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Dayton DC speed controls are designed to regulate DC motor speed in conveyors, centrifuges and packaging equipment. These controls feature transient and surge suppression ability to protect a motor against sudden electric surges.
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H| Style | Model | Input Voltage | Output Voltage | Enclosure Type | Max. Amps | Speed Range | Rotation | Enclosure Rating | Overall Width | Price | |
|---|---|---|---|---|---|---|---|---|---|---|---|
| A | 2M171 | 120/240V AC | 0-90/180V DC | Enclosed | 10A | 50:1 | Reversible | NEMA 4 | 5" | £788.83 | |
| B | 5X485 | 120/240V AC | 0-90/180V DC | Enclosed | 10A | 50:1 | Single | NEMA 4X | 5" | £703.69 | |
| C | 6X165 | 120/240V AC | 0-90/180V DC | Enclosed | 1.2A | 50:1 | Reversible | NEMA 4X | 5" | £1,074.01 | |
| D | 1F794 | 120/240V AC | 0-90/180V DC | Enclosed | 10A | 50:1 | Reversible | NEMA 4X | 5" | £1,177.00 | |
| E | 4Z829 | 120/240V AC | 0-90/180V DC | Enclosed | 10A | 50:1 | Reversible | NEMA 4X | 5" | £1,133.58 | |
| F | 4Z827 | 120/240V AC | 0-90/180V DC | Open | 2A | 25:1 | Single | - | 4.9" | £205.27 | |
| G | 5X412 | 120V AC | 0-90V DC | Enclosed | 2A | 25:1 | Single | NEMA 1 | 6" | £341.72 | |
| H | 2PUX3 | 120V AC | 0-90V DC | Enclosed | 3A | 15:1 | Single | IP30 | 2.61" | £566.03 |
Dayton DC speed controls are designed to control and monitor the performance of a DC motor. These speed controls feature transient and surge suppression ability to protect a motor against sudden electrical disturbances. They are equipped with a trimpot for easy acceleration and deceleration adjustments, are packed in a rugged NEMA / Chassis / IP 30 enclosure and come with run / stop and forward / reverse switches for easy operation. Choose from a wide range of Dayton DC speed controls, available for a maximum ampere rating of 10 A on Raptor Supplies.
Dayton DC speed controls have an ambient operating temperature range of -10 to 45 degrees C.
The adjustable trimpot units are mostly factory calibrated. They can be readjusted for special cases by manually adjusting minimum / maximum / acceleration / deceleration speeds or slip compensation (Volts/Hz) of the DC control.
In most mechanical applications, a speed control controls the device's speed fluctuation to maintain a constant (or diminishing) torque. It is designed to perform in only one permanent magnet or shunt wound DC motor.