Side View of the Kayden CLASSIC 810 Series Threaded Flow and Level Switch

Three-Quarter Front View of the Kayden CLASSIC 810 Series Threaded Flow and Level Switch

View of the Electronics Module of the Kayden CLASSIC 810 Series Flow and Level Switch

View of the Electronics Module Plugged into the mounting plate of the enclosure of the Kayden CLASSIC 810 Series Flow and Level Switch

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Kayden CLASSIC 810 Thermal Flow, Level & Interface Switch

Brand: Kayden Instruments

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The Kayden CLASSIC 810 Flow, Level, Interface Switch & Transmitter features a precision-welded, highly accurate stainless steel sensor. Alarms and trip-points are field-configurable for flow, temperature, high or low, hysteresis, time delay, and more.

Ideal for liquids, gases, and slurries in a clean or dirty process, the CLASSIC 810 is available in a wide range of thread sizes and insertion lengths. Kayden's electronic thermal dispersion flow and level switches have no moving parts to foul, clog, or stick, resulting in exceptional reliability and requiring little to no maintenance.

With no moving parts and minimal invasiveness, Kayden's thermal flow and level switches provide a highly repeatable, accurate, low cost of ownership, long life, and easy-to-install solution for demanding air, gas, liquid, and slurry applications.

All Kayden® CLASSIC® models feature a rugged flameproof enclosure with blind or glass lens covers. Kayden’s advanced digital electronics will streamline the way you monitor and control your process.

Process Connections - Male NPT
- 1/2"
- 3/4"
- 1"
- 1-1/4"
- 1-1/2"
- 2"
Adjustable Set Point Range
- 0 - 254 feet/s
- 0 - 77 meters/s
Insertion 'U' Lengths
- 1.2" (3.0 cm)
- 2" (5.0 cm)
- 3" (7.5 cm)
- 4" (10.1 cm)
- 6" (15.2 cm)
- 9" (22.8 cm)
- 12" (30.4 cm)
- 18" (45.7 cm)
- Custom Lengths from 2.5" to 120" (6.0 cm to 305 cm) by 1/2" (1 cm) increments
Input/Supply Power
- 12-24 Vdc & 120-240 Vac, 50-60 Hz
Operating Pressure - Maximum
- CSA - Canadian Standards Association
  - psi 3,480
  - kPa 24,000
  - bar 240
- CRN - Canadian Registration Number 0F22124.2C for 316/316L Stainless Steel
  - psi 1,990
  - kPa 13,721
  - bar 137.2
Temperature Range - Sensor
- -55° to 200° C
- -67° to 392° F
Local Enclosure
- Aluminum
- 1" Female NPT
- Hazardous Areas
Local Enclosure Cover
- Blind or Glass Lens
- Hazardous Areas
Wetted Materials
- 316/316L Stainless Steel
- Titanium
- Hastelloy C-276
Outputs/Communications
- Two Independent Relays - SPDT
- 4-20 mA
- Modbus
- Rated 120 Vac max, 30 Vdc max, 4 A max
Approvals
- CSA
- CRN
- Single Seal
- NACE
- ASME BPVC Sec. VIII Div. 1
- NEMA 4, 4X, 6P, IP65/67

Features

Detects minimum flow and the presence and absence of flow
Temperature compensation to provide repeatable alarm under varying process temperatures
Continuous diagnostics detect sensor fault
Non-linear mA output signal can be used for trending, diagnostics, repeatable flow and level indication
Simple calibration and installation
Excellent low-flow sensitivity
Window to view alarm status
Integral or remote electronics
NACE construction

Description

Process Connections - Male NPT
- 1/2"
- 3/4"
- 1"
- 1-1/4"
- 1-1/2"
- 2"
Adjustable Set Point Range
- 0 - 254 feet/s
- 0 - 77 meters/s
Insertion 'U' Lengths
- 1.2" (3.0 cm)
- 2" (5.0 cm)
- 3" (7.5 cm)
- 4" (10.1 cm)
- 6" (15.2 cm)
- 9" (22.8 cm)
- 12" (30.4 cm)
- 18" (45.7 cm)
- Custom Lengths from 2.5" to 120" (6.0 cm to 305 cm) by 1/2" (1 cm) increments
Input/Supply Power
- 12-24 Vdc & 120-240 Vac, 50-60 Hz
Operating Pressure - Maximum
- CSA - Canadian Standards Association
  - psi 3,480
  - kPa 24,000
  - bar 240
- CRN - Canadian Registration Number 0F22124.2C for 316/316L Stainless Steel
  - psi 1,990
  - kPa 13,721
  - bar 137.2
Temperature Range - Sensor
- -55° to 200° C
- -67° to 392° F
Local Enclosure
- Aluminum
- 1" Female NPT
- Hazardous Areas
Local Enclosure Cover
- Blind or Glass Lens
- Hazardous Areas
Wetted Materials
- 316/316L Stainless Steel
- Titanium
- Hastelloy C-276
Outputs/Communications
- Two Independent Relays - SPDT
- 4-20 mA
- Modbus
- Rated 120 Vac max, 30 Vdc max, 4 A max
Approvals
- CSA
- CRN
- Single Seal
- NACE
- ASME BPVC Sec. VIII Div. 1
- NEMA 4, 4X, 6P, IP65/67

Features

Detects minimum flow and the presence and absence of flow
Temperature compensation to provide repeatable alarm under varying process temperatures
Continuous diagnostics detect sensor fault
Non-linear mA output signal can be used for trending, diagnostics, repeatable flow and level indication
Simple calibration and installation
Excellent low-flow sensitivity
Window to view alarm status
Integral or remote electronics
NACE construction

Inventory

Configure

Specifications

Brand

Kayden Instruments

Applications

Flow
Level
Interface

Principle of Operation

Thermal, Calorimetric

Sensor, Probe Style

Insertion Threaded

NPT Connection

1/2” NPT Male
3/4” NPT Male
1” NPT Male
1-1/4” NPT Male
1-1/2” NPT Male
2” NPT Male

Insertion 'U' Length

1.2” (3 cm)
2” (5 cm)
3” (7.5 cm)
4” (10.1 cm)
6” (15.2 cm)
9” (23 cm)
12” (30 cm)
18” (46 cm)
Custom Lengths from 6.4 cm to 305 cm (in 1 cm increments)
Custom Lengths from 2.5” to 120” (in 1/2” increments)

Wetted Materials

316, 316L Stainless Steel
Hastelloy C-276
Titanium

Operating Pressure - Sensor

CSA - All Process Connections: Max. Working Pressure: 3481 psi (24 MPa)
CRN - All Process Connections: Max. Working Pressure: 1990 psi (13.72 MPa), Material: 316/316L Stainless Steel
Canadian Registration Number (CRN): 0F22124.2C

Operating Temperature - Sensor

-55° to 200° C
-67° to 392° F

Sensor Construction

All-Welded Construction

Operating Temperature - Electronics

-55° to 65° C
-67° to 149° F

Switch Point Range

Air & Gases: 0.25 to 200 sfps, 0.08 to 60 smps - Standard Condition 21° C (70° F) at 14.7 psi (1 Atm)
Hydrocarbon-based Liquids: 0.01 to 5.0 fps, 0.003 to 1.50 mps
Water-based Liquids: 0.01 to 3.00 fps, 0.003 to 0.9 mps

Response Time

Approximately 0.5 to 30 seconds

Accuracy

Flow Service: ± 1.0 % of Set Point Velocity over Operating Range of ± 28° C (± 50° F)
Level Service: ± 0.64 cm (0.25”)

Switch Type

SPDT Sealed Relay Contacts Rated @ 4 Amps Resistive 230 Vac or 30 Vdc, Max.

Input Power

12-24 Vdc, 120-240 Vac, 50/60 Hz
Power Consumption: 6 Watts Max. Fully Configured
Universal Power Input

Output

4-20 mA (Thermal Signal, Scaleable) 120 Vac, Max.

Communication

Modbus RTU Communication-Alarms, Flow Status & Diagnostics
RS-485 Using Kayden's Remote Control & Monitoring Software (RCMS) or other Modbus Compatible Software

Approvals & Certifications

Canadian Standards Association Details:
CSA Mark with "C" and "US" or with NRTL
CSA - Maximum Working Pressure: 24 MPa, 3481 PSI, Single Seal when used with the approved Classic 810 Series sensors.
CSA - Input/Supply Rated 12/24 VDC or 120/240 VDC, 50/60 Hz, 6 W Max.
CSA - Output/Contacts Rated 120 VAC Max., 30 VDC Max., 4 Amp Max.
CSA - Ambient Temperature Rating: -55° C to +65° C (-67° F to +149° F)
CSA - Process Temperature Range: -55° C to +200° C (-67° F to +392° F)
CSA - Temperature Code: T3
CSA - Enclosure Type: 4, IP55
CSA - Local Sensor & Electronics Enclosure: Flameproof, Class I, Div. 1, Groups B, C, D, Ex d IIB + H₂ AEx d IIB + H₂ (Class I, Zone 1, Group IIB + H₂) Enclosure Typical 4, IP55 Single Seal Approved Per ANSI/ISA 12.27.01-2003
CSA - Remote Electronics Enclosure - Optional Flameproof: Class I, Groups B, C, D, Ex d IIB + H₂ AEx d IIB + H₂ (Class I, Zone 1, Groups IIB + H₂)
Canadian Registration Number Details:
CRN - All Provinces & Territories of Canada
CRN - Material: 316/316L Stainless Steel
CRN - Process Connections: 1/2", 3/4", 1", 1-1/4" & 2" Male NPT
CRN - Insertion Lengths: 1.2" to 120" (3.0 to 304 cm)
CRN - Max. Working Pressure: 1990 psi, 13,720 kPa, 137 bar
CRN - Temperature Range: -55° C to +200° C (-67° F to +392° F)
CRN - Code of Construction: ASME B31.3
CRN - Canadian Registration Number: 0F22124.2C

Electronics - Standard Features

100% Digital Design. Electronics are Environmentally Sealed
4-Adjustable Independent Switch Point Timers
Automated Redundant Self-Test Diagnostics
Easy Setup: No Mechanical Jumpers or Trim Pots
Incrementally Adjustable Heater Power (5 % Steps) with Automatic Over-Range Protection
Intelligent User Interface with Push-Button & Constant Display of Operation (Flow/Level)
Start-Up Bypass Timer
Temperature Compensation
Temperature Mode*: Process Temperature may be displayed/graphed in Flow/Level Mode
Display Panel Lock-Out*
*Configurable only from the Kayden RCM Software

Remote Control & Monitoring Software

Adjust Relay Modes
Adjust Set Points 1 & 2
Load or Save User Settings
Lock or Unlock the Electronics Display Panel to Protect the Settings
Modify Heater Settings to Optimize Response Time
Monitor Operating Status
Operated Via a Personal Computer Locally or from a Remote Control Center
Visualize the Actions of the Process Via the Graphical Display
Many Other Adjustable Features

Environmental Protection

IP55
IP67
NEMA 4X

Local Enclosure Conduit Connection

1” NPT Female Conduit Connection

Local Enclosure & Cover Material

Copper-Free Aluminum (Does Not Exceed 0.4 % Copper)

Local Enclosure Cover

Glass Lens Cover - Hazardous Areas
Blind Cover - Hazardous Areas
Buna-N O-Ring on Cover

Local Enclosure & Cover Finish

Powder-Coated Polyester TGIC

Remote Electronics Enclosure Cover

Glass Lens Cover - Flameproof

Remote Electronics Enclosure & Cover Finish

Powder-Coated Polyester TGIC

Storage Temperature

Store in a clean & dry environment between -30° & 60° C (-22° & 140° F)

Applications

Media - A few examples

Air and Gases
- Sour Gas
- Sweet Gas
Liquids
- Oils
- Turpentine
- Water
Slurries
- Pulp

Process Media Applications

Flow

Ammonia Storage
Biogas Flow
Catalysis Vessels
Chemical Injection & Additive Flow Monitoring
Chemical Reactors
Chlor-alkali Processes
Compressors
Condensers
Cooling Water
Deionization Tanks
Digester Gas Flow
Distillation Columns
Drain Line Flow
Emergency Eye Wash & Shower Stations
Fermentation Vessels
Flare Gas Monitoring
Flare Knock-out Drums
Flow Monitoring & Verification
Heat Exchangers
Heat Recovery Steam Generator (HRSG) - Power & Utilities
High Pressure Flows
Leak Detection
Lube Oil Systems
Monitoring Purge Air Flow
Natural Gas to Boilers
Oil Well System Testing
Pumps
Reboilers
Refinery Flow Applications
Relief Valve & Rupture Disk Flow Monitoring
Remote Indication of Flow via Analog Output & Digital Communications
Pump Protection - Dry Alarm
Safety Spray Nozzle Monitoring
Tank Blanketing
Tank Overflow Protection
Tanker Loading & Unloading
Water & Wastewater
Vaporizers
Vent Monitoring

Level

Biogas Dehydration
Blending Operations
Carbon Slurry Level
Compressor Scrubber
Compressor Waste Liquid
Condensate Receiver Tanks
Cooling Tower Basins
Crude Desalting
Crude Dehydration
Deionization Tanks
Digester Blow Tanks
Free Water Knock-out Tanks - High, Low and Interface Level
Geothermal - Degasser Tanks
Geothermal - Steam & Brine Separators
Leak Detection (Accumulation Reservoir)
Lime Slurry Level
Mixing & Blending Systems
Oil Separators & Treaters - High, Low & Interface Level
Production Fluid Storage
Pulp Bleaching Towers
Pulp Digesters
Pulp Storage
Pulp Washing Systems
Sampler Systems
Sand Separators
Scrubber Vessels
Storage Tanks
Sumps - All Types of fluids: Water, Oil, etc.
Surge Tanks
Tank Overflow
Turpentine Recovery
Vapor & Liquid Separation
Vapor Recovery

Interface

Crude Desalting
Interface Control in Separation Vessels
Interface Detection
Interface Control & Level Detection in Settling Vessels
Liquid-Liquid Extraction - LLX

Media

Liquids, Air & Gases
Slurries
Corrosive Liquids

Areas

Flameproof, Hazardous & General-Purpose Areas

IDEAL PROCESS CONDITIONS FOR FLOW

Liquids, Air, Gases, Slurries & Emulsion

Consistent Process Composition & Temperature
Sufficient Straight Run Flow Profile (minimizes turbulence)
Recommended Minimum of 5 Pipe Diameters from any Disturbance

Air & Gas

Clean and Dry

UNDESIRABLE PROCESS CONDITIONS FOR FLOW

Liquids, Air, Gases, Slurries & Emulsion

Inconsistent Process Composition or Temperature
Insufficient Straight Run
Aerated Fluids
Turbulence

Air & Gas

Wet or Saturated Air & Gas

Solids

Dry granulated processes are NOT good candidates for thermal switches

Advantages & Benefits

ADVANTAGES OF KAYDEN'S THERMAL FLOW, LEVEL & INTERFACE SWITCHES

Kayden's thermal dispersion flow, level, and interface switches and transmitters offer many distinct advantages that make them highly valuable for monitoring and controlling the flow or level of liquids, gases, and slurries in various industrial applications, making them highly effective and dependable for critical applications in industries such as chemical processing, oil and gas, water and wastewater management, and pharmaceuticals, where precise monitoring of flow or level is essential for operational safety and efficiency.

NO MOVING PARTS

Reliability & Simplicity
Thermal dispersion, or calorimetric, switches do not have any moving parts, which significantly reduces the potential for mechanical wear and tear. This absence of moving parts leads to increased durability and reliability, minimizing maintenance requirements and prolonging the lifespan of the device, while providing simpler design and operation, reducing the risk of operational failures and simplifying maintenance procedures.

VIRTUALLY NO PRESSURE LOSS

Flow Path Design
The design of thermal dispersion flow sensors ensures that they introduce very little resistance to the flow. This characteristic is crucial in applications where maintaining the existing pressure level is critical.

Minimal Intrusion & Obstruction
Thermal dispersion flow sensors, having no moving parts and providing minimal intrusion into the flow, ensures that they do not significantly disrupt the fluid's path or create turbulence, thereby causing minimal obstruction to the flow of the medium, and reducing the potential for pressure drops.

Energy Efficiency
By minimizing pressure loss, these sensors help maintain energy efficiency in the system, reducing the need for additional energy to compensate for pressure drops.

Ideal for Sensitive Systems
This feature makes them ideal for use in systems where pressure stability is crucial, such as in certain chemical processing or HVAC applications.

Kayden's Classic 800 Series of thermal dispersion flow switches and transmitters are particularly advantageous in applications where maintaining the original pressure of the system is crucial. Their design minimizes pressure drop, ensures high accuracy and reliability, and offers a versatile solution for a wide range of industrial applications. These benefits make them an excellent choice when pressure loss is a critical consideration.

EXAMPLE APPLICATIONS

Chemical Processing
Accurate flow measurement without pressure drop helps in precise mixing and reaction control.

Water and Wastewater Treatment
Ensures efficient flow measurement without adding to the system’s pressure load.

HIGH ACCURACY AND SENSITIVITY

Precision & Consistency
Thermal dispersion switches are known for their high accuracy in measuring flow or detecting fluid levels. They can detect low flows and small changes in the flow rate or level, making them suitable for applications requiring precise control. These devices provide consistent and repeatable measurements, which is critical for maintaining the efficiency and quality of industrial processes.

Direct Measurement
Kayden thermal flow sensors measure the flow based on the cooling effect of the fluid or gas on a heated sensor, providing accurate and direct flow rate measurements without significantly affecting the fluid dynamics.

WIDE RANGE OF MEDIA COMPATIBILITY

Versatility
Thermal dispersion switches can be used with a wide range of fluids, including corrosive and dirty media, further broadening their range of suitable applications. They are effective in both liquid and gas applications, which makes them versatile tools for diverse industrial environments.

Customization
Thermal dispersion switches can be customized with various materials and coatings to handle different types of fluids and operating conditions, enhancing their utility in specialized applications.

EASY INSTALLATION AND INTEGRATION

Flexibility
These switches are fairly compact and easy to install. They can be mounted in various orientations and configurations to suit different system designs. Kayden's thermal dispersion flow sensors are designed for easy insertion into the flow stream, allowing for straightforward installation without major modifications to the system. They can easily be integrated into most process control systems, offering outputs that are compatible with digital control systems, which facilitates easier monitoring and automation.

LOW MAINTENANCE

Cost-Effectiveness
The minimal maintenance requirements reduce ongoing operational costs. Since they are durable and very reliable, Kayden's thermal dispersion switches and transmitters decrease the need for frequent replacements or extensive and expensive system downtime for repairs. The no-moving parts' construction results in low maintenance requirements and reduced operational downtime.

Safety
Their robust design means fewer failures, which enhances the safety of the operations, especially in critical processes involving hazardous materials.

OPERATIONAL IN CHALLENGING CONDITIONS

Environmentally Robust
Thermal dispersion technology performs well in extreme environments, including high temperature and high pressure, as well as in hazardous areas where explosive gases or liquids are present.

Insensitive to Pressure and Temperature Changes
Unlike some other flow or level sensing technologies, thermal dispersion switches are less sensitive to variations in pressure and temperature, which can affect the accuracy and reliability of flow measurements in other sensor types.

NO CALIBRATION REQUIRED

Set and Forget
Once installed and configured, thermal dispersion switches generally do not require recalibration. They maintain their accuracy over time.

Consistent Performance
They offer stable and precise readings, which is essential for maintaining process control without introducing pressure variability.

Operating Principle

Kayden's CLASSIC 800 Series thermal flow, level, and interface switches and transmitters detect and monitor the flow rate or level/interface of a liquid or gas in a system based on the principle of thermal dispersion or thermal differential.

The CLASSIC 800 Series operates by measuring the amount of heat carried away by the process media as it moves past a heated temperature sensor, compared to a reference sensor that measures the ambient temperature of the process media. The difference in temperature between these two sensors is used to determine the flow rate, interface, or point-level condition.

Kayden calorimetric flow and level switches, also referred to as thermal flow monitors or level monitors function as follows:

Heating Element

The thermal switch has a heating element (or sensor) that is warmed to a certain temperature above the process media's temperature.

Temperature Sensors

Alongside the heating element, the device includes temperature sensors. One sensor measures the temperature of the heated element, while another measures the ambient temperature of the process media.

Flow Detection

When there is no flow or the flow is below a certain threshold, the temperature differential between the heated sensor and the ambient process media is more significant. As the flow rate increases, the process media carries away more heat from the heated sensor, reducing the temperature difference between the heated element and the reference element.

Level Detection

When the level of the process media rises and comes into contact with the heated probe, the probe cools down due to the increased heat dissipation caused by the cooler process media. Conversely, when the level drops and the probe is exposed to air, the probe's temperature rises because air's thermal conductivity is lower, and it dissipates less heat.

Signal Output

The switch translates the temperature difference into an electrical signal that can trigger an alarm, activate a relay, or send a signal to a control system, indicating whether the flow rate is above or below a preset threshold.

Thermal flow and level switches are known for their simplicity, reliability, and the ability to work without moving parts, which minimizes maintenance and the risk of mechanical failure.

Kayden's thermal switches are highly versatile and can be used in various applications, including cooling circuits, pump protection (to ensure there is flow in a system and prevent dry running), and process control in industries such as chemical manufacturing, pharmaceuticals, and food and beverage production.

Thermal level switches can be used for level detection in a wide range of applications, including overfill protection, and ensuring proper filling or emptying of tanks and containers. These monitors are suitable for use with various materials, including liquids and slurries, and can operate in challenging conditions, such as high pressure and temperature environments.

Kayden's thermal dispersion flow, level, and interface sensing technology provides accurate results to achieve highly reliable and repeatable setpoint detection in a wide range of demanding applications, all while providing a long service life.

Application Examples

KAYDEN CLASSIC FLOW SWITCHES

Alarm Activation
If the flow rate drops below a predetermined threshold, indicating potential issues such as a blockage, pump failure, or a leak, the thermal dispersion flow switch detects this change.

Chemical Injection Monitoring
Ensuring precise flow rates of chemicals injected into processes to maintain desired chemical reactions and product quality.

Chemical Processing
Monitoring flow rates of chemicals in pipelines to ensure proper mixing and reactions.

Cooling Water Flow Monitoring
Monitoring the flow of cooling water to prevent overheating of machinery.

Flow Detection and Monitoring
The thermal dispersion flow switch is installed in the cooling water pipeline. It constantly monitors the flow rate of the cooling water.

Food and Beverage
Ensuring proper flow in processes like pasteurization and cleaning in place (CIP).

HVAC Systems
Ensuring adequate airflow in heating, ventilation, and air conditioning systems.

Oil and Gas
Monitoring flow in pipelines to detect leaks or blockages and ensure safe operations.

Pharmaceutical Manufacturing
Ensuring precise flow rates of liquids and gases in production processes.

Power Generation
Monitoring cooling water flow in turbines and generators to prevent overheating.

Pulp and Paper
Monitoring flow rates of slurries and chemicals in various stages of production.

Pump Protection
The Kayden CLASSIC 800 Series of thermal switches can detect the presence or absence of flow in a pipeline. When the flow falls below a predetermined threshold, indicating conditions like dry running or reduced flow that could damage the pump, the switch can trigger an alarm or shut down the pump to prevent damage. Ensuring the continuous and adequate flow through the pump is important for maintaining the safe and efficient operation of the pumps and associated machinery.

Semiconductor Manufacturing
Ensuring proper flow of cooling and process fluids to maintain equipment performance.

Solvent Flow Monitoring
Ensuring the proper flow of solvents in extraction and purification processes

Stock Preparation
Ensuring consistent flow rates of slurries to maintain quality and process efficiency.

Wastewater Treatment
Monitoring flow rates in effluent treatment processes to ensure compliance with environmental regulations.

Water Treatment
Monitoring flow rates in filtration systems to maintain efficiency and compliance.

KAYDEN CLASSIC LEVEL SWITCHES

Kayden CLASSIC 800 Series thermal dispersion level switches are highly versatile and can be used in various applications across multiple industries.

Chemical Processing

Monitoring liquid levels in chemical reactors and storage tanks to ensure safe and efficient operations.

Food and Beverage
Maintaining levels in mixing and fermentation tanks to ensure product quality.

HVAC Systems
Monitoring levels in condensate tanks and boilers to prevent system malfunctions.

Marine Applications
Monitoring bilge and ballast water levels to ensure vessel stability and safety.

Oil and Gas
Monitoring levels in separators and storage tanks to ensure safe handling and processing.

Pharmaceuticals
Maintaining precise liquid levels in reaction vessels and storage tanks to ensure product consistency and safety.

Pulp and Paper
Maintaining levels in slurry tanks and chemical feed tanks to ensure process efficiency.

Sump and Drain Monitoring
Ensuring proper levels in sumps and drains to prevent flooding or pump damage.

Tank Level Monitoring
Detecting the level of liquids in storage tanks to prevent overflows or dry running.

Water Treatment
Ensuring proper levels in clarifiers and reservoirs for efficient water treatment processes.

BENEFITS

Reliability
Thermal dispersion flow switches are highly reliable and accurate, ensuring consistent protection for the pumps.

Maintenance
They require minimal maintenance, making them a cost-effective solution for long-term pump protection.

Versatility
Suitable for various types of fluids, including water, chemicals, and slurries.