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Summary of Contents for NET Corsight CO1041C2
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Page 1: Operational Manual
Operational Manual Smart Vision System - Matrix | Line Scan IMPORTANT INFORMATION This operational manual applies to the following models: CO1041C2/M2 | CO4136C2/M2/IR2 | CO4206C2/M2 | CO1503C2/M2 COL6270M2 | COL6435M2... -
Page 2: Table Of Contents
Table of Contents Operational Manual ............................1 Smart Vision System - Matrix | Line Scan...................... 1 Table of Contents ............................2 Overview ............................... 5 Scope of Delivery ............................6 Content ..............................6 Options ..............................6 Option Lighting ........................6 Option Tube Extension ......................6 Option Operating System ...................... - Page 3 Following information is only for EU-member states: ............13 System Requirements ..........................14 Standard conformity ..........................14 GenICam ..........................14 Environmental requirements ........................14 Quick start ..............................15 Prepare the camera ..........................15 Testing the camera ..........................15 Basic camera features ..........................17 System architecture .............................
- Page 4 Status LED ..............................37 Appendix A. Technical specifications for individual ..................38 Models ................................. 38 CORSIGHT CO1041C2 ..........................39 CORSIGHT CO1041M2 ..........................40 CORSIGHT CO4136C2 ..........................41 CORSIGHT CO4136M2 ..........................42 CORSIGHT CO4136IR2 ..........................43 CORSIGHT CO4206C2 ..........................44 CORSIGHT CO4206M2 ..........................45 CORSIGHT CO1503C2 ..........................
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Page 5: Overview
4×opto in, 4×opto out, TTL in, TTL out, RS232 interface supported operating systems Microsoft Windows Embedded Standard 7 (WES7), Linux Directly supported image processing libraries Adaptive Vision Studio, Halcon, ActivVisionTools, Common Vision Blox, MATLAB, OpenCV order information contact our sales team > http://net-gmbh.com/ 5/50... -
Page 6: Scope Of Delivery
Any CORSIGHT basic model (see Appendix A, Technical specifications for individual models) can be further customized. Please contact NET for more information about NET´s current offering and pricing. Option Lighting CORSIGHT Flash light module, IR (order no. 01007200xx) CORSIGHT Flash light module, cool white, 6500K (order no. 01007300xx) Option Tube Extension CORSIGHT Tube, length 50.5mm (order no. -
Page 7: Legal Notice
Legal Notice Regulatory notices The cameras should be used with properly shielded cables (and other equipment) as recommended in this manual. Please contact us if you need further information regarding the necessary equipment. RoHS The product fulfills the requirements of the EU directive RoHS 2011/65/EU in the currently valid version from 8.June 2011 regarding the restrictive use of certain hazardous materials in electric applications within the allowable limits. -
Page 8: Safety Precautions
Safety Precautions Before using this product, read these safety precautions carefully. Important information is shown in this Operational Manual to protect users from injuries and property damages, and to enable them to use the product safely and correctly. Please be sure to thoroughly understand the meanings of the following signs and symbols before reading the main text that follows, and observe the instructions given herein. -
Page 9: General Handing
General Handing WARNING Stop operation immediately when any abnormality or defect occurs. If abnormal conditions are present, such as smoke, a burning smell, ingress of water or foreign matter, or if the equipment is dropped or malfunctions, fire or electric shock may result. - Page 10 CAUTION Observe the following when installing the equipment: Do not cover the equipment with a cloth, etc. Do not place the equipment in a narrow location where heat is likely to accumulate. Otherwise, heat will accumulate inside the equipment, possibly resulting in a fire. Instruction Use only specified the power cable and the connection cables.
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Page 11: Usage Notes
Usage Notes Handle carefully Do not drop the equipment or allow it to be subject to strong impact or vibration, as such action may cause malfunctions. Further, do not damage the connection cable, since this may cause wire breakage. Environmental operating conditions Do not use the product in locations where the ambient temperature or humidity exceeds the specifications. -
Page 12: Occurrence Of Moiré
Do not expose the camera's image-pickup-plane to sunlight or other intense light directly. Its inner image sensor might be damaged. Occurrence of moiré If you shoot thin stripe patterns, moiré patterns (interference fringes) may appear. This is not a malfunction. Occurrence of noise on the screen If an intense magnetic or electromagnetic field is generated near the camera or connection cable, noise may be generated on the screen. -
Page 13: Following Information Is Only For Eu-Member States
Following information is only for EU-member states: The use of the symbol indicates that this product may not be treated as household waste. By ensuring this product is disposed correctly, you help to prevent potential negative consequences for the environment and human health, which could otherwise be caused by inappropriate waste handling of this product. -
Page 14: System Requirements
System Requirements Standard conformity GenICam The cameras (and supporting libraries) fully implement the GenICam standard, including SFNC (Standard Features Naming Convention) and GenTL. Thanks to the full GenTL compatibility, the cameras are plug & play compatible with all GenTL capable libraries, such as Adaptive Vision Studio, Halcon, Common Vision Blox or MATLAB. -
Page 15: Quick Start
Quick start This chapter is intended to help users wanting to start quickly with basic usage of the cameras, without studying the entire documentation. The information in this chapter duplicates information in the following parts of the manual. Whenever in doubt, please refer to the corresponding chapters of the manual, providing detailed description of given problems. - Page 16 Configure the camera features as desired. Pay attention especially to features in Image Format Control and Acquisition Control categories. When prepared, click the Start acquisition button — the camera should start acquiring. If not, verify again, if the camera was not set to triggered mode, while no trigger was attached. While the acquisition is active, you can still adjust the runtime parameters, such as exposure time or gain.
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Page 17: Basic Camera Features
Basic camera features This section shows the most essential camera features relevant for the basic tests. The SynView Explorer displays by default only the “basic” camera features intended to handle the most common tasks. To display also the more advanced features, you need to switch to the “expert” feature level. - Page 18 Acquisition parameters. The luminance of the acquired image can be controlled either explicitly through exposure time and gain functions, or automatically through corresponding auto-functions. The Exposure Time feature in Acquisition Control category configures the length of the exposure in Exposure time microseconds.
- Page 19 controlled by hardware or software triggers. The trigger related features are located in the Acquisition Control category. Triggered mode To switch the camera to triggered mode, open the Trigger Selector subtree and set Trigger Mode to On. After starting the acquisition again, the camera will acquire images only when explicit trigger signal arrives.
- Page 20 Information about the camera. It is frequently necessary to query the basic information about the camera. The information is available through features in the Device Control category. Device identity The most important features identifying the camera are Vendor Name and Model Name. The camera's serial number is stored as string in feature Device ID (available only in “expert”...
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Page 21: System Architecture
CORSIGHT is a complete embedded PC system built around intel Atom processor (Atom E3845 1.91GHz) of the intel embedded roadmap. Any of the wide choice of NET’s sensors may be used in CORSIGHT. The PC offers LAN/WLAN, DP++ as well as USB 2.0 interface. Different boot and storage media exist. -
Page 22: Dimensions
Dimensions Mounting points The mounting points' position and size is illustrated in section , “Dimensions” . The following mounting points are available: Four M4×10 points in front panel of the camera (the side of the lens mount). Four M4×10 points in back panel of the camera. 22/50... -
Page 23: Housing
Sensor Sensor types Progressive scanning All NET cameras provide progressive scan video output. The camera outputs full frame data in sequential order (no field interlacing). CMOS: global vs. rolling shutter Some of the cameras with large CMOS sensors are equipped with a rolling shutter. In contrary to the global shutter, where all camera pixels are exposed at exactly the same time, with rolling shutter the exposure of every single line is slightly time-shifted relative to the previous line. -
Page 24: Ir-Cut Or Ar Filter
IR-cut or AR filter All cameras have by default an IR-cut (color) or AR (mono) filter mounted on top of the sensor. The user has however an option to choose from different configurations: - IR-cut filter with 650nm filter mounted on top of the sensor - Clear glass filter (of the same size as the original IR-cut filter) mounted on top of the sensor. -
Page 25: Changing Or Removing The Filter
Tave. ≥ 97% 420nm 680nm Tabsn ≥ 92% 420nm 680nm AR filter characteristics for BW cameras Changing or removing the filter The filter is accessible from outside the camera and user can change it without loose of warranty. It is very important to do this operation with maximum care so that the image sensor cannot be damaged. -
Page 26: Dc Power Input
USB or other interfaces. The power consumption of the CORSIGHT itself is typically 15 W, while the total power consumption, including the connected peripherals, should not exceed 25 W. A suitable power supply for CORSIGHT is available from NET. The customers designing an own power supply will find the information about the power input connector in Section “I/O... -
Page 27: Trigger Input
µSD card Slot for µSD cards. WLAN WLAN/Bluetooth interface, including two WLAN antenna connectors. Trigger input Any of the available optocoupler inputs or TTL inputs can be used for triggering. The input line mapping on the camera connectors is described in Section “Connector and cable description”. - Page 28 The optocoupler is guaranteed to be switched on (logical 1 status) when the voltage applied to the input is within range of 5—24 V (tolerance 10%). It is guaranteed to be switched off (logical 0) when the applied voltage is under 1.5 V. The input status is undefined between 1.5 and 4.5 V,the input voltage must not exceed the 24 V limit.
- Page 29 Diagram of the internal optocoupler inputs connections CORSIGHT output optocoupler timing diagram Optocoupler outputs The CORISGHT camera is equipped with four optically isolated output lines. One output opto- coupler is fully independent, the other three are connected with a common collector (Section “I/O connector”) due to limited number of pins on the I/O connector.
- Page 30 nected in the SW interface, it gets in high impedance status. The optocoupler output's logical state is understood as logical 0 when its output transistor is in high impedance, logical 1 if it is in low impedance mode. The optocoupler output work with operating voltage range of 5-24 V. The maximal switched output current is 100 mA per optocoupler, higher current could damage the optocoupler output circuit.
- Page 31 Diagram of the internal optocouptler outputs CORSIGHT output optocoupler timing diagram 31/50...
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Page 32: Serial Port Interface
TTL I/O's Standard 5V TTL (transistor-transistor logic) interface. After power up, the TTL outputs are driven low — and they remain driven low until reconfigured from the software interface. Whenever the TTL output is disconnected in the SW interface, it gets in driven low status. -
Page 33: Connector And Cable Description
Connector and cable description All the grounds from individual connectors are connected inside the camera. CORSIGHT connectors I/O connector 17-pin male M12 connector for digital i/o (optocoupler and TTL inputs/outputs) and power input. CORSIGHT I/O connector CORSIGHT I/O adapter cable, D-sub 25-pin connector 33/50... -
Page 34: Pc System Connector
An adapter cable is available (see Section “Accessories”), with D-sub 25-pin female interface connector. The table below lists the pinouts also for the connectors of the adapter cable. I/O connector, pinout (including pin numbers on the D-sub-25 adapter cable) SIgnal D-Sub 25 Power In- Power In +... - Page 35 CORSIGHT PC system adapter cable, DP++ connector CORSIGHT PC system adapter cable, USB connector CORSIGHT PC system adapter cable, D-sub 9-pin connectors (RS-232) PC system connector, pinout (including pin numbers on the DP++/USB/RS232 adapter cable) Signal RS-232 ML0+ ML3- ML2+ ML2- ML3+ ML0-...
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Page 36: Ethernet Connector
RS232_RX +5V USB USB+ Shield Pins 14, 19, 20 on the DP connector are not connected. Pins 1, 4, 6, 7, 8, 9 on the RS232 D-sub 9 connector are not connected. The cable carries following signals via twisted pair wires: ML0+/ML01, ML1+/ML1-, ML2+/ML2-, ML3+/ML3-, AUX+/AUX-, USB-/USB+. -
Page 37: Status Led
Status LED The CORSIGHT cameras are equipped with a set of status LED's. The positions of the LED's on camera's side is shown on the figure below. The purpose of the individual LED's (starting from connector side) is: WLAN activity (blue) User LED (green, software programmable) Ethernet speed (green, still for 1GB, blinking for 100Mb Ethernet) Ethernet link (orange) -
Page 38: Appendix A. Technical Specifications For Individual
Appendix A. Technical specifications for individual Models 38/50... -
Page 39: Corsight Co1041C2
CORSIGHT CO1041C2 Specification CORSIGHT CO1041C2 PC technology Embedded PC with Intel Atom E3845 1.91GHz, 4GB DDR3/1333MHz, 16GB built-in SATA- SSD flashdisk, µSD card slot, Gigabit Ethernet interface, USB2 interface, DP++ output, 2× WLAN/Bluetooth antenna connector, LUT for image manipulation, MPEG-4/H264... -
Page 40: Corsight Co1041M2
CORSIGHT CO1041M2 Specification CORSIGHT CO1041M2 PC technology Embedded PC with Intel Atom E3845 1.91GHz, up to 4GB DDR3/1333MHz, 16GB built-in SATA-SSD flashdisk, µSD card slot, Gigabit Ethernet interface, USB2 interface, DP++ output, 2× WLAN/Bluetooth antenna connector, LUT for image manipulation, MPEG- 4/H264 encoder/decoder Sensor 1/3"... -
Page 41: Corsight Co4136C2
CORSIGHT CO4136C2 Specification CORSIGHT CO4136C2 PC technology Embedded PC with Intel Atom E3845 1.91GHz, 4GB DDR3/1333MHz, 16GB built-in SATA- SSD flashdisk, µSD card slot, Gigabit Ethernet interface, USB2 interface, DP++ output, 2× WLAN/Bluetooth antenna connector, LUT for image manipulation, MPEG-4/H264 encoder/decoder Sensor 1/1.8"... -
Page 42: Corsight Co4136M2
CORSIGHT CO4136M2 Specification CORSIGHT CO4136M2 PC technology Embedded PC with Intel Atom E3845 1.91GHz, 4GB DDR3/1333MHz, 16GB built-in SATA- SSD flashdisk, µSD card slot, Gigabit Ethernet interface, USB2 interface, DP++ output, 2× WLAN/Bluetooth antenna connector, LUT for image manipulation, MPEG-4/H264 encoder/decoder Sensor 1/1.8"... -
Page 43: Corsight Co4136Ir2
CORSIGHT CO4136IR2 Specification CORSIGHT CO4136IR2 PC technology Embedded PC with Intel Atom E3845 1.91GHz, 4GB DDR3/1333MHz, 16GB built-in SATA- SSD flashdisk, µSD card slot, Gigabit Ethernet interface, USB2 interface, DP++ output, 2× WLAN/Bluetooth antenna connector, LUT for image manipulation, MPEG-4/H264 encoder/decoder Sensor 1/1.8"... -
Page 44: Corsight Co4206C2
CORSIGHT CO4206C2 Specification CORSIGHT CO4206C2 PC technology Embedded PC with Intel Atom E3845 1.91GHz, 4GB DDR3/1333MHz, 16GB built-in SATA- SSD flashdisk, µSD card slot, Gigabit Ethernet interface, USB2 interface, DP++ output, 2× WLAN/Bluetooth antenna connector, LUT for image manipulation, MPEG-4/H264 encoder/decoder Sensor 1/1.8"... -
Page 45: Corsight Co4206M2
CORSIGHT CO4206M2 Specification CORSIGHT CO4206M2 PC technology Embedded PC with Intel Atom E3845 1.91GHz, 4GB DDR3/1333MHz, 16GB built-in SATA- SSD flashdisk, µSD card slot, Gigabit Ethernet interface, USB2 interface, DP++ output, 2× WLAN/Bluetooth antenna connector, LUT for image manipulation, MPEG-4/H264 encoder/decoder Sensor 1/1.8"... -
Page 46: Corsight Co1503C2
CORSIGHT CO1503C2 Specification CORSIGHT CO1503C2 PC technology Embedded PC with Intel Atom E3845 1.91GHz, 4GB DDR3/1333MHz, 16GB built-in SATA- SSD flashdisk, µSD card slot, Gigabit Ethernet interface, USB2 interface, DP++ output, 2× WLAN/Bluetooth antenna connector, LUT for image manipulation, MPEG-4/H264 encoder/decoder Sensor 1/2.5"... -
Page 47: Corsight Co1503M2
CORSIGHT CO1503M2 Specification CORSIGHT CO1503M2 PC technology Embedded PC with Intel Atom E3845 1.91GHz, 4GB DDR3/1333MHz, up to 16GB built-in SATA-SSD flashdisk, µSD card slot, Gigabit Ethernet interface, USB2 interface, DP++ output, 2× WLAN/Bluetooth antenna connector, LUT for image manipulation, MPEG- 4/H264 encoder/decoder Sensor 1/2.5"... -
Page 48: Corsight Col6270M2 /Col6435M2
CORSIGHT COL6270M2 /COL6435M2 Specification COL6270M2 COL 6435M2 PC technology Embedded PC with Intel Atom E3845 1.91GHz, 4GB DDR3/1333MHz, 16GB built-in SATA- SSD flashdisk, µSD card slot, Gigabit Ethernet interface, USB2 interface, DP++ output, 2× WLAN/Bluetooth antenna connector, LUT for image manipulation, MPEG-4/H264 encoder/decoder Sensor Dragster 2k7... -
Page 49: Technical Support
Asia +81 45 476 2423 In case of an RMA, you must first contact NET and obtain an RMA Number before sending the product to us. We are not responsible for any problems caused by not following the RMA procedure. -
Page 50: Imprint
Imprint NET New Electronic Technology GmbH Address: Lerchenberg 7 D-86923 Finning Germany Contact: Phone: +49-88 06-92 34-0 Fax: +49-88 06-92 34-77 www.net-gmbh.com E-mail: info@net-gmbh.com VAT- ID: DE 811948278 Register Court: Augsburg HRB 18494 Copyright © 2016 NEW ELECTRONIC TECHNOLOGY GMBH All rights reserved.
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