Safety Systems Clause Samples
Safety Systems. Elevators shall be equipped with telephones or other two-way emergency communication systems. The system used shall be marked and shall reach an emergency communication location staffed twenty-four (24) hours per day, seven (7) days per week.
Safety Systems. It shall be the sole responsibility of Landlord to install, maintain, repair, inspect, test and monitor any fire extinguishing systems and equipment, including, without limitation, fire extinguishers and smoke detectors, fire and life safety systems, associated alarm systems and sprinkler systems serving the Premises, the Building and the Common Areas as required by local, state, and federal regulations, law, and code. Inspections and testing of such systems shall occur on an annual basis as required by the current edition of the Virginia Statewide Fire Prevention Code Chapter 9, or successor provisions, and shall be conducted by a National Fire Protection Association qualified company and inspector. Reports of the inspection and testing shall be provided to Tenant on an annual basis.
Safety Systems. The suggestions incorporate development of a safety system which has a known function within the wind energy community, except that the technology has to be developed for efficient operation under submerged sea-water conditions. Air-brakes might be an alternative option. The permanent magnet generator technology allows to use electrical braking as well to assist in in safety strategies.
Safety Systems. With respect to any fire, alarm, or other safety or security system installed in or servicing the home, Contractor's liability under this limited warranty shall be limited to the cost of correcting any defective workmanship or replacing any defective materials in such systems. Security systems will be coded to installer's central system unless Contractor is notified in writing at time of contract to code to another monitoring system.
Safety Systems. Provide emergency exit lights and signs at Building common areas, multi-tenant corridors, elevator lobbies, toilet rooms and similar spaces with all emergency circuits, fire alarm pull stations, life safety communication speakers, smoke detectors, strobes and connection to fire annunciator panel as required by City and/or Provincial codes and sprinkler system to the boundaries of the Tenant’s Premises to open plan. Provide fire proofing at all existing structural members as required by applicable code.
Safety Systems. Elevators shall be equipped with telephones or other two-way emergency signaling systems. The system used shall be marked and shall reach an emergency communication location staffed during normal operating hours when the elevators are in service. When Government occupancy is 3 or more floors above grade, automatic: elevator emergency recall is required.
Safety Systems. Currently, there is hardly any well-founded knowledge concerning the efficiency of technical protection concepts and solutions using safety systems (fire extinguishing systems) used in areas where lithium batteries are handled and stored, and there are no standardized concepts for these systems. In spite of the apparent risk potential, no extinguishing system con- cept has been established as standard. It is thus not possible for professionals to exclusively recommend a certain fire extinguishing system concept. Experience with battery fires and the use of conventional fire extinguish- ing technology (sprinkler systems, gas extinguishing systems, etc.) has shown that it is particularly because of the enormous energy content of lithium batteries that huge amounts of heat are released in the event of fire. Fire protection system concepts are faced with significant challenges, par- ticularly where conventional water ex- tinguishing technology (e.g. sprinkler systems) is applied. The focus lies in particular on warehouses with mixed stock (e.g. freight warehouses, central warehouses, etc.) where, when the stock is stored in a chaotic way, lithium batteries may be stored next to con- ventional goods. Conventional extin- guishing systems are often not able to efficiently fight battery fires. Re-ignition hazards also constitute a considerable challenge for fire extinguishing system concepts. Each area of application of lithium bat- teries has specific requirements. For the time being, when looking for ap- propriate protection concepts, hazards will have to be analyzed specifically for each individual case. Handling and stor- ing lithium batteries requires solutions tailored to the respective requirements of specific applications. In addition to automatic fire extinguish- ing systems, structural and organiza- tional measures also have to be taken into account. Efficient protection con- cepts using sprinkler systems need to be reviewed individually. In areas where lithium batteries are stored or used extensive early fire de- tection systems are indispensable. At least it has to be made sure that all areas where lithium batteries are han- dled are monitored by a fire detection system which is capable of automati- cally alarming a permanently manned station. Targeted fire-fighting on site, e.g. by firefighters, requires the precise de- tection of the fire’s location in the warehouse. Pinpoint fire detection is, however, complicated by ventila- tion conditions in the ...
