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JC-56L
Jiechuang
The JC-56L Magnetic Level Gauge is designed for local liquid level indication and remote level monitoring in industrial tanks and process vessels. A magnetic float moves with the liquid level inside the measuring chamber. Through magnetic coupling, the float drives the external magnetic flap indicator, allowing operators to read the liquid level without direct contact with the process medium.
The listed configuration includes a 4–20 mA remote output for integration with compatible PLC, DCS and industrial monitoring systems. The product information specifies an SS304 DN40 PN16 RF flange connection and an SS316L float. The process connection, wetted materials, measuring range, temperature rating and remote transmitter configuration should be confirmed against the actual application before ordering.
Industrial Storage Tanks: Local level indication and remote monitoring of compatible liquid media.
Chemical Process Vessels: Level observation where wetted material compatibility has been verified.
Petrochemical Equipment: Liquid level monitoring in compatible process vessels and storage systems.
Water Treatment Systems: Local indication and remote monitoring of suitable water-based media.
Power Generation Systems: Liquid level monitoring in compatible auxiliary tanks and process vessels.
General Industrial Liquid Storage: On-site visual indication combined with a remote level signal.
The suitability of the instrument depends on the liquid density, float design, process temperature, pressure, material compatibility and installation conditions.
Local Magnetic Flap Indication: Provides a visual liquid level reading at the installation point.
4–20 mA Remote Output: Supports continuous level signal transmission to compatible control and monitoring systems.
Magnetic Float Operation: The internal float follows the liquid level and drives the external indicator through magnetic coupling.
SS316L Float: The listed float material can be evaluated for compatibility with the specified process medium.
Flanged Process Connection: The listed DN40 PN16 RF connection is intended for compatible industrial piping and vessel connections.
Drain Valve: The listed drain valve supports draining and maintenance when the system is isolated and made safe.
Configuration Review: Measuring range, connection dimensions, material compatibility and electrical options can be reviewed for the application.
Parameter | Specification |
|---|---|
Model | JC-56L |
Product Type | Magnetic Level Gauge with Remote Transmitter |
Measurement Principle | Magnetic Float and Magnetic Coupling |
Measuring Range | 0–600 mm |
C-C Distance | 435 mm |
Process Connection | SS304 DN40 PN16 RF Flange |
Wetted Parts | SS304 |
Float Material | SS316L |
Process Medium | Water-mix Chemicals |
Process Pressure | 12 bar |
Process Temperature | 100°C |
Accuracy | ±10 mm, confirm reference conditions |
Local Indication | Magnetic Flap Indicator |
Power Supply | 24 VDC |
Signal Output | 4–20 mA |
Electrical Connection | 1/2" NPT |
Drain Valve | SS304 Ball Valve, 1/2" |
Level Alarm | Reed Switch |
Note: Specifications can be customized according to customer requirements.
Please confirm the following before selecting the final configuration:
Required measuring range and center-to-center distance
Process connection size, flange standard and pressure rating
Float, measuring chamber and flange materials
Process temperature and pressure
Liquid density and chemical compatibility
4–20 mA transmitter configuration and power supply
Required level alarm or reed switch function
Drain valve type and connection
Hazardous-area classification and certification, if required
Optional features must be confirmed for the specific model and quotation.
Step 1 — Identify the process medium.
Provide the liquid name, density and any relevant corrosive or chemical properties. Float buoyancy and wetted material compatibility are important to correct operation.
Step 2 — Confirm the installation dimensions.
Specify the required measuring range, center-to-center distance and process connection dimensions. These dimensions must match the vessel connection and required level indication.
Step 3 — Confirm operating conditions.
Provide normal and maximum process temperature and pressure. Verify that the selected measuring chamber, float, seals and remote transmitter are suitable for these conditions.
Step 4 — Define the signal requirements.
Confirm whether local magnetic flap indication alone is sufficient or whether a 4–20 mA remote signal is required. Provide the receiving system and power supply details.
Step 5 — Specify alarm requirements.
If upper- or lower-level alarms are required, confirm the available switch type, switching positions and electrical ratings.
Step 6 — Confirm hazardous-area requirements.
For hazardous locations, specify the required classification and certification so the correct instrument configuration can be reviewed.
A: A float moves with the liquid level inside the measuring chamber. Magnetic coupling transfers the movement to the external flap indicator, providing a local visual level reading.
A: The listed configuration includes a 4–20 mA remote output. Confirm the transmitter configuration, power supply and electrical interface when ordering.
A: The magnetic flap indicator provides a local visual reading. The 4–20 mA output sends a corresponding level signal to compatible monitoring or control equipment.
A: Suitability depends on the exact liquid and the materials of the float, measuring chamber, flange, seals and other wetted components. Provide the medium details for compatibility review.
A: The current product information lists a process temperature of 100°C. Please confirm the required operating temperature and the approved temperature rating for the complete selected configuration before ordering.
A: The product information refers to a reed switch and level alarm options. Confirm the available switch configuration, alarm positions and electrical ratings for the required model.
For an accurate quotation, please provide the liquid medium and density, required measuring range, center-to-center distance, process connection, operating pressure and temperature, material requirements, remote output and alarm requirements, and any hazardous-area certification needs.
Our team can review the application and confirm the suitable JC-56L configuration, available options and quotation details.
