Product Description
Magnetic Level Gauges
Type | Range | Accuracy | Specification |
| Tubular Glass | 0-300mm up to 0-1500 mm | | Side Mounted Transparent Glass Tube for liquids |
| Reflex | 150mm up to 1500mm | | Side Mounted Transparent Glass Tube for high pressure application |
| Pointer Type Mechanical Level Gauge | 0 to 1.5 meters and 0 to 2.5 meter | | Top Mounited Mechanical Level Indication with ease in mounting (in PP construction) |
| Follower Float | 0 to 500 mm to 0-1500mm | Approx 2% | Side or top mounted Mechanical level Indication having Magnetic Float |
| Bi-color Magnets | 0 to 500 mm up to 0-1500 mm | Approx 4 mm | Side or top mounted Mechanical level Indication for Liquids using Rolling Magnets and Megnetic Float |
| Float and Board | 0-2 meters up to 0-25 meters | Approx 5% | Float operated mechanical level Indicator for liquid storage tank |
| Float Type (Analogue Output) | 0-300 mm up to 0-3000mm | Approx 3 mm | Magnetic Float Operated Liquid level Indicator using Bypass assembly or, Top Mounting Type In tanks |
| Capacitance Type (Analogue Output) | 0-150 mm up to 0-15 meters | Approx 1% | Rod type or Rope type Sensor for Conductive or non-conductive liquids only |
| Poteniometric (Analogue Output) | 0-200 mm to 0-3000 mm | Approx 0.5% | Perfectly suitable and acceptable for food and pharma application |
| Diaphragm type/ Submersible Type (Analogue Output)) | Gravity pressure from 0-100mbar up to 0to 20 bar | Approx 1% | S.S Sensors and PP Cable-suitable for clear Liquids only. |
| Ultrasonic (Analogue Output) | 100-27400 mm | Approx 1% | Non Contact Level Sensor is not suitable for tanks having vacuum, Foam, high temperature and high pressure configurable measuring range. Compact instrument and available with Hygienic design and Configurable measuring range. |
| Radar / Micro Wave (Analogue Output) | 300-1000 mm to 300-3000 mm | Approx 0.5% | Non contact level sensor is suitable for almost all applications. Compact instrument and available with hygienic design and configurable measuring range |
Application : There are 4 typical applications for the level measuring Instruments
- For level indication Mechanically, where any electrical or battery supply won't be required
- For level sensing and digital indication of available level in the tank
- For level Indication and transmitter for remote indication or, control application
- Level measuring instruments are used very commonly in industries like chemical and petrochemical, paper and pulp, food and drugs, water transport and Beverage construction industries cement plants etc.
Note :To receive quick response, please provide your basic requirement details and max.Application information.
Versatile Process Connections and MountingOur magnetic level gauges accommodate a variety of process connections including flanged (ASA, DIN, JIS) and screwed types, ensuring compatibility with global standards. Flexible mounting options, such as side or top mounting, enable seamless integration into diverse tank and vessel designs. These features make the gauges adaptable to numerous industrial setups and operational requirements throughout India and beyond.
Durable Materials and Reliable PerformanceManufactured with high-grade materials like SS304, SS316, PP, and PVC, these gauges are built to withstand corrosive environments and challenging applications. The hermetically sealed magnetic float and stainless steel casing provide ongoing accuracy and safety, while the instruments IP65/IP67 indicator enclosures shield against harsh conditions, delivering long-term reliability in various industries.
Advanced Measurement and Customization OptionsMeasuring ranges span from 300 mm to 6000 mm, serving both compact and large storage facilities. With accuracy up to 10 mm and density compatibility for liquids above 0.6 Sp. Gravity, the gauges meet rigorous industrial standards. Optional features such as 4-20 mA transmitters and magnetic switch contacts (SPST/SPDT) enable process automation and enhance monitoring flexibility to fit every application.
FAQs of Magnetic Level Gauges:
Q: How does a magnetic level gauge measure liquid levels?
A: A magnetic level gauge uses a hermetically sealed magnetic float that rises and falls with the liquid level inside a chamber. This float actuates an external magnetic indicator, such as red/white roller flaps or a capsule display, showing the exact level without direct contact between the fluid and the indicator system.
Q: What materials are available for the chamber and float, and how do I select them?
A: Chamber materials include SS304, SS316, PP, and PVC, while float options are SS316, PP, and PTFE. The correct selection depends on your applications chemical compatibility, temperature, and process fluid density. Our experts can help you choose materials tailored to your service conditions.
Q: When should I choose a flanged or screwed connection for installation?
A: Flanged connections (ASA, DIN, JIS) offer secure and standardized fittings ideal for high-pressure or corrosive applications, while screwed connections are suitable for lower pressure and smaller process lines. The choice depends on your systems requirements and the prevailing industry standards.
Q: What are the optional features for automation and process monitoring?
A: Magnetic level gauges can be equipped with optional 4-20 mA level transmitters for remote monitoring and integration into control systems. Magnetic switch contacts (SPST/SPDT) can also be added to trigger alarms or automated actions when the level reaches preset points, enhancing process safety.
Q: Where are magnetic level gauges commonly used?
A: These gauges are widely utilized in industries such as water treatment, chemical processing, oil and gas, pharmaceuticals, and food and beverage. They are installed on tanks and vessels for both storage and process applications, ensuring safe and accurate fluid level monitoring.
Q: What are the benefits of using magnetic level gauges over conventional sight glasses?
A: Magnetic level gauges offer robust leakage protection through hermetic sealing and do not require direct contact between fluid and indicator, reducing maintenance. Their enclosed design with IP65/IP67 protection ensures reliable operation even in harsh environments, making them safer and longer-lasting than traditional sight glasses.