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O3R222 O3R225 O3R252

2D/3D camera head

8

4.1 Heat management

ATTENTION

The device can heat up depending on the operating mode, the set parameters and the heat
dissipation to the environment.

The difference between the device’s surface temperature and the ambient temperature
must not exceed 25 degrees (according to IEC61010-2-201).

u

Reduce the surface temperature.

u

Adjust the operating mode and the parameters.

The device develops a thermal power loss of up to 8 W, depending on the exposure time and frame
rate set (

Ò

 Technical data).

u

Design a mounting fixture that can dissipate the thermal power loss.

w

The mounting fixture must meet the following properties:
- thermal connection with a thermal resistance < 2.5 K/W,
- cooling surface of > 10x10 cm,
- good heat-conducting material, for example aluminium.

u

Ensure sufficient 

convection

 on the device and mounting fixtures.

w

Obstructions around the device and a high installation density may have a negative impact on
convection.

u

Reduce the exposure time or frame rate.

w

The surface temperature decreases if the parameters are reduced.

Summary of Contents for O3R222

Page 1: ...Operating instructions 2D 3D camera head O3R222 O3R225 O3R252 11517817 00 05 2023 GB...

Page 2: ...information 3 2 Safety instructions 4 2 1 Safety symbols on the unit 4 2 2 Laser safety 4 2 3 Cyber security 5 3 Intended use 6 3 1 Application area 6 4 Installation 7 4 1 Heat management 8 5 Electric...

Page 3: ...s are graded as follows WARNING Warning of serious personal injury w If the warning is not observed fatal and serious injuries are possible CAUTION Warning of minor to moderate personal injury w If th...

Page 4: ...r the technical data are not adhered to personal injury and or damage to property may occur The manufacturer assumes no liability or warranty for any consequences caused by tampering with the product...

Page 5: ...may only be opened by the manufacturer u If the device is damaged stop using it and disconnect it from the power supply 2 3 Cyber security ATTENTION Unprotected network environment The device does not...

Page 6: ...ght of the TOF camera is not visible to the RGB camera The image processing system OVPxxx is additionally required to use the unit 3 1 Application area The device safety is rated for use under the fol...

Page 7: ...ts some of the light This means that measurement errors are possible u Install the device on heat conductive metal parts or fixtures u Avoid installation in heavily polluted environments u Consider th...

Page 8: ...mal power loss of up to 8 W depending on the exposure time and frame rate set Technical data u Design a mounting fixture that can dissipate the thermal power loss w The mounting fixture must meet the...

Page 9: ...perating voltage of 24 V by an overcurrent protection device The overcurrent protection device must switch off a current of 8 3 A in maximum 120 s Observe the specific tripping characteristic Possible...

Page 10: ...O3R222 O3R225 O3R252 2D 3D camera head 10 5 1 Wiring 1 2 Fig 2 Wiring 1 TOF camera coaxial connection 2 RGB camera coaxial connection...

Page 11: ...ra head O3R222 O3R225 O3R252 11 6 Scale drawings 6 1 O3R222 O3R252 45 90 29 1 2 3 18 7 7 7 15 15 4 31 128 60 60 26 4 5 4 5 8 0 41 7 41 7 12 2 M3 Fig 3 Scale drawing 1 RGB camera 2 TOF camera 3 Illumin...

Page 12: ...O3R222 O3R225 O3R252 2D 3D camera head 12 6 2 O3R225 45 90 29 1 2 3 18 7 7 7 15 15 4 31 110 128 105 26 9 0 7 8 8 0 41 7 41 7 12 2 M3 Fig 4 Scale drawing 1 RGB camera 2 TOF camera 3 Illumination unit...

Page 13: ...which can be maintained by the user The device must only be repaired by the manufacturer u Use glass cleaner for cleaning Cleaning agents containing solvents and silicone may damage the device u Only...

Page 14: ...standards For approvals and standards the following information is available Test standards and regulations documentation ifm com EU declaration of conformity and approvals documentation ifm com Note...

Page 15: ...2D 3D camera head O3R222 O3R225 O3R252 15 Glossary Convection Convection is the air movement around the unit Sufficient air movement is necessary to prevent the unit from overheating...

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