Plad Equipment Ltd.
11 products found

Plad Equipment Ltd. products

Pumps

Plad - Vertical-in-Line Centrifugal Pumps

Vertical-In-Line centrifugal pumps. Plad type IL vertical –In-Line centrifugal pumps are available with suction and discharge flanges from 1” ¼ (32mm) through 10” (250mm) and working pressure up to 250 Lb. Plad Vertical-In-Line IL pump type design requires less space for installation than conventional horizontal centrifugal pump. Sizes to 10” (250mm). Flows to 4000 GPM (250 l/s). Heads to 400 ft (120 meters). Horse power to 125HP (90 Kw). Plad IL Vertical-In-Line pumps with 3” (76mm) discharge and larger, feature an exclusive double volute design.

Plad - Vertical-in-Line Centrifugal Spacer Coupling Pumps

Vertical-In-Line centrifugal spacer coupling pumps. The Plad IS / IX (outside seal) vertical –In-Line pumps combine the ease of installation and space saving advantages of the standard IL pump design and the ease of maintenance due to the use of a spacer coupling design. Sizes to 10” (250mm). Flows to 4000 GPM (250 l/s). Heads to 400 ft (120 meters). Horse power to 125HP (90 Kw). Available with standard inside seal (IS) and optional outside seal (IX) to meet specific pumping requirements.

Plad - Horizontal End-Suction Centrifugal Pumps

Horizontal End-Suction Centrifugal Pumps. Plad type CC is an End-Suction, Single stage, Close-coupled centrifugal pumps designed for a large selection of pumping application. Plad type CC pumps feature a close-coupled design with full flanged connections 2” ½ (63 mm) discharge and larger, mounted to industrial standard Nema frame JM type electric motors.

Plad - Horizontal Base-Mounted End Suction Pumps

Horizontal Base-Mounted end suction Pumps. Plad type BM End-Suction, Single stage, Frame mounted horizontal centrifugal pumps service as the industry standards for compactness, quality, durability and versatility of applications. Available in many sizes to 10“ (250 mm) and assembled with heavy steel frames featuring a flexible coupled drive, Plad type BM End-Suction base mounted pumps are ideal for reliable heavy duty service.

Plad - Vertical Turbine Pumps

Plad manufactured a complete line of vertical, multi-stage turbine pumps with steel fabricated head assembled with premium efficiency inverter duty vertical hollow shaft motors.

Plad - Very Important Pump

VIP Pump by PLAD! ( The Very Important Pump). A Vertical in-line multi-stage hi efficiency pump Specifically designed for variable speed drive pumping application. The compact vertical in-line configuration of the Plad VIP pump is perfect for space saving installation compared to conventional horizontal split-case base mounted centrifugal pumps.

Plad - Submersible Pump

Industrial type submersible pump featuring a cast iron volute and a stainless steel fabricated impeller. Available from 4 In. (150mm) to 10 In. (250mm) Nominal speed from 900 to 3600 Rpm. A heavy duty submersible pump featuring a centralized discharge flange and a stainless steel to corrosive resistant impeller. Stainless steel enclosure with thermal motor protection as well as bunlt-in Humidity sensors . Hi quality construction for a trouble free long lasting pump operation.

Booster Systems - Variable Speed Drive Pumping System

Aqua-Flo - Variable Speed Drive Pumping System

The Aqua-Flo 4 makes it possible to easily configure and operate any HVAC variable speed drive pumping system with simplicity and precision.

Variflo - Variable Speed Drive Pumping System

A variable speed drive water booster system equipped with a dual PID controller that automatically regulates discharge pressure to match your exact system curve requirements.

Golf Pumping Systems - Variable Speed Drive Pumping Systems

Plad Duplex - Vertical Turbine Pumping System

PLAD-GPM VARIPLUS variable speed drive pumping systems are designed to provide a variable flow of water at a precise delivery pressure, to match the hydraulic irrigation system curve. Unlike conventional fixed-speed pumping systems which are designed to run the pumps constantly at full speed, VARIPLUS systems monitor the flow demand, and fluctuate the pump/ motor speed to use the exact horsepower required to meet the irrigation system demand.