ODP motor manufactured with steel plate especially developed for applications on swimming pool, Japanese bathtub and whirlpool bathtub pumps.
Standard |
NEMA MG-1 |
Frequency |
60 Hz |
Voltage |
115/230 V |
Number of poles |
2 |
Degree of Protection |
IP21 |
Synchronous speed |
3600 rpm |
Output rating |
0.5 HP |
Mounting |
F-1 |
Flange |
FC 149 |
Terminal box¹ |
Without Terminal Box |
Enclosure |
IC01 - ODP |
Electric Motors
Frame |
K56J |
Output |
0.5 HP (0.37 kW) |
Number of Poles |
2 |
Frequency |
60 Hz |
Rated speed |
3515 rpm |
Slip |
2.36 % |
Rated voltage |
115/230 V |
Rated current |
9.10/4.55 A |
L. R. Amperes |
53.7/26.8 A |
LRC |
5.9x(Code N) |
No load current |
7.70/3.85 A |
Rated torque |
0.747 ft.lb |
Locked rotor torque |
210 % |
Breakdown torque |
400 % |
Locked rotor time |
10s (cold) 6s (hot) |
Moment of inertia (J) |
0.0233 sq.ft.lb |
Insulation Class |
B |
Service factor |
1.60 |
Temperature rise |
70 K |
Duty Cycle |
Cont.(S1) |
Starting Method |
Direct On Line |
Ambient temperature |
-20°C to +40°C |
Altitude |
1000 m.a.s.l. |
Degree of Protection |
IP21 |
Enclosure |
IC01 - ODP |
Mounting |
F-1 |
Rotation¹ |
CCW |
Noise level² |
58.0 dB(A) |
Approx. weight³ |
22.0 lb |
Efficiency
50% |
45.0 |
75% |
54.0 |
100% |
60.4 |
Power factor
50% |
0.43 |
75% |
0.52 |
100% |
0.59 |
Features
Frame Material |
Rolled Steel |
Impregnation Method |
Dip and Bake Polyester |
Shaft Material |
AISI 316 Stainless Steel |
Painting |
Munsell N 1 - Matte 207N (ISO 12944 - C2) |
Grounding Lugs |
Single |
Tropicalized Painting |
Without |
Fan material |
Nylon |
Bearing cap |
No-Without Bearing Cap |
Balancing Method |
Not Balanced |
Drip Cover |
Without |
Shaft End |
threaded |
Resilient Base |
Without |
Overload protector (phenolic) |
Automatic |
Features
Frame Material |
Rolled Steel |
Impregnation Method |
Dip and Bake Polyester |
Shaft Material |
AISI 316 Stainless Steel |
Painting |
Munsell N 1 - Matte 207N (ISO 12944 - C2) |
Grounding Lugs |
Single |
Tropicalized Painting |
Without |
Fan material |
Nylon |
Bearing cap |
No-Without Bearing Cap |
Balancing Method |
Not Balanced |
Drip Cover |
Without |
Shaft End |
threaded |
Resilient Base |
Without |
Overload protector (phenolic) |
Automatic |
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