networking equipment, so your maintenance provider can quickly diagnose
problems.
2.Maintain an up-to-date cable diagram and label all cables, wall jacks, etc.,
so that problems can be quickly isolated and cables can be quickly identified
and reconnected should they ever be disconnected.
3.Have WAN circuit info documented and readily available(i.e.circuit-
id,vendor,contact,phone numbers) for sales and trouble calls.
4.Mount equipment so it is easily accessible, front and rear.
5.Have good power. Have your electrician put in ample outlets on a dedicated circuit.
Consider a UPS or surge suppressor. Always provision additional power outlets for
test equipment and for ease of expansion.
6.Don't skimp on cables. Ensure that the cables and connectors you utilize
meet the specifications for the application they are being used in. Never use a
cable that does not meet the specification, even if it works in the short run. In
the long run , you may very well have all kinds of problems. You may save money in
the short run, but lose a lot of time later trying to isolate a intermittent cable
fault.
7.Take anti-static precautions. If the floor in your comm. area is carpeted, install
an anti-static mat.
8.Have a telephone within easy reach of your equipment - this can be a big
time saver in the event of a problem. Testing of WAN circuits often involves
end-to-end tests, and point-to-network tests with the local RBOC and Common
Carriers.These tests require a telephone near the equipment.
9.Try to have your equipment in a dry, temperature-controlled, and well-lighted area.
10.Have all cables and power cords firmly attached and/or tied down. Use plastic cable
tie wraps to secure cables, and to ensure that the strain on the cable ends is
minimized. Always keep cables from areas where they might be walked on, stepped
on,or otherwise damaged. Improper cable strain relief and installation procedures
are a common cause of network failures.
No comments:
Post a Comment