The RIDGID®Model 300 Power Drive
Joe Stauffer on 07/11/2023

The RIDGID®Model 300 Power Drive

The RIDGID®Model 300 Power Drive is an electric motordriven machine which centers and chucks pipe, conduit and rod (bolt stock) and rotates it while threading, cutting and reaming operations are performed. Forward (clockwise) or Reverse (counterclockwise) rotation can be selected with the FOR/OFF/REV switch and a foot switch provides ON/OFF control of the motor. The threading, cutting and reaming operations can be performed by conventional hand tools or tools designed for mounting on the Power Drive. A manual oiling system is available to flood the workpiece with thread cutting oil during the threading operation. Geared Threaders can also be used with the Power Drive to thread larger diameter pipe. The RIDGID Model 300 Power Drive can also be used as a power source for roll grooving equipment. Designed to attach to the support arms of the Power Drive, the roll grooving equipment forms standard roll grooves on a variety of pipe sizes and materials.

J Joe Stauffer
OSYSU Installation
Joe Stauffer on 05/19/2023

OSYSU Installation

OS&Y Supervisory Switch Installation Instructions.

J Joe Stauffer
Module 3 - Pressure Switch Selection and Installation
Keith Kingswell on 05/05/2023

Module 3 - Pressure Switch Selection and Installation

The Potter PS10 Series Pressure Actuated Switches are designed for the detection of a waterflow condition in automatic fire sprinkler systems of particular designs such as wet pipe systems with alarm check valves, dry pipe, pre-action, or deluge valves. The PS10 is also suitable to provide a low-pressure supervisory signal; adjustable between 4 and 15 psi (0,27 and 1,03 BAR).

K Keith Kingswell
Model F-1 Deluge Valve Rubber Seat Assembly Replacement
Keith Kingswell on 05/04/2023

Model F-1 Deluge Valve Rubber Seat Assembly Replacement

The Viking Model F-1 Deluge Valve is a quick opening, differential diaphragm and flood valve with one moving mechanism. The Deluge Valve is used to control water flow in Deluge and Pre-action sprinkler systems.

K Keith Kingswell