Specifications

Measuring range	Cable type 0-200 meter; Rod type 0-4 meters; Armored type 0-15 meters
Accuracy	±0.5%, ±0.2%
Operating temperature	-20...80℃
Output signal	Two-wire system 4～20mA D.C. (HART optional)
Power supply	Standard 24VDC (12～36VDC)
Load capacity	0～600Ω
Housing material	Cast aluminum
Protection class	IP65
Electrical connection	Standard M20×1.5F

Datasheet

Model	Parameters
UHF-LT 2088GPLT 2088GPKLT	Cable type (explosion-proof not optional,Max. 4 m) Rod type (standard configuration 2088 housing;Max. 4 m) Stainless steel armored flexible rod,Max. 15 m (Standard 2088 housing, 4-20mA DC + HART signal)
Code	Housing material
01 02	Aluminum alloy housing (2088 housing) without housing
Code	Output signal
E	4-20mADC
S	4-20mADC+HART
M	Modbus 485
Code	Instrument housing matirial (only applicable for code 01)
A	Low-copper aluminum alloy
B	Stainless steel
Code	Electrical interface
1	M20×1.5F
2	1/2NPT-14F
Code	Sensor
01	Diffusion silicon (standard )
02	Ceramic capacitor(Special)
Code	Wetted part
04	304SS
06	316LSS
Code	Installation method
A B C	No mounting bracket or flange Mounting bracket Flange installation (specify flange specifications, min. DN32)
Code	Optional parts (not selected unless required)
M1	LED display meter head
M4	LCD Multi-function Digital Display Meter
Da	Exd
Fa	Exia
Code	Measuring range
	XX m
Medium density	The medium density must remain stable and unchanged; otherwise, errors will arise due to density variations.

Cable-style submersible type exceeding 50 meters is a special custom order.

Selection Example：UHF-LT01E01A10104M1-0...1m 0.95

Features

The submersible pressure transmitter is hermetically sealed and ensures a long product life and advanced leak tightness.

The submersible pressure transmitter features a variety of diameters starting from as low as 17mm, housing materials from stainless steel to various types of plastic, ceramic and stainless steel.

The submersible pressure transmitter with detachable probe allows for hassle free on-site replacement, without the need to dismantle the cable.

The submersible pressure transmitter can be used for liquid, viscous and pasty media.

CE certification ensures the product safety.

How It Works

The working principle is based on hydrostatic pressure-the pressure exerted by a liquid at rest.

Hydrostatic Pressure

P=ρgh

Where:
P = hydrostatic pressure
ρ = liquid density
g = gravitational acceleration
h = height of liquid above the sensor

In simple terms, the transmitter's diaphragm senses pressure that increases with the liquid's height. That pressure is then converted into an electrical signal-most often a 4-20 mA output or a digital protocol-that can be sent to control systems, PLCs, or data loggers. The reading a submersible level transmitter produces depends only on the liquid's height and density, not the shape of the container.