Exsenco, LLC High Temperature Linear Displacement and Level Measurement Probe SANTEST L2DT

Description
SANTEST's Linear Inductance-L Transducer L2DT is a sensor of which inductance changes with displacement of the copper sleeve covering a sensor probe. 10kHz sine wave excites the solenoid coil of the L2DT sensor. It generates the short ring effect as a copper sleeve covers a sensor probe. The magnetic flux of the short ring effect makes decrease inductance of solenoid coil. When the copper sleeve covers the whole sensor probe, the short ring effect is the strongest and the value of inductance becomes the smallest. Calculating the change of this inductance, it is possible to detect the position of a copper sleeve.
Request a Quote
Description
SANTEST's Linear Inductance-L Transducer L2DT is a sensor of which inductance changes with displacement of the copper sleeve covering a sensor probe. 10kHz sine wave excites the solenoid coil of the L2DT sensor. It generates the short ring effect as a copper sleeve covers a sensor probe. The magnetic flux of the short ring effect makes decrease inductance of solenoid coil. When the copper sleeve covers the whole sensor probe, the short ring effect is the strongest and the value of inductance becomes the smallest. Calculating the change of this inductance, it is possible to detect the position of a copper sleeve.
Request a Quote
Datasheet
Datasheet Summary
Powered by GS/AI

The SANTEST L2DT is a non-contact, absolute linear displacement transducer designed for high-temperature environments up to 150°C, with an effective stroke range of 100 to 500 mm. It consists of a probe with a copper sleeve, a heat-resistant shielded cable, and a controller, and is rated for a maximum pressure of 21 MPa on the sensor rod. The sensor outputs 0-10 V or 4-20 mA and includes two open-collector contact outputs rated at 0.1 A, 30 V DC. It features IP67 protection, a drive frequency of 10 kHz, a frequency response of 100 Hz, and operates with a +24 V DC supply. The probe is mounted in a cylindrical housing and is constructed with nickel-plated brass and SS304 stainless steel. The cable length is available up to 20 m, and the controller is housed in a DIN 35 mm rail-mountable enclosure.

Datasheet Summary
Powered by GS/AI

The SANTEST L2DT is a non-contact, absolute linear displacement transducer designed for high-temperature environments up to 150°C, with an effective stroke range of 100 to 500 mm. It consists of a probe with a copper sleeve, a heat-resistant shielded cable, and a controller, and is rated for a maximum pressure of 21 MPa on the sensor rod. The sensor outputs 0-10 V or 4-20 mA and includes two open-collector contact outputs rated at 0.1 A, 30 V DC. It features IP67 protection, a drive frequency of 10 kHz, a frequency response of 100 Hz, and operates with a +24 V DC supply. The probe is mounted in a cylindrical housing and is constructed with nickel-plated brass and SS304 stainless steel. The cable length is available up to 20 m, and the controller is housed in a DIN 35 mm rail-mountable enclosure.

Suppliers

Company
Product
Description
Supplier Links
High Temperature Linear Displacement and Level Measurement Probe - SANTEST L2DT - Exsenco, LLC
Corpus Christi, TX, USA
High Temperature Linear Displacement and Level Measurement Probe
SANTEST L2DT
High Temperature Linear Displacement and Level Measurement Probe SANTEST L2DT
SANTEST's Linear Inductance-L Transducer L2DT is a sensor of which inductance changes with displacement of the copper sleeve covering a sensor probe. 10kHz sine wave excites the solenoid coil of the L2DT sensor. It generates the short ring effect as a copper sleeve covers a sensor probe. The magnetic flux of the short ring effect makes decrease inductance of solenoid coil. When the copper sleeve covers the whole sensor probe, the short ring effect is the strongest and the value of inductance becomes the smallest. Calculating the change of this inductance, it is possible to detect the position of a copper sleeve.

SANTEST's Linear Inductance-L Transducer L2DT is a sensor of which inductance changes with displacement of the copper sleeve covering a sensor probe. 10kHz sine wave excites the solenoid coil of the L2DT sensor. It generates the short ring effect as a copper sleeve covers a sensor probe. The magnetic flux of the short ring effect makes decrease inductance of solenoid coil. When the copper sleeve covers the whole sensor probe, the short ring effect is the strongest and the value of inductance becomes the smallest. Calculating the change of this inductance, it is possible to detect the position of a copper sleeve.

Supplier's Site Datasheet

Technical Specifications

  Exsenco, LLC
Product Category Level Sensors
Product Number SANTEST L2DT
Product Name High Temperature Linear Displacement and Level Measurement Probe
Device Classification Sensor Only
Measuring Range 3.94 to 19.69 inch (100 to 500 mm)
Level Measurement Type Continuous Level
Output Options AnalogVoltage; AnalogCurrent
Field Adjustable Field Adjustable Measurement Ranges; (400 mm)
Unlock Full Specs
to access all available technical data

Similar Products

Heavy-Duty, High-Performance Linear Displacement and Level Measurement Probe - SANTEST GYRHP-MR6 - Exsenco, LLC
Specs
Device Classification Sensor Only
Measuring Range 0.5906 to 39.37 inch (15 to 1000 mm)
Level Measurement Type Continuous Level
View Details
High Performance Linear Displacement and Level Measurement Probe - SANTEST GYMR6-PF - Exsenco, LLC
Specs
Device Classification Sensor Only
Measuring Range 0.5906 to 295 inch (15 to 7500 mm)
Level Measurement Type Continuous Level
View Details
High Temperature Linear Displacement and Level Measurement Probe - GYHTR - Exsenco, LLC
Specs
Device Classification Sensor Only
Measuring Range 0.5906 to 39.37 inch (15 to 1000 mm)
Level Measurement Type Continuous Level
View Details
Heavy-Duty, High-Performance Linear Displacement and Level Measurement Probe - SANTEST GYHR - Exsenco, LLC
Specs
Device Classification Sensor Only
Measuring Range 0.5906 to 78.74 inch (15 to 2000 mm)
Level Measurement Type Continuous Level
View Details