Brand: GE Description: AC/DC Converter Board Condition: Brand New Certificate: COO TEST REPORT WARRANTY LETTER Warranty: 1 year Inventory Qty: 7 Payment Term: T/T Shipping Port: ShenZhen GE DS200DACAG1ACD is an AC/DC converter board designed for the Mark V Speedtronic turbine control system. It converts 105-132V AC input to 90-145V DC output with a maximum current of 9.5 amps, ensuring stable voltage regulation for industrial turbine control applications.
Manufacture |
GE |
Model Number |
DS200DACAG1ACD |
Ordering Number |
DS200DACAG1ACD |
Catalog |
Mark V |
Country Of Origin |
USA |
HS CODE |
8479909090 |
Dimension |
25cm*15cm*5cm |
Packing Dimension |
27cm*17cm*7cm |
Weight |
1kg |
Operating Parameters
Input Voltage: 105-132V AC
Output Voltage: 90-145V DC
Maximum Output Current: 9.5 amps
Operating Temperature Range: -30 to 60°C
Output Ripple Voltage: The output ripple voltage is 4 V p - p.
Output Current Rating: The output current rating is 9.5 A DC.
Product Functions
AC/DC Power Conversion: GE DS200DACAG1ACD main function is to act as an AC/DC power conversion module. It uses a full - wave bridge rectifier for power conversion, efficiently transforming the incoming alternating current into direct current. This conversion is essential for powering components in the GE Speedtronic control systems that require DC power.
Local Energy Storage: Extra local energy storage. This energy storage feature allows the system to keep running for a limited amount of time in the event of control power loss, providing an indirect ride - through that helps keep it operational even when power is lost. This is essential as it helps in keeping the intact control system from experiencing data loss and ensures no breakdown of the entire setup in the wake of temporary power failures.
Paralleling Capability: The GE DS200DACAG1ACD allows paralleling, which is useful when greater output current is required. By connecting multiple DS200DACAG1ACD modules in parallel, the overall output current capacity can be increased to meet the demands of more power - hungry systems.
Installation
Mounting: The GE DS200DACAG1ACD has a total of four mounting holes on its base, which allow for easy installation on the desired framework or equipment. These holes create alignment points for the anchors in the respective fixtures.
Power Connections: AC input and DC output via a 12 - position connector. An aviation connector is included for the power input and output, thereby ensuring a stable connection and reducing the possibility of having a loose connection that results in power failures.
Input Selection:As mentioned before, for the input voltage selection between 115 V AC and 230 V AC, an internal cable connected to jtx1 or jtx2 is used. This simple yet effective method allows users to configure the module according to the available power supply.
Application Range
control systems:The GE DS200DACAG1ACD is mainly used in GE Speedtronic control systems. Specifically, it is applied when the primary power source for a control system is 125 V DC, with or without a battery. It can be found in various industrial applications such as power plants, where it plays a crucial role in powering the control systems of turbines. These control systems rely on the stable DC power provided by the GE DS200DACAG1ACD to ensure the efficient and safe operation of the turbines.
Troubleshooting
Power – related Issues: If there is no output voltage, first check the input voltage. Validate that the input voltage of the range of 105 – 132 V AC and the input voltage selection 115 V AC or 230 V AC are correctly set by the internal cable connection to the jtx1 or jtx2.
Overheating Problems: If the module is overheating, check for the operating environment temperature. Should the ambient temperature be higher than 60°C, it may cause the module to overheat. Additional cooling measures such as a fan or a heat sink is needed. There should not be any blockage around the module that cause flow restriction of the outside airflow.
Output Ripple Problems: If the output ripple voltage exceeds the ripple should be equal less than 4 V p-p, the output filter capacitor may be at fault. Inspect the capacitor for swelling, leakage, or signs of damage. The capacitor should then be replaced with the proper capacitor if it is found to be defective in what exists. Moreover, the user is required to supply an input filter to reduce harmonic currents. In such a situation, the input filter may have a fault. A failure of the input filter would lead to a similar overabundant output ripple.