SSR Three Lobe Rotary Type Blower Japanese Tech

• Oil or Not: Oil Free
• Structure: Rotary Vacuum Pump
• Exhauster Method: Positive Displacement Pump
• Vacuum Degree: High Vacuum
• Work Function: Vacuum Pump
• Working Conditions: Dry
• Model NO.: SSR-50
• Blower: Roots Blower
• Technology: Japan
• Pump: Air Pump
• Lobe: Three Lobe
• Transport Package: Export Standard Wooden Case
• Specification: Roots Blower
• Trademark: SSR
• Origin: China
• HS Code: 8414599010
• Production Capacity: 10000 Units/Year

Product Description

Major Specifications of Type SSR-HB
Bore50 to 250A
 

Air Capacity	0.8-80m3/min
Pressure	0.1-0.8kgf/cm2
Motor Powe	0.75-110kw

Standard Accessories
Common Base
V-belt Cover
Blower Pulley, Motor Pulley
V-belt
Suction Silencer(With Air Filter)
Safety Valve
Pressure Gauge
Lubricating Oil
Anchor Bolt
Type SSR performance

SSR50	Bore	Disxharge Pressure(kPa)	9.8~58.8
	50A	Inlet Flow Qs(m3/min)	1.22~1.96
SSR65	Bore	Disxharge Pressure(kPa)	9.8~58.8
	65A	Inlet Flow Qs(m3/min)	1.67~2.99
SSR80	Bore	Disxharge Pressure(kPa)	9.8~58.8
	80A	Inlet Flow Qs(m3/min)	3.09~4.7
SSR100	Bore	Disxharge Pressure(kPa)	9.8~58.8
	100A	Inlet Flow Qs(m3/min)	4.57~8.13
SSR125	Bore	Disxharge Pressure(kPa)	9.8~58.8
	125A	Inlet Flow Qs(m3/min)	6.5~11.34
SSR150	Bore	Disxharge Pressure(kPa)	9.8~58.8
	150A	Inlet Flow Qs(m3/min)	12.01~25.87
SSR175	Bore	Disxharge Pressure(kPa)	9.8~58.8
	175A	Inlet Flow Qs(m3/min)	21.87~37.94
SSR200	Bore	Disxharge Pressure(kPa)	9.8~58.8
	200A	Inlet Flow Qs(m3/min)	31.77~57.08

The 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× 1.0732
Where QsStandard air capacity; And
QN: 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/min
Pddischarge pressure, inkgf/cm²
Ts: Suction temperature, inº C
Tddischarge temperature, inº C

4 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.