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MetCam Technical Manual

 

Document P/N A1604870010 

 

 

Industry standard 4-20 mA warning and alarm output 

 

Standard GigE long distance interface with control room 

 

Optional Wi-Fi interface 

 

MetCam is an ONVIF "S" compatible server 

 

Automatic incidence recording to internal memory 

 

Withstands harsh environments, IP66 compliant 

 

Self-calibrated, low cost of ownership. 

 

Approved for hazardous areas / explosive atmospheres, Zone 1 and or Class I, Div.1 

 

Emissions monitoring 

 

Provides situational awareness video stream 

 

 

3.3

Intended Use 

The herein considered instruments MetCam models A160100xxx0 are an explosion-proof gas imager for stationary, 
continuous monitoring of Methane in a suitable atmosphere.  
The gas imager converts the signal measured by the built-in detector components to a stepped 4 to 20 mA analogue 
signal output. 
The gas detector is designed to operate as a stand-alone unit directly connected to a control unit.  

 

3.4

Limitations on Use 

MetCam does not comply with gas measurement performance standards (e.g. IEC 60079-29-1 or IEC 60079-29-4) and 
should only be considered as a supplementary detection device for total risk reduction.  

The limitations of this technology must be assessed with respect to their ability or inability to determine the concentration 
of gas. Therefore, the hazard potential should be clearly understood in a safety system. 

MetCam operation depends on the external environmental conditions and, as such, could experience occasional down-
time. Down-time periods are reported by MetCam on the video stream and on the 4-20 mA output. 

CI Systems produces MetCam as a safety device strictly for professional use.  
As such, it is the responsibility of the user to: 

 

Abide by local laws and regulations pertaining to the use of MetCam (including, without limitation, relating to the 
installation and positioning of cameras, treatment of recordings and protection of privacy). 
CI Systems does not take any responsibility for the way in which the video produced by MetCam is used or 
consequences of the use of the said video. 

 

Use sufficient IT protection to prevent unlawful and/or unauthorized access to MetCam data and interface. 

 

Upgrade MetCam software, when upgrades are made available, to maintain the highest possible performance. 

 

3.5

Approvals/Certification/Type Marking 

A MetCam nameplate example, including full certification details: 

 

 

 

Summary of Contents for MetCam A160100 0 Series

Page 1: ...MetCam Technical Manual Document P N A1604870010 1 MetCam Models A160100xxx0 Instructions for Use Manual Rev B Feb 2020...

Page 2: ...Type Marking 6 4 Use 7 4 1 Installation Prerequisites 7 4 1 1 Electrical Installation Prerequisites 7 4 2 Installation 8 4 2 1 Handling 8 4 2 2 Installing the Tilt Mount 9 4 2 3 Connecting MetCam to t...

Page 3: ...ocument P N A1604870010 3 5 Troubleshooting 14 6 Maintenance 14 6 1 Optical Cleaning Instructions 14 6 2 Exterior Cleaning Instructions 14 6 3 Periodic Procedures 15 7 Disposal 15 8 Technical Data 15...

Page 4: ...ational rules and regulations associated with this product Only trained and competent personnel who are familiar with local codes and practice are permitted to inspect repair and service the product a...

Page 5: ...d The threaded back plate shall be tightened all the way to the stopping shoulder and secured against self loosening by tightening the set screw using hex 0 050 Lens guards must always be applied and...

Page 6: ...as a supplementary detection device for total risk reduction The limitations of this technology must be assessed with respect to their ability or inability to determine the concentration of gas There...

Page 7: ...here is a significant likelihood of equipment personnel or moving objects accidentally knocking MetCam out of alignment should be avoided If such locations cannot be avoided measures including improve...

Page 8: ...and wire MetCam see Section 4 3 1 MetCam power up see Section 4 4 4 2 1 Handling Warranty void if opening MetCam enclosure other than the back cover used for accessing the electrical connections to th...

Page 9: ...mount is not symmetrical make sure to install it in the correct orientation Note that the tilt mount does not include a pan degree of freedom so it is important to align it to the monitored area when...

Page 10: ...eld optional item should be mounted after connecting MetCam to the tilt mount It does not interfere with wiring or with aiming MetCam 4 2 5 Installing the Wi Fi Antenna MetCam can be ordered with an o...

Page 11: ...the back of MetCam needs to be opened for accessing the terminal block and then needs to be closed properly so that the unit will retain its explosion flame proof certification The arrow in the pictur...

Page 12: ...vailable for connecting the cable shield on the cable gland entrance collar Terminal Block Pin Assignment Pin Marking on Terminal Block Description 1 Voltage input Max 32 V 2 Voltage input 3 4 20 mA H...

Page 13: ...cation of the Indicator LED the green arrow is pointing to it 4 5 4 20 mA Signaling and LED Status MetCam uses a stepped output and needs to be installed as a 4 wire transmitter The signaling range is...

Page 14: ...reflector periodically The frequency of cleaning operations depends upon the local environmental conditions and specific applications It is recommended to visually inspect and clean if deemed necessa...

Page 15: ...t be disposed of as household waste You can return this product to CI Systems free of charge For information please contact the national marketing organizations or CI Systems 8 Technical Data Mechanic...

Page 16: ...temperature range w o wifi A1601001340 Extended temperature range wifi M25 Gland Entrance MetCam Models P N Description A1601000200 Standard temperature range w o wifi A1601000240 Standard temperature...

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