Common use of Alarms Clause in Contracts

Alarms. The shelter will have general housekeeping alarms wired to a central location associated with the following: -- Door Open -- Smoke Detection -- AC Electrical Fail (sense before manual or automatic transfer switch) -- Surge Protector Fail -- Air-conditioning Fail -- High Temperature -- Low Temperature -- Charger Fail -- Breaker Alarm -- Fuse Alarm -- Low Waveguide pressure -- Dehydrator excess run alarm -- Generator Fail -- Generator Run ▇▇▇▇▇▇▇ ▇-▇ GROUNDING AND LIGHTNING PROTECTION GUIDELINES AND SPECIFICATIONS FOR COMMUNICATIONS SHELTERS Preface An effective ground system for a communications equipment shelter is necessary to ensure protection of personnel and equipment when a fault occurs. The ground system limits excessive voltages from various electrical conditions such as lightning and utility switching, and contributes to superior performance of the electronic equipment by reducing noise induction. 1. Grounding Introduction Communications equipment shelters are subject to electrical noise and high-voltage surges. These transients occur predominantly in the common mode (line to ground), and are typically caused by lightning or power switching.

Alarms. The shelter will have general housekeeping alarms wired to a central location associated with the following: -- - Door Open -- - Smoke Detection -- - AC Electrical Fail (sense before manual or automatic transfer switch) -- - Surge Protector Fail -- - Air-conditioning Fail -- - High Temperature -- - Low Temperature -- - Charger Fail -- - Breaker Alarm -- - Fuse Alarm -- - Low Waveguide pressure -- - Dehydrator excess run alarm -- - Generator Fail -- - Generator Run ▇▇▇▇▇▇▇ ▇-▇ GROUNDING AND LIGHTNING PROTECTION GUIDELINES AND SPECIFICATIONS FOR COMMUNICATIONS SHELTERS Preface An effective ground system for a communications equipment shelter is necessary to ensure protection of personnel and equipment when a fault occurs. The ground system limits excessive voltages from various electrical conditions such as lightning and utility switching, and contributes to superior performance of the electronic equipment by reducing noise induction. 1. Grounding Introduction Communications equipment shelters are subject to electrical noise and high-voltage surges. These transients occur predominantly in the common mode (line to ground), and are typically caused by lightning or power switching.

Alarms. The shelter will have general housekeeping alarms wired to a central location associated with the following: -- Door Open -- Smoke Detection -- AC Electrical Fail (sense before manual or automatic transfer switch) -- Surge Protector Fail -- Air-conditioning Fail -- High Temperature -- Low Temperature -- Charger Fail -- Breaker Alarm -- Fuse Alarm -- Low Waveguide pressure -- Dehydrator excess run alarm -- Generator Fail -- Generator Run ▇▇▇▇▇▇▇ ▇-▇ GROUNDING AND LIGHTNING LIGHTING PROTECTION GUIDELINES AND SPECIFICATIONS FOR COMMUNICATIONS SHELTERS Preface An effective ground system for a communications equipment shelter is necessary to ensure protection of personnel and equipment when a fault occurs. The ground system limits excessive voltages from various electrical conditions such as lightning and utility switching, and contributes to superior performance of the electronic equipment by reducing noise induction. 1. Grounding Introduction Communications equipment shelters are subject to electrical noise and high-voltage surges. These transients occur predominantly in the common mode (line to ground), and are typically caused by lightning or power switching.