System Capabilities Sample Clauses

System Capabilities. System Capabilities The E-Voting system will provide the capability for individuals to vote in local, state, and national elections securely from any pre-determined voting site. In addition, election administrators will be able to use the system to create election ballots, administer the election process and tally election results in a collaborative manner from any pre-determined election administration sites. The security level of the information contained within the E-Voting System application should be considered Top Secret, meaning access should be restricted to only those individuals who require it. The Principle of Least Privilege should be employed to determine all access levels for the system. In addition, the separation of the voter identification information from the ballot cast is essential to maintain any legally required anonymity of the voters.

System Capabilities i. The system should support RSA ID numbers or passport numbers as method of identification. ii. Interfaces to existing databases must be provided, which will allow for the routine update of the other systems, based on examinations passed e.g., PIT, Radworkers, etc. iii. Should a person fail his /her training, medical testing or security screening a predetermined number of time then they should be automatically barred on the system from further testing or applications for a period of 3 months or a duration set by Koeberg. iv. The required workflow processes as stipulated in the FFD procedure shall be integrated during the configuration and shall be implemented in the final version. v. Upon completion of training, a person may have actions taken against them, which must be reflected on the system. An interface to revoke training outside of the normal expiry date, and / or to blacklist a person, must be provided. When a person is blacklisted, they should not be allowed to re-apply for access to KNPS for a minimum period of one year. Certain categories of offences may result in a person being denied access permanently. The system shall make provision for both categories. Expiry dates should be able to be manually extended outside the calculated expiry dates. vi. Additional system requirements might be required once the configuration is been completed.

System Capabilities. Design and develop capabilities in the Medix System in accordance with Schedule I to enable the Medix System to send and receive data as described in Schedule I, and in addition:

System Capabilities. The Counties agree to maintain E9-1-1 systems with the following features and capabilities during the term of this Agreement:

System Capabilities. Ensure that LabCorp System will work properly with the functions as described in Schedule I and in addition: 5.6.1. Data Transmission. Utilize the appropriate technical standards for transmission of result data as defined in Schedule I.

System Capabilities. The BBU system shall be capable of providing 1400W peak load, with a minimum of 80% inverter efficiency, for at least 10 seconds. The BBU system shall be capable of providing 700W signal operation load for a minimum of 4 hours, and then switching to and providing 300W signal flash load for an additional 2 hours minimum, when batteries are fully charged. When the BBU system is running on battery power, the inverter/charger shall be capable of allowing the voltage at which the transition from normal operating load to flash mode occurs (usually 47.5V) to be selected by a user, via relay contacts and connection points on the front panel of the inverter/charger. The transfer time allowed, from disruption of normal utility line voltage to stabilized inverter line voltage from batteries, shall be less than 65 milliseconds. The same allowable transfer time shall also apply when switching from inverter line voltage to utility line voltage. The BBU system shall bypass utility line voltage whenever the utility line voltage is outside of the manufacturer’s default, or a user-programmed voltage range, ±2VAC. When the utility line power has been restored to a normal operating voltage for more than a user defined setting (default 30 seconds), the BBU system shall transfer from inverter line voltage to utility line voltage. The BBU system shall be equipped to prevent a malfunction feedback to the cabinet or from feeding back to the utility service. The BBU system shall be compatible with TS1, TS2 and Model 170/2070 controllers and cabinet components for full run-time operation. Unless the plans indicate otherwise, provide a BBU in an external battery cabinet. When indicated by the plans, provide a BBU system that can be shelf-mounted in NEMA TS-1 and TS-2 cabinets, or rack-mounted for Model 170/2070 332 cabinets. Provide a manual bypass that is capable of shelf mounting or that can be attached to the side of the signal cabinet. Provide interconnect cables that are no less than 10 ft. in length. Relay contact wiring for each set of NO/NC relay contact closure terminals shall be no less than 6 feet long and #18 AWG wire. Use manufacturer recommendations for size of wire for any cables lengths greater than 10 feet. The BBU system shall have lightning surge protection compliant with IEEE/ANSI C.62.41 latest edition and meeting all current UL1449 standards. Lightning surge protection shall be provided to the utility line voltage coming into the inverter/charger. The surge prot...

System Capabilities. Panasonic shall ensure that sufficient capacity is at all times maintained on its software, servers and/or network equipment and telecommunications facilities and services to enable any user to access the Hosted Services.

System Capabilities. Franchisee’s electronic data system shall be capable of capturing and reporting common data elements used within the IEMS.