NVR-9000 Installation Manual With Diagram 20170307 - V5.0 [PDF]
NVR-9000 Voyage Data Recorder (VDR) & NVR-9000S Simplified Voyage Data Recorder (SVDR) (TSO) INSTALLATION MANUAL NEW
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NVR-9000 Voyage Data Recorder (VDR)
& NVR-9000S Simplified Voyage Data Recorder (SVDR)
(TSO)
INSTALLATION MANUAL
NEW SUNRISE
NVR-9000 & NVR-9000S IM.E 20170307-05
NVR-9000 & NVR-9000S INSTRUCTION MANUAL
NOTICE Ensuring safety of vessel is the obligatory responsibility of the navigation officer. The use of the equipment does not relieve the user from the need to take any safety precautions or checks whether it is mandatory or otherwise in accordance to international and national rules.
SAFETY INSTRUCTIONS This notice indicates an unsafe operation which, if not avoided, could result in property damage or equipment malfunction.
High Voltages are located over many areas in the systems!
Maintenance and repairs must only be carried out by trained and qualified personal with knowledge for electrical devices.
Caution during Operations: Never touch or have any body contact with active electrical circuits!
Observe handling regulations! Removal or insertion of a subgroup or printed wiring board with live voltage can lead to severe damage.
All relevant safety regulations and safety standards must be closely observed.
Never insert fuses with other values than those stipulated!
Observe the following compass safe distance to prevent deviation of magnetic compass: No.
Component Name
Part No.
Standard compass
Steering compass
1
Data Acquisition Unit (DAU)
NVR9001
2.00m
1.20m
2
Data Extension Unit (DEU)
NVR9002
1.45m
0.95m
3
Remote Alarm U nit (RAU)
NVR9003
0.35m
0.20m
4
Video Interface Unit (VIU)
NVR9004
0.95m
0.55m
5
Fixed Protective Capsule (FPC)
NFP-2000C
1.00m
0.55m
6
Float-Free Capsule (FFC)
NEB-2000C-VDR
0.90m
0.45m
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Modify Record No.
Modify by
Date
1
Q/A
2015/11/27
2
Q/A
2016/01/06
3
Q/A
4 5
Paragraph
Version
Reason
01
First edition
APPEDIX
02
Diagram revised
2016/05/03
4.VDRConfig
03
Software upgrade
Q/A
2016/07/24
Junction Box and Remote Alarm Unit
04
Product improvement
Q/A
2017/03/07
05
General modification
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Table of Contents 1. OVERVIEW........................................................................................................................................... 1 1.1 Outline..........................................................................................................................................1 1.2 System Configuration................................................................................................................2 1.3 Recommended specifications for replay PC......................................................................... 5 2. Mounting & Wiring.............................................................................................................................6 2.1 Data Acquisition Unit (DAU) NVR9001.................................................................................. 7 2.1.1 Mounting consideration................................................................................................. 7 2.1.2 Mounting.......................................................................................................................... 7 2.2 Junction Box NEB205............................................................................................................... 8 2.2.1 Mounting consideration................................................................................................. 8 2.2.2 Make the connections shown below........................................................................... 8 2.2.3 Mounting.......................................................................................................................... 8 2.2.4 Wiring Details.................................................................................................................. 9 2.3 Fixed Protective Capsule (FPC) NFP-2000C..................................................................... 10 2.3.1 Mounting consideration...............................................................................................10 2.3.2 Make the connections shown below......................................................................... 11 2.3.3 Mounting........................................................................................................................ 11 2.3.4 Wiring Details................................................................................................................12 2.4 Float Free Capsule (FFC) NEB-2000C-VDR......................................................................12 2.4.1 Mounting Consideration.............................................................................................. 12 2.4.2 Make the connections shown below......................................................................... 13 2.4.3 Mounting........................................................................................................................ 13 2.5 Data Extension Unit (DEU) NVR9002................................................................................. 14 2.5.1 Mounting Consideration.............................................................................................. 14 2.5.2 Make the connections shown below......................................................................... 15 2.5.3 Mounting........................................................................................................................ 15 2.6 Remote Alarm Unit (RAU) NVR9003................................................................................... 16 2.6.1 Mounting Consideration.............................................................................................. 16 2.6.2 Make the connections shown below......................................................................... 16 2.6.3 Mounting........................................................................................................................ 17 2.7 Video Interface Unit (VIU) NVR9004....................................................................................17 2.7.1 Mounting Consideration.............................................................................................. 17 2.7.2 Make the connections shown below......................................................................... 18 2.7.3 Mounting........................................................................................................................ 18 2.8 Indoor Microphone Unit (IMU) NVR9005............................................................................ 19 2.8.1 Mounting Consideration.............................................................................................. 19 NVR-9000 & NVR-9000S IM.E 20170307-05
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2.8.2 Make the connections shown below......................................................................... 20 2.8.3 Mounting........................................................................................................................ 20 2.8.4 Wiring Details................................................................................................................21 2.9 Outdoor Microphone Unit (OMU) NVR9006................................................................... 21 2.9.1 Mounting Consideration.............................................................................................. 21 2.9.2 Make the connections shown below......................................................................... 22 2.9.3 Mounting........................................................................................................................ 22 2.9.4 Wiring Details................................................................................................................23 3. VDR Configuration.......................................................................................................................... 24 3.1 Login VDR Config....................................................................................................................24 3.2 VDRConfig display interface..................................................................................................25 3.3 Ship and device information.................................................................................................. 25 3.4 Interface Setting.......................................................................................................................26 3.4.1 UTC Source/Position Setting..................................................................................... 26 3.4.2 Information Type Management.................................................................................. 27 3.4.3 Data Acquisition Unit................................................................................................... 28 3.4.4 Audio...............................................................................................................................29 3.4.5 Video Interface Unit (VGA)......................................................................................... 29 3.4.6 Data Extension Unit..................................................................................................... 30 3.4.7 Net Image...................................................................................................................... 33 3.4.8 Door................................................................................................................................34 3.5 Menu Column........................................................................................................................... 35 4. VDR Live Software...........................................................................................................................38 4.1 Run the live software.............................................................................................................. 38 4.2 Play Live Data.......................................................................................................................... 40 4.2.1 Play whole messages..................................................................................................40 4.2.2 Play serial port messages.......................................................................................... 40 4.2.3 Play audio......................................................................................................................42 APPEDIX
DIAGRAM..........................................................................................................................43
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1. OVERVIEW 1.1 Outline Voyage Data Recorder (VDR) is designed to record and store in a secure and retrievable form, information concerning the ship’s position, movement, physical status and control command for the period leading up to and following an incident. It enables the accident investigators to review procedures and instructions in the moments leading to an incident and help to identify the cause of the accident. The data recorded by VDR can be used for vessel management, such as equipment health management, ship position management. NVR-9000 is the first generation of NSR VDR product, flexible to form a VDR or SVDR, easy to install and maintain. The product is designed to meet the following standards： 1. MSC.333 (90): Adoption of Revised Performance Standards for Shipborne Voyage Data Records (VDRs) 2. IEC 61996-1 (2013): Maritime Navigation and Radiocommunication Equipment and Systems -Shipborne Voyage Data Recorder (VDR) -Part 1: Performance Requirements, Methods of Testing and Required Test Results 3. MSC214（81）: “Amendments to the Performance Standard for Shipborne/Shipborne Simplifed Voyage Data Recorder” 4. IEC 61996-2 {Ed.2.0} 2007: Maritime Navigation and Radiocommunication Equipment and Systems-Shipborne Voyage Data Recorder (VDR)-Part 2: Simplified Voyage Data Recorder (S-VDR)-Performance Requirements, Methods of Testing and Required Test Results 5. IEC 60945 {Ed.4.0} 2002: Maritime navigation and radiocommunication equipment and systems-General requirements-Methods of testing and required test results
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1.2 System Configuration NVR-9000/NVR-9000S comprises of 9 components as below: No.
Component Name
Part No.
NVR-9000 VDR
NVR-9000S SVDR
Environmental category
1
Data Acquisition Unit (DAU)
NVR9001
X
X
Protected
2
Data Extension Unit (DEU)
NVR9002
X
O
Protected
3
Remote Alarm U nit (RAU)
NVR9003
X
X
Protected
4
Video Interface Unit (VIU)
NVR9004
O
O
Protected
5
Indoor Microphone Unit (IMU)
NVR9005
X
X
Protected
6
Outdoor Microphone Unit (OMU)
NVR9006
X
X
Exposed
7
Fixed Protective Capsule (FPC)
NFP-2000C
X
8
Float-Free Capsule (FFC)
NEB-2000C
X
9
Junction Box for Capsule (JBC)
NEB205
X
X X
Exposed Portable Exposed
X: standard O: optional Note: For SVDR, FPC or FFC may be selected between.
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NVR-9000 VDR SYSTEM CONFIGURATION 3
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NVR-9000S SVDR SYSTEM CONFIGURATION(standard) 4
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1.3 Recommended specifications for replay PC
CPU: Pentium 350 MHz (or equivalent) or higher RAM: Minimum 1GB HDD: Minimum 250G Operating system: 32 bit Windows®7, Windows®8*, Windows Vista®, Windows® XP Professional SP2. English or Chinese OS only.*32 or 64 bit. CD-ROM drive (internal or external) LAN port DirectX®9.0c or higher .NET
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2. Mounting & Wiring
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2.1 Data Acquisition Unit (DAU) NVR9001 2.1.1 Mounting consideration
Locate the unit away from heat sources. Select a location where the shock and vibration are minimal. Locate the unit away from places subject to water splash and rain. Make the maintenance space shown in the outline drawing for maintenance and checking purpose. A magnetic compass will be affected if the unit is placed too close to the magnetic compass. Observe the compass safe distances at the front of this manual to prevent interference to a magnetic compass. Select a mounting location considering the length of the cables to be connected to this unit. The cables connected the units shown below should be 50 m or less. Indoor Microphone Unit (IMU) Outdoor Microphone Unit (OMU) Fix Protective Capsule (FPC) Float-Free Capsule (FFC) Data Extension Unit (DEU) Remote Control Unit (RCU) Video Interface Unit (VIU) Select a location where the surface is flat. If it is not flat, insert a number of washers between the unit and the mounting location as necessary. Select a location that is strong enough to support the weight of the unit. The cable entrance of the unit should face downward.
2.1.2 Mounting Install the data acquisition unit (DAU) on a bulkhead. 1. Fasten the unit with four M10 bolts or φ10 coach bolts (local supply). 2. Two eye bolts are attached at the top of the unit to hoist the unit on board. Remove them after the installation. 3. Attach two cosmetic caps (supplied) to eye bolt holes.
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2.2 Junction Box NEB205 2.2.1 Mounting consideration
Locate the unit away from heat sources. Select a location where the shock and vibration are minimal. Select the location that make the junction box is serviceable.
2.2.2 Make the connections shown below
2.2.3 Mounting
To connect the float-free recording capsule (FFC) and fixed-protective recording capsule (FPC), use the junction box NEB205. 8
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1. Remove four screws to remove the cover from the junction box. 2. Unfasten the cable glands, then pass each cable through the cable entrance. 3. Fabricate the cables. 4. Refer to the interconnection diagram below this dialog, connect the lines to the terminal board of the junction box. 5. Fasten the cable glands to fix the cable. Note: Fasten the cable glands by hand. Do not use a wrench, to prevent damage to the gland. 6. Reattach the cover to the junction box. 7. Fasten four screws in the cover of the junction box.
2.2.4 Wiring Details
Socket 1 GND Socket 2 24V+ Socket 3 RXSocket 4 RX+ Socket 5 TXSocket 6 TX+ Socket 7 NC Socket 8 NC Socket 9 RXSocket 10 RX+ Socket 11 TXSocket 12 TX+ Socket 13 GND Socket 14 24V+
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Socket ID
Signal
To/From
Remark
1
GND
FPC/FFC
Brown/Brown White (-)
2
24V+
FPC/FFC
Blue/Blue White (+)
3
RX-
FPC/FFC
Green
4
RX+
FPC/FFC
Green White
5
TX-
FPC/FFC
Orange
6
TX+
FPC/FFC
Orange White
7
NC
8
NC
9
RX-
DAU
Green
10
RX+
DAU
Green White
11
TX-
DAU
Orange
12
TX+
DAU
Orange White
13
GND
DAU
24V_IN-
14
24V+
DAU
24V_IN+
2.3 Fixed Protective Capsule (FPC) NFP-2000C 2.3.1 Mounting consideration Criteria to be considered when assessing the optimum position shall include but not be limited to the following: Separation from fuel or other potential fire sources; Separation from probable sources of the mechanical damage; Operational environment for continued serviceability; Accessibility for routine maintenance; In case of float-free recording medium, minimization of the risk of obstruction after release.
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2.3.2 Make the connections shown below
2.3.3 Mounting To install the Fixed Protective Capsule (FPC), make sure you are aware of the following points: 1. Verify that the FPC mounting base lines up with the hull mounting holes. 2. Ensure the paint around the bottom of the mounting holes on the FPC and hull mounting brackets is removed. 3. Fix the FPC mounting bracket with four hex bolts and nuts.
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2.3.4 Wiring Details 1) Refer to the Junction Box (NEB205), connect to Fixed Protective Capsule (FPC) with the cable. 2) Connect to Data Acquisition Unit (DAU) with data line and power cable.
2.4 Float Free Capsule (FFC) NEB-2000C-VDR 2.4.1 Mounting Consideration Select a mounting location, keeping in mind in the following points: The FFC should, with greatest possible probability, be float-free and avoid being caught in railings, superstructure, etc., if the ship sinks. The FFC should be located so that it may be easily released manually and brought to the survival craft by one person. Therefore, it should not be located in a radar mast or any other places which can only be reached by vertical ladder. Fix the FFC vertically on the bulkhead or handrail so that the cable entrance faces downward. The FFC should be equipped with a buoyant lanyard suitable for use as a tether to life craft, etc. The buoyant lanyard should be so arranged as to prevent its being trapped in the ship’s structure. The FFC should be marked with the ship’s call sign, serial number, MMSI number (if applicable), 15 Hex ID, and battery expiry date before installation. Select a mounting location considering the cable length of this unit. The cable between the FFC and junction box should be 1.5 meter or less. In case of float-free recording medium, minimization of the risk of obstruction after release.
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2.4.2 Make the connections shown below
2.4.3 Mounting To install the Float Free Capsule (FFC), make sure you are aware of the following points: 1. Verify that the FFC mounting base lines up with the hull mounting holes. 2. Ensure the paint around the bottom of the mounting holes on the FFC and hull mounting brackets is removed. 3. Fix the FFC mounting bracket with four hex bolts and nuts.
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2.5 Data Extension Unit (DEU) NVR9002 2.5.1 Mounting Consideration
Locate the unit away from heat sources. Select a location where the shock and vibration are minimal. Locate the unit away from places subject to water splash and rain. Make the maintenance space shown in the outline drawing for maintenance and checking purpose. A magnetic compass will be affected if the unit is placed too close to the magnetic compass. Observe the compass safe distances at the front of this manual to prevent interference to a magnetic compass. Select a location that is strong enough to support the weight of the unit. The cable entrance of the unit should face downward.
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2.5.2 Make the connections shown below
2.5.3 Mounting To install the Data Extension Unit (DEU), make sure you are aware of the following points:
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1) Install the data extension unit (DEU) on a bulkhead. 2) Fasten the unit with four M10 bolts or φ10 coach bolts (local supply). 3) Connect to the Data Acquisition Unit (DAU) with power cable and cable line.
2.6 Remote Alarm Unit (RAU) NVR9003 2.6.1 Mounting Consideration
Locate the unit away from heat sources. Select a location where the shock and vibration are minimal. Locate the unit away from places subject to water splash and rain. Make the maintenance space shown in the outline drawing for maintenance and checking purpose. Make the Remote Alarm Unit (RAU) available. A magnetic compass will be affected if the unit is placed too close to the magnetic compass. Observe the compass safe distances at the front of this manual to prevent interference to a magnetic compass. Select a mounting location considering the length of the cables to be connected to this unit. The cables connected the units shown below should be 50 m or less. Select a location where the surface is flat. If it is not flat, insert a number of washers between the unit and the mounting location as necessary. Select a location that is strong enough to support the weight of the unit.
2.6.2 Make the connections shown below
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2.6.3 Mounting
Mounting (flat-surface-mounted)
To install the Remote Alarm Unit (RAU), make sure you are aware of the following points: 1. Select a flat surface, and put the mounting bracket in the flat surface. 2. Fasten the mounting bracket with four M4 bolt and coach bolt (local supply). 3. Connect to the Data Acquisition Unit (DAU) with the line. Mounting (flush-mounted) To install the Remote Alarm Unit (RAU), make sure you are aware of the following points: 1. Make a mounting hole in the mounting location. 2. Remove the mounting bracket around the Remote Alarm Unit. 3. Connect to the Data Acquisition Unit (DAU) with the line and put the unit in the hole.
2.7 Video Interface Unit (VIU) NVR9004 2.7.1 Mounting Consideration
Locate the unit away from heat sources. Select a location where the shock and vibration are minimal. Locate the unit away from places subject to water splash and rain. 17
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Make the maintenance space shown in the outline drawing for maintenance and checking purpose. Make the Video Interface Unit (VIU) serviceable. A magnetic compass will be affected if the unit is placed too close to the magnetic compass. Observe the compass safe distances at the front of this manual to prevent interference to a magnetic compass. Select a mounting location considering the length of the cables to be connected to this unit. The cables connected the units shown below should be 50 m or less. Select a location where the surface is flat. If it is not flat, insert a number of washers between the unit and the mounting location as necessary. Select a location that is strong enough to support the weight of the unit.
2.7.2 Make the connections shown below
2.7.3 Mounting To install the Video Interface Unit (VIU), make sure you are aware of the following points: 1) Fasten the unit with four M4 bolts or φ4 coach bolts. 2) Connect to the Data Acquisition Unit (DAU) with power cable and cable line.
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2.8 Indoor Microphone Unit (IMU) NVR9005 2.8.1 Mounting Consideration
Locate the unit away from heat sources. Select a location where the shock and vibration are minimal. Locate the unit away from places subject to water splash and rain. Make the maintenance space shown in the outline drawing for maintenance and checking purpose. A magnetic compass will be affected if the unit is placed too close to the magnetic compass. Observe the compass safe distances at the front of this manual to prevent interference to a magnetic compass. Select a mounting location considering the length of the cable to be connected to this unit. Locate away from noise sources, such as fans, motors, and loudspeakers (1 m or more from air duct). Fix the cable to the bulkhead or overhead with a cable clamp, etc. to keep noise to a minimum. Microphones are mounted in the places shown below to pick up voice communications. Center line conning Bridge wings (if steering gear is installed) Main radar Chart table Helmsstand Radio room
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2.8.2 Make the connections shown below
2.8.3 Mounting The microphone is designed to be flush-mounted. To install the Indoor Microphone Unit (IMU), make sure you are aware of the following points: 1. Connect to the Data Acquisition Unit (DAU) with the line. 2. Fasten the cover with four M4 screw.
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2.8.4 Wiring Details
Pin No.
Signal
Remark
1
MIC_AUDIO-
Orange
2
MIC_AUDIO+
Blue
3
GND
White
4
+12V
Red
5
GND
Earth
2.9 Outdoor Microphone Unit (OMU) NVR9006 2.9.1 Mounting Consideration
Locate the unit away from heat sources. Select a location where the shock and vibration are minimal. Make the maintenance space shown in the outline drawing for maintenance and checking purpose. A magnetic compass will be affected if the unit is placed too close to the magnetic compass. Observe the compass safe distances at the front of this manual to prevent interference to a magnetic compass. Select a mounting location considering the length of the cable to be connected to this unit. Locate away from noise sources, such as fans, motors, and loudspeakers (1 m or more from air duct). Fasten the cable to the bulkhead or overhead with a cable clamp, etc. to keep noise to a minimum.
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2.9.2 Make the connections shown below
2.9.3 Mounting The microphone is designed to be flush-mounted. To install the Outdoor Microphone Unit (OMU), make sure you are aware of the following points: 1) Connect to the Data Acquisition Unit (DAU) with the line. 2) Fasten the unit with four M4 screw.
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2.9.4 Wiring Details
Pin No.
Signal
Remark
1
MIC_AUDIO-
Orange
2
MIC_AUDIO+
Blue
3
GND
White
4
+12V
Red
5
GND
Earth 23
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3. VDR Configuration 3.1 Login VDR Config user: NSR password: 123 Confirm: Enter the user and password, and confirm to enter the VDRConfig. Exit: Exit the VDRConfig.
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3.2 VDRConfig display interface After installation of the VDR Configuration software, click on the “VDRConfig.exe” file inside the VDRConfig software.
Module Setting Menu Column
3.3 Ship and device information Menu Colum Open: Open an existing xml configure file Save: Save the configuration file Get Configuration form VDR: Get the lasted config file from VDR equipment Send Configuration to VDR: Send the lasted config file to VDR equipment Module Setting General Information Information Type Management Data Acquisition Unit Audio Video interface Unit Data Extention Unit Net Image Door 25
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Type Approval Information Authority Ref.number Ship Information Vessel ID Vessel Name Flag State Shaft number Rudder number Maximum Rudder Angle Version Hardware Version Software version Update Antenna Position Bow(A, meters) Stern(B, meters) Port(C, meters) Starboard(D, meters)
3.4 Interface Setting Each button functions as follows:
: Add a module or channel
: Delete a module or channel(one by one)
3.4.1
: Drop-down list
UTC Source/Position Setting
UTC Source/Position Setting: Select COM to ensure UTC time. The location of UTC sources, usually linked to GPS device, during operation, VDR will take advantage of this time for system. Click
,
there are 72 serial channels can be selected.. 26
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UTC Position Source DAU COM1~COM8
COM1~COM8
DEU1 COM1~COM16
COM9~COM24
DEU2 COM1~COM16
COM25~COM40
DEU3 COM1~COM16
COM41~COM56
DEU4 COM1~COM16
COM57~COM72
3.4.2 Information Type Management We will use the name in the information list when configuring serial port to receive the type of information and show the playback information. The existing definition of a variety of information is not allowed to change freely. If you don’t find the information you wish to record in the list, you can input your type of information at the top of the text input box. Click the
button and it
will be added to the information list. If the system does not have the appropriate type of information needed to be recorded, you can also click on the appropriate
button next to the item to
delete.
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3.4.3 Data Acquisition Unit In the Data Acquisition Unit, you can add or delete item about Serial Port with the icon
or
at the bottom of the unit.
Port: Please select serial channel, each serial data acquisition unit has 8 serial ports channel can be selected, COM1 ~ COM8. Baud Rate: Baud rate selection, four kinds of baud rate: 4800, 9600, 19200, 38400. Information Type: Select the type of recording information in the information list, ensure that you choose the right type of information and we will get normal playback. Sentences: This record use only for prompting, which is not associated with the data record, playback and alarm. Even if it was not filled, it would not affect the corresponding playback record. CRC check: Choose whether to use the CRC. Total two options: CRC Check, No Check. Choose CRC Check, when the CRC check fails，it produces the alarm of serial data loss. Time Out: Receive timeout setting. When the set time is exceeded and the information has not been received, the alarm of corresponding channel will trigger. Manufacture: Equipment manufacturers. It only records, and it is not associated with data record, playback or alarm. Model: Equipment Type. It only records, and it is not associated with data record, playback or alarm. Version: Equipment Version Number. It only records, and it is not associated with data record, playback or alarm.
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3.4.4 Audio Audio Recording in DAU: Microphone ID: Select microphone ID number or VHF ID number. Microphone ID channels M1~M8. VHF ID channels V1, V2. Position: The installation location of Microphone or VHF. It only records, and it is not associated with data record, playback or alarm. Volume, db: The gain of the audio channel signal is in the range of 63. Based on experience, in 16db, the SNR and volume is in the best situation. Actual use may be adjusted according to appropriate usage. If the sound is too low, you can increase this value. On the opposite, if the sound is too noisy, you can reduce the value.
3.4.5 Video Interface Unit (VGA) Configure Video Acquisition Unit. It can connect a video data acquisition unit, with an external 4-channel VGA video input format.
Position: The installation location of chart source. It only records, and it is not associated with data record, playback or alarm. Information Type: Device information. It only records, and it is not associated with data playback. 29
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X-BAND: X band radar S-BAND: S band radar NAV-ECDIS: Navigation ECDIS BAK-ECDIS: Backup ECDIS CCTV: monitored control system IP: 172.16.8.90, 172.16.8.91, 172.16.8.92, 172.16.8.93. Port: 5000.
3.4.6 Data Extension Unit Data Extension Unit: Device DEU1~Device DEU4. Each device is consist of Serial, Digital and Analog. Serial Tab There are 16 serial ports, including information of Baud Rate, Information Type, Sentences, CRC Check, Time Out, Manufacture, Model, Version. Port: Please select serial channel, each serial data acquisition unit has 16 serial ports channel can be selected, COM1 ~ COM16.(The port in used can not be selected.) Baud Rate: Baud rate selection, four kinds of baud rate: 4800, 9600, 19200, 38400. Information Type: Select the type of recording information in the information list, ensure that you choose the right type of information and we will get normal playback. Sentences: This record use only for prompting, which is not associated with the data record, playback and alarm. Even if it was not filled, it would not affect the corresponding playback 30
NVR-9000 & NVR-9000S IM.E 20170307-05
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record. CRC Check: Choose whether to use the CRC. Total two options: CRC Check, No Check. Choose CRC Check, when the CRC check fails，it produces the alarm of serial data loss. Time Out: Receive timeout setting. When the set time is exceeded and the information has not been received, the alarm of corresponding channel will trigger. Manufacture: Equipment manufacturers. It only records, and it is not associated with data record, playback or alarm. Model: Equipment Type. It only records, and it is not associated with data record, playback or alarm. Version: Equipment Version Number. It only records, and it is not associated with data record, playback or alarm.
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Digital Tab
This module has 64-ways contact signals (8 can be set up to wet contact signals), including information of Channel, Description, Equipment, Active Status (1) and Active Status (0).
Channel: Select the right channel, S001~S064. Description: The details of collection information are in the description item.
Equipment：User connected device. Active Status (1)/(0)：In the configuration software, Run and Stop are represented by 0 and 1 in the switch volume channel S001. "1" and "0" represents the state, the user can customize according to the specific circumstances.
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Analog Tab
There are 8-ways analog signals which can be acquired. Channel: Select the right channel, A001~A008.(The channel in used can not be selected.) Description: The details of collection information are in the description item. Property: Choose current or volt in the property.
Unit: Actual unit of equipment. Such as degree (°). Equipment:User connected device.
Calibration point1, Calibration point1 value, Calibration poin2, Calibration point2 value: The purpose of analog calibration is to convert the analog quantity of the actual input to the physical quantity to be displayed.
3.4.7 Net Image Via net interface, NVR9000 equipment may have access to data of two roads net equipment. It used for acquiring radar image and chart. Radar image shall comply with IEC62388 communication protocol and the char shall comply with IEC61162-450 communication protocol. Position: The installation location of chart source. It only records, and it is not associated with data record, playback or alarm. Information Type: Device information. It only records, and it is not associated with data playback. X-BAND: X band radar S-BAND: S band radar 33
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NVR-9000 & NVR-9000S INSTRUCTION MANUAL
NAV-ECDIS: Navigation ECDIS BAK-ECDIS: Backup ECDIS CCTV: monitored control system Protocol: Two kinds of communication protocol. IEC 61162-450: New network communication protocol IEC 62388: Former network communication protocol Source ID: If you use communication protocol IEC 61162-450, the format of source ID is ccxxxx (cc0000~cc9999). Specific values are defined in the relevant manuals in the corresponding device. IP: The IP of the chart source. If you use the protocol IEC 61162-450, we recommend using the multicast address 239.192.0.26. (Otherwise, you are forced to use the IP of 172.16.8.200.) Port: The port of the chart source.
3.4.8 Door In actual use, all kinds of doors, such as water tight doors, fire doors. The status should be displayed intuitively. The configuration information is only for door playback. Door Name: Name of the door Source: Source of the door SERIAL: COM1~COM72 SWITH: S001~S256 Door Number: The number of the door. The door number is consistent with the definition of serial number. 34
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Channel: When it was the serial option, you can select serial from COM1~COM72. When it was the switch option, you can select switch form S001~S256. VDRConfig Door Serial Source Channel DAU COM1~COM8
COM1~COM8
DEU1 COM1~COM16
COM9~COM24
DEU2 COM1~COM16
COM25~COM40
DEU3 COM1~COM16
COM41~COM56
DEU4 COM1~COM16
COM57~COM72
3.5 Menu Column
Open
Button Open the xml file in the local PC or the xml file saved in LRU (FFC/FPC). 35
NVR-9000 & NVR-9000S IM.E 20170307-05
NVR-9000 & NVR-9000S INSTRUCTION MANUAL
Save
Button After setting the configuration of config software, you can save the configuration as a xml file in the local PC or LRU (FFC/FPC).
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Get Configuration from VDR
Button Get configuration from VDR equipment successfully, and you will get this dialog.
Send Configuration to VDR
Button Send configuration to VDR equipment successfully, and you will get this dialog.
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4. VDR Live Software NVR-9000 Live software can display the real time data.
4.1 Run the live software Click the “VDRLive.exe” to run the live software.
Then, we can see the main frame in the next figure:
The Live software default configure: IP Adress:172.16.8.50 Port:8000 The main frame function and areas in the next two figures:
38
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39
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4.2 Play Live Data 4.2.1 Play whole messages Check the connect between NVR-9000 and computer. While the connect is ready, open the VDRLive software. Then click the “Connect” button , will see the whole messages display in the DataMessageList:
In the above figure, DEU1 message is also display, it shows CH3 and CH5 are 1,and other are 0. Analog device A001~4: are 0 V,A005~8:are 0 mA.
4.2.2 Play serial port messages switch to the serialPort table, and the whole serial will display in there, click the port button, and the relative messages will be shown in the MessageList(In the next figure , it shows that com1~8 is available to use):
40
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41
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4.2.3 Play audio
Click the audio Button
: if open success the audio button will become open button
like . In order to change the microphone channel, by click the relative from CH1 to CH4 or VHF.
In order to change the microphone Volume, by click the increase or decrease button:
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APPEDIX DIAGRAM
43
NVR-9000 & NVR-9000S IM.E 20170307-05
2x1
AC220V
NFP-2000C
FPC
NEB205
CAT5 5m DATA
NEB-2000C-VDR
FFC
Remote Alarm Unit
2x1 DC 24V 4x0.5 RS422
2x0.75 GND
2x0.75 DC 24V CAT5 DATA 2x0.75 ANALOG
1x2x0.75 IEC61162-1 VBW 1x2x0.75 IEC61162-1 DBT,DPT
2x0.75 ACTIVE CONTACT
1x2x0.75 IEC61162-1 MWV,MWD
2x0.75 DRY CONTACT
1x2x0.75 IEC61162-1 HDT,THS 1x2x0.75 IEC61162-1 HTD,RSA 1x2x0.75 IEC61162-1 1x2x0.75 IEC61162-1 ALR 1x2x0.75 IEC61162-1
Data Extension Unit(DEU) NVR9002
Version: V1.23
NSR VDR NVR-9000
2x0.75 DRY CONTACT 2x0.75 DRY CONTACT 2x0.75 DRY CONTACT 2x0.75 DRY CONTACT 2x0.75 DRY CONTACT 2x0.75 DRY CONTACT
1x2x0.75 IEC61162-1
2x0.75 DRY CONTACT
1x2x0.75 IEC61162-1
2x0.75 DRY CONTACT
1x2x0.75 IEC61162-1 GND
NEW SUNRISE CO., LTD.
SYSTEM DIAGRAM NVR-9000 VDR
2017-01-17
NVR9000-ID-001
16 Channels NMEA0183 Serial Data
2x0.75 ACTIVE CONTACT
2x0.75 DRY CONTACT 2x0.75 DRY CONTACT
8 channels analog signal,64 channels dry contact signal,8 channels wet contact switch.
2x0.75 ANALOG
8 Channels NMEA0183 Serial Data
2x0.75
CAT5
1x2x0.75 IEC61162-1 RMC
4 Channels MIC Outdoor
4x0.5
4x0.5
CAT5
NVR9006
4x0.5
...
1x2x0.75 Audio Input 1x2x0.75 Audio Input CAT5
4x0.5
4 Channels MIC Indoor
CAT5
CAT5 DATA
NVR9005
CAT5
2x1 DC 24V
...
NVR9004
Video Interface Unit
VGA VGA VHF 1 VHF 2 ECDIS 1 ECDIS 2 Ship LAN Optional
2x1 DC 24V
Data Acquisition Unit(DAU) NVR9001
NVR9003
CAT5 5m DATA
JUNCTION BOX
CAT5 DATA
NEB205
2x1 DC 24V
System Failure Extenal Ack. 2x0.75
JUNCTION BOX
2x0.75
NVR9005
4 Channels MIC Outdoor
NVR9006
...
4 Channels MIC Indoor
...
...
FPC/FFC NFP-2000C/NEB-2000C
NEB205
4x0.5
Data Acquisition Unit(DAU) NVR9001
4x0.5
JUNCTION BOX
Remote Alarm Unit
NVR9003
4x0.5 CAT5
GND
NVR9000-ID-002
2017-01-17
NEW SUNRISE CO., LTD.
NSR SVDR NVR-9000S
SYSTEM DIAGRAM NVR-9000S SVDR
Version: V1.23
Ship LAN Optional
CAT5 DATA 4x0.5 RS422
4x0.5
8 Channels NMEA0183 Serial Data
4x0.5
CAT5 5m DATA 2x1 DC 24V 2x1 DC 24V
4x0.5 1x2x0.75 Audio Input 1x2x0.75 Audio Input
VHF 1 VHF 2
2x1
System Failure 2x0.75 Extenal Ack. 2x0.75
AC220V
Indoor Microphone Unit
Outdoor Microphone Unit
Data Acquisition Unit
Data Extension Unit
NSR Voyage Data Recorder
Video Interface Unit
GND GND 4×0.5
2×0.75 DC 24V
4×0.5
2×1 DC 24V CAT5 DATA CAT5 DATA
CAT5 DATA 2×1 DC 24V
JUNCTION BOX
CAT5 DATA
GND
GND
NSR BACK UP
2×1 DC 24V 4×0.5 RS422
DIM
CAT5 DATA 2×1 DC 24V
Remote Alarm Unit CAT5 5m DATA
GND
NEB-2000C
CAT5 5m DATA
NSR
NSR Data Extension Unit
JUNCTION BOX Fixed Protective Capsule
Float-Free Capsule
SYSTEM DIAGRAM NVR9000-ID-003 Version: V1.23
220VAC
ACK
N-OPEN 1 KEY COM 2
COM 1
MIC4 1 MIC2 MIC+ 3 GND 4 12V+ 5 TEST
J1 AUDIO- 1 AUDIO+ 2 GND 3 12V+ 4
4×0.5
J1 AUDIO- 1 AUDIO+ 2 GND 3 12V+ 4
4×0.5
MIC6 1 MIC2 MIC+ 3 GND 4 12V+ 5 TEST
J1 AUDIO- 1 AUDIO+ 2 GND 3 12V+ 4
4×0.5
MIC7 1 MIC2 MIC+ 3 GND 4 12V+ 5 TEST
J1 AUDIO- 1 AUDIO+ 2 GND 3 12V+ 4
4×0.5
COM CH3 IEC61162-1/2
COM3 1 RXB3 2 RXA3
Version: V1.23
COM4 1 RXB4 2 RXA4
COM CH5 IEC61162-1/2
COM5 1 RXB5 2 RXA5
COM CH6 IEC61162-1/2
COM6 1 RXB6 2 RXA6
COM CH7 IEC61162-1/2
COM7 1 RXB7 2 RXA7
COM CH8 IEC61162-1/2
COM8 1 RXB8 2 RXA8
DATA SYS USB DISK
GND
NSR VDR NVR-9000
NEW SUNRISE CO., LTD.
WIRING DIAGRAM VDR-NVR9001 DAU
2017-01-17
NVR9000-ID-004
COM CH4 IEC61162-1/2
B24V+ GND REMOTE TXA ALARM UNIT TXB NVR9003 RXA RXB
FFC B24V+ 1 GND 2 FPC B24V+ 1 GND 2
24V+ 1 GND 2
24V+ 1 GND 2
24V+ 1 GND 2
NEB2000C 2×1 FPC CAT5
CAT5
Junction Box
CAT5
Fixed Protective Capsule
NEB205
VIU1 CAT5 VIU2 CAT5 2×1
Video Interface Unit NVR9004
VIU1
VGA VGA
Radar 1 Radar 2
1 24V+ 2 GND
VIU3 CAT5 VIU4 CAT5 2×1
DEU
USB DISK
Float-Free Capsule
NEB205
Video Interface Unit NVR9004
VIU2 1 24V+ 2 GND
DATA SYS
CAT5
NFP2000C 2×1 FFC
LAN Switch
COM2 1 RXB2 2 RXA2
1 2 3 4 5 6
24V+ 1 GND 2
DAU NVR9001
COM CH2 IEC61162-1/2
IEC61162-1/2
COM1 1 RXB1 2 RXA1
4×0.5
Junction Box
VHF2 1 VHF+ 2 VHF3 GND
COM CH1 IEC61162-1/2
2×1
1 2 3 4 5 6
24V+ 1 GND 2
MIC8 1 MIC2 MIC+ 3 GND 4 12V+ 5 TEST
VHF1 1 VHF+ 2 VHF3 GND
B24V+ GND TXA TXB RXA RXB
VHF
2×0.75
MIC5 1 MIC2 MIC+ 3 GND 4 12V+ 5 TEST
Main Interface
VHF （MAX. 2 ch）
1 VHF2 2
2×0.75
2×0.75
RAU
VIU&DEU
4×0.5
N-COLSE 2 N-OPEN 3
Power Control
J1 AUDIO- 1 AUDIO+ 2 GND 3 12V+ 4
1 VHF1 2
MIC
MIC3 1 MIC2 MIC+ 3 GND 4 12V+ 5 TEST
NVR9005
Indoor Microphone Unit
MIC8
4×0.5
NVR9005
MIC7
J1 AUDIO- 1 AUDIO+ 2 GND 3 12V+ 4
NVR9006
MIC6
ALM
MIC2 1 MIC2 MIC+ 3 GND 4 12V+ 5 TEST
NVR9006
MIC5
4×0.5
NVR9006
AUDIO MIC （MAX.8 SETS）
MIC4
J1 AUDIO- 1 AUDIO+ 2 GND 3 12V+ 4
MIC1 1 MIC2 MIC+ 3 GND 4 12V+ 5 TEST
NVR9006
Outdoor Microphone Unit
MIC3
4×0.5
NVR9006
MIC2
NVR9006
MIC1
J1 AUDIO- 1 AUDIO+ 2 GND 3 12V+ 4
CAT5 2×1
Data Extention Unit NVR9002 DEU 1 24V+ 2 GND
VGA VGA
ECODIS 1 ECODIS 2
DIGITAL (Dry Contact) CH1
CH2
CH3
CH4
CH5
CH6
CH7
CH8
CH9
CH10
CH11
CH12
CH13
CH14
CH15
CH16
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
1 GND 2 SW1_IN 1 GND 2 SW2_IN 1 GND 2 SW3_IN 1 GND 2 SW4_IN 1 GND 2 SW5_IN
GND 1 SW17_IN 2 GND 1 SW18_IN 2 GND 1 SW19_IN 2 GND 1 SW20_IN 2 GND 1 SW21_IN 2 GND 1 SW22_IN 2 GND 1 SW23_IN 2
1 GND 2 SW6_IN 1 GND 2 SW7_IN GND 1 SW24_IN 2 GND 1 SW25_IN 2
1 GND 2 SW8_IN 1 GND 2 SW9_IN GND 1 SW26_IN 2
GND 1 SW32_IN 2
GND 1 SW31_IN 2
GND 1 SW30_IN 2
GND 1 SW29_IN 2
GND 1 SW28_IN 2
GND 1 SW27_IN 2
1 GND 2 SW10_IN 1 GND 2 SW11_IN 1 GND 2 SW12_IN 1 GND 2 SW13_IN 1 GND 2 SW14_IN 1 GND 2 SW15_IN 1 GND 2 SW16_IN
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
CH17
CH18
CH19
CH20
CH21
DIGITAL (Dry Contact) CH33
DIGITAL (Dry Contact)
CH34
CH35
CH36
CH37
CH38
CH39
CH22
CH23
CH40
CH48
CH47
CH46
CH45
CH44
CH43
CH42
CH41
CH24
CH25
CH26
CH27
CH28
CH29
CH30
CH31
CH32
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
1 GND 2 SW33_IN 1 GND 2 SW34_IN 1 GND 2 SW35_IN 1 GND 2 SW36_IN 1 GND 2 SW37_IN
GND 1 SW49_IN 2 GND 1 SW50_IN 2 GND 1 SW51_IN 2 GND 1 SW52_IN 2 GND 1 SW53_IN 2 GND 1 SW54_IN 2 GND 1 SW55_IN 2
1 GND 2 SW38_IN 1 GND 2 SW39_IN
GND 1 SW56_IN 2 GND 1 SW57_IN 2
1 GND 2 SW40_IN 1 GND 2 SW41_IN
GND 1 SW58_IN 2
GND 1 SW64_IN 2
GND 1 SW63_IN 2
GND 1 SW62_IN 2
GND 1 SW61_IN 2
GND 1 SW60_IN 2
GND 1 SW59_IN 2
1 GND 2 SW42_IN 1 GND 2 SW43_IN 1 GND 2 SW44_IN 1 GND 2 SW45_IN 1 GND 2 SW46_IN 1 GND 2 SW47_IN 1 GND 2 SW48_IN
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
CH49
CH50
CH51
CH52
CH53
CH54
CH55
CH56
CH57
CH58
CH59
CH60
CH61
CH62
CH63
CH64
COM16 COM15 COM14 COM13 COM12 COM11 COM10 COM9 COM8 COM7 COM6 COM5 COM4 COM3
COM1
COM2
Current
Analog8 Analog7 Analog6 Analog5 Analog4 Analog3 Analog2 Analog1
Wet
DIGITAL (Dry Contact)
Dry
CH57 CH58 CH57 CH58 CH57 CH58 CH57 CH58
COM8
COM9
COM10
COM11
COM12
COM13
COM14
COM15
COM16
SERIAL DATA
Voltage
COM7
COM6
COM5
COM4
COM3
COM2
COM1
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
Version: V1.23
1 RXA1 2 RXB1
1 RXA2 2 RXB2
1 RXA3 2 RXB3
1 RXA4 2 RXB4
1 RXA5 2 RXB5
1 RXA6 2 RXB6
1 RXA7 2 RXB7
1 RXA8 2 RXB8
1 RXA9 2 RXB9
1 RXA10 2 RXB10
1 RXA11 2 RXB11
1 RXA12 2 RXB12
1 RXA13 2 RXB13
1 RXA14 2 RXB14
1 RXA15 2 RXB15
1 RXA16 2 RXB16
GND 1 SW64_IN 2
GND 1 SW63_IN 2
GND 1 SW62_IN 2
GND 1 SW61_IN 2
GND 1 SW60_IN 2
GND 1 SW59_IN 2
GND 1 SW58_IN 2
GND 1 SW57_IN 2
IN1+ 1 IN1- 2
IN2+ 1 IN2- 2
IN3+ 1 IN3- 2
IN4+ 1 IN4- 2
IN5+ 1 IN5- 2
IN6+ 1 IN6- 2
IN7+ 1 IN7- 2
IN8+ 1 IN8- 2
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
2×0.75
Analog8
Analog7
Analog6
Analog5
Analog4
Analog3
Analog2
Analog1
CH57
CH58
CH59
CH60
CH61
CH62
CH63
CH64
ANALOG
DIGITAL (Wet Contact)
NEW SUNRISE CO., LTD.
NSR VDR NVR-9000
WIRING DIAGRAM VDR-NVR9002 DEU
2017-01-17
NVR9000-ID-005
Data Acquisition Unit LINK
T4 FFC
U4 +24V
FPC MIC1MIC2+ TEST2 MIC3MIC4+ TEST4 MIC5NC
20
MIC6+ TEST6 MIC7MIC8+ TEST8 VHF1VHF2+ GND VHF-
VHF+
TEST
VIU1
VHF1 GND
12V+
MIC-
GND
TEST
MIC4 MIC+
12V+
MIC-
TEST
GND
12V+
MIC-
TEST
GND
MIC+
12V+
MIC3
VHF-
DATA
SYS VIU3
GND
VHF+
VHF2 GND
TEST
MIC-
12V+
MIC+
MIC8 GND
TEST
MIC-
12V+
MIC+
MIC7 GND
TEST
MIC-
12V+
MIC+
MIC6 GND
TEST
12V+
MIC+
RXA8
RXB8
RXA7
RXB7
RXA6
RXB6
RXA5
RXB5
MIC-
24V+
GND
24V+
GND
24V+
24V+
GND
24V+
GND
MIC5
USB DISK
GND
24V+
NC
RXB
RXA
TXB
TXA
RAU
GND
N-CLOSE
ALM
COM
COM
N-OPEN
MIC2
VIU2
COM5-COM8 ACK BATT
MIC-
MIC1 MIC+
RXA4
RXB4
RXA3
RXB3
RXA2
RXA1
RXB1
COM1-COM4
DEU
NVR906 Rev.0 Main Interface Board 23 Mar.2015
VIU&DEU GND
GND
FPC B24V+
GND
B24V+
GND
FFC BATT+
GND
RXB2
T6
1 J2
MIC1+ TEST1 MIC2MIC3+ TEST3 MIC4MIC5+ TEST5
RXB1 RXB2 RXB3 RXB4 RXB5 RXB6 RXB7 RXB8 24V+ 24V-
1 J1
+12V
T5
16
16
J5
GND
MIC+
+24V
GND
RXA1 RXA2 RXA3 RXA4 RXA5 RXA6 RXA7 RXA8 24V+ 24V-
+24V
MIC6MIC7+ TEST7 MIC8VHF1+ GND VHF2NC
GND
T7
VIU4
CH33 CH1
CH34
CH2
CH35
CH3
CH36
CH4
CH37
CH5
CH38
CH6
CH39
CH7
CH40
NVR911 Rev.a ECU Interface Board 06 Sept. 2015
COM16 COM15 COM14 COM13 COM12 COM11
COM
CH8
CH9
CH42
CH10
CH43
CH11
CH44
CH12
CH45
CH13
CH46
CH14
CH47
CH15
CH48
COM10 COM9
CH41
COM8 COM7 COM6 COM5 COM4 COM3 COM2
CH16
COM1
CH17
Analog8
CH18
Analog7
CH49 CH19
Analog6
CH50
CH20
CH51
CH21
Analog
CH22
Analog3
CH53 CH23
Analog2
CH54
CH24
Analog1
CH55 CH56
CH25
Analog5 Analog4
CH52
Current Voltage CH57 CH58
Dry Wet
CH26 CH27
CH57
CH28
CH58
CH59 CH60 CH59
CH29 CH30
Dry Contact
CH60
Wet Contact
CH61 CH62
CH31
CH61
CH32
CH62
CH63 CH64 CH63 CH64
+24V -24V
2×0.75 DC24V
J11
J10
Data Extension Unit
WIRING DIAGRAM NVR9002 DEU NVR9000-ID-006 Version: V1.23
CAT5 DATA
24V+
24V+
RXA
GND 24V+
NC
GND +24V
GND
24V+ GND
+24V
RXB8 RXA8
RXB3 RXA3 RXB4 RXA4
MIC+
MIC+
12V+ TEST
GND
GND
MIC+
MIC+
12V+ TEST
GND
GND
MIC+
MIC+
TEST
GND
GND
MIC+
MIC+
12V+ TEST
GND
GND VHF+ VHF-
MIC6+ TEST6 MIC7MIC8+ TEST8 VHF1VHF2+ GND
16
GND
VHF1
VHF-
VHF2
VHF+
GND
MIC1MIC2+ TEST2 MIC3MIC4+ TEST4 MIC5NC
1 J2
TEST
MIC4
MIC-
MIC8
MIC12V+
MIC1+ TEST1 MIC2MIC3+ TEST3 MIC4MIC5+ TEST5 16
TEST
12V+
MIC3
MIC-
MIC7
MIC12V+
1 J1
TEST
MIC2
MIC-
MIC6
MIC12V+
RXA1 RXA2 RXA3 RXA4 RXA5 RXA6 RXA7 RXA8 24V+ 24V-
MIC6MIC7+ TEST7 MIC8VHF1+ GND VHF2NC
DATA
NVR906 Rev.0 Main Interface Board 23 Mar.2015
USB DISK
Data Acquisition Unit
TEST
RXB1 RXB2 RXB3 RXB4 RXB5 RXB6 RXB7 RXB8 24V+ 24V20
12V+
MIC1
MIC-
MIC5
MIC-
J5
RXA7
RXA2
+24V
RXB7
RXB2
COM1-COM4
RXA6
GND
RXA1
RXB6
+12V
RXB1
RXA5
GND
RXB5
COM5-COM8
2×1 DC 24V 4×0.5 RS422
24V+ GND
Remote Alarm Unit
NVR9000-ID-007 Version: V1.23
WIRING DIAGRAM NVR9003 RAU
RXB
T6
GND
TXB
VIU&DEU
RAU
TXA
T4
GND
GND
U4
24V+
B24V+
FPC
GND
N-OPEN
T7
GND B24V+
ALM
COM N-CLOSE
B24V+
FFC
COM
BATT+
ACK
N-OPEN
T5
BATT
GND
SYS LINK
FFC
FPC
DEU
VIU1
VIU2
VIU3
VIU4
RAU
2×1 DC24V +
Power Module
NVR9000-ID-008 Version: V1.23 MIC8 VHF-
TEST
GND
VHF-
VHF+
GND
MIC6+ TEST6 MIC7MIC8+ TEST8 VHF1VHF2+ GND
16
GND
MIC12V+
MIC4
VHF+
GND
TEST GND MIC+
MIC1+ TEST1 MIC2MIC3+ TEST3 MIC4MIC5+ TEST5
1 J2
TEST
MIC7 12V+
MIC-
MIC+
MIC3
MIC-
MIC+
GND
TEST
MIC6
12V+
MIC2
MIC-
MIC+
TEST GND
+12V
12V+
MIC-
1 J1
GND
MIC5
12V+
RXA1 RXA2 RXA3 RXA4 RXA5 RXA6 RXA7 RXA8 24V+ 24V-
MIC6MIC7+ TEST7 MIC8VHF1+ GND VHF2NC
MIC1MIC2+ TEST2 MIC3MIC4+ TEST4 MIC5NC
20
TEST
TEST GND MIC+
RXB1 RXB2 RXB3 RXB4 RXB5 RXB6 RXB7 RXB8 24V+ 24V-
J5
12V+
MIC-
MIC+
12V+
MIC1
MIC-
MIC+
GND
TEST
COM5-COM8
12V+
RXA4
RXB4
RXA3
RXB3
COM1-COM4
MIC-
MIC+
RXA8
RXB8
RXA2
GND
RXA7
RXB2
+24V
RXB7
RXA1
+24V
RXA6
RXB1 GND
RXB6
RXA5
RXB5
T6
+-
OUTPUT
GND
24V+
GND
24V+
GND
24V+
GND
24V+
GND
24V+
GND
B24V+
GND
B24V+
T7
+V -V
NC
RXB
RXA
TXB
ALM
TXA
GND
B24V+
N-OPEN
N-CLOSE
ACK FPC
INPUT
COM
FFC
COM
T5
TB-1503L
BATT N-OPEN
BATT+
GND
Data Acquisition Unit LINK
T4 U4 FFC
+24V
GND
FPC
16
VHF2
RADAR
WIRING DIAGRAM NVR9004 VIU NVR906 Rev.0 Main Interface Board 23 Mar.2015
USB DISK DATA
Video Interface Unit
J1 Power
J5 LAN
J4 VGA
VGA-Encoder
-
RADAR
CAT5
DEU
VHF1 VIU1
VIU&DEU
SYS VIU2
VIU3
VIU4
GND
U4
24V+
GND
24V+
RXA
GND
GND
24V+
24V+
GND
GND
+24V
24V+
NC
GND
RXB
T6
GND
TXB
VIU&DEU
RAU
TXA
T4
24V+
B24V+
FPC
ALM
GND
N-OPEN
+24V
RXA3 RXB4 RXA4
MIC+
GND
MIC+
MIC-
TEST
GND
GND
MIC+
MIC+
TEST
GND
GND
MIC+
MIC+ MIC-
TEST
GND
VHF+ VHF-
MIC6+ TEST6 MIC7MIC8+ TEST8 VHF1VHF2+ GND
16
GND
VHF1
VHF-
VHF2
VHF+
GND
GND
MIC1MIC2+ TEST2 MIC3MIC4+ TEST4 MIC5NC
1 J2
12V+
MIC4
TEST
MIC8
MIC12V+
MIC1+ TEST1 MIC2MIC3+ TEST3 MIC4MIC5+ TEST5 16
TEST
MIC12V+
MIC3
12V+
MIC7
MIC-
1 J1
12V+
MIC2
TEST
MIC+
MIC6
MIC12V+
RXA1 RXA2 RXA3 RXA4 RXA5 RXA6 RXA7 RXA8 24V+ 24V-
Data Acquisition Unit
TEST
GND
RXB1 RXB2 RXB3 RXB4 RXB5 RXB6 RXB7 RXB8 24V+ 24V20
NEB-2000C
MIC12V+
MIC1
TEST
MIC+
MIC5
MIC12V+
J5
RXA8
RXB3
+24V
RXB8
GND
RXA7
RXA2
COM1-COM4
RXB7
RXB2
+12V
RXA1
RXA6
GND
RXB1
RXA5
COM5-COM8
CAT5 DATA
CAT5 5m DATA
RXB5
RXB6
Float-Free Capsule
NVR9000-ID-009 Version: V1.23
MIC6MIC7+ TEST7 MIC8VHF1+ GND VHF2NC
DATA
NVR906 Rev.0 Main Interface Board 23 Mar.2015
USB DISK
WIRING DIAGRAM NEB-2000C-VDR FFC
2×1 DC24V
B24V+
FFC
GND
GND
N-CLOSE
T7
BATT+
B24V+
COM
T5
BATT
GND
SYS LINK
FFC
FPC
DEU
VIU1
VIU2
VIU3
VIU4
FPC
GND
T4
GND B24V+
T7
B24V+
FFC
COM
ACK
N-OPEN
T5
BATT
2×1 DC24V
GND
GND BATT+
24V+ GND
GND
24V+
GND
GND
24V+
24V+
GND
GND
+24V
24V+
NC
GND
RXB
T6
24V+
RXA
VIU&DEU
RAU
GND
TXB
+24V
RXB3 RXA3 RXB4 RXA4
MIC+
MIC-
GND MIC+ MIC-
TEST
GND
GND
MIC+
MIC-
TEST
GND
GND
MIC+
MIC+ MIC-
TEST
VHF+
VHF-
VHFGND
MIC6+ TEST6 MIC7MIC8+ TEST8 VHF1VHF2+ GND
16
GND
VHF1
GND
VHF+
VHF2
GND
MIC1MIC2+ TEST2 MIC3MIC4+ TEST4 MIC5NC
1 J2
12V+
MIC4
TEST
MIC8
MIC12V+
MIC1+ TEST1 MIC2MIC3+ TEST3 MIC4MIC5+ TEST5 16
12V+
MIC3
TEST
MIC+
MIC7
MIC12V+
1 J1
12V+
MIC2
TEST
MIC6
MIC12V+
MIC6MIC7+ TEST7 MIC8VHF1+ GND VHF2NC
DATA
NVR906 Rev.0 Main Interface Board 23 Mar.2015
USB DISK
Data Acquisition Unit
TEST
GND MIC+
RXA1 RXA2 RXA3 RXA4 RXA5 RXA6 RXA7 RXA8 24V+ 24V-
RXB1 RXB2 RXB3 RXB4 RXB5 RXB6 RXB7 RXB8 24V+ 24V20
TEST
MIC+
12V+
MIC1
12V+
MIC5
MIC-
J5
RXA2
+24V
RXA8
CAT5 DATA
CAT5 5m DATA
RXB8
RXB2
COM1-COM4
RXA7
COM5-COM8
RXB7
GND
RXA1
RXA6
+12V
RXB1
RXA5
GND
RXB5
RXB6
Fixed Protective Capsule
NVR9000-ID-010 Version: V1.23
WIRING DIAGRAM NFP-2000C FPC
TXA
U4
B24V+
SYS LINK
FFC
FPC
DEU
VIU1
VIU2
VIU3
VIU4
GND 24V+
GND
GND
24V+
24V+
GND
GND
+24V
24V+
NC
GND
4×0.5
RXB
+24V
RXB8
RXA3 RXB4 RXA4 MIC+
RXA1 RXA2 RXA3 RXA4 RXA5 RXA6 RXA7 RXA8 24V+ 24V-
Data Acquisition Unit
TEST
MIC1
MIC12V+
RXB1 RXB2 RXB3 RXB4 RXB5 RXB6 RXB7 RXB8 24V+ 24V20
4×0.5
RXA8
RXB3
J5
RXA7
RXA2
+24V
RXB7
RXB2
COM1-COM4
RXA6
GND
RXA1
RXB6
+12V
RXB1
RXA5
GND
RXB5
COM5-COM8
MIC2
GND MIC+
GND
4×0.5
MIC+
MIC1+ TEST1 MIC2MIC3+ TEST3 MIC4MIC5+ TEST5
MIC1MIC2+ TEST2 MIC3MIC4+ TEST4 MIC5NC 16
TEST
MIC3
MIC12V+
1 J1
TEST
MIC2
MIC12V+
MIC3
Indoor Microphone Unit
NVR9000-ID-011 Version: V1.23
GND MIC+
GND
VHFGND
MIC6+ TEST6 MIC7MIC8+ TEST8 VHF1VHF2+ GND
16
GND
VHF+
VHF1
VHF-
VHF2
VHF+
1 J2
TEST
MIC4
MIC12V+
4×0.5
WIRING DIAGRAM NVR9005 IMU
24V+
RXA
T6
GND
TXB
VIU&DEU
RAU
TXA
U4
GND
T4
24V+
B24V+
FPC
GND
N-OPEN
T7
GND B24V+
ALM
MIC1
N-CLOSE
B24V+
FFC
COM COM
ACK
N-OPEN
T5
BATT
GND BATT+
MIC6MIC7+ TEST7 MIC8VHF1+ GND VHF2NC
DATA
NVR906 Rev.0 Main Interface Board 23 Mar.2015
USB DISK
MIC4
SYS LINK
FFC
FPC
DEU
VIU1
VIU2
VIU3
VIU4
12V+
TEST GND
MIC MIC-
4×0.5
Indoor Microphone Unit
MIC+
Version: V1.23
NEW SUNRISE CO., LTD.
NSR VDR NVR-9000
WIRING DIAGRAM NVR9005 IMU
2017-01-17
NVR9000-ID-012
24V+
GND
RXB
24V+
NC
GND
GND
+24V
24V+
GND
GND
24V+
T6
24V+
RXA
VIU&DEU
4×0.5
RAU
GND
TXB
U4
GND
GND TXA
+24V
MIC6 RXB8 RXA8
RXB3 RXA3 RXB4 RXA4
MIC+
MIC+
GND MIC+
TEST
GND
GND
MIC+
MIC+
TEST
GND MIC+
MIC+ MIC-
TEST
VHF+
VHF+ VHF-
MIC6+ TEST6 MIC7MIC8+ TEST8 VHF1VHF2+ GND
16
GND
VHF1
GND
VHF2
4×0.5
GND
1 J2
12V+
MIC4
TEST
MIC8
MIC-
GND
MIC1MIC2+ TEST2 MIC3MIC4+ TEST4 MIC5NC
GND
12V+
VHF-
MIC1+ TEST1 MIC2MIC3+ TEST3 MIC4MIC5+ TEST5 16
12V+
MIC3
TEST
MIC-
MIC7
MIC12V+
1 J1
12V+
MIC2
4×0.5
TEST
MIC-
MIC6
MIC12V+
RXA1 RXA2 RXA3 RXA4 RXA5 RXA6 RXA7 RXA8 24V+ 24V-
MIC6MIC7+ TEST7 MIC8VHF1+ GND VHF2NC
DATA
NVR906 Rev.0 Main Interface Board 23 Mar.2015
USB DISK
MIC8
Data Acquisition Unit
TEST
GND MIC+
RXB1 RXB2 RXB3 RXB4 RXB5 RXB6 RXB7 RXB8 24V+ 24V20
TEST
MIC12V+
MIC1
12V+
MIC5
MIC-
J5
4×0.5
RXA7
RXA2
+24V
RXB7
RXB2
COM1-COM4
COM5-COM8
RXA6
GND
RXA1
+12V
RXB1
RXA5
GND
RXB5
RXB6
MIC7
Outdoor Microphone Unit
NVR9000-ID-013
Version: V1.23
WIRING DIAGRAM NVR9006 OMU
24V+
B24V+
T4
GND
N-OPEN
T7
GND B24V+
FPC
N-CLOSE
B24V+
ALM
COM
FFC
COM
BATT+
ACK
MIC5
N-OPEN
T5
BATT
GND
SYS LINK
FFC
FPC
DEU
VIU1
VIU2
VIU3
VIU4
12V+
TEST GND
MIC MIC-
4×0.5
Outdoor Microphone Unit
MIC+
Version: V1.23
NEW SUNRISE CO., LTD.
NSR VDR NVR-9000
WIRING DIAGRAM NVR9006 OMU
2017-01-17
NVR9000-ID-014
24V+
B24V+
GND
TXB
24V+
RXA
GND
RXB
24V+
NC
GND
GND
+24V
24V+
GND
GND
24V+
T6
GND
VIU&DEU
VHF
+24V
DSC
9 8 7
5 4 3
RXA7 RXB8 RXA8
2×0.75
RXA2 RXB3 RXA3 RXB4 RXA4
MIC+
MIC+
TEST GND
MIC+
MIC+
TEST
GND
GND
MIC+
MIC+
+-
TEST
GND
GND
MIC+
MIC+
TEST GND
VHFGND
MIC6+ TEST6 MIC7MIC8+ TEST8 VHF1VHF2+ GND
16
9 8 7
DSC
GND
VHF+
VHF1
VHF-
VHF2
VHF+
MIC1MIC2+ TEST2 MIC3MIC4+ TEST4 MIC5NC
1 J2
TEST
MIC12V+
MIC4
12V+
MIC8
MIC-
MIC1+ TEST1 MIC2MIC3+ TEST3 MIC4MIC5+ TEST5 16
12V+
MIC3
TEST
MIC-
MIC7
VHF
12V+
6
5 4 3 2 1
VHF RADIO
MIC-
1 J1
TEST
MIC12V+
MIC2
12V+
MIC6
MIC-
RXA1 RXA2 RXA3 RXA4 RXA5 RXA6 RXA7 RXA8 24V+ 24V-
MIC6MIC7+ TEST7 MIC8VHF1+ GND VHF2NC
DATA
NVR906 Rev.0 Main Interface Board 23 Mar.2015
USB DISK
Data Acquisition Unit
TEST GND
RXB1 RXB2 RXB3 RXB4 RXB5 RXB6 RXB7 RXB8 24V+ 24V20
2×0.75
MIC12V+
MIC1
12V+
MIC5
MIC-
J5
RXB7
RXB2
COM1-COM4
COM5-COM8
RXA6
+24V
RXA1
RXB6
GND
RXB1
RXA5
+12V
RXB5
GND
6
2 1
NVR9000-ID-015
Version: V1.23
WIRING DIAGRAM VHF RADIO
VHF RADIO
RAU
+-
U4
24V+
GND TXA
T4
GND
N-OPEN
FPC
B24V+
FFC
N-CLOSE
GND
ALM
COM
B24V+
ACK
COM
T7
16/6
N-OPEN
T5
BATT
GND BATT+
SYS
16/6
LINK
FFC
FPC
DEU
VIU1
VIU2
VIU3
VIU4
GND
N-OPEN
24V+
B24V+
GND
U4
24V+
TXB
24V+
RXA
GND
GND
24V+
24V+
GND
GND
GND
24V+
NC
+24V
RXB
T6
GND
VIU&DEU
RAU
TXA
+24V
RXA8
RXB3 RXA3 RXB4 RXA4
MIC+
MIC+ MIC-
GND
MIC+
MIC+
TEST
GND
GND
MIC+
MIC+
TEST
GND
GND
MIC+
MIC+ MIC12V+ TEST
VHF+
VHF+
VHF-
VHFGND
MIC6+ TEST6 MIC7MIC8+ TEST8 VHF1VHF2+ GND
16
GND
VHF1
GND
VHF2
GND
MIC1MIC2+ TEST2 MIC3MIC4+ TEST4 MIC5NC
1 J2
TEST
MIC4
12V+
MIC8
MIC-
MIC1+ TEST1 MIC2MIC3+ TEST3 MIC4MIC5+ TEST5 16
TEST
MIC12V+
MIC3
12V+
MIC7
MIC-
1 J1
TEST
MIC12V+
MIC2
12V+
MIC6
MIC-
RXA1 RXA2 RXA3 RXA4 RXA5 RXA6 RXA7 RXA8 24V+ 24V-
MIC6MIC7+ TEST7 MIC8VHF1+ GND VHF2NC
DATA
NVR906 Rev.0 Main Interface Board 23 Mar.2015
USB DISK
Data Acquisition Unit
TEST
GND
RXB1 RXB2 RXB3 RXB4 RXB5 RXB6 RXB7 RXB8 24V+ 24V20
12V+
MIC1
TEST
MIC5
MIC12V+
J5
RXB8
RXA2
+24V
RXA7
RXB2
COM1-COM4
COM5-COM8
2×0.75
RXB7
GND
RXA1
RXA6
+12V
RXB1
RXA5
GND
RXB5
RXB6
Alarm
WIRING DIAGRAM ACK&ALM
Version: V1.23
NVR9000-ID-016
Acknowledge
GND
T4
B24V+
T7
GND
FPC
N-CLOSE
B24V+
ALM
COM
FFC
COM
ACK
N-OPEN
T5
BATT
GND BATT+
SYS LINK
FFC
FPC
DEU
VIU1
VIU2
VIU3
VIU4
Version: V1.23
2017-01-17
NVR9000-ID-017
NSR VDR NVR-9000
NVR-9001 DAU尺寸图
NEW SUNRISE CO., LTD.
最小 内无障碍物 Min.100mm clearance
最小 内无障碍物 Min.200mm clearance
最小 内无障碍物 Min.200mm clearance
NSR Voyage Data Recorder
安装孔 Mounting Holes
最小 内无障碍物 Min.200mm clearance
型号：NVR9001
最小 内无障碍物 Min.300mm clearance
Version: V1.23
IP22
Weight
15.2Kg
NEW SUNRISE CO., LTD.
NSR VDR NVR-9000
Data Acquisition Unit/数据采集单元
2017-01-17
NVR9000-ID-018
Version: V1.23
2017-01-17
NVR9000-ID-019
NSR VDR NVR-9000
NVR-9002 DEU尺寸图
NEW SUNRISE CO., LTD.
最小 内无障碍物 Min.100mm clearance
最小 内无障碍物 Min.200mm clearance
最小 内无障碍物 Min.200mm clearance
NSR Data Extension Unit
安装孔 Mounting Holes
最小 内无障碍物 Min.200mm clearance
型号：NVR9002
Version: V1.23
最小 内无障碍物 Min.300mm clearance
IP22
Weight
8.2Kg
NEW SUNRISE CO., LTD.
NSR VDR NVR-9000
Data Extension Unit/数据扩展单元
2017-01-17
NVR9000-ID-020
安装固定狭长孔7x11mm 4-7x11 SLOT, FITTING HOLE
BACK UP
NSR
DIM
GND TERMINAL 接地端子
Version: V1.23
2017-01-17
NVR9000-ID-021
NVR9003 RAU尺寸图
NEW SUNRISE CO., LTD.
安装孔 Mounting Holes
Base Plate
NSR BACK UP
DIM
开孔 Cutting area
型号：NVR9003
Version: V1.23
控制台 Console
IP22
Weight
1.6Kg
NEW SUNRISE CO., LTD.
NSR VDR NVR-9000
Remote Alarm Unit/远程报警单元
2017-01-17
NVR9000-ID-022
Version: V1.23
2017-01-17
NVR9000-ID-023
NSR VDR NVR-9000
NVR9004 VIU尺寸图
NEW SUNRISE CO., LTD.
型号：NVR9004
螺栓
Version: V1.23
IP20
Weight
2.5Kg
NEW SUNRISE CO., LTD.
NSR VDR NVR-9000
Video Interface Unit/视频接口单元
2017-01-17
NVR9000-ID-024
DATA I/O
Up
Up
Sensor
121MHz
NEW SUNRISE CO., LTD.
NSR VDR NVR-9000
NEB-2000C-VDR FFC尺寸图
CONNECTION TO VDR MAIN UNIT
Version: V1.23
2017-01-17
NVR9000-ID-025
Low BAT.
406MHz
安装孔 Mounting Holes
船甲板 DECK OF SHIP
安装孔 Mounting Holes
焊接 WELDED
型号：FFC-Base-A
NEW SUNRISE CO., LTD.
NSR VDR NVR-9000
Float-Free Capsule Mounting Base - A 自浮式数据存储单元安装底座 - A
JUNCTION BOX
防水接线盒
自浮式数据存储单元 Float-Free Capsule
注：由船厂提供！ NOTE: Provided by the shipyard.
Version: V1.23
2017-01-17
NVR9000-ID-026
最小 内无障碍物 Min.200mm clearance
安装螺栓 Mounting Nuts
船甲板 DECK OF SHIP
最小 内无障碍物 Min.200mm clearance
（ ）电缆进线孔 最大电缆直径 φ Cable access hole， Max. diameter of the cable is φ13.0
焊接 WELDED
Important: no obstacle above FFC! 型号：NEB-2000C
防水接线盒
JUNCTION BOX
Version: V1.23
安装孔 Mounting Holes
3.5Kg
安装孔 Mounting Holes
IP67
Weight
NEW SUNRISE CO., LTD.
NSR VDR NVR-9000
Float-Free Capsule/自浮式数据存储单元
2017-01-17
NVR9000-ID-027
船甲板 DECK OF SHIP
安装孔 Mounting Holes
安装孔 Mounting Holes
安装孔 Mounting Holes
焊接 WELDED
焊接 WELDED
型号：FFC&FPC-Base-B
注： 1、建议钢板厚度：5mm； 2、由船厂提供！
防水接线盒 JUNCTION BOX
自浮式数据存储单元 Float-Free Capsule
Fixed Protective Capsule
固定式数据存储单元
NOTES: 1、Suggest that the thickness of the steel plate : 5mm; 2、Provided by the shipyard.
Version: V1.23
2017-01-17
NEW SUNRISE CO., LTD.
NSR VDR NVR-9000
FFC & FPC General Mounting Base 自浮式数据存储单元和固定式数据存储单元通用安装底座
NVR9000-ID-028
最小 内无障碍物 Min.200mm clearance
安装螺栓 Mounting Nuts
最小 内无障碍物 Min.200mm clearance
（ ）电缆进线孔 最大电缆直径 φ Cable access hole， Max. diameter of the cable is φ13.0
Important: no obstacle above FFC! 型号：NEB-2000C
防水接线盒
JUNCTION BOX
Version: V1.23
安装孔 Mounting Holes
3.5Kg
安装孔 Mounting Holes
IP67
Weight
NEW SUNRISE CO., LTD.
NSR VDR NVR-9000
Float-Free Capsule/自浮式数据存储单元
2017-01-17
NVR9000-ID-029
安装孔 Mounting Holes
Version: V1.23
信标 Beacon
NEW SUNRISE CO., LTD.
NFP-2000C-VDR FPC尺寸图
2017-01-17
NVR9000-ID-030
安装孔 Mounting Holes
安装孔 Mounting Holes
船甲板 DECK OF SHIP
防水接线盒
焊接 WELDED
JUNCTION BOX
型号：FPC-Base-A
Fixed Protective Capsule
固定式数据存储单元
注：由船厂提供！ NOTE: Provided by the shipyard.
Version: V1.23
NEW SUNRISE CO., LTD.
NSR VDR NVR-9000
Fixed Protective Capsule Mounting Base - A 固定式数据存储单元安装底座 - A
2017-01-17
NVR9000-ID-031
安装孔 Mounting Holes
信标 Beacon
型号：NFP-2000C
船甲板 DECK OF SHIP
Version: V1.23
2017-01-17
防水接线盒
JUNCTION BOX
安装孔 Mounting Holes
焊接 WELDED
IP56
Weight
16.5Kg
NEW SUNRISE CO., LTD.
NSR VDR NVR-9000
Fixed Protective Capsule/固定式数据存储单元
NVR9000-ID-032
船甲板 DECK OF SHIP
安装孔 Mounting Holes
安装孔 Mounting Holes
安装孔 Mounting Holes
焊接 WELDED
焊接 WELDED
型号：FFC&FPC-Base-B
注： 1、建议钢板厚度：5mm； 2、由船厂提供！
防水接线盒 JUNCTION BOX
自浮式数据存储单元 Float-Free Capsule
Fixed Protective Capsule
固定式数据存储单元
NOTES: 1、Suggest that the thickness of the steel plate : 5mm; 2、Provided by the shipyard.
Version: V1.23
2017-01-17
NEW SUNRISE CO., LTD.
NSR VDR NVR-9000
FFC & FPC General Mounting Base 自浮式数据存储单元和固定式数据存储单元通用安装底座
NVR9000-ID-033
安装孔 Mounting Holes
信标 Beacon
型号：NFP-2000C
船甲板 DECK OF SHIP
Version: V1.23
2017-01-17
（ ）电缆进线孔 最大电缆直径 φ Cable access hole， Max. diameter of the cable is φ13.0
IP56
Weight
16.5Kg
NEW SUNRISE CO., LTD.
NSR VDR NVR-9000
Fixed Protective Capsule/固定式数据存储单元
NVR9000-ID-034
Version: V1.23
2017-01-17
NEW SUNRISE CO., LTD.
NSR VDR NVR-9000
NVR9005 IMU尺寸图
NVR9000-ID-035
天花板 ceiling 安装螺栓 Mounting Nuts
安装孔 Mounting Holes
'
天花板开孔尺寸
安装孔 Mounting Holes
Dimension of drilling in ceiling
型号：NVR9005
Version: V1.23
开孔 Cutting Size
天花板
ceiling
IP22
Weight
0.1Kg
NEW SUNRISE CO., LTD.
NSR VDR NVR-9000
Indoor Microphone Unit/室内麦克风
2017-01-17
NVR9000-ID-036
Version: V1.23
2017-01-17
NVR9000-ID-037
NSR VDR NVR-9000
NVR9006 OMU尺寸图
NEW SUNRISE CO., LTD.
安装螺栓 Mounting Nuts
天花板 ceiling
安装孔 Mounting Holes
电缆线 cable
2017-01-17
IP56
Weight
0.2Kg
NEW SUNRISE CO., LTD.
NSR VDR NVR-9000
Outdoor Microphone Unit/室外麦克风
Version: V1.23
电缆进线孔，最大直径 cable acccess hole,Max.diameter of the cable is 7.0
固定电缆螺母 fixed cable nut
型号：NVR9006
NVR9000-ID-038
TXB
GND
RAU
NVR9000-ID-039 Version: V1.23
TEST
MIC8
VHF-
VHF-
VHF+
GND
MIC4
VHF+
MIC6+ TEST6 MIC7MIC8+ TEST8 VHF1VHF2+ GND
16
GND
GND
TEST
12V+
MIC1 J2
GND
MIC7
MIC-
MIC3
12V+
MIC+
GND
TEST
12V+
MIC-
MIC+
MIC1+ TEST1 MIC2MIC3+ TEST3 MIC4MIC5+ TEST5
MIC6MIC7+ TEST7 MIC8VHF1+ GND VHF2NC
MIC1MIC2+ TEST2 MIC3MIC4+ TEST4 MIC5NC
B24V+
GND
B12V-
Switcher
B12V+
B5V-
Network Image
B5V+
B5V-
Audio Compress
B5V+
GND
Storage
B24V+
GND
Audio Sample
ACK ALM
MIC+
GND
TEST
MIC6
MIC-
MIC+
MIC2
12V+
GND
+12V
TEST
12V+
1 J1
TEST
20
GND
GND
J5
12V+
MIC5 MIC-
MIC+
MIC1
MIC-
TEST
12V+
MIC-
B24V+ Main Bass Board
BAT_V AC_ST TXA&B RXA&B
MIC+
GND
COM5-COM8
TEST
MIC+
COM1-COM4
12V+
RXA4
RXB4
24V_IN+
GND
L(AC) N
-V -V +V +V
POWER MODULE
MIC-
MIC+
RXA8
RXA1 RXA2 RXA3 RXA4 RXA5 RXA6 RXA7 RXA8 24V+ 24V-
+24V
RXB8
GND RXB1 RXB2 RXB3 RXB4 RXB5 RXB6 RXB7 RXB8 24V+ 24V-
MIC6MIC7+ TEST7 MIC8VHF1+ GND VHF2NC
RXA3
MIC6+ TEST6 MIC7MIC8+ TEST8 VHF1VHF2+ GND
RXB3
RXA2
MIC1MIC2+ TEST2 MIC3MIC4+ TEST4 MIC5NC
RXA7
GND
RXB2
U2 MIC1+ TEST1 MIC2MIC3+ TEST3 MIC4MIC5+ TEST5
RXB7
T6 RXA1
+24V
RXA6
RXB1
T1 BATT SWITCH
RXB6
T3 NVR902 Rev.0 1 May 2015 Power Control Board
BATT
RXA5
RXB5
GND
24V+
GND
24V+
T7
24V+
NC
RXB
GND
24V+
T5
RXA
ALM GND
FPC
TXA
24V+
GND
24V+
GND
T2
GND
B24V+
N-OPEN
N-CLOSE
ACK B24V+
GND
B24V+ FFC
COM
COM
N-OPEN
BATT+
GND
+24V MIC
BATT
3A FUSE +12V
GND
5A FUSE AUDIO BOARD NVR907 Rev.b Sept.6 2015
J9
Main Power
SSD
O·OFF O·OFF
BATT
U1
U4
U7
VHF2
O·OFF
AC 220V
MAIN BOARD
SERIAL BOARD
U10
LRU
+12V J4
BACK UP
GND
DATA
U12
SYS
J5
SWITCHER1
LINK
U14
U3 J6
LINK
T4 U4 FFC
+24V
GND
FPC
16
NVR906 Rev.0 Main Interface Board 23 Mar.2015
USB DISK DATA
NBT900
AC 220V DEU
VHF1 VIU1
VIU&DEU
VIU2
SYS VIU3
VIU4
GND
U4
24V+
GND
TXB
24V+
RXA
GND
RXB
24V+
NC
GND
GND
+24V
24V+
GND
GND
24V+
T6
GND
VIU&DEU
RAU
TXA
T4
24V+
B24V+
T7
GND
N-OPEN
FPC
N-CLOSE
GND B24V+
ALM
COM
B24V+
FFC
COM
BATT+
ACK
N-OPEN
T5
BATT
GND
+24V
RXA8
RXA3 RXB4 RXA4
MIC+
MIC+
TEST
GND
GND
MIC+
MIC+
TEST
12V+ TEST
GND
GND
MIC+
MIC+
TEST
12V+ TEST
GND
GND
MIC+
MIC+
TEST
12V+ TEST
VHF+
VHF+
VHF-
VHFGND
MIC6+ TEST6 MIC7MIC8+ TEST8 VHF1VHF2+ GND
16
GND
VHF1
GND
VHF2
GND
MIC1MIC2+ TEST2 MIC3MIC4+ TEST4 MIC5NC
1 J2
12V+
MIC4
MIC-
MIC8
MIC-
MIC1+ TEST1 MIC2MIC3+ TEST3 MIC4MIC5+ TEST5 16
12V+
MIC3
MIC-
MIC7
MIC-
1 J1
12V+
MIC2
MIC-
MIC6
MIC-
RXA1 RXA2 RXA3 RXA4 RXA5 RXA6 RXA7 RXA8 24V+ 24V-
MIC6MIC7+ TEST7 MIC8VHF1+ GND VHF2NC
DATA
NVR906 Rev.0 Main Interface Board 23 Mar.2015
USB DISK
Data Acquisition Unit
TEST
12V+
RXB1 RXB2 RXB3 RXB4 RXB5 RXB6 RXB7 RXB8 24V+ 24V20
12V+
MIC1
MIC-
MIC5
MIC-
J5
RXB8
RXB3
+24V
RXA7
RXA2
GND
RXB7
RXB2
COM1-COM4
RXA6
+12V
RXA1
RXB6
GND
RXB1
RXA5
COM5-COM8
NVR9000-ID-040 Version: V1.23
RXB5
SYS LINK
FFC
FPC
DEU
VIU1
VIU2
VIU3
VIU4
CH33 CH1
CH34
CH2
CH35
CH3
CH36
CH4
CH37
CH5
CH38
CH6
CH39
CH7
CH40
NVR911 Rev.a ECU Interface Board 06 Sept. 2015
COM16 COM15 COM14 COM13 COM12 COM11
COM
CH8
CH9
CH42
CH10
CH43
CH11
CH44
CH12
CH45
CH13
CH46
CH14
CH47
CH15
CH48
COM10 COM9
CH41
COM8 COM7 COM6 COM5 COM4 COM3 COM2
CH16
COM1
CH17
Analog8
CH18
Analog7
CH49
CH19
Analog6
CH50
CH20
CH51
CH21
Analog
CH22
Analog3
CH53 CH23
Analog2
CH54
CH24
Analog1
CH55 CH56
CH25
Analog5 Analog4
CH52
Current Voltage CH57 CH58
Dry Wet
CH26 CH27
CH57
CH28
CH58
CH29
CH59
CH30 CH31 CH32
CH59 CH60
Dry Contact
CH60
Wet Contact
CH61 CH62
CH61
CH63 CH62 CH64 CH63 CH64
+24V -24V
J11
J10
NVR9000-ID-041 Version: V1.23
CH33 CH1
CH34
CH2
CH35
CH3
CH36
CH4
CH37
CH5
CH38
CH6
CH39
CH7
CH40
NVR911 Rev.a ECU Interface Board 06 Sept. 2015
COM16 COM15 COM14 COM13 COM12 COM11
COM
CH8
CH9
CH42
CH10
CH43
CH11
CH44
CH12
CH45
CH13
CH46
CH14
CH47
CH15
CH48
COM10 COM9
CH41
COM8 COM7 COM6 COM5 COM4 COM3 COM2
CH16
COM1
CH17
Analog8
CH18
Analog7
CH49
CH19
Analog6
CH50
CH20
CH51
CH21
Analog
CH22
Analog3
CH53 CH23
Analog2
CH54
CH24
Analog1
CH55 CH56
CH25
Analog5 Analog4
CH52
Dry
Current Voltage CH57 CH58
Wet
CH26 CH27
CH57
CH28
CH58
CH29
CH59
CH30 CH31 CH32
CH59 CH60
Dry Contact
CH60
Wet Contact
CH61 CH62
CH61
CH63 CH62 CH64 CH63 CH64
+24V -24V
J11
J10
NVR9000-ID-042 Version: V1.23
NVR9000-ID-043 Version: V1.23
TB-1503L
-
Power Module
+
INPUT
OUTPUT
+-
+V - V
J1 Power J5 LAN
J4 VGA
NVR9000-ID-044 Version: V1.23
VGA-Encoder
NVR9000-ID-045 Version: V1.23