Explosion Proof Magnetostrictive Float Level Sensor
Explosion Proof Magnetostrictive Float Level Sensor - Image 2
Explosion Proof Magnetostrictive Float Level Sensor - Image 3
Explosion Proof Magnetostrictive Float Level Sensor - Image 4
Explosion Proof Magnetostrictive Float Level Sensor - Image 5
Explosion Proof Magnetostrictive Float Level Sensor - Image 6
Explosion Proof Magnetostrictive Float Level Sensor - Image 7

Explosion Proof Magnetostrictive Float Level Sensor

MPX-T

Titanium Float Level Transmitter

The MPX-T Titanium Float Level Sensor is engineered for extreme environments, specifically for applications with hydrogen sulfide (H₂S) and aggressive chemicals. With a 1″ titanium stem, this durable sensor resists corrosion where other probes fail. The MPX-T is ideal for industries requiring reliable liquid level measurement in harsh conditions.

  • Safety Rated: Explosion-proof design for hazardous environments
  • Max length: 25 ft for deep tank applications
  • Output: RS-485 Modbus and 4-20 mA for seamless integration

ⓘ
PDF Download Icon

MPX-T Datasheet
PDF Download Icon

MPX-T User Manual
PDF Download Icon

MPX-T Install Guide
Software Download Icon

Modbus Software Download
  • Resolution:
    • 4-20 mA: 14 bit DAC (1 mm)
    • Modbus: 0.04 in. (1 mm)
  • Distance Accuracy: 4-20 mA Modbus: Greater of ±0.05% of FS or 1 mm
  • Temperature Accuracy: RTD — 1k Ohm: ±1°C
  • Probe Operating Temperature: -40º – 85ºC (-40º–185ºF)
  • IP65
  • Electrical Connection: Terminal Block, 12–24 VDC
  • Typical current draw:
    • 4-20 mA: (single) 4-22 mA, (dual) 8-44 mA
    • Modbus (RS-485): 25 mA
  • Reverse polarity protection: Yes
  • Surge protection: (Output 4 only)
  • RS-485: optional RST-6001 USB to RS-485 converter
  • 4-20 mA: factory set or optional RST-4100 programming module
  • Output:
    • Single or dual loop-powered 4-20 mA
    • Set points:
      • 4 mA, probe bottom.
      • 20 mA, 10 in. below probe zero point or at customer specified point.
    • Modbus RTU (RS-485), optional temperature output.
  • Housing: Cast aluminum, epoxy coated
  • Stem: 1.0” Ø Titanium 2
  • Stem Length: 4 – 25 ft. (1.22 – 7.62 m)
  • CSA:
    • Rated 12 – 24 VDC; 4-20 mA or 80 mA; Ta 85°C
    • Class I, Division 1 & 2, Groups C & D T4
    • Ex d IIB T4
    • Ex nA IIB T4
    • Class I, Zone 1; AEx d IIB T4
    • Class I, Zone 2; AEx nA IIB T4
What is the MPX-T Magnetostrictive Float Level Transmitter?

The MPX-T is an Intrinsically Safe magnetostrictive float level transmitter featuring a titanium stem, designed for precise liquid level measurements in various industrial applications.

The MPX-T shares similar features with other APG magnetostrictive transmitters, however, its titanium stem offers enhanced corrosion resistance, making it particularly suitable for applications involving corrosive liquids.

The MPX-T offers two primary output options:​

  • 4-20 mA Analog Output: Provides a current signal proportional to the liquid level, commonly used in industrial control systems.​

  • RS-485 Modbus RTU Output: Allows for digital communication, enabling integration with Modbus-compatible devices and systems.

The MPX-T operates on a power supply ranging from 12 to 24 VDC, with a maximum current consumption of 80 mA.

The MPX-T can be equipped with integrated temperature sensors to provide temperature readings along with level measurements. This feature allows for temperature compensation in applications where temperature variations could affect measurement accuracy.

Increase the sensitivity settings on your sensor.

Here are the steps to get the sensor communication back as sensor #1 using the APG Modbus software and the RST-6001 (USB to RS485 converter). 

It’s essentially the same process below to establish communication. 

 

Establishing Communication:

  1. On the APG Modbus software, go to Configure>Communication.
  2. Make sure the USB box is checked; the Sensor Type is MPX-1/4 RS485 and the Sensor# ID is showing 1.
  3. Click Save Configuration and then click Save.
  4. Click on the Green “Start Communication” Button.

After communication has been established, use the second procedure to change the sensor address. 

 

Changing the Sensor Address:

  1. Change Register 400 from 1 to the desired address number.
  2. Click Send. At this point, you will see a Comm Bad. That’s ok, go to Step 3.
  3. Click again on Configure>Communication.
  4. Change the Sensor ID from 1 to the new address number.
  5. Click Save Configuration and then click Save.
  6. Click on the Green “Start Communication” Button.

Your MPX probe should be communicating to the software with its new address. 

MOUNT

Flange, No Mount, NPT
OUTPUT

4-20 mA, Modbus
CERTIFICATION

CSA – General, Explosion Proof
INDUSTRY

Chemical, Food & Beverage, Industrial Automation, Oil & Gas, Water & Wastewater
PROBE LENGTH

4' – 25'
ENCLOSURE PROTECTION

IP65

WARRANTY

APG warrants its products to be free from defects in material and workmanship under normal use and service of the product for 24 months from the date of shipment from APG, unless otherwise specified by APG in writing. Read our full warranty policy HERE.

RETURNS

Returns and allowances must be authorized by APG in advance, which authorization may be granted or withheld by APG in APG’s sole and absolute discretion. Read our full return policy HERE.

Suggested Products

Explosion Proof Rugged Magnetostrictive Level Sensor

MPX-R

Explosion Proof Rugged Magnetostrictive Level Sensor
$0.00
Titanium Custody Transfer Level Probe

MPX-T API 18.2

Titanium Custody Transfer Level Probe
$0.00
Modbus Display

MDI

Intrinsically Safe Modbus Display
$0.00
Float Level Transmitter

MPI-T

Intrinsically Safe, Titanium Stem Magnetostrictive Float Level Transmitter
$0.00