IDS GigE uEye FA Technical Manual

IDS Imaging Development Systems GmbH Dimbacher Str. 6-8 D-74182 Obersulm, Germany T: +49 7134 96196-0 E: [email protected] W: http://www.ids-imaging.com Technical Manual

Contents 1 Preface .............................................................................................................................................. 3 2 Symbols and hints ............................................................................................................................ 4 3 Safety instructions ............................................................................................................................ 5 4 Standards and directives .................................................................................................................. 7 5 GigE uEye FA .................................................................................................................................... 8 5.1 Ambient conditions ...................................................................................................................... 9 5.2 System requirements ................................................................................................................. 10 5.3 Connecting a GigE uEye FA ....................................................................................................... 10 6 Mechanical specifications ................................................................................................................ 11 7 Optical specifications ...................................................................................................................... 12 7.1 Immersion depth for lenses ......................................................................................................... 12 7.2 Position accuracy of the sensor .................................................................................................. 13 8 Electrical specifications ................................................................................................................... 14 8.1 Pin assignment M12 Ethernet connector ...................................................................................... 14 8.2 Pin assignment I/O connector ..................................................................................................... 14 8.3 Digital input wiring ...................................................................................................................... 15 8.4 Digitaloutput wiring ..................................................................................................................... 16 8.5 General Purpose I/O wiring ......................................................................................................... 18 9 Status LED ...................................................................................................................................... 20 10 Filter glasses ................................................................................................................................. 21 10.1 Filter types .............................................................................................................................. 21 10.2 Cleaning the filter glasses ......................................................................................................... 22 Index .................................................................................................................................................. 24

1 Preface Introduction IDS Imaging Development Systems GmbH has taken every possible care in preparing this manual. We however assume no liability for the content, completeness or quality of the information contained therein. The content of this manual is regularly updated and adapted to reflect the current status of the software. We furthermore do not guarantee that this product will function without errors, even if the stated specifications are adhered to. Under no circumstances can we guarantee that a particular objective can be achieved with the purchase of this product. Insofar as permitted under statutory regulations, we assume no liability for direct damage, indirect damage or damages suffered by third parties resulting from the purchase of this product. In no event shall any liability exceed the purchase price of the product. Please note that the content of this manual is neither part of any previous or existing agreement, promise, representation or legal relationship, nor an alteration or amendment thereof. All obligations of IDS Imaging Development Systems GmbH result from the respective contract of sale, which also includes the complete and exclusively applicable warranty regulations. These contractual warranty regulations are neither extended nor limited by the information contained in this manual. Should you require further information on this product, or encounter specific problems that are not discussed in sufficient detail in the manual, please contact your local dealer or system installer. Trademarks The IDS logo is a registered trademark of IDS Imaging Development Systems GmbH, registered for U.S. (Reg.No. 4,513,138) and other countries. IDS NXT and uEye are registered trademarks of IDS Imaging Development Systems GmbH. Microsoft and Windows are trademarks or registered trademarks of Microsoft Corporation. All other products or company names mentioned in this manual are used solely for purposes of identification or description and may be trademarks or registered trademarks of the respective owners. Copyright © IDS Imaging Development Systems GmbH. All rights reserved. This manual may not be reproduced, transmitted or translated to another language, either as a whole or in parts, without the prior written permission of IDS Imaging Development Systems GmbH. Status: January 2020 Contact Visit our web site http://www.ids-imaging.com where you will find all the latest information about our software and hardware products. Please contact your local IDS distributors for first level support in your language. For a list of IDS distributors worldwide please go to our website http://www.ids-imaging.com. Address IDS Imaging Development Systems GmbH Dimbacher Str. 6-8 D-74182 Obersulm, Germany T +49 7134 96196-0 E [email protected] W http://www.ids-imaging.com

2 Symbols and hints This symbol indicates hints with useful information for better understanding and using features and functions. This symbol indicates important warnings for product safety to prevent damage. This symbol indicates important warnings for personal safety to prevent injury.

3 Safety instructions Read carefully these safety instructions before installing and using the product. The producer is not responsible for damages and injury, which can occur due to false handling of the product and ignoring the safety instructions. All warranty will be spoiled in this case. Intended use IDS industrial cameras are to be used to capture images for visualization and image processing tasks. They are designed for use in industrial environments. Please comply with the requirements for the proper use of this product. Failure to do so will render the warranty void. · The product is not authorized for use in security relevant applications. If it used in security relevant applications, the customer is responsible for the necessary approvals. · If the product is modified or changed, all approval becomes invalid. In this case, the customer is responsible for ensuring product conformity. · The warranty expires if the product is improperly disassembled, reworked or repaired by the customer or a third party and IDS Imaging Development Systems GmbH assumes no liability for defects. If you need service, please contact the support team. · The product is not a toy. Operate and store out of the reach of children. Protection against electrostatic discharge (ESD) Board-level cameras are especially sensitive to electrostatic discharge. Make sure to avoid mechanical or electrical damage of the printed circuit board or its connections. Wear ESD-protective clothing and observe the rules for handling ESD-sensitive components. · Do not touch the printed circuit board while it is powered. · Always hold the board by the edges to avoid the risk of electrostatic discharge damage. · For optimum ESD behavior, a clearance of 4 mm from non-shielded housings must be maintained all the way around. For shielded housings, a smaller clearance is possible. · Attach the board to a conductive surface using the fixing screws. If this is not possible, ensure an insulating connection. · Use connecting cable with a low-resistance shield on both sides. Installation, operation and maintenance The product must be connected, taken into operation and maintained only by appropriately qualified personnel. The error-free and safe operation of this product can only be ensured if it is properly transported, stored, set up and assembled, and operated and maintained with due care. The installation, inspection, maintenance, extension, and repair may only be done by authorized personnel. · Observe the specifications in the documentation when installing the product. · Do not subject the product to direct sunlight, moisture or shock. Note in particular the permitted IP code of the product. · Only operate the product under ambient conditions for which the respective product is approved. The use under other ambient conditions may result in damage. · To avoid any damage to the connectors, only mount or remove the product with the cables disconnected. · Lay cables in such way that no one is endangered. · Before starting up, check if the electrical wiring corresponds to the specifications in the documentation. Faulty wiring (overvoltage, undervoltage) can result in a damage in the electronics. Transport · Only use ESD packaging for storage and transport of ESD-sensitive components. · Keep packing materials like films away from children. Abuse may result in suffocation.

Operation and power supply The camera power supply must meet the requirements for SELV (safety extra low voltage)/LPS (limited power source) or ES1/PS2. WARNING! Non-approved power supplies for camera operation may cause painful or dangerous electric shock. Serious injury or death may occur. Use a power supply that meet the requirements for SELV (safety extra low voltage)/LPS (limited power source) or ES1/PS2. · In order to ensure electrical safety, we recommend using a shielded connection cable or grounding the camera housing so that the camera housing is connected to ground via the appropriate installation. Avis pour le Canada Fonctionnement et alimentation électrique L'alimentation électrique de la caméra doit être conforme aux exigences de sécurité SELV (très basse tension de sécurité)/LPS (source à puissance limitée) ou ES1/PS2. AVERTISSEMENT ! Avec un bloc d'alimentation non prévu pour les caméras, il existe des risques de décharges électriques douloureuses ou dangereuses. Celles-ci peuvent provoquer des blessures graves, voire mortelles. Utilisez un bloc d'alimentation conforme aux exigences de sécurité SELV (très basse tension de sécurité)/LPS (source à puissance limitée) ou ES1/PS2. · Pour garantir la sécurité électrique, nous recommandons l'utilisation d'un câble de connexion blindé ou la mise à la terre du boîtier de la caméra, afin que ce dernier soit relié correctement à la masse. CAUTION! As the camera housing may get hot depending on the operating conditions there may be risk of burns. Provide sufficient heat dissipation so that the housing temperature does not exceed 55 °C (131 °F). NOTICE! Cameras with Power-over-Ethernet (PoE) can be supplied with voltage both from an external source and via PoE. The camera should not be supplied through both voltage sources at once as this can irreparably damage the camera. Correct disposal Dispose the camera and accessories properly and separately from other types of waste to encourage recycling of reusable materials and to protect the environment. According to the EC Directive 2012/19/EU (WEEE) we are obliged to take back this product, distributed by us after August 13, 2005, free of charge at the end of its useful life and to ensure it correct disposal. As this product is exclusively for commercial use (B2B), it must not be handed over to a public disposal facility. The product can be disposed of by specifying the date of purchase and the serial number at the following address: IDS Imaging Development Systems GmbH Dimbacher Str. 6-8 D-74182 Obersulm, Germany

4 Standards and directives (only valid for devices with housing) IDS Imaging Development Systems GmbH hereby confirms that this product has been developed, designed and manufactured in compliance with the following European directives · 2014/30/EU: EMC - Electromagnetic compatibility · 2011/65/EU: RoHS - Restriction of the use of certain hazardous substances in electrical and electronic equipment · Regulation (EC) No. 1907/2006 concerning the Registration, Evaluation, Authorization and Restriction of Chemicals (REACH) · The CE declaration of conformity is available on the IDS website. If the product is modified or changed all approval becomes invalid. In this case the customer is responsible for ensuring product conformity. Product type GigE uEye FA Information for CE EMC specifications EN 61000-6-2 EN 61000-6-3* EN 55032 (Class B) Information for USA This equipment has been tested and found to comply with part 15 of the FCC Rules. Class B Information for Canada Renseignements pour le Canada CAN ICES-3 (B)/NMB-3(B) Information for UL To be compliant with the UL safety criteria GigE cameras must be operated with indoor networks only. UL 62368-1 CAN/CSA C22.2 No. 62368-1-14 Further information KC (R-R-img-GIGEFA) ChinaRoHS EFUP 25 * Cameras are intended for use in industrial, residential, commercial and light industrial environments. For customers in the USA For a class B digital device: This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures: · Reorient or relocate the receiving antenna. · Increase the separation between the equipment and Receiver. · Connect the equipment into an outlet on a circuit different from that to which the receiver is connected. · Consult the dealer or an experienced radio/TV technician for help. Name of Responsible Party IDS Imaging Development Systems, Inc. 92 Montvale Ave., Ste 2800 Stoneham, MA 02180 U.S.A. T: +1 781 787 0048

5 GigE uEye FA Housing/board-level +/- Dimensions height x width x length 41 x 53 x 42.7 mm Mechanical specifications Mechanical specifications IP code IP 65 · Protection against penetration of dust: No ingression of dust at a vacuum of 20 mbar in the housing · Protection against water (out of a nozzle) from all directions Test conditions: Using a jet nozzle with an inside diameter of 6.3 mm, a jet of water at a volume flow of 12.5 liters per minute is applied to the housing from all directions at a distance of 2.5-3 m. The testing period is at least 3 min. IP 67 · Protection against penetration of dust: No ingression of dust at a vacuum of 20 mbar in the housing · Protection against ingress of water in case of temporary immersion Test conditions: The housing is dipped completely under water in a dip tank. The submerged depth is 1 m and the testing period is 30 min. Water may not intrude in a quantity which causes harmful effects while the housing is dipped in water under standardized pressure and time conditions. Ambient conditions Ambient conditions Lens mount C-mount, see Optical specifications Mounting holes bottom/top/side/front 3/0/0/0 Thread diameter M5 Status LED Status LED Interface connector M12 connector, screwable Power supply PoE or 12-24 V external I/O connector 8-pin Binder 712, screwable Electrical specifications Electrical specifications Special features Integrated image memory Internal pixel pre-processing Can be supplied via Power-over-Ethernet

5.1 Ambient conditions The temperature values given below refer to the outer device temperature of the camera housing. The temperature inside of the camera housing is generally higher than the outer temperature and may be up to 70 °C (158 °F). Device temperature during operation 0 °C … 55 °C 32 °F … 131 °F Device temperature during storage -20 °C … 60 °C -4 °F … 140 °F Humidity* 20 % … 100 %, relative, non-condensing * Only if GigE uEye FA lens tube and IP65/67 cables are used Non-condensing means that the relative air humidity must be below 100 %. Otherwise, moisture will form on the camera surface. If, for example, air has a relative humidity of 40 % at 35 °C (95 °F), the relative humidity will increase to over 100 % if the air cools down to 19.5 °C (67 °F); condensation begins to form. CAUTION! As the camera housing may get hot depending on the operating conditions there may be risk of burns. Provide sufficient heat dissipation so that the housing temperature does not exceed 55 °C (131 °F). Notes on ambient conditions · Avoid high air humidity levels and rapid temperature changes when using IDS cameras. · Temperatures below +4 °C (39 °F) combined with excessive relative air humidity levels can cause icing. Provide sufficient heat dissipation so that the specified device temperature is not exceeded during operation. In general, the following recommendations apply: · For a passive heat dissipation, mount the camera on a thermally-conductive surface like a metal plate or a heat sink. · If necessary, provide an active cooling for example by means of a fan. With increasing device temperatures, the image quality could be reduced due to thermal noise. It is recommended to mount the camera to a heat-dissipating unit even if the camera is operated below the maximum specified temperature. Vibration and shock resistance Vibration and shock resistance of the cameras were tested as specified in EN 60068-2-6 and EN 60068-2-27. Test parameter EN 60068-2-6 "Environmental testing - Tests: Vibration" · Vibration mode: Sinus · Lower frequency: 30 Hz · Upper frequency: 500 Hz · Acceleration: 10 g · Throughput speed: 1 octave/minute, logarithmic · Number of frequency cycles: 10 per axis Test parameter EN 60068-2-27 "Environmental testing - Tests: Shock" · Shock form: half sine · Pulse duration: 1,9 ms · Peak acceleration: 80 g · Number of shocks per direction: 3 (± X, ±Y, ±Z) · Shock form: half sine · Pulse duration: 6 ms · Peak acceleration: 25 g · Number of shocks per direction: 100 (± X, ±Y, ±Z)

5.2 System requirements For operating the cameras, the following system requirements must be met: Camera GigE uEye FA Interface Gigabit Ethernet-Port (1000 Mbps) CPU Intel i3 or better Memory Min. 2 GB Disk space Min. 500 MB Operating system Windows Windows 10 (32/64-bit) Windows 8.1/8 (32/64-bit) Windows 7 Service Pack 1 (32/64-bit) Operating system Linux Linux > Kernel 2.6 (32/64-bit) Depending on the sensor model, the camera performance may be limited with the minimum system requirements. 5.3 Connecting a GigE uEye FA Check the power supply to the camera. Connect the camera to to a Gigabit Ethernet port on the PC either directly or using switches. Please read the following notes before setting up. Cabling · The data network and the camera network should be cabled separately. Therefore, it is recommend connecting the cameras by a separate network card. · It is recommend to use Cat5e type cables. · The cable length of the individual segments must not exceed 100 m. A segment is a continuous cable connection between two network devices (e.g. PC, camera, switch). · It is recommended to cable the network throughout at 1000 Mbit/s. Network card · To ensure optimum performance of the network connection, you need to install the latest drivers for your network card. · GigE network adapters for PCI slots are limited in its transfer rate to approximately 80-90 MByte/s. · It is recommended to set the "Receive Descriptors" in the network card settings to the maximum value. · It is recommended to set the "Jumbo Frames" (also: Jumbo Packet) in the network card settings to the maximum value. Note that the connection between the camera and the PC must continuously be able to transport jumbo packets to ensure the transmission of the jumbo packets. Information on these settings is provided in the manual supplied with the network adapter.

6 Mechanical specifications The mechanical data for each camera model can be found on our website directly at the respective camera model beneath in the "Downloads" tab. Fig. 1: GigE uEye FA NOTICE! The camera connectors may be damaged if you install or remove the camera with plugged in cables. Therefore, first unplug the GigE and/or I/O cable from the camera. Note on the IP 65/67 standards The GigE uEye FA housing version is IP 65/67 compliant. The following requirements must be met for conformance to the IP 65/67 standards: · Cables must be attached to both connectors during operation. · A lens tube must be connected. Attention: The GigE uEye FA has not been approved for underwater use. Note on the rubber gasket at the tube thread (camera side) Check the rubber gasket for damage before mounting a protective lens tube. If you will be using the camera without a lens tube for a prolonged time, remove the rubber gasket and store it away from light, as UV light and ozone can cause the gasket to become porous. If you need to grease the thread, use only silicone oil or silicone grease.

7 Optical specifications · Immersion depth for lenses · Position accuracy of the sensor 7.1 Immersion depth for lenses Some C-mount lenses reach deep into the camera flange. This may cause the lens to push against the back of the filter glass inside the camera or even make it impossible to screw in the lens. The table below indicates the maximum possible immersion depth. The actual immersion depth of a lens is given in the relevant data sheet. As lens parts with a small diameter are allowed to reach deeper into the camera flange, the immersion depths are specified based on the diameter (named as A, B, and C in the image below). Beside the immersion depth also the back focal length has to be considered, that means the distance between the last lens and the sensor (named "bfl" in the image below). The back focal length can be calculated for C- mount with the following formula: x 17.526 bfl   x stands for the maximum immersion depth (see table below). Fig. 2: Camera front (sectional view) The data given in the table include the following tolerances as a safety clearance: · Immersion depth: 0.2 mm · Diameter: 0.2 mm Type Thread depth (min.) for diameter at lens end [mm] Ø A resulting maximum immersion depth [mm] minimum required back focal length [mm] C-mount 5 mm 24.0 11.0 6.5

7.2 Position accuracy of the sensor The following illustrations show the tolerance margins of the sensor position relative to the outer camera housing. A maximum error in all directions (rotation, translation) cannot occur at the same time. Fig. 3: Position accuracy of the sensor (1) Fig. 4: Position accuracy of the sensor (2) It cannot be guaranteed that the sensor cover glass or filter glass are absolutely parallel to each other. C-mount lenses can also be subject to inaccuracies of the flange back distance. The tolerance usually is ±0.05 mm. In some cases, however, the inaccuracies of camera and lens might add up, resulting in a total error > 0.05 mm. Position accuracy, in each direction ±0.3 mm Horizontal/vertical rotation (α) ±1.0° Translational rotation (β) ±1.0° Flange back distance ±0.05 mm

8 Electrical specifications · Pin assignment M12 Ethernet connector · Pin assignment I/O connector · Digital input wiring · Digital output wiring · General Purpose I/O wiring Exception: PoE may be considered a Network Environment 0 per IEC TR 62101, and thus the interconnected ITE circuits may be considered SELV, if: 1. the function of the ITE being investigated to IEC 60950-1 is considered not likely to require connection to an Ethernet network with outside plant routing, including campus environment; and 2. the installation instructions clearly state that the ITE is to be connected only to PoE networks without routing to the outside plant. 8.1 Pin assignment M12 Ethernet connector 8-pin M12 socket (M12 connector: MMT361A315) Pin Description Designation 1000BASE-T Designation 100BASE-TX Fig. 5: Ethernet connector, camera rear view 1 MDX0+ BI_DA+ TX+ 2 MDX0- BI_DA- TX- 3 MDX1+ BI_DB+ RX+ 4 MDX1- BI_DB- RX- 5 MDX3+ BI_DD+ 6 MDX3- BI_DD- 7 MDX2- BI-DC- 8 MDX2+ BI_DC+ The M12 connector of the GigE uEye FA complies with the IEC/PAS 61076-2-109 standard. 8.2 Pin assignment I/O connector 8-pin Binder connector (Binder series 712: 09-0427-020-08) Pin Description Fig. 6: I/O connector male, camera rear view 1 Trigger input with optocoupler (+) 2 Input power supply (VCC) 12-24 V DC 3 General purpose I/O (GPIO) 1, 3.1 V 4 Ground (GND) 5 Flash output with optocoupler (+) 6 Flash output with optocoupler (-) 7 Trigger input with optocoupler (-) 8 General purpose I/O (GPIO) 2, 3.1 V You can check the color assignment of the cable on the Website directly at the specific accessory item. The maximum length of the I/O cable is 30 m. The cable must be shielded.

Power supply Voltage Tolerance Residual ripple 12-24 V +/- 10 % max. 120 mVpp IDS Imaging Development Systems GmbH recommends to adjust the power supply to the power requirement of the camera to limit overheating in case of short circuit. To ensure electrical safety, the power supply must meet the requirements for SELV (safety extra low voltage)/LPS (limited power source) or ES1/PS2. Avis pour le Canada: IDS Imaging Development Systems GmbH recommande d'adapter l'alimentation électrique aux besoins de la caméra afin de limiter la surchauffe en cas de court-circuit. Pour garantir la sécurité électrique, l'alimentation doit être conforme aux exigences de sécurité SELV (très basse tension de sécurité)/LPS (source à puissance limitée) ou ES1/PS2. Information on the power consumption of individual camera models can be found in the model data sheet. NOTICE! The camera can be supplied with voltage both from an external source and via Power-over-Ethernet (PoE). The camera should not be supplied through both voltage sources at once as this can irreparably damage the camera. Keep in mind that a voltage drop will occur when you use long cables for power supply to the camera. Choose the size of the cable in such a way that the supply voltage available at the input of the camera is at least 12 V. To supply the GigE uEye FA camera with power using PoE or PoE+, you can use PoE injectors or switches that are compatible with IEEE standard 802.3af or IEEE standard 802.at. The cameras register to the PoE class 2 (3.84-6.49 W). Depending on the operating mode, a camera can also consume less than 3.84 W. 8.3 Digital input wiring Symbol Min. Typ. Max. Unit Input high range VIH 5 24 V Input low range VIL 0 0 1 V Input leakage current II µA Trigger pulse width (edge) 10 µs Trigger edge steepness 35 V/ms For interpreting the trigger signal, either the rising or the falling edge can be used. The digital input is galvanically isolated using an optocoupler to protect the camera and the PC against surges. Only DC voltages may be applied to the digital input.

Digital input wiring Fig. 7: Wiring of the trigger connector 8.4 Digitaloutput wiring Symbol Min. Typ. Max. Unit Recommended supply voltage VCC 30 V Collector-emitter saturation voltage VCE(SAT) 0.03 0.15 V Collector-emitter breakdown voltage V(BR)CE 100 V Collector current continuous IC 150 mA The digital output is galvanically isolated using an optocoupler to protect the camera and the PC against surges. Only DC voltages may be applied to the digital output. The output of the optocoupler can be used as an open collector or open emitter output. This means that the output signal can be connected to ground or to the supply voltage. The output signal is active if the collector- emitter switch is closed. Digital output wiring The following figures show examples of how the digital output is wired.

Fig. 8: Wiring of the digital output as an open collector output Fig. 9: Wiring of the digital output as an open emitter output

8.5 General Purpose I/O wiring The two programmable GPIOs (general purpose I/O) can be used as inputs or outputs. This selection is made by software using the corresponding functions. Please observe the following criteria: Symbol Min. Typ. Max. Unit IO voltage range VCCIO 0 - 3.3 V Input high range VIH 1.7 - 3.3 V Input low range VIL -0.3 - 0.8 V Input leakage current II - - - µA Output high range VOH - - 3.15 V Output low range VOL - - 0.2 V Output current high IOH - - 8 mA Output current low IOL - - 8 mA NOTICE! The General Purpose I/Os are not potential-free and have no protective circuit. Faulty wiring (overvoltage, undervoltage) can result in a damage in the electronics. GPIO wiring as input Fig. 10: GPIO wiring as input

GPIO wiring as output Fig. 11: GPIO wiring as output (1) Fig. 12: GPIO wiring as output (2)

9 Status LED Fig. 13: Status LEDs The camera has two LEDs that indicate information of the current status. · LED 1: camera status (two-color) · LED 2: Network status (two-color) LED 1 Camera is off/no power Camera is booting Camera is ready Camera is open No firmware loaded LED 2 No network connection Network connection OK Network connection OK + data transfer Continuous data transfer Network error

10 Filter glasses · Filter types · Cleaning the filter glasses 10.1 Filter types Every camera has a filter glass in the front flange to prevent the entry of dust particles. Color cameras by default use an IR cut filter, which is required to ensure correct color rendering. The default filter glass in monochrome cameras has no filter effect. Every camera model is available with different filter variants such as daylight cut filters (type DL). The filter type is given at the end of the model name. The following table shows an overview of the different optical filters used in IDS cameras: Filter type Name Refractive index (nFilter) Glass type Thickness (f) Cut-on wavelength Cut-off wavelength Non- reflective IR cut filter HQ 1.53 D263 1 mm - 650 ±10 nm On one side Glass GL 1.53 D263T 1 mm 330 nm - On both sides Daylight cut filter DL 1.53 RG695 1 mm 695 nm - - You can tell the filter type from the outside by its coloration: · Reddish glass: HQ filter · Plain glass: GL filter · Opaque glass: DL filter All sensors have a D263 type cover glass. This glass is opaque to wavelengths below 330 nm. Infrared cut filter (type HQ) Fig. 14: HQ filter

Plain glass filter (typ GL) Fig. 15: Glass filter Daylight cut filter (type DL) Fig. 16: DL cut filter 10.2 Cleaning the filter glasses When handling the camera with its lens removed, the filter glass can get soiled from the outside. This might be visible in the images that are captured. The filter glass should therefore be cleaned in that case. It is strongly recommended to return the cameras to IDS Imaging Development Systems GmbH for professional cleaning. IDS Imaging Development Systems GmbH is not liable for any damage resulting from cleaning the filter glasses. This even applies if the following instructions have been observed. Instructions for cleaning filter glasses · The filter glasses may only be cleaned from the outside. If you remove the glasses, the sensor might get soiled.IDS Imaging Development Systems GmbH is not liable for any damage to the sensor resulting from removal of the filter glasses. · First, remove dirt particles on the glass using compressed air. Do not use compressed air from compressors or spray cans since it often contains oil droplets or droplets of other liquids. For best results,

use purified nitrogen from nitrogen bottles. · Only use lint-free wipes or cotton-free swabs for cleaning. Never touch the filter glasses with your bare fingers because often, fingerprints cannot be removed completely afterwards. · We recommend to use pure alcohol for cleaning. 100% isopropyl alcohol evaporates without leaving any residues. Only add small quantities of alcohol to the wipe. Never pour alcohol directly onto the camera. NOTICE! Never use cleaning agents containing acetone for cleaning the filter glasses! Acetone may damage the filter glass coating and may deteriorate the optical quality of the glasses. Cameras with fixed filter glass Use a wipe to wipe off dirt particles in a single sweep beyond the edge of the filter glass. Fig. 17: Cleaning fixed filter glasses Cameras with replaceable filter glass Use a wipe to wipe off dirt particles in a circular sweep. Fig. 18: Cleaning interchangeable filter glasses

- A - Ambient conditions 9 - C - Contact 3 - D - Daylight cut filter 21 Dimensions 11 - E - EC directive 7 EMC immunity 7 ESD 5 - F - FCC rules 7 Filter glass 21 clean 22 type 21 Flash 16 - G - GigE connector 14 GPIO 18 - H - Housing version 11 - I - I/O connector 14 Immersion depth lens 12 Immunity 7 Infrared cut filter 21 Input digital 15 - L - Linux 10 - M - M12 14 - N - Network cable 10 card 10 Network adapter 10 - O - Operating system Linux 10 Windows 10 Output digital 16 - P - Pin assignment 14 Plain glass filter 21 - S - Safety 5 Sensor position accuracy 13 Specification camera 8 electrical 14 optical 12 Status LED 20 System requirements 10 - T - Trigger 15 - U - Use intended 5 - W - Windows 10