enter the Web interface. You can select a node in the navigation tree and then click a tab on the right pane to enter the corresponding configuration page. For information about initial configuration and other configurations, please click the Help in the navigation tree. To log out of the DVS4000, click Exit in the navigation tree and confirm your operation. 4 Technical Specifications For more information about technical specifications of the DVS4000, refer to the product brochure. Table 4‐1 Technical specifications Item ...
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Item Description Operating humidity 5% to 95% (non‐condensing) Storage –40°C to +70°C (–40°F to +158°F) temperature Storage humidity 5% to 95% (non‐condensing) Altitude –60 to +4000 m (–196.85 to +13123.36 ft.) CAUTION!! The video encoding rate and resolution depend on the actually selected channel number and stream relation. For more information, see the corresponding Web configuration page on the device. WARNING! If this equipment is used in a domestic environment, radio disturbance may ...
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