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SKU
AX-LDPT482-I-10
AX-LDPT482-I-10 - Axio Liquid Differential Pressure Transmitter 0.10Bar with 4..20mA
£221.99
£184.99
On request
Next Supplier Stock Update: 17/10/2026
Manuals & Datasheets
| DATA-SHEET |
 |
| Product type | Sensors & Stats |
| IP rating | IP65 |
| Output Signal | 4..20 mA |
| Manufacturer | Axio |
| Power Supply | 24Vac/Vdc |
| Sensor Type | Gas Pressure Transducer |
| Pressure range | 0 to 10 Bar |
AX-LDPT482I-10 - Axio Liquid Differential Pressure Transmitter 0.10Bar with 4..20mAmp Output The AX-LDPT482 Differential Pressure Transmitters are piezo-resistive sensor for pressure monitoring of liquids and non aggressive gases. The units are available in a number of different ranges with either a 4-20mA or 0-10Vdc output signal. Mechanical connection is via 1/8” BSP parallel female brass connectors and come complete with a 1m cable. The AX-LDPT482 is supplied complete with a mounting bracket. P
Specifications:
● Range: 160, 400mbar and 1, 2, 4, 7, 10 and 16bar
● System Pressure: -1bar G to 20bar G
● Burst Pressure: 1.5 x System Pressure
● Pressure Connection: 1/8” BSP female brass
● Power Supply: 12 to 24Vdc
● Output: 4-20mA - 2 wire
● Accuracy: 0.25% FS
● Dimensions: 44.5mm(L) x 49mm(H)
● Weight: 0.35kg
Features:
● Compact size
● 1/8” BSP female connection
● 4-20mA variants
● Complete 1m cable and mounting bracket
Installation: The AX-LDPT482 should be installed by a suitably qualified technician in accordance with prevailing regulations and any guidelines for the equipment to which it is to be connected. The AX-LDPT482 is not suitable for use with mains voltage. The AX-LDPT482 is for use in systems under pressure and should be installed in accordance with practices relevant to the intended use only by persons qualified to do so. The AX-LDPT482 should be mounted on a wall or other suitable surface using the bracket provided. Pipework should then be installed to the unit and terminated at ports P1 and P2 using the 1/8” BSP female. It is the responsibility of the installer to ensure that the pipework is suitable for the system pressure.
