Standpipe Flowmeter

The Elkhart Brass Standing Flowmeter is a highly accurate and reliable tool designed to measure flow and pressure in standpipe systems. Featuring an integrated sensor with a self-contained battery-powered digital readout, this flowmeter is ideal for high-rise kit applications and other demanding environments.

Features

• Compact Design: Perfect for high-rise kit applications
• 9V Battery Operation: Quick change housing with a rechargeable lithium battery that powers the unit for up to 5 hours
• Dual LED Display: Provides clear readings of both pressure and flow
• Battery-Saving Standby Operation: Extends battery life
• One-Touch Battery Meter: Easy battery status check
• Lightweight Construction: Made of anodized aluminum, weighing only 5 lb. 4 oz. (2.38 kg)
• 45° Swiveling Elbow: Reduces kinking and ensures smooth operation
• Threaded Connections: 2-1/2” threaded female swivel inlet and 2-1/2” threaded male discharge
• High Flow and Pressure Capacity: 250 GPM (946 LPM) maximum flow and 250 PSI (17.2 bar) maximum operating pressure
• Low Battery Warning: Activates when the battery has 90 minutes of life left

Usage

The Elkhart Brass Standing Flowmeter is used for:

• Standpipe Flow Testing: Accurately measures flow and pressure in standpipe systems
• Fire Pump Testing: Ensures accurate flow and pressure readings during fire pump tests
• Hydrant Flow Testing: Suitable for measuring flow and pressure from fire hydrants

How to Use

1. Prepare the Flowmeter: Ensure the flowmeter is in good condition and the battery is charged.
2. Connect to Standpipe or Hydrant:
   1. Inlet Connection: Attach the 2-1/2” threaded female swivel inlet to the standpipe or hydrant outlet.
   2. Discharge Connection: Connect the 2-1/2” threaded male discharge to the appropriate hose or discharge point.
3. Power On: Turn on the flowmeter and check the battery status using the one-touch battery meter.
4. Begin Testing: Open the water source gradually to start the flow. Monitor the dual LED display for real-time pressure and flow readings.
5. Monitor Battery: Keep an eye on the low battery warning to ensure uninterrupted operation.

Installation

Tools Needed:

• Wrench: To tighten the threaded connections
• Teflon Tape: To ensure a tight seal and prevent leaks

Installation Steps:

1. Apply Teflon Tape: Wrap Teflon tape around the threads of the inlet and discharge connections to ensure a tight seal.
2. Attach the Flowmeter:
   1. Inlet Connection: Securely attach the 2-1/2” threaded female swivel inlet to the standpipe or hydrant outlet
   2. Discharge Connection: Securely attach the 2-1/2” threaded male discharge to the appropriate hose or discharge point.
3. Verify Connections: Ensure all connections are tight and secure to prevent leaks.

Maintenance

Regular Inspection:

• Check for Wear and Damage: Periodically inspect the flowmeter for signs of wear or damage.
• Clean the Sensor: Ensure the integrated sensor is clean and free from debris to maintain accurate readings.

Battery Maintenance:

• Recharge the Battery: Recharge the 9V lithium battery as needed to ensure continuous operation.
• Battery Check: Use the one-touch battery meter to check the battery status regularly.

Storage:

• Dry and Cool Place: Store the flowmeter in a dry, cool place to prevent damage and corrosion.
• Secure Storage: Ensure the flowmeter is securely stored to prevent damage during transportation and storage.

With the Elkhart Brass Standing Flowmeter, professionals can achieve precise and reliable flow and pressure measurements for standpipe systems, fire pump testing, and hydrant flow testing. Its compact design, lightweight construction, and advanced features make it an essential tool for maintaining water systems and ensuring optimal performance.