Japan Tech SSR65 Roots Blower for Transport of Particles

Product Name: Japan Tech SSR65 Roots Blower for Transport of Particles Model NO.: SSR65 Working Conditions: Dry Work Function: Vacuum Pump Vacuum Degree: Low Vacuum Exhauster Method: Positive Displacement Pump Structure: Rotary Vacuum Pump Roots Blower/Vacuum Pump: Roots Blower Lobe: Three for: Transport of Particles Pump: Vacuum Pump Trademark: SSR Transport Package: Export Wooden Case Specification: Roots Blower Origin: China HS Code: 8414599010 Product Description SSRBore 50-200Suction-phase Air Volume(m3/min) 0.78-60Discharge Pressure(kPa) 9.8-58.8SSR-VBore 50-200Suction-phase Air Volume(m3/min) 0.86-58.65Discharge Pressure(kPa) 0-- -39.2SSR-HBBore 50-250Suction-phase Air Volume(m3/min) 1.24-90Discharge Pressure(kPa) 9.8-78.4SSR-VHBBore 50-250Suction-phase Air Volume(m3/min) 0.86-87.3Discharge Pressure(kPa) 0-- -44Major Specifications of Type SSR-HBBore50 to 250AAir Capacity 0.8-80m3/minPressure0.1-0.8kgf/cm2Motor Power0.75-110kwStandard AccessoriesCommon baseV-belt CoverBlower Pulley, Motor PulleyV-beltSuction Silencer(With Air Filter)Safety ValvePressure GaugeLubricating OilAnchor BoltType SSR-HB performanceThe performance tables give the model number, bore, r. P. M., discharge pressure, air capacity and required power of the blower.1 The air capacity in the tables is indicated in the standard suction state. The standard suction state herein mentioned is defined as the condition at 20oC temperature, 1.0332kgf/cm2 {101.3kPa} absolute pressure and 65% relative humidity.2 The reference air capacity(0oC temperature and 1.0332kgf/cm2 {101.3kPa} absolute pressure is generally indicated in ) Nm3/min.However, it may be converted into the standard air capacity by the following equation, if the suction pressure is equal,QS=QN× 1.0732Where QsStandard air capacity; AndQN: Reference air capacity;3 The discharge air capacity can be converted into the standard air capacity by the following equation.QsQd× [(1.0332+Pd)/1.0332]× (273+ts)/(273+td)Where Qd: Discharge air capacity, inm3/minPddischarge pressure, inkgf/cm²Ts: Suction temperature, inº CTddischarge temperature, inº C4 According to the air capacity and discharge pressure as calculated abov e, the model number, bore, r. P. M. And required power can be found in the performance table.5 The motor powers are indicated by color marking, and the motor powers to be used should be that indicated.6 The choice is overlapped depending upon the type of blower, For reference, however, selection should be lower number blowers for the economy and higher number blowers for the sound level.