✗
Our use of Cookies on this Website
We use cookies to to give you the best experience possible & analyse our traffic. By clicking “Accept Cookies”, you agree to the storing of cookies on your device to enhance site navigation, analyse site usage, and assist in our marketing efforts.
We also share information about your use of our site with our social media, advertising, and analytics partners who may combine it with other information that you’ve provided to them or that they’ve collected from your use of their services.
Please view our cookie policy or privacy policy for more information.
We are currently unable to take card payments - Paypal is available. To receive a proforma invoice to pay by BACs, please contact us on the live chatter, call 01732 763377 or email sales@berger-tools.co.uk. We are working to rectify this as soon as possible, sorry for any inconvenience caused.
KH-GS Short Stroke Diaphragm Pressure Cylinder
Choose your Part
Please select desired options to reveal part number, price and availability
Product Derscription
KH-GS Short Stroke Diaphragm Pressure Cylinder
These high quaiity devices are used for control functions in the field plant and mechanical engineering. They are suitable for automated production processes, individual assembly stations or as table presses for the workplace.
They have the advantage of reliable, maintenance free operation and of sensitivity in the transfer of mechanical processes.
Their guide bushes are self-lubricating and the stainless steel piston rods are rotating.
Specification
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