We are happy to assist you in configuring your compact terminal.
The new SCTM compact terminals from Schmalz are suitable for a wide range of vacuum generator applications. They comprise up to 16 block-mounted SCPM compact ejectors – some of the smallest and most powerful ejectors on the market – put together to make a terminal. The “i” model also offers a wide range of monitoring and control functions for your entire production process – and for use in digital factories.
The modular design of the SCTM compact terminal allows for individual configuration. Up to 16 individual ejectors can be block-mounted to form a terminal, depending on the individual user’s requirements. Two block mounting variants are available: The SCTMb, SCTMc and SCTMi variants with pneumatic block mounting, and the SCTMc-MP variant with pneumatic and electric block mounting (terminal with SCPMc ejectors and sub-D plugs).
When selecting your terminal, please note that it is not possible to combine different types. As such, your terminal can only contain either SCPMb, SCPMc or SCPMi type compact ejectors. Within each individual compact terminal, you can choose from a range of nozzle technologies/sizes, connectors and idle positions for the suction valve.
Our experienced specialists can assist you with the design of your terminal. Find the right contact person. Local contact person
|Type||Operating temperature [°C]||Pressure range (operating pressure)[bar]||Block mounting|
|SCTMb, SCTMc, SCTMi||0...50||3...6||Pneumatic|
|SCTMc-MP||0...50||3...6||Pneumatic and electrical|
|Type||Degree of evacuation [%]||Suction rate (max.) [l/min.]*||Air consumption for suction [l/min.]||Air consumption for blow off [l/min.]||Sound pressure level w/o suction [dB(A)]*||Sound pressure level w/ suction [dB(A)]||Rec. internal hose diameter [mm]**|
* At optimum operating pressure (SCPM 03/05/07: 4 bar; SCPM 10: 4.5 bar)
** For max. length of 2 m
*** The maximum volume flow rate for the EV variant is based on a differential pressure of 600 mbar at the valve. We recommend using a suction capacity of 7 m³/h against atmospheric pressure for the vacuum generator during operation.