Pressure transmitters

Pressure transmitters

painelähetin - pressure transmitter
ST18
painelaite
Nuova Fima STSA

Media

Steam and condensate
Cryogenic media
Natural gas, biogas and biomethane
LPG
Process media
Gas and fuel

Manufacturers

Aplisens
Nuova Fima

Technical specifications

Pressure: up to 600 bar
Other: ATEX and SIL2/3 classifications available
Other names: pressure transmitter

What is a pressure transmitter?

The function of pressure transmitters is to convey the electrical signal derived from the system pressure to the controller, which subsequently adjusts the process in a predetermined manner. The pressure transmitter also provides the compensation and calculation unit with information on the actual pressure value, based on which the density of saturated steam is calculated or the volumetric flow of gaseous media is converted to normal cubic meters, Nm3.

Selecting a pressure transmitter

Our range includes Aplisens and Nuova Fima pressure transmitters. If the media are demanding, the Aplisens transmitters can be equipped with various diaphragm constructions. Meanwhile, Nuova Fima pressure transmitters are more cost-effective fixed-range devices.

We assist in selecting the pressure transmitter that meets the requirements of your application. Ask our contacts for more information.

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Aplisens Smart Pressure Transmitter PCE-28SMART

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Aplisens Smart Pressure Transmitter APC-2000ALW

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Nuova Fima Pressure Transmitter ST18

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Nuova Fima Ceramic Pressure Transmitter ST-MA-C

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Temperature sensors

Temperature Sensors

Media

Cryogenic media
Natural gas, biogas and biomethane
LPG
Process media
Gas and fuel
Steam and condensate

Manufacturers

Aplisens

Technical Specifications

Other names: temperature sensors

What is a Temperature Sensor?

Temperature sensors transmit electrical information about the system’s temperature data to, for example, a monitoring room or controller, which adjusts the process in a predetermined manner. In gas measurement, the temperature sensor is used to provide the compensation and calculation unit with the actual temperature value, based on which the volumetric flow of gaseous media is converted to normal cubic meters, Nm3.

Selection of Temperature Sensor

We assist in selecting a temperature sensor that meets the requirements of the application.

Our selection includes Pt 100 temperature sensors as well as thermocouples for industrial use. These can also be equipped with a transmitter (4-20 mA, Profibus PA, FF).

Ask our contacts for more information.

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Aplisens Rail-Mounted Temperature Transmitters Type LI-24L

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Aplisens Temperature Sensors CT-TC

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Aplisens Temperature Sensors CT-RTD

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Aplisens Head-Mounted Temperature Transmitter Type AT-2

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Aplisens Smart Temperature Transmitter APT-2000ALW

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Aplisens Rail-Mounted Temperature Transmitters Type LI-24G

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Thermometers

Temperature gauges

Media

Cryogenic media
Natural gas, biogas and biomethane
LPG
Process media
Gas and fuel
Steam and condensate

Manufacturers

Nuova Fima

Technical details

Other designations: temperature gauge

What is an industrial thermometer?

Temperature measurement provides information on the temperature of the process medium, on the basis of which the process is monitored or controlled.

Selection of the temperature gauge

We help in selecting a temperature gauge that meets the requirements of the application.

Nuova Fima’s temperature gauges are well suited for demanding industrial applications. We have selected reverse-mounted gauges as our stock models, with a dial size of 100 mm, enclosures in AISI 304 and protective pockets in AISI 316. Special gauges are available upon request.

Threaded and welded protective pockets keep the pressure behind the protective pocket even in situations where the temperature gauge is removed from the system, for example during replacement.

Contact our representatives for more information.

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Nuova Fima TB8 bi-metal thermometers DN100-150

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Nuova Fima W93 bar-stocked thermowells

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Nuova Fima W70 bar-stock thermowells

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Nuova Fima W10-20 built-up thermowells

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Nuova Fima TG8 inert gas thermometers DN100-150

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Pressure gauges

Pressure gauges

Media

Natural gas, biogas and biomethane
LPG
Process media
Gas and fuel
Steam and condensate
Cryogenic media

Manufacturers

Nuova Fima

Technical specifications

Other names: pressure gauge

What is a pressure gauge?

Pressure gauges are display-based meters, where the information about the system’s pressure is shown on the dial.

Pressure gauge selection

We assist in selecting a pressure gauge that meets the application requirements.

NUOVA FIMA’s pressure gauges are well suited for demanding industrial applications as well as the food industry.

For the food industry, pressure gauges can be equipped with hygienic fittings.

From our extensive range, we have selected dampened gauges for our stock with dial sizes of 100 and 160 mm in diameter, housings in AISI 304, and wetted parts in AISI 316. Pressure gauges are also available in your selection with ATEX approvals.

Pressure gauges can be equipped with alarm switches.

Ask our contact persons for more information.

Download brochures

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Nuova Fima MGS20 DN100-150

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Nuova Fima MGS18 DN100-150

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Nuova Fima MD15 DN100-150

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Nuova Fima MGS18-19-36-ATEX_DS100-150

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Differential pressure transmitters

Differential pressure transmitters

Aplisens APR-2000ALWVM3 paine-erolähetin - pressure transmitter
Aplisens APR-2000ALWS-T2

Media

Steam and condensate
Cryogenic media
Natural gas, biogas and biomethane
LPG
Process media
Gas and fuel

Manufacturers

Aplisens

Technical specifications

Other names: differential pressure transmitter

What is a differential pressure transmitter?

Differential pressure transmitters measure the pressure difference and transmit electrical data to the system. For example, in critical applications, the differential pressure measurement can be made across the system’s filter. If the filter begins to clog and the pressure difference increases, an electrical alarm is sent to the system for maintenance procedures.

Because differential pressure transmitters are very precise and measure extremely small pressure differences, they can also be used for level measurement, which is based on the hydraulic head of the liquid. Especially in high-pressure systems, this pressure-difference-based measurement is an excellent alternative to other level measurement methods.

In flow measurements based on pressure difference, the differential pressure transmitter is also an essential component for measurement accuracy.

Selection of the differential pressure transmitter

We assist in selecting a differential pressure transmitter that meets the requirements of your application. Ask our contacts for more information.

For dirty media, different diaphragm intermediaries are used, which are also available with wash valves. For the food industry, pressure transmitters can be equipped with hygienic connections.

APLISENS programmable digital differential pressure transmitters equipped with a self-sealing sensing element are suitable for many applications in industry. A digital display is included as standard, allowing the device to be set up in the field without a programming device. The transmitters can also be supplied pre-assembled with 3- or 5-way valve blocks.

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Aplisens APR-2000ALW Smart Differential Pressure

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Aplisens PRE-28 Smart Differential Pressure Transmitter

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Aplisens Smart Differential Pressure Transmitter With Direct Diaphragm Seals

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Pressure gauge and instrument valves

Pressure gauge and instrument valves

Media

Steam and condensate
Cryogenic media
Natural gas, biogas and biomethane
LPG
Process media
Gas and fuel

Manufacturers

AS-Schneider
Bollin

Technical specifications

Sizes: From 1/4″
Pressure Classes: PN 100-630
Materials: brass, C 22.8, AISI 316
Connection Ends: threaded, weldable, weldable/threaded
Other designations: pressure gauge valves, instrument valves

What is a pressure gauge valve?

Pressure gauge valves and instrument valves are shut-off valves. For example, a pressure gauge valve is installed in a pipeline as the shut-off valve for a pressure gauge. The DIN classification for gauge valves is up to 120 degrees Celsius. Very generally, at temperatures above this, a water lock pipe is installed in the pipeline before the pressure gauge valve.

Selection of a pressure gauge valve

Pressure gauge valves come in various types, but generally they are supplied with or without a check flange. A model equipped with a check flange, so-called engineer valve, is intended for applications where an external inspector can quickly check the system pressure with their own pressure gauge.

We assist in selecting pressure gauge valves and instrument valves according to the requirements of the application. Ask our contact persons for more information.

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Steam, condensate and process media

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AS-Schneider Gauge Valves with Test Connection DIN16271 Form A

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AS-Schneider Gauge Valves without Test Connection DIN16270 Form A

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Assemblies for pressure and flow control

Assemblies for pressure and flow control

Media

LPG
Process media
Gas and fuel
Steam and condensate
Cryogenic media
Natural gas, biogas and biomethane

Manufacturers

KÜHME Armaturen

Technical specifications

Other: manufactured according to customer’s requirements
Other names: pressure and flow control skid

What are assemblies for pressure and flow control?

Factory-made valve systems include everything required in one package. The unit is built in the factory with purpose-designed valves, actuators, positioners, filters, measuring instruments, safety devices, and a control cabinet. The valve skid is delivered to the customer as a complete, ready module with CE approval.

Selection of skid equipment

Valve assemblies can be used, for example, in the facility’s fuel supply station, gas pressure reduction, boiler burner control, gas turbine or piston engine feed, fuel return line, refueling station, or filtration unit.

The skid is designed and manufactured according to the customer’s requirements. The sizing is adapted to the facility. The skids are built to the desired standards (PED, EN, ASME, ATEX, SIL).

LNG fueling stations

LNG fueling stations

LNG-tankkausasema - mono
LNG-tankkausasema_-_yhdistelmatankkausasemat
LNG-tankkausasema_-_modulaarinen_tankkausasema
LNG-tankkausasema_-_pumppu

Media

Cryogenic media

Manufacturers

MAKEEN Energy

Technical Specifications

Other names: LNG filling station, LNG refueling station

What is an LNG Fueling Station?

LNG fueling stations are suitable for fueling liquefied natural gas into various types of trucks and tanker vehicles as well as other means of transportation. The implementation of the fueling stations can take into account a wide range of requirements imposed by the installation site. For example, the tanks can be positioned vertically or horizontally.

Choosing an LNG Fueling Station

We assist in selecting an LNG fueling solution that meets the requirements of your application. Contact our representatives for more information.

Mono Fueling Station

The mono fueling station is designed for fueling LNG into trucks and tanker vehicles. It typically includes:

  • LNG tank
  • Low-pressure pumping unit
  • Saturation evaporator
  • LNG fueling device
  • Electronic control panel

Combined Fueling Station

This solution is suitable for fueling both LNG and L-CNG (pressurized liquefied natural gas) into various trucks and tanker vehicles. The combined fueling station includes:

  • LNG tank
  • Low-pressure pumping unit (LNG)
  • Saturation evaporator (LNG)
  • LNG fueling device (LNG)
  • High-pressure pumping unit (L-CNG)
  • High-pressure evaporator (L-CNG)
  • High-pressure tanks (L-CNG)
  • L-CNG fueling device (L-CNG)
  • Electronic control device
  • L-CNG (Liquefied-Compressed Natural Gas) is natural gas that is stored at the station as LNG. It is converted to CNG before fueling into vehicles.

Modular Fueling Station in a Container

The modular fueling station intended for installation in a container is preassembled at the factory. The package includes all the components required for LNG storage and fueling, as well as automatic monitoring for the production process. The maximum capacity of the included tank is 20 m³, but additional separate tanks can be installed alongside the fueling station if desired.

The modular fueling station is designed with the following applications in mind:

  • Reception and storage of LNG
  • Increasing LNG pressure from 5 bar to 8 bar
  • Fueling LNG tanker trucks

LNG Fueling Pump

LNG at 8 bar pressure:

  • -130°C (average)
  • Maximum flow rate: 100 kg/min
  • Flow meter, OIML R81 & R117-1 certifications, error margin for liquefied natural gas 0.35% / error margin for vaporized natural gas 0.35%
  • Modbus connection – PC, EAS1 protocol
  • SPS Modbus log for recording and reviewing fault data
  • Display showing information in the format ( _____/kg), mass (kg) and price (_____)
  • Storage capacity for data on 150 fills and 250 errors
  • Voltage 230 V AC, 50 Hz, 300 W, protective glass IP54
  • Housing made of stainless steel – grounded and painted
  • Automatic freeze protection, filling and process bypass mode, and emergency cutoff
  • Measurement of fueling pressure and temperature
  • ½” filling hose with pipe guard and fire protection
  • ½” return hose with pipe guard and fire protection
  • JC Carter or Macrotech fueling nozzle
  • Grounding connector

Cold protection system

Cold protection system

Media

Cryogenic media

Manufacturers

FEMA

Technical specifications

Size ranges: DN 25 (1”) – DN 250 (10”)
Pressure classes: max. PN 40
Maximum allowed pressure: 40 Barg
Temperature range: +5 °C…+20 °C, extreme temperatures -25/+50°C
Temperature sensors: PT1000/PT100
Power supply: 230 Vac or 24 Vac
Connections: flange connection
Others: ON-OFF system with control feature, PED 97/23/CE, approved for use in oxygen service, pneumatic valves
Other designations: cold protection system

What is a Cold Protection System?

The cold protection prevents the cold from penetrating to the warm side after the evaporator. It can also control the gas flow and/or temperature. For tanks over 5 tonnes, cold protection is mandatory. The system may include:

  • One or more automatic on/off shut-off valves
  • Possibly a control valve
  • Two or more temperature sensors
  • If necessary, also SIL/TET classification*

*In English, SIL (safety integrity level); in Finnish, TET (integrity level of safety) describes the likelihood of failure.

Selection of the Cold Protection System

The CP 8000-REG system monitors and controls the process gas temperature and flow. The system consists of a control panel, a shut-off and control valve, two solenoid valves, several temperature sensors, and a pressure control valve. A simpler model is also available, in which a second shut-off valve replaces the control valve.

The system is installed in conjunction with the cryogenic gasification (cold box). Its primary purpose is to ensure that the cold remains on the cold side. Additionally, it regulates temperature and flow. If the temperature in the line drops below the permitted setpoint, the system first issues an alarm. If the temperature continues to fall past a second setpoint, the system shuts down the line. The system has PED 97/23/EC approval.

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FEMA CP8000 Cold Protection System

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LNG tanks and LNG vaporizers

LNG tanks and LNG vaporizers

LNG-sailio_-_normaali_malli
LNG-sailio_-_kompakti_malli

Media

Cryogenic media

Manufacturers

MAKEEN Energy

Technical specifications

Other names: LNG tank, LNG vaporizer

What are LNG tanks and LNG vaporizers?

In LNG tank systems, LNG can be converted from its liquid phase to its gaseous phase and its pressure reduced using various components. The complete system includes the necessary vaporizers and pressure reducers. For smaller capacities, LNG can also be vaporized using a plate heat exchanger.

Selection of LNG tanks and LNG vaporizers

We assist in selecting a solution that meets the requirements of your application. Ask our contacts for more information.

Our portfolio includes LNG tanks in many sizes, up to 90 m3 and 2 000 kg/h. Tank systems can be tailored according to the application and environment.

Standard model

Standard LNG tanks and vaporizers convert LNG from its liquid phase to its gaseous phase. As an additional feature, a fragrance can be added to the gas.

 Capacity [kW/h]  LNG consumption [kg/h]  Vaporizer capacity [Nm³/h]  Vaporizer size [m³] 
 1 200 100 150 64
 2 000 170 300 121
 4 000 330 450 178
 6 000 500 750 300
 8 500 650 900 355
 9 500 750 1 050 390
 12 500 1 000 1 500 586
 12 500 2 000 2 x 1 500 2 x 586

Compact model

A compact model built into a container offers the same features as the standard model. As an additional feature, a fragrance can be added to the gas.

 Capacity [kW/h]  Installation container size [ft]  Vaporizer capacity [Nm³/h]  Vaporizer size [m³] 
 1 500 10″ 150 66
 4 000 20″ 450 178
 7 000 30″ 800 289
 10 000 40″ 1 150 445