Baumer VCXG.I r IP65/67 HA Operating Manual

Camera housing sets

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Operating Manual

Camera Housing Sets

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Page 1 Operating Manual Camera Housing Sets EN-US...
Page 2: Table Of Contents
1. General Information ....................3 2. General Safety Instructions ..................5 3. Housing Set Models ....................6 3.1 Housing Base Set A VCXG.I r IP65/67 HA .............. 6 3.1.1 Environmental Requirements ................9 3.1.2 Tube assembly ....................9 3.2 Housing Base Set B V4A VCXG.I r IP69K .............11 3.2.1 Environmental Requirements .................
Page 3: General Information
1. General Information Thanks for purchasing a product of the Baumer family. This user´s guide explains how to install cameras in a enclosure to protect your vision system and achieve IP 69 K protec- tion. Read this manual carefully and observe the notes and safety instructions! Support In case of any questions please contact our Technical &...
Page 4 Warranty Notes If it is obvious that the device is / was reworked or repaired by other than Baumer techni- cians, Baumer Optronic will not take any responsibility for the subsequent performance...
Page 5: General Safety Instructions
Protection Caution Inappropriate handling of the enclosure or any parts thereof may lead to a leaky enclosure and may cause damage to the enclosed camera. Baumer can take no liability for damages caused by improper handling. Caution The enclosures have been designed for a typical machine vision applica- tion where the camera set-up is done once in order to build an application.
Page 6: Housing Set Models
3. Housing Set Models 3.1 Housing Base Set A VCXG.I r IP65/67 HA ▪ Hard anodized cylindric housing corpus for VCXG.I (.XT) cameras for modular hous- ing to meet Parma and Food & Beverage applications requirements ▪ optional tube extension with Tube Module 6 mm (11185376), Tube Module 12 mm (11185375) or Tube Module 36 mm (11198906).
Page 7 Dimensions 2 - M4/ 6 61,5 Tube Moduls For the installation of longer lenses, Tube Moduls with different lengths are available. O-Ring Art. No.: 11185376 O-Ring Art. No.: 11185375 O-Ring Art. No.: 11198906 V1.2 | 14/03/2022 | 11700928...
Page 8 Tube 54,5 Cover Glass: PMMA ( Art. No.: 11185374) Cover Glass: Glass ( Art. No.: 11701125) Sealing material No. Material EPDM cellular rubber EPDM V1.2 | 14/03/2022 | 11700928...
Page 9: Environmental Requirements
Assembly the seal in the housing Pull off the backing film from the seal. Glue the seal in the housing as shown. 3.1.1 Environmental Requirements Operating temperature -40 °C (-40 °F) ... 70 °C (158 °F) Humidity 10 % ... 90 % non condensing 3.1.2 Tube assembly Optional Tool Housing Mounting Tool...
Page 10 After positioning the camera, mount the Tube M62. Check the sealing surfaces for pos- sible damages and scratches. Feed the mounting tool over the en- closure lid at the round hole end. Slide the tool over the lid in a way that the it sits between the jaws of the tool.
Page 11: Housing Base Set B V4A Vcxg.i R Ip69K
3.2 Housing Base Set B V4A VCXG.I r IP69K ▪ For lenses up to 55 mm diameter (52 mm front lid) and VCXG.I (.XT) cameras ▪ Stainless steel 1.4404 ▪ Compact size ▪ Robust construction ▪ Vibration-proof mounting ▪ IP 69K rating ▪...
Page 12 Dimensions Ø 40 Mounting and cable exit Assembly on a machine with cable routing through handle. Food zone (IP 69K) Non-food zone (IP 68) V1.2 | 14/03/2022 | 11700928...
Page 13: Environmental Requirements
Sealing material No. Material EPDM O-Ring EPDM O-Ring EPDM O-Ring 3.2.1 Environmental Requirements Operating -15 °C (-5 °F) ... 70 °C (158 °F) temperature Humidity 10 % ... 90 % non condensing Ambient temperature above 50 °C (122 °F) requires heat dissipation measures. Notice The housing improves the temperature management for the camera in use, the environ- mental temperature may be 5 K higher than in applications without housing.
Page 14: Clamp Elements Assembly
3.2.2 Clamp elements assembly The mounting with clamp elements ensures flexible camera positioning and good heat dissipation. Follow these steps for a vibration proof camera positioning. Remove the blue cover foil from the double sided adhesive heat conductive tape. Place the clamp element with the adhesive tape on the top side of the camera.
Page 15 Place the quick-lock element loose onto the opposite side of the camera body. No adhesive tape is required here, as the clamp element block already determines the camera orientation. The dot mark on the two eccen- tric screws should face the cam- era, prior to insertion of this as- sembly into the enclosure profile (otherwise the camera assembly...
Page 16 In order to secure the camera assembly in position, turn the ec- centric screw at the front clock- wise or anti-clock-wise! The clamp elements are fully ex- tended, if the dot mark points to the enclosure wall. However, depending on the cam- era tolerances, it might not be re- quired to fully extend the clamp elements –...
Page 17: Cable Gland
3.2.3 Cable gland Notice The cable gland maintains the high IP68 rating if done carefully! Position the holes evenly across the seal insert with at least 2 mm distance to the rim of the cable gland and 3 mm distance be- at least at least at least...
Page 18 Feed the cables through the nut and the cable gland. After cable and camera position- ing insert the cables from the side into the seal insert. These special pliers are helpful – alternatively use a screwdriver to open up the cut in the cable gland seal.
Page 19: Rear Wall Assembly
3.2.4 Rear wall assembly The rear wall preparation is done ex works from Baumer. However – please note these steps in case the rear wall has been dismantled. Housing Base Set B with bayonet rear wall Place the rear wall on the back of the housing.
Page 20 Turn the rear wall clockwise one eighth turn (45°) until it stops. Notice If no stop is noticeable, then you must tighten the screws a little. Tighten the screws crosswise only so far that the light blue cov- er seal is flush with the surface of the housing.
Page 21 After assembly, the internal view should look like this. V1.2 | 14/03/2022 | 11700928...
Page 22: Tube Assembly
3.2.5 Tube assembly Optional Tool Housing Mounting Tool (Art. No.K11208719) After positioning the camera, mount the Tube M60. Check the sealing surfaces for pos- sible damages and scratches. Feed the mounting tool over the en- closure lid at the round hole end. Slide the tool over the lid in a way that the it sits between the jaws of the tool.
Page 23: Approved Cables
3.2.6 Approved cables Article Designation Smallest Suitability @ number bending lObj ≤ 50mm radius, fixed installation VCXG.I(.XT) 11185139 Cable GigE M12X/RJ45, 2.0m, STP, flex 35.34mm 11195760 Cable GigE M12X/RJ45, 5.0m, STP, flex 11195761 Cable GigE M12X/RJ45, 10.0m, STP, flex 11195762 Cable GigE M12X/RJ45, 15.0m, STP, flex 11196995 Cable GigE M12X/RJ45, 20.0m, STP, flex 11185190 Cable GigE M12X/RJ45, 30.0m, STP, flex 11201118 ESG 34JP0200GS...
Page 24: Housing Base Set C V4A Vcxg.i R Ip65/67
3.3 Housing Base Set C V4A VCXG.I r IP65/67 ▪ For VCXG.I (.XT) cameras ▪ Stainless steel 1.4404 ▪ Compact size ▪ Robust construction ▪ Vibration-proof mounting ▪ IP 65/67 rating ▪ Design according to EHEDG guidelines: Hygienic design with 3 mm radii (washdown design) and hygienic surface (roughness <...
Page 25 Dimensions DIN 32676:2009-05 (Tri-Clamp), DN50, ø64 ISO 2852 (Tri-Clamp), DN51, ø64 Ø 47,2 M4 x 8/12 Tube Moduls For the installation of longer lenses, Tube Moduls with different lengths are available. O-Ring Art. No.: 11704016 O-Ring Art. No.: 11704015 O-Ring Art.
Page 26 Tube 54,5 Cover Glass: PMMA ( Art. No.: 11704017) Cover Glass: Glass ( Art. No.: 11704018) Sealing material No. Material EPDM V1.2 | 14/03/2022 | 11700928...
Page 27 (not available from Baumer) ZPX3-7262 EPDM (Art. No.: 10306266) ZPX4-610 (Art. No.: 11109162) Assembly with clamp DIN 32676:2009-05 (Tri-Clamp), DN50, ø64 ISO 2852 (Tri-Clamp), DN51, ø64 Tri-Clamp Weld-in flange and pipe not available from Baumer. V1.2 | 14/03/2022 | 11700928...
Page 28: Environmental Requirements
Example of assembly using screws standard ambient conditions area with agressive media 3.3.1 Environmental Requirements Storage temperature -15 °C (-5 °F) ... +70 °C (+158 °F) Operating temperature -15 °C (-5 °F) ... 70 °C (158 °F) Humidity 10 % ... 90 % non condensing V1.2 | 14/03/2022 | 11700928...
Page 29: Tube Assembly
3.3.2 Tube assembly Optional Tool Housing Mounting Tool (Art. No.: 11208719) After positioning the camera, mount the Tube M60. Check the sealing surfaces for pos- sible damages and scratches. Feed the mounting tool over the en- closure lid at the round hole end. Slide the tool over the lid in a way that the it sits between the jaws of the tool.
Page 30: Ip Rating And Chemical Resistance
4. IP rating and chemical resistance Caution As a large number of chemical substances are used, we ask for your under- standing that we can not test them all. The chemical substances must be tested on an discreet area of the device under application conditions to evaluate if they are suitable.
Page 31: Chemical Resistance Of Sealing Materials
4.2 Chemical resistance of sealing materials 4.2.1 EPDM, TPE This table hase been compiled from several sources, the classification may therefore vary and is a general guideline only! 1 = very good chemical resistance; 2 = good resistance; 3 - 4 = limited resistance; 5 - 6 not resistant EPDM temperature (min.;...
Page 32: Flouroprene ® Xp
4.2.2 Flouroprene ® The resistance of Flouroprene XP to various chemicals is shown in the following figure. ® nictric acid (8 %, +80 °C) steam phosphoric acid (+140 °C) (4 %, +70 °C) caustic soda grease (5 %, +80 °C) (<40 %, RT) Flouroprene ®...
Page 33: Acrylic Glass
4.2.3 Acrylic glass Explanation of the characters and abbreviations of the following result lists: Conc = concentration of the test chemical in max. possible chemical purity or aqueous solution = material, i.e. type of semi-finished product from which the test specimens were made = PLEXIGLAS ®...
Page 34: Organic Solvents, Fuels
4.2.3.2 Organic solvents, fuels Chemical Conc assessment short term check butyl acetate (acetic acid butyl ester) strong swollen, no change solved vinegar ester (ethyl acetate) strong swollen, no change solved pentyl acetate (amylacetat) swollen, solved no change acetone strong swollen, no change solved cyclohexanone...
Page 35 carbon tetrachloride swollen, slightly no change solved diesel fuel (DIN 51601) no change no change FAM test fuel (DIN 51604 A) strong swollen, no change sticky FAM test fuel (DIN 51604 B) swollen, solved slightly dull FAM test fuel (DIN 51604 C) swollen, solved no change Fuel no.
Page 36: Acids (Organic And Inorganic)
4.2.3.3 Acids (organic and inorganic) Chemical Conc assessment short term check citric acid no change no change no change no change formic acid no change no change acetic acid samples dis- 100% no change solved no change no change hydrofluoric acid swollen, slightly swollen soft, white...
Page 37: Leach
4.2.3.4 Leach Chemical Conc assessment short term check Ammonia solution no change no change no change no change Caustic soda no change no change no change no change no change no change V1.2 | 14/03/2022 | 11700928...
Page 38: Salts, Inorganic And Organic (Saturated Solutions)
4.2.3.5 Salts, inorganic and organic (saturated solutions) Chemical Conc assessment short term check aluminium chloride no change no change iron(II) sulphate no change no change iron(III) chloride slightly brown no change potassium aluminium sulphate (alum) no change no change potassium carbonate no change no change potassium chloride...
Page 39 no change no change sodium nitrate no change no change sodium sulphate (Glauber's salt) no change no change sodium chlorate no change no change sodium thiosulfate no change no change zinc chloride no change no change zinc sulphate no change no change urea no change...
Page 40: Inorganic Compounds
4.2.3.6 Inorganic compounds Chemical Conc assessment short term check hydrazine no change no change hydrogen peroxide (hydrogen superoxide, perhydrol) no change no change no change no change sodium hypochloride no change no change water, fully desalinated no change no change 4.2.3.7 Organic compounds Chemical Conc...
Page 41: Cleaning
5. Cleaning 5.1 Cleaning and care of acrylic glass (Tube M60 / M62) Acrylic glass must not come into contact with organic solvents such as diluents, alcohols, fuels, etc. Also normal window cleaners usually contain alcohol. Dilution fumes in workshops are also harmful. These substances react with acrylic glass and cause the material to become brittle and build up internal stresses.
Page 42 www.baumer.com/worldwide...

This manual is also suitable for:

V4a vcxg.i r ip69k V4a vcxg.i r ip65/67