Johnson Pump Universal Strainer 09-24652-02-CN, 40 Mesh Water Pressure System Filter with Clear Acrylic Cover

The Johnson Pump Universal Strainer, part number 09-24652-02-CN, protects a water pressure pump from debris by mounting inline between the water tank and the pump. It is built for use in any pump system of a relevant flow size, making it a flexible choice wherever pre-pump filtration is needed. The strainer housing uses Polyamide 66 with a clear acrylic cover (part number 09-36012), so the internal screen can be visually inspected for buildup without disassembling the unit. Inside, a stainless steel screen is available in both 20 and 40 mesh, with silicone and EPDM O-rings sealing the housing.

Connections are made through built-in KlickTite port connectors, supplied in two sizes: 2 x 1/2 inch hose / 3/8 inch BSP (NPT) and 2 x 3/4 inch hose / 1/2 inch BSP (NPT), allowing straightforward installation into varying hose and fitting setups. The entire strainer unit can be removed from its mounting for cleaning, and the strainer itself is easy to disassemble once removed, simplifying routine maintenance. The unit is rated for a maximum liquid temperature of 120 degrees Fahrenheit, and up to 85 degrees Fahrenheit when used for drinking water applications. Its compact 3.15 inch diameter and 2.35 inch height make it suitable for mounting in tight spaces near a water tank or pump.

Specifications

• Brand: Johnson Pump
• Manufacturer Part Number: 09-24652-02-CN
• Mesh Size: 40 mesh
• Strainer Material: Polyamide 66
• Strainer Cover Material: Clear acrylic (Part # 09-36012)
• Screen: 20 and 40 mesh stainless steel
• O-Ring Material: Silicone and EPDM
• Maximum Liquid Temperature: 120 degrees Fahrenheit
• Maximum Temperature for Drinking Water: 85 degrees Fahrenheit
• Port Connectors: Built-in KlickTite, 2 x 1/2 inch hose / 3/8 inch BSP (NPT), 2 x 3/4 inch hose / 1/2 inch BSP (NPT)
• Diameter: 3.15 inches
• Height: 2.35 inches
• Weight: 0.5 pounds
• UPC: 725321652025

Frequently Asked Questions

What does the Johnson Pump Universal Strainer 09-24652-02-CN do? It mounts inline between a water tank and a pump to catch debris before it reaches the pump, protecting the pump in a water pressure system.

Can the 09-24652-02-CN strainer be used with any pump system? Yes, the Johnson Pump Universal Strainer is designed to work in any pump system of a relevant flow size, not just one specific pump model.

What is the mesh size of this strainer? The screen is available in both 20 and 40 mesh stainless steel inside the 09-24652-02-CN strainer housing.

What material is the strainer housing made from? The housing of the Johnson Pump 09-24652-02-CN is Polyamide 66, paired with a clear acrylic cover for visual inspection.

How do I clean the strainer? The entire 09-24652-02-CN unit can be removed from its mounting, and the strainer itself is easy to disassemble once removed, allowing the screen to be rinsed clean.

What size hose connections does this strainer use? It has built-in KlickTite port connectors in two sizes: 2 x 1/2 inch hose / 3/8 inch BSP (NPT) and 2 x 3/4 inch hose / 1/2 inch BSP (NPT).

Is the strainer cover replaceable? Yes, the clear acrylic cover on the Johnson Pump 09-24652-02-CN is a separate part, number 09-36012, if it ever needs to be replaced on its own.

What is the maximum operating temperature for this strainer? The 09-24652-02-CN is rated for a maximum liquid temperature of 120 degrees Fahrenheit, and up to 85 degrees Fahrenheit for drinking water use.

What are the dimensions of the Johnson Pump Universal Strainer? It measures 3.15 inches in diameter and 2.35 inches in height.

How much does this strainer weigh? The Johnson Pump 09-24652-02-CN Universal Strainer weighs 0.5 pounds.

What are the O-rings made of on this strainer? Silicone and EPDM O-rings are used to seal the housing on the 09-24652-02-CN Universal Strainer.

Can I see the debris inside the strainer without opening it? Yes, the clear acrylic cover on the Johnson Pump 09-24652-02-CN allows the screen to be inspected visually without disassembling the unit.