About
About RSPE30-8TX/4C-2A
The RSPE30-8TX/4C-2A Managed Industrial Ethernet Switch belongs to the Hirschmann RSPE series of Ethernet switches. It ensures maximum flexibility with its modular structure and future-proof network design. It also offers the highest possible performance with state-of-the-art technology. The RSPE30-8TX/4C-2A Managed Industrial Ethernet Switch supports an extended operating temperature range for reliable operations in different environments. Some of the technical specifications of the module include 24 to 48 Volts DC operating voltage, 36 Watts of rated power consumption during operation, a 0 to 60 degrees Celsius standard operating temperature range, and dimensions of 209 x 164 x 120 millimeters. The RSPE30-8TX/4C-2A Managed Industrial Ethernet Switch has a USB interface, LED indicators for the media modules and device status updates, a V.24 interface, grounding screws, terminal block connections for the supply voltage, terminal block connections for signaling contacts, and slots for media modules.
The Hirschmann RSPE30-8TX/4C-2A Managed Industrial Ethernet Switch offers a compact stainless steel housing for easy DIN Rail mounting. Its approximate weight is 2200 grams. It has uninterruptible redundancy protocols and precise synchronization features. Some of the main features of the module include the filtering functions, diagnostics, and comprehensive management features. The protection class of the RSPE30-8TX/4C-2A Managed Industrial Ethernet Switch is IP 20. It is a compact and highly robust switch that offers a 2-pin plug-in terminal block for the power connections. Its Standard Layer 2 software package has a range of functions, including management, diagnostics filtering, easy configuration, security, and redundancy functions. The dimensions of the switch are 209 x 164 x 120 millimeters. It is recommended to verify that the device has the minimum clearances around it to ensure proper heat dissipation. The housing of the module is grounded through separate ground screws. This module can be used to deliver maximum network availability in an industrial system.
