AIR COMPRESSORS. Air compressors or combinations of air compressors having a capacity of 400 cubic feet per minute or less shall be assigned to an Operating Engineer. Air compressors or combinations of air compressors of over 400 cubic feet per minute on a single project and operated by a single Employer shall be assigned to an Operating Engineer and an Operating Engineer shall be in attendance at all times that the compressors are operating.
AIR COMPRESSORS. Air compressors or combinations of air compressors having a capacity of 400
AIR COMPRESSORS. HVAC systems need a fluid in order to be able to heat, cool or ventilate the rolling stock, which is taken from the outside. The fluid that in this case is air, needs to be compressed and filtered in order to fulfil the requirements of the system. A thermal machine, which is called compressor, manages the compression of this fluid. The compression cycle is known and the study of it allows understanding and calculating the thermodynamic power losses. As the aim of the text section is the understanding and calculation of the power losses of compressors, it is important to mention that there are two main sources: thermodynamic cycle and mechanical losses. Thermodynamic cycle of a compressor responds to the next figure. As it may be observed, the area within the input and output pressure (, ) is the power actually used to compressed the fluid, whereas the area that lies above the and under represents discharge and suction losses due to the action of the valves. Regarding the mechanical power losses, the friction of the piston or compressor paddles (depending on the system) causes a power loss that result in a temperature increase.
AIR COMPRESSORS. Make: Model: Rated Capacity: Working Pressure: Dryer (skid Mounted) RAM DPG ADHP-37-75DD 91 cfm water cooled 3500 PSI Desiccant Regen twin towers, 100 cfm @ 3000psi
AIR COMPRESSORS. Portable, diesel powered, variety of sizes from 40 CFM to 200 CFM: Xxxxxxxxx Xxxx®, Sullair®, or approved equal.
AIR COMPRESSORS. Subject to the terms hereof, Tenant shall have the right to install (either as an Alteration or as part of the initial Improvements, pursuant to the TCCs of Article 8 or Exhibit B, as the case may be) and maintain, at Tenant’s sole cost and expense, two (2) air compressors in a location in the Project adjacent to the Building designated by Landlord (including duct work and other connections, as applicable) (“Compressors”), provided: (i) Tenant obtains Landlord’s prior consent to such Compressors and all plans and specifications therefor, which consent shall not be unreasonably withheld, conditioned or delayed; (ii) the location of such Compressors shall be designated by Landlord after consultation with Tenant; (iii) Tenant shall be solely responsible and shall pay for all costs (or charge such costs against the Tenant Improvement Allowance) of and/or related to such Compressors, including, without limitation, the cost of installation, operation and maintenance, removal, electricity and other utilities (if any) consumed thereby, and other similar charges, which costs shall be paid by Tenant to Landlord within thirty (30) days of demand therefor and (vi) Tenant obtains any necessary governmental approvals from the City of San Diego.
AIR COMPRESSORS a. One (1) Airdyne cold start air compressor rated at 46 CFM powered by 2-cylinder Lister Diesel engine with electric start.
b. Two
AIR COMPRESSORS
