pH Indicating Transmitter Flameproof-MS pH 211T FLP About
FEATURE
- On-line measurement. 2 wire system.
- 4-20 mA DC output. Auto/Manual temperature compensation.
- On-Line indication through LCD display.
- Simple operating interface with basic pictographs.
- Easy installation with pre assembled empty enclosure & Plug in terminals.
- Protection Class IP-66
- Software calibration with buffer solution
MicroSet series MS pH 211T FLP are PH / ORP transmitters used for various industrial applications. It can accept input from pH / ORP electrode & pH / ORP signal is transmitted in the form of electrical 4 - 20 mA signal. The on-line pH / ORP indication is provided through LCD. Span / Zero adjustments are easily accessibly. These transmitters are suitable for any make of electrode.
SPECIFICATION
- Measuring Parameter : pH or ORP ( Selectable )
- Type of Input : From pH / ORP Electrode (Compatible to any make Electrode)
- Type of Output : 4 - 20 mA DC, 2 wire Isolated ( max Load 600)
- Display : COG Graphics LCD
- Calibration Range : 0 to 14 pH / 2000mV
- Resolution : 0.01 pH, 1 mV
- Calibration Method : 3 Point buffer(For pH Only)
- Temperature Compensation : Auto / Manual through RTD, Pt 100 sensor for 0-125 C Accuracy : 0.01 pH / 3mV
- Output Current Accuracy : 0.3 of Full scale
- Isolation : 1.4 KV between Input, Output & Power Supply
- Input Impedance : 1012 Ohm
- Memory : EEPROM , Non Volatile
- Process Connection : Through BNC connector
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Reliable Performance in Hazardous EnvironmentsEngineered with a flameproof MS enclosure and IP65 certification, the pH MS 211T FLP is optimized for environments prone to explosion risks, such as chemical and petrochemical facilities. Its rugged design ensures safety and durability, making it a dependable choice where operational integrity is essential.
Precision and CompatibilityThis transmitter delivers high accuracy (0.01 pH) and supports standard industrial pH electrodes for consistent and reliable measurement. Its digital LCD display offers clear, real-time readings, which are crucial for stringent process control in critical industries.
Flexible Mounting and Easy IntegrationOffering both wall and pipe mounting options and convenient screw terminal connections, the pH 211T FLP is straightforward to install in a variety of settings. The 4-20 mA isolated output signal and compact field-mounted size facilitate seamless integration with existing industrial control systems.
FAQ's of pH Indicating Transmitter Flameproof-MS pH 211T FLP:
Q: How do I install the pH Indicating Transmitter Flameproof-MS pH 211T FLP?
A: The transmitter can be mounted on a wall or pipe using the provided fixtures. Ensure that screw terminal connections are properly secured for both power supply (24 V DC) and sensor input. Its compact size and accessible terminals simplify installation in most industrial settings.
Q: What types of sensors are compatible with this transmitter?
A: The Flameproof-MS pH 211T FLP is compatible with standard industrial pH electrodes, making it versatile for a range of applications across different sectors.
Q: Where can this pH transmitter be used effectively?
A: This model is specifically designed for use in chemical, petrochemical, pharmaceutical, and water treatment industries, especially in locations with potentially hazardous or explosive atmospheres.
Q: What are the main benefits of using this flameproof pH transmitter?
A: Key benefits include high measurement accuracy, a clear digital display, reliable performance in hazardous environments, and easy integration with industrial systems via the 4-20 mA output. The flameproof enclosure and IP65 rating enhance safety and device longevity.
Q: How does the pH 211T FLP ensure safety in hazardous locations?
A: It is constructed with a flameproof, explosion-proof MS (Mild Steel) enclosure and carries an IP65 ingress protection rating, safeguarding internal components from dust and water and preventing ignition of surrounding gases.
Q: What is the pH measurement accuracy and output signal provided?
A: The transmitter achieves an accuracy of 0.01 pH, and delivers an industry-standard isolated 4-20 mA output signal, which is suitable for process monitoring and control applications.