CAD2D3D

ACD - Cryogenic Pumps Edition Model P1100 Cylinder Filling Pumps Features & Benefits = Vertically positioned floating piston means longer life = Simple cold end design assembly, easy maintenance = Large piston diameter and longer pump stroke mean slower speeds and smooth operation = Pump packing is easily adjusted through a large access port, which allows for extended packing life = Splash oil lubricated drive provides extended pump life and minimizes maintenance requirements Specifications \19 in 1.75 x 1.50 Bore x Stroke mm 44.5x38 m 19-61 Flow Rate i = Ipm 7.2 =231 Min. 200 psi 2 = 2 & Max. 450 Suction Pressure Min. 18.7 bar - v Max. 31 Pump Design Rating hp 5-10 @1000 psi (69 bar) kw S7-76 Maximum psi 1,000 Working Pressure bar 69 Speed Rating rpm 140 - 450 Skid Settings High pressure relief valve setting 1,200 psi (82.7 bar) High pressure bypass relief valve setting1,000 psi (69 bar) Burst disc pressure point 2000 psi (138 bar) Consult Nikkiso ACD engineering to confirm available sizes and ratings. Applications = Carbon dioxide cylinder filling = Nitrous oxide cylinder filling Liquids Pumped = Carbon Dioxide = Nitrous Oxide FOR PUMPS INTENDED TO BE USED IN NITROUS OXIDE SERVICE: Liquid Nitrous Oxide is a potentially dangerous fluid and must be handled with extreme care. See Compressed Gas Association standard CGA G-8.3-2016 for further information. Under certain combinations of temperature and pressure Nitrous Oxide can explosively decompose with serious consequences. Nitrous Typical Scope of Supply (SKID) Cold end and drive assembly, TEFC electric motor Galvanized steel base plate with drive NEMA 1 pushbutton starter Surge chamber Relief valve and burst disc Pressure gauge and snubber Safety bypass relief valve arrangement automatically returns liquid to tank at 1000 psi (69 bar) Oil lubricated drive end (oil shipped loose) Oxide is an oxidizer that actively supports combustion. Nitrous Oxide handling equipment must be cleaned for Oxygen service. Design and construction of storage and piping systems for pumping liquid Nitrous Oxide must assure material compatibility and be such as to prevent loss of prime or dry running of pumps. Nitrous Oxide is an active solvent for many materials and material compatibility with Nitrous Oxide must be confirmed before their use. For additional historical information relating to hazards associated with Nitrous Oxide decomposition refer to Chemical Safety Board report number 2016-04-|-FL Dated February 2017.