Design and Performance Data

PUMP SPECIFICATON

E-TSM 106Appendix

01 Plant / 02 Location, Room No / 03 System No / 04 Component
05 Quantity / 06 Date / 07 Revised: Date/Item

OPERATING CONDITIONS

08 Medium Pumped / 09 Medium Temp / 10 Normal Capacity
m3/h
11 Total Head at Nom. Cap. / 12 Suction Pressure / 13 NPSH Available
mWC / min / MPa / max / MPa / mWC
14 Operation / 15
Continuous / Intermittent / Spec: Single / Parallel / Electric Supply: / V
16 Ambient Conditions / Pressure / Temperature / Humidity / Radiation
Normal / MPa / °C / RH % / mSv/h
17 Ambient Conditions / Pressure / Temperature / Humidity
Abnormal / MPa / °C / mSv/h

DESIGN DATA

18 Pump Type / 19 Design Temp / 20 Design Pressure / 21 Test Pressure
C° / MPa / MPa
22 Available Cooling Water / 23 Shaft Seal Type
Nominal Temp. / °C / Design Temp. / °C
Design Press. / MPa / Test Press. / MPa
24 Flushing Water / 25 Leakage Conn.
External / Internal with filter / Internal without filter / Yes / No
26 Connection Type / 27 Connection for
Flange / Weld / Vent / Drain / Pressure Gauge
28 Connection Pipework Dim/.Material
Suction / Discharge / Drain:
29 Connection Geometry / 30Transients

DESIGN AND PERFORMANCE DATA

31 Pump Nomenclature / 32 Dim. Drg No / 33 Sect. Drg No / 34 Pump Curve No
35 Torque Curve No / 36Pump Speed / 37 Efficiency at Duty Point / 38 NPSH Required at Duty Point
rpm / % / mWC
39 kW at Duty Point / 40 kW Max / 41 Impell. Diam. Design / 42 Impeller Diam (mm).
mm / Max: / Min:
43 Rotation Facing Coupling end / 44 Min Flow Req. / 45 Cooling Water Req. / 46 Shaft Seal,Mfr,Nomenclature
Clockwise: / CCW: / m3/h / m3/h
47 Flushing water for Shaft Seal / 48 Connection Sizes
l/min / Vent / Drain / Cool. Water / Pressure gauge
49 Transmission Type / 50 Gear Ratio / 51 Transmission Efficiency
Direct / Belt / Gear / Other:
52 Moment of Inertia / 53 Shaft Trust (not taken up by pump bearings)
Pump: / kgm2 / GD2/4: / Transm: / kgm2 / N / direction
54 Weight in kg / 55 Branch Sizes and Standard
Pump: / Maximum (operation) / Suction: / Discharge: / Drain:
Incl Base Coupl. / Maximum (maintenance)
56 Foundation Bolts / 57 Aux Equipment Required
Size: / Spec:
58 Performance Test Standard acc. to: / 59 Class
SS-EN ISO 9906

MATERIAL

60 Casing. / Purch. Spec. / Mfr Spec. / 61 Impeller / Puch. Spec. / Mfr Spec.
62 Shaft / 63 Shaft Sleeve
64 Wear Ring
65 Stuffing box packing / 66 Connection flanges gaskets

QUALITY

67 Quality Class / 68 Design acc. to: / 69 Inspection acc. to: / 70 Tightness Class
71 Surface treatment acc. to / 72 Seismic class

MOTOR

73 Motor Type / 74 Rated Power Output / 75 Rotation Speed
kW / rpm
76 Rated Current / 77 Starting Current / 78 Cos 
A / A
79 Rated Voltage / 80 Frequency / 81 Efficiency
V / Hz
82 Disposition / 83 Moment of Inertia / 84 Torque Speed Curve No
Motor / GD2/4
Kgm2
85 Estimated Start-up Time with Load / At Normal Voltage / At 70%of Normal Voltage
(until Rated Speed is obtained) / Sec / sec
86 Type of Duty / 87 Form of Cooling / 88 Coolant Flow Required
l/min
89 Temperature Class / 90 Permissible External Load on Bearings
Axial: / N / Radial: / N
91 Degree of Protection / 92 Drain Holes
Motor: / Termin. box: / Yes: / Spec:
93 Terminal box / 94 Dimensional Drawing No / 95 Load Power required incl. Transm.
Max Conductor Area: / mm2 / (Design Power): / kW
96 Weight of Motor / 97 Moment of Inertia / 98 Normal Power Consumption
kg / (Load Incl Transm) GD2/4 / Design Power: / kW
Kgm2
99 Type of Bearings / 100 Aux. Equipment Required

REMARKS

101
Available and Required NPSH Values are referenced to First Impeller Eye/underside baseplate / Including No of stages
102 Max Nosie Level:Distance: Standard:
dB/(A) / m
103

Pressure in absolute pressure, if nothing else is expressed