750 Series II Conductivity Monitor Myron L

Rp123

The Myron L 750 Series II Conductivity Monitor is a reliable, high-performance instrument designed for continuous monitoring of conductivity in a wide range of industrial and water treatment applications. Engineered with accuracy and durability in mind, it is compatible with CS51-series sensors, which include automatic temperature compensation and modular design for ease of maintenance. This system is ideal for users requiring dependable conductivity readings with long-term stability under demanding conditions, including high temperature and pressure.

750 Series II Conductivity Monitor Myron L

The Myron L 750 Series II Conductivity Monitor is a reliable, high-performance instrument designed for continuous monitoring of conductivity in a wide range of industrial and water treatment applications. Engineered with accuracy and durability in mind, it is compatible with CS51-series sensors, which include automatic temperature compensation and modular design for ease of maintenance. This system is ideal for users requiring dependable conductivity readings with long-term stability under demanding conditions, including high temperature and pressure.

Features

  1. Automatic Temperature Compensation

    • Integral thermistors provide real-time temperature correction to 25°C, ensuring accurate readings from 0–100°C (32–212°F).

  2. Durable Sensor Construction

    • The CS51-series sensors feature a modular polypropylene bushing and a robust metal sensing element, making them suitable for harsh environments.

  3. Versatile Sensor Options

    • Choose from CS51LC (0.1 constant), CS51 (1.0 constant), and CS52 (10.0 constant) sensors to match different conductivity ranges.

  4. Wide Environmental Tolerance

    • CS51 sensors withstand up to 100 psi at 100°C (212°F), with optional models available for pressures up to 250 psi at 205°C.

  5. Flexible Mounting and Cabling

    • Standard ¾” NPT threaded polypropylene bushings with optional ½” PVDF or 316 stainless steel fittings. Shielded cables available in 10 ft (3 m) standard lengths, up to 100 ft (30 m).

  6. Easy Maintenance and Integration

    • Modular sensor design allows low-cost replacements and simple installation, ideal for continuous process monitoring or system integration.

Applications

  • Industrial process water monitoring

  • Reverse osmosis system control

  • Boiler and cooling tower water management

  • Wastewater treatment plants

  • Laboratory conductivity analysis

  • Food and beverage water quality monitoring

Specification

  • Temperature Compensation:
    Integral thermistor, automatic to 25°C across 0–100°C (32–212°F)

  • Pressure / Temperature Limits:
    CS51: 100 psi @ 100°C (212°F), 250 psi @ 205°C (optional models CS40, CS41 available on request)

  • Sensor Types and Ranges:

    • CS51LC (K=0.1): for conductivity readings ≤ 5 µS/cm

    • CS51 (K=1.0): for 0–10 to 0–20,000 µS/cm

    • CS52 (K=10.0): for readings above 20,000 µS/cm

  • Bushing Materials:
    Modular polypropylene, threaded ¾” NPT (optional: ½” PVDF or 316 stainless steel)

  • Cable Lengths:
    Shielded cable, 10 ft (3 m) standard; 25 ft (8 m) and 100 ft (30 m) available (max recommended length: 100 ft/30 m)

  • Sensor Dimensions:
    CS51: 30 mm length x 13 mm diameter (1.2 in x 0.5 in) metal portion

  • Display and Interface:
    Paired with 750 Series II monitor/controller for real-time digital readout and alarm functionality (monitor sold separately)

Integration & Expansion

  • Compatible with Myron L 750 Series II monitoring systems

  • Ideal for long-term, high-accuracy industrial installations

  • Sensor selection based on application-specific conductivity range and environmental conditions

The 750 Series II Conductivity Monitor with CS51-series sensors delivers precision, flexibility, and rugged performance for reliable conductivity measurements across a wide range of critical water quality applications.

Reviews

There are no reviews yet.

Be the first to review “750 Series II Conductivity Monitor Myron L”

Your email address will not be published. Required fields are marked *