OFN20-90SD
Pneumatic tilt unit for small EOATs series OFN - OFN
Description
• 90° rotation.• Single-acting or double-acting operation (SD).
• Various mounting accessories available.
• Optional magnetic sensors to be mounted with external clamp SWP, or directly in the slot (SD).
Double-acting pneumatic tilt unit for small EAOTs, Ø20 mm, 2-8 bar, M3, sensor slots
| TORQUE (Ncm) | 80 |
| STROKE ° | 90° |
| UOM | NR |
| Weight [Gr] | 88 |
Choose your option
Choose your option
OFN30-90
Pneumatic tilt unit for small EOATs series OFN - OFN
Description
• 90° rotation.• Single-acting or double-acting operation (SD).
• Various mounting accessories available.
• Optional magnetic sensors to be mounted with external clamp SWP, or directly in the slot (SD).
Pneumatic tilt unit for small EAOTs, diameter 30 mm, 2/8 bar, M5
| TORQUE (Ncm) | 300 |
| STROKE ° | 90° |
| UOM | NR |
| Weight [Gr] | 210 |
Choose your option
Choose your option
OFN30-90SD
Pneumatic tilt unit for small EOATs series OFN - OFN
Description
• 90° rotation.• Single-acting or double-acting operation (SD).
• Various mounting accessories available.
• Optional magnetic sensors to be mounted with external clamp SWP, or directly in the slot (SD).
Double-acting pneumatic tilt unit for small EOATs, diameter 30 mm, 2/8 bar, M5, sensor slots
| TORQUE (Ncm) | 300 |
| STROKE ° | 90° |
| UOM | NR |
| Weight [Gr] | 260 |
Choose your option
Choose your option
OFR 1075
| Part No. | Min Stopper (mm) | Max Stopper (mm) | Length of Ferrule (mm) | Max. Inflation Pressure (bar) | Max. Back Pressure (bar) |
| OFR 1075 | 1045 | 1102 | 1300 | 0.6 | 0.3 |
In the event of a disaster, the emergency pipe plug inflates and acts as a valve that retains the polluting products. Once confined, these liquids are pumped or diverted to a retention basin. The sealing balloon thus stops the propagation of chemical products or fire water, eliminating any risk of pollution.
Choose your option
OFR 1170
| Part No. | Min Stopper (mm) | Max Stopper (mm) | Length of Ferrule (mm) | Max. Inflation Pressure (bar) | Max. Back Pressure (bar) |
| OFR 1170 | 1165 | 1230 | 1400 | 0.5 | 0.2 |
In the event of a disaster, the emergency pipe plug inflates and acts as a valve that retains the polluting products. Once confined, these liquids are pumped or diverted to a retention basin. The sealing balloon thus stops the propagation of chemical products or fire water, eliminating any risk of pollution.
Choose your option
OFR 1265
| Part No. | Min Stopper (mm) | Max Stopper (mm) | Length of Ferrule (mm) | Max. Inflation Pressure (bar) | Max. Back Pressure (bar) |
| OFR 1265 | 1230 | 1299 | 1450 | 0.5 | 0.2 |
In the event of a disaster, the emergency pipe plug inflates and acts as a valve that retains the polluting products. Once confined, these liquids are pumped or diverted to a retention basin. The sealing balloon thus stops the propagation of chemical products or fire water, eliminating any risk of pollution.
Choose your option
OFR 1365
| Part No. | Min Stopper (mm) | Max Stopper (mm) | Length of Ferrule (mm) | Max. Inflation Pressure (bar) | Max. Back Pressure (bar) |
| OFR 1365 | 1370 | 1447 | 1500 | 0.4 | 0.1 |
In the event of a disaster, the emergency pipe plug inflates and acts as a valve that retains the polluting products. Once confined, these liquids are pumped or diverted to a retention basin. The sealing balloon thus stops the propagation of chemical products or fire water, eliminating any risk of pollution.
Choose your option
OFR 1465
| Part No. | Min Stopper (mm) | Max Stopper (mm) | Length of Ferrule (mm) | Max. Inflation Pressure (bar) | Max. Back Pressure (bar) |
| OFR 1465 | 1450 | 1532 | 1600 | 0.4 | 0.1 |
In the event of a disaster, the emergency pipe plug inflates and acts as a valve that retains the polluting products. Once confined, these liquids are pumped or diverted to a retention basin. The sealing balloon thus stops the propagation of chemical products or fire water, eliminating any risk of pollution.
Choose your option
OFR 1640
| Part No. | Min Stopper (mm) | Max Stopper (mm) | Length of Ferrule (mm) | Max. Inflation Pressure (bar) | Max. Back Pressure (bar) |
| OFR 1640 | 1530 | 1617 | 1800 | 0.4 | 0.2 |
In the event of a disaster, the emergency pipe plug inflates and acts as a valve that retains the polluting products. Once confined, these liquids are pumped or diverted to a retention basin. The sealing balloon thus stops the propagation of chemical products or fire water, eliminating any risk of pollution.
Choose your option
OFR 1830
| Part No. | Min Stopper (mm) | Max Stopper (mm) | Length of Ferrule (mm) | Max. Inflation Pressure (bar) | Max. Back Pressure (bar) |
| OFR 1830 | 1805 | 1908 | 2000 | 0.3 | 0.1 |
In the event of a disaster, the emergency pipe plug inflates and acts as a valve that retains the polluting products. Once confined, these liquids are pumped or diverted to a retention basin. The sealing balloon thus stops the propagation of chemical products or fire water, eliminating any risk of pollution.
Choose your option
OFR 2000
| Part No. | Min Stopper (mm) | Max Stopper (mm) | Length of Ferrule (mm) | Max. Inflation Pressure (bar) | Max. Back Pressure (bar) |
| OFR 2000 | 2000 | 2115 | 2200 | 0.3 | 0.1 |
In the event of a disaster, the emergency pipe plug inflates and acts as a valve that retains the polluting products. Once confined, these liquids are pumped or diverted to a retention basin. The sealing balloon thus stops the propagation of chemical products or fire water, eliminating any risk of pollution.
Choose your option
OFR 380
| Part No. | Min Stopper (mm) | Max Stopper (mm) | Length of Ferrule (mm) | Max. Inflation Pressure (bar) | Max. Back Pressure (bar) |
| OFR 380 | 391 | 409 | 450 | 0.9 | 0.4 |
In the event of a disaster, the emergency pipe plug inflates and acts as a valve that retains the polluting products. Once confined, these liquids are pumped or diverted to a retention basin. The sealing balloon thus stops the propagation of chemical products or fire water, eliminating any risk of pollution.
Choose your option
OFR 425
| Part No. | Min Stopper (mm) | Max Stopper (mm) | Length of Ferrule (mm) | Max. Inflation Pressure (bar) | Max. Back Pressure (bar) |
| OFR 425 | 428 | 448 | 500 | 0.8 | 0.3 |
In the event of a disaster, the emergency pipe plug inflates and acts as a valve that retains the polluting products. Once confined, these liquids are pumped or diverted to a retention basin. The sealing balloon thus stops the propagation of chemical products or fire water, eliminating any risk of pollution.
Choose your option
OFR 475
| Part No. | Min Stopper (mm) | Max Stopper (mm) | Length of Ferrule (mm) | Max. Inflation Pressure (bar) | Max. Back Pressure (bar) |
| OFR 475 | 469 | 492 | 550 | 0.8 | 0.3 |
In the event of a disaster, the emergency pipe plug inflates and acts as a valve that retains the polluting products. Once confined, these liquids are pumped or diverted to a retention basin. The sealing balloon thus stops the propagation of chemical products or fire water, eliminating any risk of pollution.
Choose your option
OFR 530
| Part No. | Min Stopper (mm) | Max Stopper (mm) | Length of Ferrule (mm) | Max. Inflation Pressure (bar) | Max. Back Pressure (bar) |
| OFR 530 | 540 | 567 | 600 | 0.7 | 0.3 |
In the event of a disaster, the emergency pipe plug inflates and acts as a valve that retains the polluting products. Once confined, these liquids are pumped or diverted to a retention basin. The sealing balloon thus stops the propagation of chemical products or fire water, eliminating any risk of pollution.
Choose your option
OFR 580
| Part No. | Min Stopper (mm) | Max Stopper (mm) | Length of Ferrule (mm) | Max. Inflation Pressure (bar) | Max. Back Pressure (bar) |
| OFR 580 | 567 | 596 | 700 | 1.1 | 0.5 |
In the event of a disaster, the emergency pipe plug inflates and acts as a valve that retains the polluting products. Once confined, these liquids are pumped or diverted to a retention basin. The sealing balloon thus stops the propagation of chemical products or fire water, eliminating any risk of pollution.
Choose your option
OFR 600
| Part No. | Min Stopper (mm) | Max Stopper (mm) | Length of Ferrule (mm) | Max. Inflation Pressure (bar) | Max. Back Pressure (bar) |
| OFR 600 | 585 | 615 | 750 | 1.1 | 0.5 |
In the event of a disaster, the emergency pipe plug inflates and acts as a valve that retains the polluting products. Once confined, these liquids are pumped or diverted to a retention basin. The sealing balloon thus stops the propagation of chemical products or fire water, eliminating any risk of pollution.
Choose your option
OFR 650
| Part No. | Min Stopper (mm) | Max Stopper (mm) | Length of Ferrule (mm) | Max. Inflation Pressure (bar) | Max. Back Pressure (bar) |
| OFR 650 | 657 | 691 | 800 | 1 | 0.4 |
In the event of a disaster, the emergency pipe plug inflates and acts as a valve that retains the polluting products. Once confined, these liquids are pumped or diverted to a retention basin. The sealing balloon thus stops the propagation of chemical products or fire water, eliminating any risk of pollution.
Choose your option
OFR 726
| Part No. | Min Stopper (mm) | Max Stopper (mm) | Length of Ferrule (mm) | Max. Inflation Pressure (bar) | Max. Back Pressure (bar) |
| OFR 726 | 727 | 765 | 850 | 0.9 | 0.4 |
In the event of a disaster, the emergency pipe plug inflates and acts as a valve that retains the polluting products. Once confined, these liquids are pumped or diverted to a retention basin. The sealing balloon thus stops the propagation of chemical products or fire water, eliminating any risk of pollution.
Choose your option
OFR 780
| Part No. | Min Stopper (mm) | Max Stopper (mm) | Length of Ferrule (mm) | Max. Inflation Pressure (bar) | Max. Back Pressure (bar) |
| OFR 780 | 765 | 806 | 950 | 0.8 | 0.4 |
In the event of a disaster, the emergency pipe plug inflates and acts as a valve that retains the polluting products. Once confined, these liquids are pumped or diverted to a retention basin. The sealing balloon thus stops the propagation of chemical products or fire water, eliminating any risk of pollution.
Choose your option
OFR 870
| Part No. | Min Stopper (mm) | Max Stopper (mm) | Length of Ferrule (mm) | Max. Inflation Pressure (bar) | Max. Back Pressure (bar) |
| OFR 870 | 848 | 894 | 1100 | 0.7 | 0.4 |
In the event of a disaster, the emergency pipe plug inflates and acts as a valve that retains the polluting products. Once confined, these liquids are pumped or diverted to a retention basin. The sealing balloon thus stops the propagation of chemical products or fire water, eliminating any risk of pollution.
Choose your option
OFR 900
| Part No. | Min Stopper (mm) | Max Stopper (mm) | Length of Ferrule (mm) | Max. Inflation Pressure (bar) | Max. Back Pressure (bar) |
| OFR 900 | 885 | 933 | 1150 | 0.7 | 0.4 |
In the event of a disaster, the emergency pipe plug inflates and acts as a valve that retains the polluting products. Once confined, these liquids are pumped or diverted to a retention basin. The sealing balloon thus stops the propagation of chemical products or fire water, eliminating any risk of pollution.
Choose your option
OFR 978
| Part No. | Min Stopper (mm) | Max Stopper (mm) | Length of Ferrule (mm) | Max. Inflation Pressure (bar) | Max. Back Pressure (bar) |
| OFR 978 | 941 | 992 | 1200 | 0.6 | 0.3 |
In the event of a disaster, the emergency pipe plug inflates and acts as a valve that retains the polluting products. Once confined, these liquids are pumped or diverted to a retention basin. The sealing balloon thus stops the propagation of chemical products or fire water, eliminating any risk of pollution.
Choose your option
Oil Storage Tank
The oil storage tank is the ideal solution for temporary or permanent storage of dielectric oil. PRONAL flexible tanks are made from technical fabrics coated with elastomer, which are particularly suitable for oil storage. These fabrics are also resistant to extreme weather conditions.
This tank is mainly used for:
- On-site maintenance operations
- Commissioning operations on transformers
- Rapid expansion of storage facilities
- Storage awaiting recycling/treatment
This oil storage tank ranges from 1 to 300 m3. Its accessories are adapted to the most used oil regeneration units. The connection is easy and quick to set up.
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Onion Water Tank - Opentank
The OPENTANK onion water tank is in circular shape. It is composed of an inflatable or foam float.
In contrast to the closed flexible tank, this open storage solution allows for quick storage of raw or drinking water by its top opening. Thanks to its fast installation and pumping/filling and its light weight, it can be used in a punctual way. Moreover, it is foldable. Therefore, takes up very little space. It is also very easy to clean in case of water pollution by sludge, leaves, sand etc.
This open top water storage tank has been primarily designed for:
- The storage of raw water dedicated to civil security. This solution is widely used by firemen to fight forest fires. Helicopters carry bambi buckets that will fill up quickly by dipping them into our open top water storage tanks.
- And the storage of drinking water dedicated to humanitarian organizations.
However, this Onion Water Tank can also be used for the storage of industrial effluents or polluted water.
Like Pronal’s other flexible tanks, it is made of highly resistant PVC coated fabric (1300 gr/m2) and assembled by high frequency welding. This fabric is resistant to any temperature from -30°C to +70°C.
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OPAP 1000
The Pollu-Plug Anti-Pollution Stopper was developed in the interest of protecting the environment. Once inflated, it helps prevent pollution by retaining and stopping toxic or liquid spills.
| Part No. | Dia. (mm) | Width-Empty. (mm) | Length-Empty (mm) | Working Pressure (bar) | Stem (") |
| OPAP 1000 | 1000 | 1550 | 2050 | 0.4 | 3/4" |
The emergency pipe plug is permanently installed in the pipes. It is maintained in the upper part of the pipe and does not interfere with the water flow.
Once installed, the plugging balloon is connected, by a flexible hose, to a control box near the manhole. It can be triggered manually in the box, or automatically using a remote electric control or a GSM remote control. Thanks to this control box we can inflate and deflate the pipe plug the shutter remotely. This system prevents the operator from going down in the pipe.
Choose your option
OPAP 150
The Pollu-Plug Anti-Pollution Stopper was developed in the interest of protecting the environment. Once inflated, it helps prevent pollution by retaining and stopping toxic or liquid spills.
| Part No. | Dia. (mm) | Width-Empty. (mm) | Length-Empty (mm) | Working Pressure (bar) | Stem (") |
| OPAP 150 | 150 | 230 | 550 | 1.2 | 1/4" |
The emergency pipe plug is permanently installed in the pipes. It is maintained in the upper part of the pipe and does not interfere with the water flow.
Once installed, the plugging balloon is connected, by a flexible hose, to a control box near the manhole. It can be triggered manually in the box, or automatically using a remote electric control or a GSM remote control. Thanks to this control box we can inflate and deflate the pipe plug the shutter remotely. This system prevents the operator from going down in the pipe.
Choose your option
OPAP 200
The Pollu-Plug Anti-Pollution Stopper was developed in the interest of protecting the environment. Once inflated, it helps prevent pollution by retaining and stopping toxic or liquid spills.
| Part No. | Dia. (mm) | Width-Empty. (mm) | Length-Empty (mm) | Working Pressure (bar) | Stem (") |
| OPAP 200 | 200 | 300 | 550 | 1.2 | 1/4" |
The emergency pipe plug is permanently installed in the pipes. It is maintained in the upper part of the pipe and does not interfere with the water flow.
Once installed, the plugging balloon is connected, by a flexible hose, to a control box near the manhole. It can be triggered manually in the box, or automatically using a remote electric control or a GSM remote control. Thanks to this control box we can inflate and deflate the pipe plug the shutter remotely. This system prevents the operator from going down in the pipe.
Choose your option
OPAP 250
The Pollu-Plug Anti-Pollution Stopper was developed in the interest of protecting the environment. Once inflated, it helps prevent pollution by retaining and stopping toxic or liquid spills.
| Part No. | Dia. (mm) | Width-Empty. (mm) | Length-Empty (mm) | Working Pressure (bar) | Stem (") |
| OPAP 250 | 250 | 380 | 600 | 1.2 | 1/4" |
The emergency pipe plug is permanently installed in the pipes. It is maintained in the upper part of the pipe and does not interfere with the water flow.
Once installed, the plugging balloon is connected, by a flexible hose, to a control box near the manhole. It can be triggered manually in the box, or automatically using a remote electric control or a GSM remote control. Thanks to this control box we can inflate and deflate the pipe plug the shutter remotely. This system prevents the operator from going down in the pipe.
Choose your option
OPAP 300
The Pollu-Plug Anti-Pollution Stopper was developed in the interest of protecting the environment. Once inflated, it helps prevent pollution by retaining and stopping toxic or liquid spills.
| Part No. | Dia. (mm) | Width-Empty. (mm) | Length-Empty (mm) | Working Pressure (bar) | Stem (") |
| OPAP 300 | 300 | 450 | 700 | 1.2 | 1/4" |
The emergency pipe plug is permanently installed in the pipes. It is maintained in the upper part of the pipe and does not interfere with the water flow.
Once installed, the plugging balloon is connected, by a flexible hose, to a control box near the manhole. It can be triggered manually in the box, or automatically using a remote electric control or a GSM remote control. Thanks to this control box we can inflate and deflate the pipe plug the shutter remotely. This system prevents the operator from going down in the pipe.
Choose your option
OPAP 400
The Pollu-Plug Anti-Pollution Stopper was developed in the interest of protecting the environment. Once inflated, it helps prevent pollution by retaining and stopping toxic or liquid spills.
| Part No. | Dia. (mm) | Width-Empty. (mm) | Length-Empty (mm) | Working Pressure (bar) | Stem (") |
| OPAP 400 | 400 | 600 | 800 | 1.2 | 1/4" |
The emergency pipe plug is permanently installed in the pipes. It is maintained in the upper part of the pipe and does not interfere with the water flow.
Once installed, the plugging balloon is connected, by a flexible hose, to a control box near the manhole. It can be triggered manually in the box, or automatically using a remote electric control or a GSM remote control. Thanks to this control box we can inflate and deflate the pipe plug the shutter remotely. This system prevents the operator from going down in the pipe.
Choose your option
OPAP 500
The Pollu-Plug Anti-Pollution Stopper was developed in the interest of protecting the environment. Once inflated, it helps prevent pollution by retaining and stopping toxic or liquid spills.
| Part No. | Dia. (mm) | Width-Empty. (mm) | Length-Empty (mm) | Working Pressure (bar) | Stem (") |
| OPAP 500 | 500 | 750 | 1000 | 1.2 | 1/4" |
The emergency pipe plug is permanently installed in the pipes. It is maintained in the upper part of the pipe and does not interfere with the water flow.
Once installed, the plugging balloon is connected, by a flexible hose, to a control box near the manhole. It can be triggered manually in the box, or automatically using a remote electric control or a GSM remote control. Thanks to this control box we can inflate and deflate the pipe plug the shutter remotely. This system prevents the operator from going down in the pipe.
Choose your option
OPAP 600
The Pollu-Plug Anti-Pollution Stopper was developed in the interest of protecting the environment. Once inflated, it helps prevent pollution by retaining and stopping toxic or liquid spills.
| Part No. | Dia. (mm) | Width-Empty. (mm) | Length-Empty (mm) | Working Pressure (bar) | Stem (") |
| OPAP 600 | 600 | 900 | 1200 | 1 | 1/4" |
The emergency pipe plug is permanently installed in the pipes. It is maintained in the upper part of the pipe and does not interfere with the water flow.
Once installed, the plugging balloon is connected, by a flexible hose, to a control box near the manhole. It can be triggered manually in the box, or automatically using a remote electric control or a GSM remote control. Thanks to this control box we can inflate and deflate the pipe plug the shutter remotely. This system prevents the operator from going down in the pipe.