Withstand temperatures of at least 194° F.

The enclosure meets NEMA 4X to protect these totalizers from dust, washdowns, and corrosive liquids.

These totalizers meet NSF/ANSI Standard 61 for use in drinking water systems.

With a display that can be mounted up to 1,000 feet from the body, these totalizers are often installed in hard-to-access areas and remote locations.

More than twice as accurate as standard totalizers for fuel, these are rated for ±2% accuracy.

Determine the flow rate and total flow volume of water with the same meter.

Bond the unthreaded connections to PVC pipe with PVC cement and primer.

For faster installation and disconnection than standard flowmeters for water, these flowmeters have union nuts on both ends.

Measure the flow rate of water in your system.

Instead of a scale, these flowmeters have a prominent dial that’s easy to see from a distance. Dial displays readings in gallons.

For easier reading from a distance, these flowmeters have a prominent dial instead of a scale. They can withstand pressures up to 3,000 psi.

The transparent body lets you inspect water color and clarity in addition to measuring the flow rate.

The PVC body can withstand corrosive chlorinated and deionized water.

For protection from dust, washdowns, and corrosion, these flowmeters have an enclosure that meets NEMA 4X.

Use these flowmeters for highly accurate flow rate measurements.

Rated for nearly double the temperature of standard panel-mount flowmeters for water, these can withstand up to 212° F.

Directly install these flowmeters in your pipeline. They can be used with water containing particles up to 1/8” in diameter.

Choose these flowmeters for highly accurate flow rate measurements.

Rated for at least six times the pressure of standard flowmeters for air, these can withstand pressures of at least 600 psi.

Measure the flow rate of hydraulic and motor oil.

The indicator moves when flow is present, so it’s easy to visually confirm flow from a distance.

Withstand twice the temperature of standard sights. These are rated for temperatures up to 400° F.

A ball indicator increases the visibility of flow for checking at a distance.

To maintain a clear view of your process media without disrupting flow, twist the tubular window to clear debris and buildup with the internal wipers.

The low-profile body fits in areas with limited clearance.

These switches have a low-profile design to fit in water pipelines with limited clearance.

Designed for applications with consistent flow, these switches have a fixed set point.

These switches have a fixed set point for applications with consistent flow.

For protection from dirt, washdowns, and corrosion, these switches have an enclosure that meets NEMA 4X.

At half the height of standard insertion flow switches, these are often used in low-clearance areas.

Check your system for contaminants with this meter that detects total dissolved solids (TDS) in aquaculture solutions, wastewater, and other dirty liquids.

Since these meters float and have a housing that meets IP67, they won’t be damaged by temporary submersion and have complete resistance to dust. They detect total dissolved solids (TDS) in water, hydroponic solutions, and other clean liquids to determine contaminant levels.

Pour contaminated water, wastewater, printing fountain solutions, and other dirty liquids into the meter cup to test electrical conductivity levels that indicate the concentration of salts, nutrients, chemicals, and other substances.

View conductivity readings of wastewater, boiler condensate, aquaculture solutions, and other dirty liquids up to 3 feet from the remote sensor to indicate the concentration of salts, nutrients, chemicals, and other substances.

Check pH in harsh field conditions. These floating meters that have a housing that meets IP67 for complete resistance to dust and protection from temporary submersion.

More precise than test strips, this meter is often used to measure the pH of dirty liquids in agricultural systems, aquaculture tanks, and printing fountains.

Measure a solution’s oxidation reduction potential (ORP) to determine its ability to break down contaminants.

Don’t strain your eyes reading a scale—these bench-top meters indicate exact results on the digital display.

Remote sensors let you take pH and oxidation reduction potential (ORP) readings up to 3 feet from the display.

The same controller can actuate equipment based on pH or oxidation reduction potential (ORP).

The case material and connection threads are stainless steel for protection in corrosive environments, plus the dial is glycerin-filled to reduce needle flutter in high-vibration applications.

A digital display allows for easy reading of measurements.

The small dial on these gauges allows for installation in tight spaces.

Sensitive enough to operate on indoor light, these gauges have no batteries to replace. They have a digital display for easy reading of measurements.

Read your pressure from a distance with these large-dial gauges.

Gauges have an accuracy of ± 0.5% to ± 1%. They are suitable for critical processes that require high accuracy, such as hydraulic and laboratory applications.

Gauges have an accuracy of ± 1% to ± 1.5%. They are suitable for critical processes that require high accuracy, such as hydraulic and laboratory applications.

These gauges can withstand extreme temperature applications from -65° F to 600° F.

Gauges have an accuracy of ± 2%.

A liquid-filled dial reduces needle flutter for precise readings in high-vibration applications.

Check the pressure on your drinking water system with these gauges—they meet NSF/ANSI Standard 61 for safe use with potable water.

These gauges have a liquid-filled dial that reduces needle flutter in high-vibration applications reaching 2,000 psi.

Use in low-pressure applications up to 160 psi.

Use in medium-pressure applications up to 1,500 psi.

Designed for sanitary environments, these transmitters automatically compensate for error in vacuum and pressure measurements caused by vibration and temperature fluctuations, so you don’t need to program corrections into your receiving device.

Convert both pressure and vacuum into an electrical signal that can be interpreted by receiving devices, such as remote displays, programmable logic controllers, and motor speed controls to monitor pressure or control equipment.

At least five times as accurate as standard pressure transmitters, these transmitters sense pressure at an accuracy of ±0.1%, making them ideal for use in laboratories and in analytical testing applications.

These transmitters automatically compensate for error introduced by vibration as well as temperature fluctuations, so you do not need to program your receiving device to correct for these factors. They convert pressure to an electrical signal that can be interpreted by receiving devices, such as remote displays, programmable logic controllers, and motor speed controls to monitor pressure or control equipment.

For use in wet environments, these transmitters are rated NEMA 4X for protection from washdowns and corrosion.

Used in food-processing and pharmaceutical plants to automatically compensate for temperature changes and errors caused by vibration, these transmitters have a sanitary design certified by 3-A.

With an accuracy of ±0.25%, use these transmitters in applications that require highly accurate measurement of both pressure and vacuum, such as activating vacuum pumps.

Read pressure directly at the source and send data remotely with one device.

These transmitters automatically compensate for error introduced into both pressure and vacuum measurements by vibrations as well as temperature fluctuations, so you do not need to program corrections for these factors into your receiving device. They convert pressure and vacuum to an electrical signal that can be interpreted by receiving devices, such as remote displays, programmable logic controllers, and motor speed controls to monitor pressure or control equipment.

These gauges have a glycerin-filled dial to reduce needle flutter for precise readings in high-vibration applications.

Gauges have an accuracy of ±0.25%.

With an accuracy of ±0.25%, these gauges are designed for critical processes that require precision.