The average capacity delivered by a cell or battery on a specified load and temperature to a voltage cutoff point, as designated by the manufacturer; usually an accelerated test approximating the cell or batteryâ€(tm)s capacity in typical use.
The maximum load a system, vehicle, machine or piece of equipment was designed by the manufacturer to handle.
The manufacture¡¯s rated capacity of the cell (see :capacity).
The number of ampere-hours a cell/battery can deliver under specific conditions (rate of discharge, cut-off voltage, temperature).
The quantity of electricity, as defined by the manufacturer, delivered by a cell or a battery under specified conditions after a full charge ( C/5 discharge rate to a final voltage of 1V at 20°C, after storing 1 hour and charging 16 hours at C/l0).
The maximum axial load the load cell is designed to measure within its specifications.
Measured in 'Ah' or 'Mah' capacity is determined by the cell manufacturer. This number is then used to determine run time and is also in warranty olicies.
The number of ampere-hours a cell can deliver under specific conditions (rate of discharge, end voltage, temperature); usually the manufacturer's rating.
The expected output capability of a resource or system. Capacity is traditionally calculated from such data as planned hours, efficiency, and utilization. The rated capacity is equal to hours available × efficiency × utilization. Syn: calculated capacity, effective capacity, nominal capacity, standing capacity.
The load which a new wire rope or wire rope sling may handle under given operating conditions and at an assumed DESIGN FACTOR.
The basis for calculating the period of time, or number of gallons delivered by a water softener, filter, or deionizer, between regenerations or servicing, as determined under specific test conditions. (See rated in-service life, rated softener capacity).
The capacity in Ah (as defined by the manufacturer) under defined discharging conditions (current, temperature)
The maximum uniformly distributed load, which can be applied according to the manufacturer's specification.
The maximum load for which a hoist or other lifting device is designated by the manufacturer.
The maximum measurand that a transducer is designed to measure within its specification.
Rated capacity, as staed by the manufacturer, may refer to any of several figures, all of which are given in relation to the period between regenerations: 1. the expected number of days the equipment will be in service; 2. the expected number of gallons of product water delived; or 3. the grains of total hardness removed. The capacity of on ion exchange systtem will vary, within limits, with the amount of regenerant used.
The manufacturer's rated service cycle statement regarding the expected number of days the equipment will be in service or the expected number of gallons treated water delivered between servicing of the media (cleaning, regeneration, or replacement), as determined by testing or as specified by the manufacturer.
As relates to softening or ion exchange, rated capacity, as stated by the manufacturer, may refer to any of several figures, all of which are given in relation to the period between regenerations:
The number of ampere-hours a battery is capable of supplying under a given set of conditions such as temperature, load and minimum voltage.
The number of ampere-hours a battery can deliver under specific conditions (e.g., rate of discharge, end voltage, temperature); usually specified by the battery manufacturer.
The manufacturer's stated capacity rating for mechanical equipment, for instance, the maximum continuous capacity in pounds of steam per hour for which a boiler is designed.
