MRE16180
2 position electrical rotary actuator - MRE
• Plug & play user friendly gripper.
• No electricity consumption when actuator is in position.
• No programming required.
• Guarantee of position kept in the event of power blackout.
• Brushless motor with long electric life (Brushless DC).
• Motor drive integrated in the actuator.
• 24 Vdc low voltage supply.
• M8x1, 3-pin standard connection.
• Controllable by PLC as a pneumatic valve.
• Rotation on ball bearings.
• Carbon fibre reduction system.
• Maintenance free for 10 million cycles.
• Best weight/size/force ratio.
• Compatible with MPPM electric grippers.
• Optional inductive sensors.
Electric rotary actuator, 180°/90°, 24Vdc, 6 W, PNP, M8 3-pin, peak 0.9A, servo DC motor with built-in controller, Max. 0.60 Hz at 30°C, IP54, with bushings
| TORQUE (Ncm) | 45 |
| STROKE ° | 90°/180° |
| UOM | NR |
| Weight [Gr] | 195 |
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MRE25180
2 position electrical rotary actuator - MRE
• Plug & play user friendly gripper.
• No electricity consumption when actuator is in position.
• No programming required.
• Guarantee of position kept in the event of power blackout.
• Brushless motor with long electric life (Brushless DC).
• Motor drive integrated in the actuator.
• 24 Vdc low voltage supply.
• M8x1, 3-pin standard connection.
• Controllable by PLC as a pneumatic valve.
• Rotation on ball bearings.
• Carbon fibre reduction system.
• Maintenance free for 10 million cycles.
• Best weight/size/force ratio.
• Compatible with MPPM electric grippers.
• Optional inductive sensors.
Electric rotary actuator, 180°/90°, 24Vdc, 11 W, PNP, M8 3-pin, peak 1.2A, servo DC motor with built-in controller, Max. 0.91 Hz at 30°C, IP54, with bushings
| TORQUE (Ncm) | 80 |
| STROKE ° | 90°/180° |
| UOM | NR |
| Weight [Gr] | 400 |
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MRE32180
2 position electrical rotary actuator - MRE
• Plug & play user friendly gripper.
• No electricity consumption when actuator is in position.
• No programming required.
• Guarantee of position kept in the event of power blackout.
• Brushless motor with long electric life (Brushless DC).
• Motor drive integrated in the actuator.
• 24 Vdc low voltage supply.
• M8x1, 3-pin standard connection.
• Controllable by PLC as a pneumatic valve.
• Rotation on ball bearings.
• Carbon fibre reduction system.
• Maintenance free for 10 million cycles.
• Best weight/size/force ratio.
• Compatible with MPPM electric grippers.
• Optional inductive sensors.
Electric rotary actuator, 180°/90°, 24Vdc, 23 W, PNP, M8 3-pin, peak 3.8A, servo DC motor with built-in controller, Max. 0.62 Hz at 30°C, IP54, with bushings
| TORQUE (Ncm) | 138 |
| STROKE ° | 90°/180° |
| UOM | NR |
| Weight [Gr] | 738 |
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Mud Wiper Seal
Mud Wiper Seals are circular lip seals designed to prevent mud rising from the seafloor. Acting as an effective “anti-mud” barrier, they prevent all impurities entering the legs of offshore platforms.
These non-inflatable toric seals are used to prepare grouting operations. They prevent mud from penetrating the void between the internal diameter of the platform leg and the external diameter of the anchor pile.
The mud wiper seal provides a mud barrier when the jacket is set on the seabed and avoids mud rising after pile driving.
Mud wiper seals are designed according to :
- Leg ID
- Pile OD
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N500S
BUTTERFLY VALVES
CF8M SS DISC
Manually operated Wafer butterfly valves.
• Epoxy coated ductile iron (EN-GJS 400-15) Wafer body.
• N500S - sizes 1-1/2” to 24”.
• ISO 5211 direct mounting pad/square stem.
• Food grade EPDM resilient seat -30°F to +266°F.
• API 609 face to face flange.
• Floating dual shaft disc design.
• Pressure rating: 250 psi: 1 1/2”-20” and 150 psi: 24”.
• MSS SP 67 compliant.
• No pins in disc prevent potential leak points.
• NSF certified for drinking water service.
N500S: size 1 1/2” to 24”.
530S: FKM SEATS - size 2” to 24”.
540S: NBR SEATS - size 2” to 24”.
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N501S
BUTTERFLY VALVES
CF8M SS DISC
Manually operated Lug butterfly valves.
• Epoxy coated ductile iron (EN-GJS 400-15) Lug body.
• N501S - sizes 1-1/2” to 24”.
• ISO 5211 direct mounting pad/square stem.
• Food grade EPDM resilient seat -30°F to +266°F.
• API 609 face to face flange.
• Floating dual shaft disc design
• Pressure rating: 250 psi: 1 1/2”-20” and 150 psi: 24”.
• MSS SP 67 compliant.
• No pins in disc prevent potential leak points.
• NSF certified for drinking water service.
N501S: size 1 1/2” to 24”.
531S: FKM SEATS - size 2” to 24”.
541S: NBR SEATS - size 2” to 24”.
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NC-Compact Vices
NC-Compact vices from RÖHM are optimally suited for one-off and series production. Different models and model lengths facilitate optimum adaptation to the workspace, workpiece and machining task. They are particularly suited for use on machining centers, milling machines and are ideal for 5-sided machining. These premium vices prevail due to a stable and compact design for the highest clamping precision and best workpiece accessibility. By simply turning the clamping force pre-setting, a clamping force of up to 60 kN can be achieved. With workpieces that are sensitive to deformation, the force amplification can be disabled.
RKE | RKE / Hydraulic | RKE-M | RKE-LV
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NCI150E
BONOMI NORTH AMERICA
CHECK VALVE
Double door wafer style check valve.
• Ductile iron body.
• Stainless steel dual disc.
• Stainless steel spring loaded.
• Pressure rating 200 psi.
• Temperature range -30°F to 250°F (EPDM seats).
• Epoxy coated body.
• Food grade EPDM or Viton seat options.
• Can be used with ANSI 125 or 150 flanges.
• Light weight and compact.
• NSF certified for drinking water service (EPDM seats only).
NCI150E: size 2” to 12”.
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Needle Grippers
Special Grippers
Special grippers can be used for applications in which regular suction cups cannot generate a vacuum. Schmalz offers a variety of special grippers with various shapes, sizes and principles of operation.
Needle grippers reliably grip workpieces which are difficult to grip using vacuum as well as highly porous materials.
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Non-Return Valves
Valve Technology
Valves are used to control the vacuum as well as the compressed air. The right valves can increase both the process reliability and the cost-effectiveness of the vacuum system.
Non-return valves are used to maintain the vacuum in a circuit in the case of a power failure or if the vacuum generator fails.
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OFN20-90
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 20 mm, 2/8 bar, M5
| TORQUE (Ncm) | 70 |
| STROKE ° | 90° |
| UOM | NR |
| Weight [Gr] | 75 |
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Choose your option
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 |
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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 |
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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.
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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.
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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.
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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.