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Pump Motor - Quote Request

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Project Information

* Describe Application in Detail (include make, model & year if possible):

* Quantity of Motors Per Year :

* Photo Attachment Required
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Mechanical Design

* Motor Shaft Type Needed (choose option below for examples):

Straight Output Shaft

Splined Output Shaft

Other

* Pump Manufacturer:

* Pump Model Number:

* Pump Displacement:

Pump SAE Standard:

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Current Motor

* Does you project currently have a motor? (choose option below):

Yes

Performance Requirements

H.P. :

Desired Speed: RPM

Minimum Speed: RPM

Maximum Speed: RPM

No Load Torque:

Full Load Torque:

Comments :

Electrical Requirements

Max Amps :

* System Voltage :

* Battery (Pack)Type:
(Ex. Lead Acid-Flooded, Qty: 12 x 8 volts, US Battery)

* Total Battery Pack Amp hours :
(Ex. 183 Amp. Hr.)

Duty Cycle Requirements : (Ex. 10% ON, 50% ON, Continuous)
• Not sure what "Duty Cycle" means? Click here to learn more.

Duty Cycle Calculation & Common IEC Standards

A duty cycle is the percentage of a period of time in which a signal or system is active. A "period" is the time it takes for a signal to complete an on-and-off cycle. As a formula, a duty cycle may be expressed as:

D = T/P x 100%

Where D is the duty cycle, T is the time the signal is active, and P is the total period of the signal. Thus, a 60% duty cycle means the signal is on 60% of the time but off 40% of the time. The "on time" for a 60% duty cycle could be a fraction of a second, a day, or even a week, depending on the length of the period.

To assist in the communication of this information, the standard IEC 60034-1 (Rotating electrical machines) defines several duty characteristics, denoted S1 to S8 below:

S1	Continuous duty	The motor works at a constant load for enough time to reach temperature equilibrium.
S2	Short-time duty	The motor works at a constant load, but not long enough to reach temperature equilibrium. The rest periods are long enough for the motor to reach ambient temperature.
S3	Intermittent periodic duty	Sequential, identical run and rest cycles with constant load. Temperature equilibrium is never reached. Starting current has little effect on temperature rise.
S4	Intermittent periodic duty with starting	Sequential, identical start, run and rest cycles with constant load. Temperature equilibrium is not reached, but starting current affects temperature rise.
S5	Intermittent periodic duty with electric braking	Sequential, identical cycles of starting, running at constant load and running with no load. No rest periods.
S6	Continuous operation with intermittent load	Sequential, identical cycles of running with constant load and running with no load. No rest periods.
S7	Continuous operation with electric braking	Sequential identical cycles of starting, running at constant load and electric braking. No rest periods.
S8	Continuous operation with periodic changes in load and speed	Sequential, identical duty cycles run at constant load and given speed, then run at other constant loads and speeds. No rest periods.

Note: Thermal Equilibrium is the state reached when the temperature rise of the mmotor does not vary by more than 2K per hour. If you don't specify the duty cycle, the manufacturer will likely assume S1.

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