New STÖBER servo inverters reduce costs for positioning applications
The market, technical progress and the competition all force machine producers to search for cost cutting measures. A new drive system from STÖBER now offers customers an excellent chance to make signifi-cant progress in the cost area of drive engineering.
Conventional servo drives are equipped with a multi-tude of high quality hardware interfaces, offer space for numerous optional expansions and work with many parameters and programming possibilities which are difficult to grasp. The user has to pay for these functions, regardless of whether he requires them or not.
This is where STÖBER comes into play. The new POSIDRIVE® MDS 5000 inverter with its modular design uncompromisingly cuts back on functions where this is possible for a modern positioning drive. Why have all those terminals and a high definition analogue input when the control is digital? Why bother with an expensive resolver interface when the trend is for low-cost absolute value encoders? Why have limitless inverter functions which have no bearing on your particular application?
Talking about encoders, STÖBER is committed to a digital future. STÖBER has now developed two new servo motor series EK and ED. Developed in parallel, they both employ revolutionary inductive absolute value encoder technology from Heiden-hain. These encoders – fully digitally operated – represent the most attractive low-cost solution for battery-free multi-turn measuring systems available at the present time.
The digital age of real-time communication started at STÖBER with the integration of the FireWire IEEE 1394 interface. This interface offers real-time communication and can handle multi-tasking operations at speeds up to 1,000 times faster than with conventional field buses which means it will dominate automated engineering before too long.
Another revolutionary innovation from STÖBER is POSISwitch®. In applications from the field of materials handling or format adjustment there are often situations where a number of servo drives operate either one after each other or alternatively. POSISwitch® allows a single servo inverter to sequentially control and position up to four indepen-dent servo axes. The usability of absolute value encoders – including round table applications – is naturally available.
The combination of new low-cost ED and EK servo motors fitted directly to MGS gear units or ServoFit® planetary gear units creates a very cost-effective drive package.
STÖBER Antriebstechnik
New STÖBER servo inverters reduce costs for positioning applications
The market, technical progress and the competition all force machine producers to search for cost cutting measures. A new drive system from STÖBER now offers customers an excellent chance to make signifi-cant progress in the cost area of drive engineering.
Conventional servo drives are equipped with a multi-tude of high quality hardware interfaces, offer space for numerous optional expansions and work with many parameters and programming possibilities which are difficult to grasp. The user has to pay for these functions, regardless of whether he requires them or not.
This is where STÖBER comes into play. The new POSIDRIVE® MDS 5000 inverter with its modular design uncompromisingly cuts back on functions where this is possible for a modern positioning drive. Why have all those terminals and a high definition analogue input when the control is digital? Why bother with an expensive resolver interface when the trend is for low-cost absolute value encoders? Why have limitless inverter functions which have no bearing on your particular application?
Talking about encoders, STÖBER is committed to a digital future. STÖBER has now developed two new servo motor series EK and ED. Developed in parallel, they both employ revolutionary inductive absolute value encoder technology from Heiden-hain. These encoders – fully digitally operated – represent the most attractive low-cost solution for battery-free multi-turn measuring systems available at the present time.
The digital age of real-time communication started at STÖBER with the integration of the FireWire IEEE 1394 interface. This interface offers real-time communication and can handle multi-tasking operations at speeds up to 1,000 times faster than with conventional field buses which means it will dominate automated engineering before too long.
Another revolutionary innovation from STÖBER is POSISwitch®. In applications from the field of materials handling or format adjustment there are often situations where a number of servo drives operate either one after each other or alternatively. POSISwitch® allows a single servo inverter to sequentially control and position up to four indepen-dent servo axes. The usability of absolute value encoders – including round table applications – is naturally available.
The combination of new low-cost ED and EK servo motors fitted directly to MGS gear units or ServoFit® planetary gear units creates a very cost-effective drive package.
For more information, please visit:
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