Design Load Adjustment Clause Samples
The Design Load Adjustment clause defines how the specified loads or capacities for a structure or system may be modified during the design process. Typically, this clause allows for adjustments to the original design loads based on updated calculations, regulatory requirements, or site-specific conditions, ensuring that the final design reflects accurate and current information. For example, if new data indicates higher wind or seismic loads than initially anticipated, the design parameters can be revised accordingly. The core function of this clause is to provide flexibility and ensure safety by allowing necessary changes to design loads, thereby addressing unforeseen circumstances or updated standards.
Design Load Adjustment a. The Base Unit Rate for VAC service has been developed in part from the Design Criteria which also includes a maximum electrical heat producing load of 21 BTU per hour per square foot or 6 ▇▇▇▇▇ per square foot. The Base Unit Rate shall be increased by ten percent (10%) or the fraction thereof for each watt per square foot or fraction thereof in excess of the maximum six (6) ▇▇▇▇▇ per square foot, all as determined by Landlord or Landlord’s energy services consultant.
b. The Actual Un t Rate shall in tially be determined by inspection of Tenant’s Working Drawings. Landlord shall have the right to inspect Tenant’s Premises, and in the event “As-Built” lighting installation exceeds loads indicated on initial working drawings, Landlord will adjust Actual Unit Rate on the basis of the above formula.
Design Load Adjustment. The Base Unit Rate for VAC service has been developed in part from the Design Criteria which also includes a maximum electrical heat producing load of 21 BTU per hour per square foot or 6 watts per square foot. Th▇ ▇▇▇e Unit Rate shall be increased by thereof for each watt per square foot or maximum six (6) watts per square foot, Engineer. ten percent (10%) or the fraction thereof in excess of the all as determined by Landlord's
Design Load Adjustment. (a) The base unit rate has been developed in part from the design criteria which includes a maximum electrical heat producing load of twenty eight (28) BTU per hour per square foot or eight (8) ▇▇▇▇▇ per square foot. The base unit rate shall be increased by ten percent (10%) or the fraction thereof for each watt per square foot or fraction thereof in excess of the maximum eight (8) ▇▇▇▇▇ per square foot, all as determined by Landlord’s engineer. Availability of this excess cooling capacity shall be at the discretion of the Landlord, pending his review.
(b) The adjusted unit rate shall initially be determined by inspection of Tenant’s working drawings by ▇▇▇▇▇▇▇▇’s engineer. Landlord shall have the right to inspect the Premises, and in the event the “as-built” lighting installation, equipment installation and other heat producing fixtures exceed loads indicated on the working drawings, Landlord will adjust the adjusted unit rate on the basis of the above formula.
Design Load Adjustment a. The Base Unit Rate for VAC service has been developed in part from Landlord’s design criteria which also includes a maximum electrical heat producing load of seventeen (17) BTU per hour per square foot or five (5) ▇▇▇▇▇ per square foot of gross leasable floor area. The Base Unit Rate shall be increased by ten percent (10%) or the fraction thereof for each watt per square foot of gross leasable floor area or fraction thereof in excess of the maximum five (5) ▇▇▇▇▇ per square foot of floor area, all as determined by Landlord or Landlord’s energy services consultant.
b. The Actual Unit Rate shall initially be determined by inspection of Tenant’s Store Design Drawings and Working Drawings and Specifications. Landlord shall have the right to inspect the Leased Premises, and, in the event as-built lighting and heat producing equipment exceeds loads indicated on Tenant’s Store Design Drawings and Working Drawings and Specifications, Landlord will adjust the Actual Unit Rate on the basis of the above formula.
c. The Base Unit Rate for VAC service has been developed based on eighty-four (84) hours per week of full capacity air conditioning use and eighty-four (84) hours per week of minimal capacity air conditioning use.