pH Sensor-MS pH 04 About
FEATURE
- Four Ceramic Junction Fast Response due to increased porosity,
- Increased Sensor Life
- Filled with Gel Helps to maintain zero potential for longer time
- Industrial Grade Rugged Construction
- Upto 130C Operating Temperature
- PTFE (Teflon) body for Harsh Application
- Optionally Built in Temperature Compensation
- Easy Installation
DESCRIPTION
MicroSet make pH Sensor model MS pH 04 is designed for various Industrial Applications. Four ceramic junction reference aids in the sensor's resistance to harsh environments and helps prolong sensor life. The robust sensor design makes the MS pH 04 reliable in a wide range of aqueous solutions found in pipelines, open tanks or ponds.
TECHNICAL SPECIFICATION
- Range : 0 to14 pH
- Body MOC : PTFE
- Type : Combination
- Sensor Output : mV ( 59.4 mV/pH change at 25C)
- Pressure : 6 Bar
- Temperature : 0 130C
- Temperature Compensation : Pt 100 (Optional)
- Junction : Four Ceramic
- Process Connection : BSPM on Front End and Rear End
- Mounting : Pipeline (Inline) or Immersion (Tank) or Flow Through Chamber
- Cable : Standard Integral Cable 5 Meter with BNC (Optional Leads)
- Cable Length: 10, 15, 20, 25 Meters Also Available
- (Optional At Extra Cost)
- Please specify Cable Length required while ordering
- Note: Integral Cable Cannot Be Extended from 5 Mtrs. to 10 Mtrs. or so.
APPLICATION
- Water Treatment Plant (WTP) Wastewater Treatment Plant (WWTP)
- Effluent Treatment Plant (ETP) Sewage Treatment Plant (STP)
- RO Water Plant Power Plant
- Hydroponics Chemical Industry
- Textile Industry Paper & Pulp
- Beverages / Food Industry Pharma Industry
Optimized for Versatile ApplicationsWhether in industrial setups, laboratory research, water treatment plants, or the food and beverage industry, the pH Sensor-MS pH 04 adapts effortlessly. Its wide pH and temperature range ensures compatibility with a variety of chemical conditions, helping deliver consistent, precise data in demanding environments.
Durable and Accurate DesignThis sensor features a chemically resistant polypropylene body and a low-resistance glass membrane to ensure reliable performance. Its quick response time and high accuracy (0.05 pH) make it ideal for real-time monitoring where precision is crucial. The waterproof BNC connector supports secure and hassle-free installation.
Low Maintenance and Easy CalibrationRoutine upkeep is simplified by the sensor's sturdy build and user-friendly calibration process. The Ag/AgCl, KCl Gel reference electrolyte system reduces maintenance requirements, making the sensor a dependable choice for continuous use with minimal downtime.
FAQ's of pH Sensor-MS pH 04:
Q: How do I calibrate the pH Sensor-MS pH 04?
A: Calibration of the pH Sensor-MS pH 04 is straightforward and can be done using standard buffer solutions. Simply connect the sensor using its waterproof BNC connector, rinse with distilled water, and immerse in buffer solutions to adjust calibration settings according to your equipment's instructions.
Q: What applications are suitable for this pH sensor?
A: The sensor is suitable for a wide range of applications, including industrial processing, laboratory experiments, water treatment facilities, food & beverage quality checks, and pharmaceutical production environments.
Q: When should the pH Sensor-MS pH 04 be maintained or replaced?
A: Routine maintenance is low and typically involves periodic calibration and cleaning. The sensor should be replaced if it consistently fails to calibrate properly or if response time deteriorates significantly despite regular care.
Q: Where can I install the pH Sensor-MS pH 04?
A: This sensor can be installed in tanks, pipelines, reactors, or laboratory vessels as required. Its standard 1-meter cable (customizable upon request) and waterproof BNC connection make it adaptable to various installation setups.
Q: What is the benefit of the low-resistance pH glass membrane?
A: The low-resistance glass membrane ensures fast response times (less than 20 seconds) and enhances measurement stability, which is crucial for processes that require rapid and accurate pH monitoring.
Q: How does the reference electrolyte system improve performance?
A: The Ag/AgCl, KCl Gel reference electrolyte provides stable reference potential and minimizes drift, supporting accurate and consistent readings in continuous or batch monitoring applications.