Load Balance. A customer's connected load must be balanced as nearly as practicable between energized conductors. In no case shall the difference in amperage between two energized conductors on a secondary service exceed 10 percent or 50 amperes, whichever is greater. The difference between the load on a lighting phase of a four-wire delta service and the load on the power phases may exceed these limits.
Load Balance. Cooperative requires Customer to control the use of electric energy so that Cooperative's electrical load at the point of delivery is in reasonable balance.
Load Balance. The Customer agrees to take and use the three-phase current supplied through the NSPI transmission system in such manner that in no case shall the difference between any two phases be greater than 5%. The Customer, upon written instructions from NSPI, shall so adjust its load as to comply with this requirement.
Load Balance. Portion deleted - confidential treatment requested AGREEMENT NO. LF9099D EXHIBIT D PAGE 2 OF 2 ATTACHMENT IV - EXHIBIT D * * Portion deleted - confidential treatment requested AGREEMENT NO. LF9099D EXHIBIT E PAGE 1 OF 1 EXHIBIT E This is Exhibit E to Agreement Number LF9099D between Interactive Performance, Inc. ("Contractor") and AT&T Corp. ("AT&T") provides the pricing of the Work performed under this Agreement. * * Portion deleted - confidential treatment requested
Load Balance. The Transmission RtR Customer agrees to take and use the three-phase current supplied through the NSPI Transmission System in such manner that in no case shall the difference between any two phases be greater than 5%. The Transmission RtR Customer, upon written instructions from NSPI, shall so adjust its load as to comply with this requirement.
Load Balance. To prevent overloading of service conductors and transformer coils, customer must properly balance the electrical load on the service entrance conductors and service equipment. For both single-phase and three-phase services, the customer shall connect equipment so that the load in any one phase at the point of delivery will not exceed the load in any other phase by more than 10 percent.
