GE UR6AH Transient Data Interface I/O Module

GE UR6AH Transient Data Interface I/O Module

The communication protocol employed by GE UR6AH is LOOKIN, not Basnet. Ronk, similar to Baknet, is an upper-layer protocol that can be transmitted over various formats, including Ethernet and simpler serial communication. For its remote network, model ECP-410 DDC controller possesses a two-wire connection.
DDC controllers can be programmed in various languages, ranging from text-based ones resembling basic language to function block programming. DDCs are designed to perform specific tasks within large buildings and other facilities, with the purpose of environmental control. Hence, they are pre-planned controller units, rather than general-purpose controllers intended for any task.

GE UR6AHFor use in embedded equipment with IP20 protection in the output range of 22-132 kW, and in addition, for control cabinet-mounted equipment with protection ratings ranging between IP20 and IP55 in the output range of 75-132 kW. The module decreases the cabinet width requirement from 1,000 mm to 400 mm for the mounted converters.
With the assistance of the GE UR6AH power module, Siemens is broadening the Gomez G120p portfolio up to 630 kW. The applications comprise of variable torque features for pumps, fans, and compressors in the low to medium output range that facilitate straightforward and uninterrupted movement.

The GE UR6AH broadens the array of inset and cabinet units available for voltage levels of 400 and 690. These units finalize the product range, ensuring a consistent approach with matching functionality throughout all voltage ranges. Thanks to its durable construction, the GE UR6AH can also be used in extremely arduous industrial settings with operating temperatures ranging from -10 to +50/60°C. It has been engineered to be utilised in a vast range of industrial settings. Its efficiency level surpasses 98%, evidencing adherence to the EN50598 energy efficiency standard. Additionally, a range of safety features elevates its process reliability.