Abstract: A controlling and/or regulating device for a lifting table (10) supporting a continuous casting mold (5) in a continuous casting machine (1) for liquid metal, in particular for liquid steel material (3), with an oscillating drive (11) comprising a plurality of stationary piston-cylinder units (12) which are articulated at the lifting table (10), with field measuring devices (16) at the hydraulic cylinder (12a), the signals of which field measuring devices (16) are fed via electrical connections (21)) to the control/regulating station (25) and back into the associated actuators, is operated in a fieldized manner and requires less resources for cabling in spite of the large quantity of electrical connections (21) in that the respective electrical connections (21) are guided in the vicinity (30) of the lifting table (10) as cable bundles (23) to an axle regulator (31) which is connected, via a fieldbus (22), to a memory-programmable control (32) located at a distance in the control/regulating station (25).

Abstract: A controlling and/or regulating device for a supporting roll stand (2) of a continuous casting installation (1) for metals, especially for steel materials (3), comprises a plurality of successive roll segments (8) with lower frames (11) and upper frames (12) which can be adjusted relative to the other and pairs of piston-cylinder units (13). The measurement data of field devices (14) are acquired locally and processed. The controlling and/or regulating device simplifies the field cabling and the regulating concept by relocating functions to or next to a roll segment (8) in that the field devices (14) are arranged at or on the roll segment (8) or in the vicinity of the roll segment (8) at the stationary shop scaffold (17), and their measurement signals are processed by axle regulators (18) and are stored and communicate with a memory-programmable control unit (19) by a fieldbus module (20).

Abstract: A continuous casting machine (1) for steel materials has a continuous casting die (6) with a casting mold (10) formed of broad-side plates (11) and narrow-side plates (13) and at which piston-cylinder units (16) are provided as actuators and support bearings. The position of the piston-cylinder units (16) is measured by field measurement devices (21), the measurement data are stored in a control (23) of the continuous casting machine (1) via fieldbus modules (22) as BUS signals and, after being processed, are fed back to the actuators as control signals. In order to acquire and process the measurement data locally at the continuous casting die (6), it is proposed that a respective hydraulic cylinder (16a) is connected to a valve stand (24) with a stationary terminal box (25) for the measurement signal lines and control signal lines (28) and that the terminal box (25) is connected to an axis regulator (30) from which the fieldbus module (22) supplies the signals to a memory-programmable control (31).

Abstract: The invention relates to a method for the weight-accurate filling of ingot molds in a non-iron casting machine, e.g. a copper anode casting machine or a zinc anode casting machine, which is configured in the form of casting wheels that are use for production in a fully mechanized casting operation and are provided with the ingot molds. The aim of the invention is to obtain the desired precise-weight quality of a piece and exact plane parallelism of the bordering surfaces thereof. Said aim is achieved by carrying out the following steps: first, a liquid metal is introduced into an intermediate trough (4, 4?) at a regulated mass flow rate, the continuous dynamic weight increase being simultaneously determined; second, liquid metal is fed into a dosing trough (4, 4?) which is located on each side of the intermediate trough (4, 4?) by alternately tilting the intermediate trough (4, 4?) on one side followed by the other.

Abstract: The invention relates to a method for the weight-accurate filling of ingot molds in a non-iron casting machine, e.g. a copper anode casting machine or a zinc anode casting machine, which is configured in the form of casting wheels that are use for production in a fully mechanized casting operation and are provided with the ingot molds. The aim of the invention is to obtain the desired precise-weight quality of a piece and exact plane parallelism of the bordering surfaces thereof. Said aim is achieved by carrying out the following steps: first, a liquid metal is introduced into an intermediate trough (4,4?) at a regulated mass flow rate, the continuous dynamic weight increase being simultaneously determined; second, liquid metal is fed into a dosing trough (4, 4?) which is located on each side of the intermediate trough (4, 4?) by alternately tilting the intermediate trough (4, 4?) on one side followed by the other.