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Differential pressure connection kit | plastic nozzles | PVC tube 2m | up to 10000Pa | Sentera Controls | PSET-PVC-200
Code: PSET-PVC-200Offer is valid until 2026-12-31Price 3.19 € VAT incl.( 2.64 € VAT excl. )4.97 €You save 1.78 €Want another price? Suggest yours! -
Differential pressure connection kit | plastic nozzles | PVC tube 2m | up to 10000Pa | Sentera Controls | PSET-PVC-200
The PSET-PVC-200 is a Sentera Controls differential pressure connection kit used to connect a pressure transmitter, controller or pressure switch to a duct. The kit contains 2 ABS nozzles (84.6 mm, connection end Ø6 mm), a 200 cm transparent PVC tube and 4 galvanised self-tapping screws 2.9 × 9.5 mm.
Key idea:
The right measuring point is half of accurate pressure control. The kit allows the “+” and “−” points in a duct or at a filter to be installed quickly and neatly to measure the pressure difference, and, when the fan K-factor is known, the airflow as well.Nozzles
ABS, Ø6 mmTube
PVC, Ø5 × 7 mm, 200 cmMax. pressure
10 000 PaMax. temperature
60 °COperating principle
Holes are drilled in the duct wall, the nozzles are inserted and secured with screws. The PVC tube is cut in two: one piece connects the higher pressure point to the device's "+" port, the other connects the lower pressure point to the "−" port.
The device measures differential pressure (Pa). Connected to the fan measuring points and with its K factor known, it can measure or control air volume (m³/h).
Result – stable measuring points from which the transmitter, controller or PSW switch obtains the true pressure difference. Engineer's note: place the nozzles away from sources of turbulence – bends, branches and cross-section changes; the required distance depends on the duct diameter.
Benefits PSET-PVC-200?
Everything needed to install pressure difference measuring points in one kit – suitable for Sentera pressure transmitters, controllers and switches.Technical specifications
Product type Differential pressure connection kit Manufacturer / code Sentera Controls / PSET-PVC-200 Nozzles 2 ABS nozzles (84.6 mm, Ø6 mm connection end) Tube 1 × clear PVC, Ø5 × 7 mm, 200 cm Mounting 4 galvanized self-tapping screws 2.9 × 9.5 mm Max. operating pressure 10 000 Pa Max. operating temperature 60 °C Compliance WEEE 2012/19/EU, DIN EN ISO 7046 Manufacturer documentation
✔ Recommended by Elektrotechnikos sprendimaiOriginal manufacturer documentation – technical data, wiring diagrams and installation instructions.
Main functions
- Pressure difference measurement – for monitoring filters, duct static pressure and room pressure differences.
- Air volume based on the K factor – together with an HPSP / DPSP controller – constant m³/h.
- Universal – suitable for Sentera pressure transmitters, controllers and switches.
- Quick installation – nozzles, tube and mounting hardware in a single bag.
- Working pressure up to 10 000 Pa – suitable for all Sentera pressure ranges, including the 10K models.
Where is it used?
- Filter fouling monitoring
- Duct static pressure measurement and control
- Air volume measurement via the fan K factor
- Connecting PSW pressure switches
- Clean room pressure difference control
- Heat exchanger pressure drop (frosting) monitoring in air handling units
On-demand operation
For heat recovery unit installers.
Nozzles, a 200 cm PVC tube and 4 self-tapping screws in one kit – the measuring point is installed without additional parts.For building maintenance specialists.
By connecting a PSW switch or transmitter before and after the filter, the filter pressure drop is visible and filters are replaced on time.For cleanroom designers.
Lightweight ABS nozzles with a Ø6 mm connection end make it possible to set up room pressure differential monitoring points for pressures up to 10 000 Pa.Practical application
If the filter of a heat recovery unit needs pressure drop monitoring, then the PSET-PVC-200 nozzles are inserted before and after the filter, and the 200 cm tube is cut into two pieces and connected to the "+" and "−" connectors of a PSW switch or transmitter.Application guide: how it is used in practice
The PSET-PVC-200 is used in various systems – only the connected device and the measuring point change:
Site What is connected Result Installer's note Filter monitoring Nozzles before and after the filter → transmitter or PSW pressure switch Filter pressure drop is visible, filters are replaced on time Route the tubes without bends and kinks Constant duct pressure One nozzle in the duct (+), the other in the atmosphere (−) → HPSP / DPSP The fan maintains the set static pressure Install the nozzle away from elbows Constant air volume Fan measuring points → controller with K-factor The set m³/h is supplied You will find the K factor in the fan data How to choose a pressure connection kit
Measurement task / duct Recommended model Pressure difference, airflow by K-factor – plastic nozzles PSET-PVC-200 (ABS nozzles, 2 m tube) ← this model Pressure difference, airflow by K-factor – aluminium nozzles PSET-QF-200 (aluminium nozzles, 2 m tube) Air velocity / air volume, duct Ø100–300 mm PSET-PTS-200 (Pitot tube 150 mm) Air velocity / air volume, duct Ø150–500 mm PSET-PTL-200 (Pitot tube 250 mm) Rule: for pressure difference (filter, duct static pressure) and airflow by fan K-factor – PSET-PVC-200 or PSET-QF-200; for air velocity and airflow by duct cross-section – Pitot tube: PSET-PTS-200 for Ø100–300 mm ducts, PSET-PTL-200 for Ø150–500 mm. For a rectangular duct calculate the equivalent diameter.When to choose another solution: with aluminium nozzles – PSET-QF-200; for measuring air velocity – Pitot tube kits PSET-PTS-200 and PSET-PTL-200; for additional tubing – TUBE-PVC0705-100 reel (100 m).Pros
- Complete set for a single measurement
- Up to 10 000 Pa
- Suitable for all Sentera pressure devices
- Lightweight ABS nozzles
- Includes 4 self-tapping screws 2.9 × 9.5 mm
Cons / limitations
- Operating temperature up to 60 °C
- A Pitot tube is needed to measure air velocity
- One kit – for one device
Safety and installation notes
- Before drilling the duct, make sure there are no cables or other services behind the wall.
- Do not exceed an operating pressure of 10 000 Pa and a temperature of 60 °C.
- Fix the tubes so that they are not kinked or pinched.
Quick selection guide
10 000 PaPVC tube 2 mABS nozzles60 °CSuitable when you need:- to install pressure difference measuring points in a duct or at a filter;
- to connect a Sentera transmitter, controller or pressure switch;
- to control airflow by fan K-factor.
Check before use:- whether the pressure does not exceed 10 000 Pa;
- whether the medium temperature is not higher than 60 °C;
- whether a 200 cm tube length is enough.
Important reminder: The PSET-PVC-200 measures differential pressure; to measure air velocity in a duct, a Pitot tube kit is required.FAQ
Is it suitable for PSW pressure switches?
Yes, the kit is intended for pressure transmitters, controllers and switches.What is the maximum operating pressure?
Up to 10 000 Pa.Can air volume be measured?
Yes, together with a controller, when the fan K-factor is known.Is there only one tube?
Yes, the 200 cm tube is cut in two for the “+” and “−” connections.How are the nozzles fixed?
With four galvanized 2.9 × 9.5 mm self-tapping screws, which are included in the kit.What is the maximum operating temperature?
Up to 60 °C.Differential pressure connection kit | plastic nozzles | PVC tube 2m | up to 10000Pa | Sentera Controls | PSET-PVC-200
Sentera PSET-PVC-200 – differential pressure connection kit with plastic nozzles and a 2 m PVC tube, up to 10 000 Pa – for connecting pressure transmitters, controllers and switches to a duct.
Illustrative image may have been created using AI. The appearance of the product may differ slightly from the image shown. Please refer to the technical specification.ManufacturerThis product is marked with the CE label, which confirms that it complies with all applicable European Union directives and regulations. CE marking is not just a formality – it is an important indicator of quality and safety, ensuring that the product has been properly assessed, tested, and can be safely used throughout the EU market.
CE certification means that the product has been evaluated according to the main criteria:
Safety requirements – ensures that the product does not pose a risk to the user or the environment
Electromagnetic compatibility (EMC) – the device does not interfere with other equipment and is resistant to external disturbances
Environmental standards – complies with current ecological and material usage requirements
Operational reliability – the product is suitable for long-term use according to its intended purposeCE marking allows this product to:
be legally supplied and used in all European Union countries
ensure a high level of quality and safety
be used in residential, commercial, and industrial environmentsThe CE mark is a declaration of the manufacturer’s responsibility, confirming that the product complies with all applicable standards and has been assessed according to EU legislation.
What does this mean for you as a buyer?
Safe use in everyday activities
Reliable performance and reduced risk of failure
Compliance with EU standards and requirements
Suitability for professional solutions
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