- Catalogs
- CEF POLYMERES
- DIAPHRAGM PRESSURE CYLINDERS
DIAPHRAGM PRESSURE CYLINDERS
DIAPHRAGM PRESSURE CYLINDERS
EFFBE diaphragm pressure cylinders are designed for sensitive and robust control processes, offering precise and reliable operation without stick-slip effects at pressure differences ranging from 0.01 to 10 bars. These cylinders are maintenance-free, operate without oil or grease, and perform well even in harsh environmental conditions.
Key Features
- Diaphragm Design: The core component is a highly flexible elastomer diaphragm, ensuring millions of switching actions without wear-related failures. It is hermetically sealed to prevent air loss.
- Construction: Cylinders are available in various shapes and designs, with housing made from castings or steel sheets. They are available in short-stroke (KH) and medium-stroke (MH) versions.
Specifications
- Short-Stroke Devices: KH series offers strokes of less than 80 mm, with options for single or double-acting configurations.
- Medium-Stroke Devices: MH series provides strokes of less than 110 mm, typically single-acting.
- Material and Design: Housing is made from deep-drawing sheet steel or aluminum alloy, with stainless steel piston rods and self-lubricating guide bushings.
Performance Parameters
- Maximum pressurization for all models is 10 bar.
- Ambient temperature range is -20°C to +80°C.
- Air consumption and stroke frequency vary by model, with detailed specifications provided for each type.
Applications
- EFFBE diaphragm cylinders are versatile and can replace traditional hydraulic or pneumatic cylinders in various applications, including positioning, clamping, and pressing.
- They are suitable for use in control systems, textile industry, paper converting, and as actuators for control units and valves.
Conclusion
EFFBE diaphragm pressure cylinders offer a robust and flexible solution for a wide range of industrial applications, providing reliable performance and adaptability to different mounting and operational requirements.
Catalog excerpts
DIAPHRAGM PRESSURE CYLINDERS
Open the catalog to page 1
Diaphragm pressure cylinders EFFBE diaphragm pressure cylinders: sensitive and robust By using EFFBE diaphragm pressure cylinders, sensitive control processes can be realised (control cylinders), which are not possible with piston cylinders. They operate precisely, reliably and without stick-slip effect at pressure differences of 0.01 to 10 bars. Cylinder construction is simple, they work fully oil- and grease-free and are maintenance-free. Even harshest environmental conditions do not affect performance and they work in places where, for instance, protection for use in hazardous locations is...
Open the catalog to page 2
2 Diaphragm pressure cylinders 4-5 KH 50 / MH 50 and KH 100 / MH 100 6-7 KH 250 / MH 250 and KH GS 500/1000 8-9 KH F 500/1000 and KH F 2000 / KH F 4000 10-11 MH F 100/250 and MH S 100/250 12-14 MH 100/250/500 A/B/C 15 Sample applications The information in this catalog are the result of extensive product and operating experience. Descriptions and designations are not warranted performances. Engineering changes are reserved within the bounds of product engineering.
Open the catalog to page 3
Short-stroke device type KH 50 Weight 0.13 kg Single-acting Max. pressurisation = 10 bar Max. stroke = 8 mm Air consumption per stroke/6 bar = 0.01-0.05 l Ambient temperature = -20 °C - +80 °C Medium-stroke device type MH 50 Weight 0.13 kg Single-acting Max. pressurisation = 10 bar Max. stroke = 20 mm Air consumption per stroke/6 bar = 0,01-0,12 l Ambient temperature = -20 °C - +80 °C Design: Housing: special deep-drawing sheet steel, galvanised respectively KH50 Aluminium turning work piece. Piston rod made of stainless steel. Guide bushing with selflubrication. Piston rod not rotating, due...
Open the catalog to page 4
Short-stroke device type KH 100 Weight 0.6 kg Single-acting Max. pressurisation = 10 bar Max. stroke = 20 mm Air consumption per stroke/6 bar = 0.1-0.35 l Ambient temperature = -20 °C - +80 °C Medium-stroke device type MH 100 Weight 0.9 kg Single-acting Max. pressurisation = 10 bar Max. stroke = 50 mm Air consumption per stroke/6 bar = Design: Housing: special deep-drawing sheet steel, galvanised. Piston rod made of stainless steel. Guide bushing with self-lubrication. Piston rod not rotating, due to riveting with diaphragm
Open the catalog to page 5
Short-stroke device type KH 250 Weight 2.4 kg Single-acting Max. pressurisation = 10 bar Max. stroke = 35 mm Air consumption per stroke/6 bar = 0.2-1.5 l Ambient temperature = -20 °C - +80 °C Medium-stroke device type MH 250 Weight 3 kg Single-acting Max. pressurisation = 10 bar Max. stroke = 70 mm Air consumption per stroke/6 bar = 0.2-2.5 l Ambient temperature = -20 °C - +80 °C Design: Housing: special deep-drawing sheet steel, galvanised. Piston rod made of stainless steel. Guide bushing with selflubrication. Piston rod not rotating, due to riveting with diaphragm.
Open the catalog to page 6
Short-stroke device type KH GS 500 Weight 2.6 kg Single-/double-acting Max. pressurisation = 10 bar Max. stroke = 50 mm Air consumption per stroke/6 bar = 0.6-2.5 l Max. stroke frequency = 50/min. (at effective valve cross section of 50 mm2) Ambient temperature = -20 °C - +80 °C Short-stroke device type KH GS 1000 Weight 5.2 kg Single-/double-acting Max. pressurisation = 10 bar Max. stroke = 60 mm Air consumption per stroke/6 bar = 2-7.3 l Max. strokefrequency = 25/min. (at effective valve cross section of 50 mm2) Ambient temperature = -20 °C - +80 °C Design: Housing: Al-alloy spray painted....
Open the catalog to page 7
Short-stroke device type KH F 500 Weight 2.6 kg Single-/double-acting Max. pressurisation = 10 bar Max. stroke = 50 mm Air consumption per stroke/6 bar = 0.6-2.5 l Max. strokefrequency = 50/min. (at effective valve cross section of 50 mm2) Ambient temperature = -20 °C - +80 °C Short-stroke device type KH F 1000 Weight 5.0 kg Single-/double-acting Max. pressurisation = 10 bar Max. stroke = 60 mm Air consumption per stroke/6 bar = 2-7.3 l Max. strokefrequency = 25/min. (at effective valve cross section of 50 mm2) Ambient temperature = -20 °C - +80 °C Design: Housing: Al-alloy spray painted. Piston...
Open the catalog to page 8
Short-stroke device type KH F 2000 Weight 10.6 kg Single-/double-acting Max. pressurisation = 10 bar Max. stroke = 80 mm Air consumption per stroke/6 bar = 4.5-20.3 l Max. strokefrequency = 10/min. (at effective valve cross section of 50 mm2) Ambient temperature = -20 °C - +80 °C Short-stroke device type KH F 4000 Weight 26.3 kg Single-/double-acting Max. pressurisation = 10 bar Max. stroke = 80 mm Air consumption per stroke/6 bar = 10.5-42 l Max. strokefrequency = 12/min. (at effective valve cross section of 50 mm2) Ambient temperature = -20 °C - +80 °C Design: Housing: Al-alloy spray painted....
Open the catalog to page 9
Medium-stroke device type MH F 100 Weight 0.9 kg Single-acting Max. pressurisation = 10 bar Max. stroke = 50 mm Air consumption per stroke/6 bar = 0.1- 0.6 l Max. strokefrequency = 100/min. (at effective valve cross section of 50 mm2) Ambient temperature = -20 °C - +80 °C Medium-stroke device type MH F 250 Weight 2.5 kg Single-acting Max. pressurisation = 10 bar Max. stroke = 70 mm Air consumption per stroke/6 bar = 0.5-2.5 l Max. strokefrequency = 75/min. (at effective valve cross section of 50 mm2) Ambient temperature = -20 °C - +80 °C Design: Housing: Al-alloy spray painted. Piston rod made...
Open the catalog to page 10
Medium-stroke device type MH S 100 Weight 0.85 kg Single-acting Max. pressurisation = 10 bar Max. stroke = 50 mm Air consumption per stroke/6 bar = 0.1- 0.6 l Max. strokefrequency = 100/min. (at effective valve cross section of 50 mm2) Ambient temperature = -20 °C - +80 °C Medium-stroke device type MH S 250 Weight 2.3 kg Single-acting Max. pressurisation = 10 bar Max. stroke = 70 mm Air consumption per stroke/6 bar = 0.5-2.5 l Max. strokefrequency = 75/min. (at effective valve cross section of 50 mm2) Ambient temperature = -20 °C - +80 °C Design: Housing: Al-alloy spray painted. Guide bushing...
Open the catalog to page 11
Medium-stroke device type MH 100 A Weight 1.3 kg Single-acting Max. pressurisation = 10 bar Max. stroke = 50 mm Air consumption per stroke/6 bar = Max. strokefrequency = 100/min. (at effective valve cross section of 50 mm2) Ambient temperature = -20 °C - +80 °C Medium-stroke device type MH 250 A Weight 3.4 kg Single-acting Max. pressurisation = 10 bar Max. stroke = 70 mm Air consumption per stroke/6 bar = 0.5-2.5 l Max. strokefrequency = 75/min. (at effective valve cross section of 50 mm2) Ambient temperature = -20 °C - +80 °C Design: Housing: Al-alloy spray painted. Guide bushing with self-lubrication....
Open the catalog to page 12All CEF POLYMERES catalogs and technical brochures
EBP / EBK / EBR1 Page
CEF antivibration fixing1 Page
CEF Cupmount1 Page
J 63321 Page
CEF polyurethane36 Pages
CEF EC EDC cylindrical mount16 Pages
CEF EPCR EPCR machine mouny3 Pages
CEF RE high deflection1 Page
CEF EM engine mount1 Page
CEF BCA universal mount1 Page
CEF KE cone mount1 Page
CEF LMPS2 Pages
CEF Isolair air mount7 Pages
CEF Stathane PU English36 Pages
PLAKISOL SG 901 Page
PLAKISOL SG 701 Page
- Spring
- Base plate caster
- Machine foot
- Anti-vibration mount
- Shock buffer
- Plastic
- Leveling foot
- Mechanical buffer
- Metal foot
- Metal anti-vibration mount
- Wheel type roller
- Compression spring
- Rubber anti-vibration mount
- NBR foot
- Threaded foot
- Cylindrical anti-vibration mount
- Steel wheel type roller
- Caster with ball bearing
- Plastic injection mold
- Plastic foot