World Class Engineered Cable Blog

How To Specify Offshore Oil Rig Cables To Eliminate Electrical System Failure

Posted by Altin Dabulla on Sep 9, 2016 12:18:17 PM
Do you want to risk specifying less expensive electrical cables on your offshore oil rig that could cause a multi-million dollar electrical system failure?

The oil and gas industry has documented that by not specifying the highest performing cable at relatively modest additional cost has led to systems and operator downtime sometimes as expensive as $500,000 to $600,000 per day per incident.

Cables specified for electrical and fire safety systems need to operate in extreme environments for cold, high heat, wet, chemical exposure (minerals and esters), sunlight, and longer and hotter operating times.

Thermoset materials are better than thermoplastic types when exposed to extreme temperature and drilling muds with harsh chemicals and oils.   However, not all thermoset materials perform the same. Some materials have trade-offs such as low resistance to thermal cycling or failure in arctic temperatures down to -70C.

When specifying cables for offshore marine oil rig electrical systems don’t risk fire safety and electrical failures. Exane ® MR, manufactured by RSCC Wire & Cable, East Granby, Connecticut, has a historical industry position of meeting and exceeding standards required by IEC 61892-4 and NEK 606.

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Topics: Exane Oil & Gas, Offshore Oil Rig Cables, Eliminate Electrical System Failure

What Are The Best UL-2196 Cable Solutions?

Posted by R-SCC on Dec 29, 2015 1:30:00 PM

In June 2012 UL learned of compatibility issues when Classified Fire-Resistive Cables were installed in systems where zinc was used as in interior coating in rigid steel conduits. At the high temperatures the zinc coating inside the conduit system vaporizes and interacts with the copper conductor creating a brass alloy. Brass melts at a lower temperature, which compromises the integrity of the electrical system causing premature failure. The UL-2196 test is designed to evaluate the performance of electrical circuit protective systems in severe fire events—specifically, when exposed to fire for 2 hours followed by the mechanical shock of a fire hose stream.

UL-2196 Cable Performance Testing Impacts The Following Projects:

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Topics: VITALink

Fire Rated Vs. Flame Retardant Cables

Posted by R-SCC on Dec 22, 2015 12:30:00 PM

There are differences between cables that are flame retardant and those that are fire rated. Flame retardant cables can resist the spread of fire but fire rated cables maintain circuit integrity and continue to work in the presence of fire. This article below will describe the differences between flame retardant and fire rated cables.

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Topics: VITALink

Cost Effective Solutions For Fire Rated Cables

Posted by R-SCC on Nov 11, 2015 12:41:00 PM

It’s important to have fire rated cables that meet UL 2196 and the requirements of the code as well as know which type of cable will work best as well as save you money. Two common types of cables to compare are metal clad (MC) and mineral insulated (MI). Each meets the requirements of the code, but are different when compared to labor costs. Time is money and you can be spending a lot of money for someone to appropriately install a cable. Know what the cost effective solution is between MC and MI cables.

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Topics: VITALink Fire Safety

What Are My Options For Fire Rated Cables?

Posted by R-SCC on Nov 5, 2015 1:30:00 PM

What do stadiums, road way tunnels, subways, high-rise buildings, and other essential structures have in common? Their construction requires fire-resistant wiring. Of course, there are codes and standards which require this, but it’s also common sense.

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Topics: VITALink Fire Safety

RSCC Leads Oil & Gas Industry With Ruggedized EXANE CAT 6 F/UTP Cable For Offshore Rig Applications

Posted by Michael Brennan on Oct 15, 2015 9:50:49 AM

RSCC Wire & Cable-EXANE Oil & Gas Segment, unveils its latest Ethernet cable, representative to a family of ruggedized, harsh environment DATACOMM cables.  The flexible and ruggedized CAT 6 F/UTP TCB cable, features stranded 23 AWG conductors, an overall foil shield, and tinned-copper marine braid armor between the inner and outer sheaths.  The dual purpose marine braid armor serves as mechanical protection for compliance with the hazardous area installation requirements of IEEE Std.45 and API RP-14F, as well as provide an additional layer of EMI protection to the paired core.

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Devil Is In The Details For Fire Rated Cables

Posted by Michael Brennan on Oct 15, 2015 9:45:28 AM
On Tuesday 7/28/2015 I did a presentation to the IAEI chapter meeting in Las Vegas NV, the attendees included local inspectors, contractors, engineers and a UL representative.   We discussed the UL 2196 testing program for “Electrical Circuit Integrity Systems”, since the suspension occurred in Sept of 2012, UL has been testing to an “Interim Program”  which is far more stringent that the previous requirements.   Overall, this new program has improved the confidence level in the safety of the systems, and now there are important details in each manufacturer’s fire rated cable listing that are requirements for an appropriate installation - See more at: http://r-scc.com/blog?article=5#sthash.4YDXh2mg.dpuf

On Tuesday 7/28/2015 I did a presentation to the IAEI chapter meeting in Las Vegas NV, the attendees included local inspectors, contractors, engineers and a UL representative.   We discussed the UL 2196 testing program for “Electrical Circuit Integrity Systems”, since the suspension occurred in Sept of 2012, UL has been testing to an “Interim Program”  which is far more stringent that the previous requirements.   Overall, this new program has improved the confidence level in the safety of the systems, and now there are important details in each manufacturer’s fire rated cable listing that are requirements for an appropriate installation

Read More

Topics: VITALink Fire Safety