Remote AC Power Controls

Lowell’s Remote Power Controls can be utilized with a variety of switches and control systems or devices that provide either a dry contact closure or voltage output (5V-24V, AC or DC, 3mA) to provide an intrinsically safe low voltage method of controlling AC power to equipment at a remote location.

Lowell's RPC-P15-S remote power controls can be utilized with a variety of switches and control systems or devices that provide either a dry contact closure or voltage output (5V-24V, AC or DC, 3mA) to provide an intrinsically safe low voltage method of controlling AC power to equipment at a remote location.

Lowell’s Remote Power Controls can be utilized with a variety of switches and control systems or devices that provide either a dry contact closure or voltage output (5V-24V, AC or DC, 3mA) to provide an intrinsically safe low voltage method of controlling AC power to equipment at a remote location.

Lowell’s Remote Power Controls can be utilized with a variety of switches and control systems or devices that provide either a dry contact closure or voltage output (5V-24V, AC or DC, 3mA) to provide an intrinsically safe low voltage method of controlling AC power to equipment at a remote location.

Lowell’s Remote Power Controls can be utilized with a variety of switches and control systems or devices that provide either a dry contact closure or voltage output (5V-24V, AC or DC, 3mA) to provide an intrinsically safe low voltage method of controlling AC power to equipment at a remote location.

Lowell’s Remote Power Controls can be utilized with a variety of switches and control systems or devices that provide either a dry contact closure or voltage output (5V-24V, AC or DC, 3mA) to provide an intrinsically safe low voltage method of controlling AC power to equipment at a remote location.

Lowell’s Remote Power Control with surge protection can be utilized with a variety of switches and control systems or devices that provide either a dry contact closure or voltage output (5V-24V, AC or DC, 3mA) to provide an intrinsically safe low voltage method of controlling AC power to equipment at a remote location.