Detailed introduction:
- Features microprocessor based control circuit; logic key programming; advanced self-diagnostics; software scalability; inverter voltage up to 1.15xVrms; serial communication interface RS232/RS485; non-playable memory for protection parameters Single-quadrant and four-quadrant modules; Armature voltage, tachometer or encoder feedback; Phase sequence tolerance; Analog speed given resolution of 0.025%; Using tachometer feedback, 100% load change rate retention rate of 0.1 %; Loss of magnetic protection; Overload protection; Loss of feedback protection; Phase loss protection; 150% overload duration of 30 seconds; cone current limiting; Armature current rate limiting.
- Easy to expand
1. Application function card (MD29)
Easily inserted into the second processor; can be written to a specific application at a low price, no longer need a PLC or an external controller; programmed in DPL language or SYPT, SYPT is an IEC1131 standard programming tool with ladder diagrams and functions Box; Built-in single axis position controller.
2. CTNET Interface (MD29AN)
High-speed network protocol; Decentralized point-to-point network, without the need for a main PLC controller; SYPT programming.
3. Profibus-DP interface (MD24)
High speed over the agreement; centralized network system; provide Siemens S5 PLC universal group too file.
4. Device Net Interface (MD25)
High speed network protocol using CAN hardware layer; centralized network system; EDS file provided.
5. Interbus-S Interface (MDIBS)
Easy to install Interbus-S network communication interface board; used as a centralized main controller; fixed data exchange rate of 500kbit/sec; network failure detection.
6. Extended input/output module (I/O interface box)
Connected to MD29 through RS485 communication port to provide remote I/O capability; 5 analog inputs; 3 analog outputs; 8 analog inputs; 8 analog outputs; extended digital input/output up to 32 inputs/ 32 outputs; Each serial communication line can connect up to 15 I/O interface boxes; the maximum length of serial communication lines is 100 meters.
7. DC Motor Excitation Controller (FXM5)
220V-600V DC armature voltage feedback; excitation agent up to 20A; single-phase input; thyristor half-controlled or fully-controlled rectifier output.
- Meet various applications
1. Digital Speed ​​and Position Control Loop This function synchronizes the speed or position of multiple drives. In extrusion, wire drawing and textile production, actual tension or compression control is controlled by the relative displacement of the shaft or the adjustable speed ratio.
2. Central reeling realizes constant reel tension control for unwinding or reeling, which is mainly used in industries such as paper making, wire rods, plastics and metal processing, etc. Contact adjustment of the output torque of the drive unit to changes in reel diameter, mechanical losses and reel inertia Make compensation.
3. Rotary axis positioning The user can set the final position of the motor shaft relative to the electronic feedback reference point. For example, the reference point can be the positioning pulse sent by the encoder. Simply modify the corresponding parameter value to adjust the position of the shaft. After the positioning is completed, the drive outputs an indication signal. This feature is widely used in CNC machine tool replacement or other automation applications.
4. Excitation controller
The M25-M210(R) series drives are equipped with a standard MDA3 excitation controller. The excitation controller controls the motor excitation current, such as achieving constant power control. This function is particularly useful for applications that require constant power control, such as machine tools, mixers, decoiling, and take-up. The drive is equipped with excitation failure detection to achieve full protection, and full digital control facilitates debugging and operation. The M350-M1850(R) series drives are equipped with a fixed excitation power supply. For applications with excitation currents up to 20A, FXM excitation controllers are available.
5. S curve This function forms a curve pattern at both ends of the acceleration/deceleration ramp set by the user. The shape of the S curve of each quadrant is set by the specified parameter group, and the linear part and the curve part of the S curve are set separately. Due to the extreme speed and slowness of change, typical applications are cranes, cranes and conveyor belts.