Battery limits Sample Clauses
The Battery Limits clause defines the physical and operational boundaries within which a contractor or supplier is responsible for work, materials, or services in a project. Typically, it specifies the exact points where ownership, control, or responsibility for equipment, piping, or systems transfers from one party to another, such as at the interface between a process plant and utility connections. By clearly delineating these boundaries, the clause helps prevent disputes over scope, ensures clarity in project execution, and allocates risk appropriately between parties.
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Battery limits. The scope battery limits are: from the tail end of the tippler belt feeder up to and including the discharge point on the stacker including transfer chutes (top of take-out conveyor tail end to top of stacker tail end). from the tail end of the tippler belt feeder up to and including the extension of overland conveyor tail ends (top of take-out conveyor tail end to tail end of existing overland conveyors).
Battery limits. The physical limits of work for this package shall be defined by the following: • The internals of the new 44.8 m x 5.6 m autoclave shell.
Battery limits. 4 1.9 Bayer. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 1.10
Battery limits. THE LICENSED PLANT comprised the following process units:- The plant shown in the schematic drawing attached as Appendix G and which forms part of this Appendix.
Battery limits. The terminal points for the mechanical design are the following: • AHP and Ash Disposal system. • Ash Disposal system and ash dam complex. • Overland ash conveyor to the distribution box (DB). • Station overhead power lines and ash dam footprint overhead power lines. • The design of the ring main will not be part of this design, however cost estimates of the total pipe installation will be provided. The design of the ring main will be the responsibility of ▇▇▇▇▇▇▇ and the appointed Contractor/Consultant.
Battery limits. The scope described in section 3.1.1 and 3.1.2 can be visualised in terms of battery limits and terminal points in Figure 1 below.
Figure 1: Mechanical battery limits and terminal points