Brand: GE Description: Emergency Turbine Protection Card Condition: Brand New Certificate: COO TEST REPORT WARRANTY LETTER Warranty: 1 year Inventory Qty: 5 Payment Term: T/T Shipping Port: ShenZhen GE IS215VPWRH2AC efficiently handles large data volumes, supports multiple comm protocols, and has security features for versatile industrial use.
Manufacture |
GE |
Model Number |
IS215VPWRH2AC |
Ordering Number |
IS215VPWRH2AC |
Catalog |
- |
Country Of Origin |
USA |
HS CODE |
8479909090 |
Dimension |
35cm*30cm*5cm |
Packing Dimension |
37cm*32cm*7cm |
Weight |
1.5kg |
Operating Parameters
Supply Voltage : 24V DC ± 10%
Power Consumption: 18W,
Digital Input Current: 6mA .
Digital Output Current: 2.5A
MIPS: 120
Flash Memory: 768MB
RAM: 384MB
Ethernet Port: 10/100/1000Mbps
Operating Temperature Range : - 20°C to +60°
Product Features
High-Efficiency Data Handling: GE IS215VPWRH2AC is designed to work with large volumes of data. Regardless of the sources of information, the devices can process data at a high rate and that is why they are suitable for applications with high-data-throughput requirements. For example, in a large-scale data-acquisition system used for environmental monitoring, it enables the collection and analysis of data from temperature, humidity, air quality, and other sensors.
Versatile and Secure Communication Features: GE IS215VPWRH2AC supports the communication protocols Modbus, Profibus, and Ethernet/IP. As such, the device can be used in an array of industrial settings. As well, it comes with enhanced security features that allow for secure communication. In settings where the data to be transmitted is sensitive, the device can be used to transmit data over Ethernet using security-enhanced protocols, guaranteeing integrity and confidentiality
Installation
Mounting DIN Rail: GE IS215VPWRH2AC is meant for DIN rail mounting. They can be snapped onto the DIN rail easily since DIN rails have a standard design. DIN rail mounting is a commonly used mounting method for industrial control panels due to its simplicity and ease of use. Quick installation, removal, and replacement of devices are important for maintenance.
Panel: Panel mounting is another option. Screws or mounting brackets can be used to mount the devices on a control panel. This mounting method is suitable for applications where a more permanent and customized installation is needed.
Troubleshooting
Device Not Powering On: Use a multimeter to check the power supply voltage. The voltage must fall within the range stated for optimal functioning. If not, refer the issue to a qualified electrician. Check fuses and replace blown ones. Examine the power- input circuitry to check for physical signs of damage.
Excessive Power Consumption: If the power consumption is higher than expected, Disconnect the device from the power supply and check for short circuits in the wiring and connected components. Use an ohmmeter to get resistance of the wiring and components. Find low resistance paths.
Application range
Power Generation: As part of a wind farm, GE IS215VPWRH2AC manages pitch and yaw for wind turbines. By analyzing real-time data on wind speed and direction provided by anemometers and wind vanes, the turbine’s position is optimized to hit the sweet spot for power capture. It also checks the health of the turbines by analyzing data from vibration sensors and temperature sensors. It can make predictions about turbine failures based on the data it analyzed and schedule predictive maintenance.
Oil and Gas: It's used in gas processing plants and can obtain the composition of natural gas from gas analyzer data. It can use this auto tune-up, adjustment to control the purification and separation processes, making sure that the final gas product reaches the desired quality level. It can also handle gas storage and transport, for instance tracking pressure and temperature in pipelines and storage tanks.
Water Treatment Plants: General process monitoring. GE IS215VPWRH2AC makes use of data from various sensors, including pH, turbidity, and dissolved oxygen sensors, to ensure that water treatment is process-controlled and detects anomalies in the water treatment process, taking corrective actions as appropriate. It can also store historical water quality data to be used for environmental reporting and process optimization.