SHOWING ITEMS 436-450 of 677
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Thornton 58080273, UniCond Conductivity / Resistivity Sensor Cable, 15 Ft Long, ISM Meters
MSRP: $359.00Your Price: $300.90 -
Thornton 58080272, UniCond Conductivity / Resistivity Sensor Cable, 10 Ft Long, ISM Meters
MSRP: $265.00Your Price: $222.30 -
Thornton 58080271, UniCond Conductivity / Resistivity Sensor Cable, 5 Ft Long, ISM Meters
MSRP: $298.00Your Price: $249.60 -
LIMITED QUANTITIES - Thornton 58080270, UniCond Conductivity / Resistivity Sensor Cable, 1 Ft Long, ISM Meters
MSRP: $225.40Your Price: $194.00 -
Thornton 58031414, Conductivity Sensor, 0.1 constant, 1.5'' Tri-Clamp Fitting, 316L SS, 3.38'' Insertion, ISM
MSRP: $2,688.00Your Price: $2,252.50 -
Thornton 58031413, Conductivity Sensor, 0.1 constant, 1.5'' Tri-Clamp Fitting, Titanium, 3.38'' Insertion, ISM
MSRP: $2,979.00Your Price: $2,495.80 -
Thornton 58031410, Conductivity Sensor, 0.01 constant, 3/4 inch NPT Fitting, Titanium, 2.38'' Insertion, ISM
MSRP: $2,324.00Your Price: $1,946.80 -
Thornton 58031406, Conductivity Sensor, 0.1 constant, 1/2 inch NPT Fitting, Titanium, 1.14'' Insertion, ISM
MSRP: $1,278.00Your Price: $1,070.60 -
Thornton 58031408, Conductivity Sensor, 0.1 constant, 3/4 inch NPT Fitting, Monel, 5.19'' Insertion, ISM
MSRP: $2,625.00Your Price: $2,199.10 -
Thornton 58031407, Conductivity Sensor, 0.1 constant, 3/4 inch NPT Fitting, Monel, 1.35'' Insertion, ISM
MSRP: $1,801.00Your Price: $1,508.60 -
Thornton 58031409, Conductivity Sensor, 0.1 constant, 3/4 inch NPT Fitting, 5.19'' Insertion, ISM
MSRP: $1,535.00Your Price: $1,286.20 -
Thornton 58031404, Conductivity Sensor, 0.1 constant, 3/4 inch NPT Fitting, 1.35'' Insertion, ISM
MSRP: $1,411.00Your Price: $1,181.90 -
Thornton 58091585, Protective Base for 450 TOC Analyzers
MSRP: $1,392.00Your Price: $1,165.90 -
Thornton 58 080 258, Analog Conductivity Patch Cable, 200 Foot, M300 Standard
MSRP: $2,359.00Your Price: $1,976.30 -
Thornton 58 080 255, Analog Conductivity Patch Cable, 50 Foot, M300 Standard
MSRP: $426.00Your Price: $356.80
How a Water Quality Meter Captures Highly Accurate Readings
A water quality meter measures key parameters by placing a water quality probe directly in the sample stream, where the sensor reacts to specific chemical or physical changes.
Conductivity probes track ion concentration through electrical response, while pH sensors measure voltage shifts created by hydrogen activity. Additionally, optical sensors in water analysis meters read turbidity by assessing how particles scatter an internal light source.
Each method supports precise detection, so operators can rely on the meter’s readings for confident system decisions.
Water Quality Instruments for Industrial Applications
Water quality instruments help operators track conditions that impact production, safety, and compliance in complex industrial environments.
Each water quality meter or water analysis meter supports a specific part of the workflow, giving applications like those below reliable insight into system behavior:
- Conductivity meters that verify salt concentration during brine preparation and rinse cycles
- pH meters used in metal finishing lines to maintain stable bath chemistry
- Turbidity meters that monitor clarity levels in process water before reuse or discharge
- Multi-parameter water quality instruments that combine probes for facilities managing several treatment checkpoints
- Temperature-compensated water quality probes that support accurate readings during heated or cooled processes
These tools enable facilities to control critical variables that impact quality and performance throughout the operation.
Selecting the Right Water Quality Probe or Meter for Your System
Choosing the right water quality meter begins with understanding which parameters are most important to your process and how frequently you need to measure them. Operators evaluate the sampling conditions, the required accuracy range, and the environment in which the water quality probe will operate.
Many teams review maintenance expectations to confirm that the meter fits their workflow without creating unnecessary delays.
Serv-A-Pure proudly supplies water quality meters that align with these priorities, allowing users to select a tool that supports reliable testing and informed decision-making.
FAQs: Frequently Asked Questions About Water Quality Meters
What calibration steps keep a water quality meter accurate over time?
Most water quality meters require routine calibration with certified solutions that match the parameter being measured. We provide meters and accessories that help users maintain consistent accuracy during regular testing cycles.
How do temperature changes affect readings on a water quality probe?
Temperature shifts alter sensor response, and many water quality probes include automatic compensation to correct these variations.
Can a water analysis meter store data for later review?
Many water analysis meters feature onboard memory that saves measurements for reporting and system audits. Serv-A-Pure carries models with storage features that support ongoing compliance work.
What maintenance signs indicate a water quality instrument needs service?
Slow response time, irregular readings, or physical wear on the sensor often signal that a water quality instrument needs inspection or replacement parts.
Choose Water Quality Meters From Experts Like Serv-A-Pure
Water quality meters give teams the insight they need to keep treatment stages on track and maintain consistent results. Serv-A-Pure offers instruments that align with technical requirements across a wide range of workflows.
Review the available options above or contact our experts for help in finding the right water quality meter.