CNBTR Panel-Mount Water Flowmeter, Liquids Flowmeter with Acrylic Plastic Rectangular Body (0.2~1GPM) 0.2~1GPM
CNBTR Panel-Mount Water Flowmeter, Liquids Flowmeter with Acrylic Plastic Rectangular Body (0.2~1GPM)
SPECIFICATIONS For Use With: Liquids Calibrated With: Water Calibration Media Specific Gravity: 1 Connections: Threaded Pipe × Threaded Pipe Pipe Connections: 1/4" BSP Female × 1/2" BSP Male Flow Measurement Type: Variable Area Flow Measurement Scale: Gallons per Minute, Litre per Minute Flow Range: 0.2 to 1 gpm Overall Height: 170mm / 6.69" Accuracy: ±4% Maximum Pressure: ≤0.6Mpa Temperature Range: 0 to 60° C Body Material: Acrylic Plastic Fitting Material: PVC Plastic Mounting Style: Panel Mounting Orientation: Vertical Display Type: Scale Package Inlcudes:l 1 x Liquid Flowmeterl 【Warning Message】 Liquids compatibility must be determined by the customer based on the conditions in which the product is being used; including the presence of other chemicals, temperature, and consistency
Product Features
- Panel-MountFlow Range: 0.2 to 1 GPM / 1 to 4 LPM. Fittings on the back let you install this flowmeter in instrument panels. Mount them vertically inline with your piping system, so liquid flows up from the bottom. As liquid passes through, it pushes an indicator up the scale, showing you the flow rate
- Acrylic BodyWith an acrylic rectangular body, this water flowmeter is completely clear, so you can inspect your liquid's color and clarity for any problems. They also have a white backing to help you read the scale clearly
- Pipe ConnectionFlowmeters with a female male connection have internal 1/4" BSP female threads and external 1/2" BSP male threads
- Fitting MaterialChoose a fitting material that is compatible with the liquid you're running through your line. PVC fittings work with a wide range of chemicals. However, they can crack from impact or when overtightened
- Other LiquidsThis flowmeter is calibrated with water but can be used with other liquids. If youre using these with a liquid other than water, youll need to calculate the flow rate by multiplying the number shown on the scale by the specific-gravity conversion factor for your liquid