Pump Panel Starters

Pump panel starters are essential components used in various applications to control and protect pump motors. They are designed to ensure safe and efficient operation of the pump system. Pump panel starters typically include features such as a starter coil voltage, circuit breaker, soft starter, overload relay, and combination starters. These components work together to provide motor control and protection.

Pump panel starters are available in different configurations, including single-phase and three-phase options, to accommodate various motor types and power requirements. They are designed to provide reliable and safe operation, protecting the motor from damage caused by excessive current, voltage fluctuations, or other electrical anomalies.

In addition to motor protection, pump panel starters offer features like auto-start capability, suitable for applications where automatic pump operation is required. They are widely used in irrigation systems, industrial processes, commercial buildings, and other settings where pumps are essential for fluid handling.

Found 238 items
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Found 238 items
Manufacturer
ABB (5)
Eaton (198)
Schneider Electric (35)
Component
Industrial Pump Panel (181)
Irrigation Pump Panel (17)
NEMA Non-Reversing Starter (1)
Starter Coil Voltage
24 VAC (9)
24 VDC (1)
110 VAC (27)
120 VAC (46)
208 VAC (5)
220 VAC (13)
240 VAC (37)
440 VAC (28)
460 VAC (9)
480 VAC (20)
Starter Amperage
9 Amp (15)
15 Amp (12)
18 Amp (35)
27 Amp (33)
45 Amp (18)
90 Amp (7)
135 Amp (5)
270 Amp (3)
Starter HP
7.5 HP @ 240 VAC 3 Phase (2)
10 HP @ 480 VAC 3 Phase (7)
15 HP @ 240 VAC 3 Phase (1)
25 HP @ 480 VAC 3 Phase (8)
30 HP @ 240 VAC 3 Phase (2)
30 HP @ 480 VAC 3 Phase (1)
50 HP @ 480 VAC 3 Phase (5)
100 HP @ 480 VAC 3 Phase (5)
200 HP @ 480 VAC 3 Phase (3)
Starter Frequency
50/60 Hz (4)
Starter Actions
Ambient Compensated Bimetallic (1)
Associated Circuit Breaker (4)
Fusible Disconnect Switch (29)
Melting Alloy (3)
Motor Logic Solid State (26)
Motor Logic Solid State Class 10/20 (4)
Starter Poles
3 Pole (4)
Three Pole (35)
Starter Enclosure Type
NEMA 1 (61)
NEMA 3R (54)
NEMA 4X (9)
NEMA 12 (7)
Starter NEMA Size
1 (10)
2 (11)
3 (9)
4 (5)
5 (2)
6 (1)

More Information about Pump Panel Starters

Some pump panel starters may incorporate a soft starter, which helps reduce the initial current surge during motor startup, ensuring a smooth and controlled acceleration. Overload relays are employed to detect excessive motor currents and provide overload protection. They are responsible for interrupting the power supply to the motor in case of abnormal conditions, such as overheating or excessive load.

The starter coil voltage is set at a specific level to match the requirements of the motor being controlled. It allows the starter to energize and initiate motor operation. A circuit breaker is included in the pump panel starter to protect against overcurrent and short circuits, safeguarding both the motor and the electrical system.

The quality of pump panel starters is of utmost importance, ensuring reliable performance and longevity. They are designed to meet industry standards and regulations, providing customers with a dependable solution for their pump control needs. Contactors, another integral component of pump panel starters, enable the control and switching of electrical power to the pump motor, while contactors and phase-specific configurations cater to the requirements of different motor types and horsepower ratings.

Pump panel starters are commonly available in stock, allowing for quick and convenient installation. They are often enclosed in protective enclosures, safeguarding the internal components from environmental factors and ensuring durability. Depending on the specific product, pump panel starters may be designed for specific applications, such as irrigation systems or industrial processes, providing tailored features and functionality.

FAQs

What are pump panels used for in a business or factory?

Pump panels provide efficient control, monitoring, and protection for pump systems in a business or factory setting. They enable businesses to maintain reliable fluid handling processes, optimize energy consumption, and ensure the smooth operation of critical systems.