The Lehmann EA-507 is the smallest device in the range with a centre height of 110mm and a spindle nose of the 70mm which can accept a whole host of accessories directly and is supplied as standard with a HSK-A63 spindle arrangement. There are options of increased precision gear versions, raised centre height to 150mm, chucking options and rotary couplings to meet any demand, so please contact our technical sales department to discuss your exact requirements. This device in the first instance is a vertical and horizontal device with the motor mounted to the left hand side (right hand motor mount option is available) there is no rear mount motor option currently available on this device. An excellent carrying capacity of 120kg vertically and 240kg between centres and speeds up to 120rpm dependent on motor selection. The Lehmann EA-507. L CNC rotary table without motor, can be prepared to suit any interface at additional cost (see our interface listings for details and costs for “external interface” which includes motor, switch, cable and connector requirements (if you already have a “4th axis interface” in the machine) ;and machine interface costs (if you do not have the additional axis fitted). Motor is mounted to the left hand side on this device and therefore may restrict the Y axis capability in certain circumstances. The spindle diameter is 70mm and there is a centre hole location of 46. 55mm over a length of around 75mm and a 31mm through bore is available should you want to machine long bar components that need to be mounted right through the centre of the unit. The Lehmann products now come fitted, as standard, with their own “Lehmann blackBOX” which allows for instant user monitoring of the device, showing the status of all switches, valves, the 24V supply condition, a service light showing when the device requires a service. In addition, remote monitoring is also possible via a USB connection. The Lehmann devices are modular and can therefore be constructed as multi-spindle devices or built into 5 axis assemblies in various configurations.
