ABB
0102030405
ABB LDSYN-101 3BHE005555R0101 Sync Board
Key SpecificationsVOGI
Power Supply:
Input Voltage: 24 V DC.
Rated Current: 2 A.
Input Current: 15 mA.
Output Current: 3 A.
Operating Environment:
Working Temperature Range: - 20 °C to + 70 °C.
Protection Class: IP20.
Signal Processing:
Maximum Pulse Signal Output Current: 20 mA .
Control Cycle: 1 ms (non-adjustable).
Pulse Signal Frequency Range for Controlling Motors: 0 Hz - 2 MHz.
Pulse Signal Frequency Accuracy for Controlling Motors: 0.0625 Hz.
Number of Encoder Signal Inputs: 4.
Handwheel Input Signal Frequency: 1 channel, 0 - 500 KHz.
Key FeaturesVOGI
Multiple limit functions: LDSYN-101 is equipped with 4 mechanical positive and negative limit input ports (±EL) and 4 mechanical origin signal input ports (ORG). These ports are optically isolated and can reliably detect the position limit and origin position of the equipment, effectively preventing the equipment from being damaged due to exceeding the limit position.
Rich signal processing capabilities: The module has powerful signal processing functions, with 4 encoder signal inputs, which can receive feedback signals from the encoder and process these signals by 4 times, and can process up to 16MHz signal frequency (after 4 times). This enables it to accurately obtain the operating status information of the equipment and provide a reliable basis for precise control.
High-precision synchronous control: LDSYN-101 can achieve high-precision synchronous control to ensure the coordinated operation of multiple devices or systems. It can control the speed and position of the motor through the precise processing and output of the pulse signal, so that multiple motors can run at highly consistent speed and position, thus meeting the strict requirements for synchronization in industrial production.
Freight Estimation(Part Of The Area)VOGI
|
Destination |
Freight |
|
Middle East |
$42 |
|
Southeast Asia |
$15 |
|
South Asia |
$56 |
|
South Africa |
$46 |
|
Europe and USA |
$27 |
|
Russia |
$51 |
APPLICATIONVOGI
Propulsion system synchronization: coordinate the speed and phase of multiple engines of the ship to optimize navigation stability and energy efficiency.
Crane collaborative operation: prevent load swing or imbalance when multiple hooks are coordinated for handling.
CNC machine tools: synchronize the movement of the main shaft and feed axis to improve processing accuracy and surface quality.
Laboratory equipment: achieve high-precision timing control in vibration test benches and environmental simulation chambers.
Signal system synchronization: used for timing control of track signal lights to ensure traffic dispatch safety.
Microgrid management: coordinate the power output of photovoltaics, energy storage and loads to maintain the stable operation of microgrids
Multi-motor synchronous control: used in textile machinery, printing equipment, and assembly line transmission systems to ensure the synchronous operation of multi-axis motors and avoid material stretching or dislocation.