SERIE SWE-F
Unmanaged Ethernet Switches

XSWEF08PU

Original price was: €140,10.Current price is: €77,06. + VAT

PCS PER PACK1

In stock

In stock

SWE-F-08PU 10/100Mbps fast ethernet switch 8-RJ45, unmanaged
5, 8 and 16 port fast ethernet switch unmanaged
Robust designed suitable for industrial environment
DIN rail mountable
5 to 50 Vdc redundable supply voltage

Additional information

Series
Code
Type
HS code
Version
Interface
Number and type of interface 8 RJ45 ports
Connection method Auto negotiation and auto crossing
Transmission speed 10/100 Mbps
MAC table size
Status indication
GENERAL TECHNICAL DATA
Power supply voltage
Current consumption
Operating temperature range
Ambient temperature range -40…+85°C
Standards
Safety Standard EN 62368-1
EMC Standard
Overvoltage category /pollution degree
Protection degree
Connection type
Housing material
Dimensions (LxHxD)
Approximate weight
Mounting information
APPROVALS AND MARKINGS
ACCESSORIES
Mounting rail (IEC60715/TH35-7.5)
Mounting rail (IEC60715/TH35-15)

NOTES

For more information, download the PDF catalog

Applications of Analog Converters and Galvanic Isolation

They convert electrical signals generated by sensors measuring physical quantities such as: temperature (thermocouples and PT100 resistance temperature detectors), frequency (proximity sensors, contacts, photocells), current (current transformers, Hall-effect sensors), resistance (potentiometers), voltage, pressure, level, etc., into standardized electrical signals, adapting them to the inputs/outputs of PLCs, DCSs, and industrial PCs (control systems).

Alternatively, they convert a given analog signal into a different one, adapting it to the control system’s inputs/outputs, or they allow the disturbance-free long-distance transmission of the signal by means of galvanic isolation (Fig. 1).

Adaptation between the output signal of sensors and the input signal of control systems

Long-Distance Signal Transmission

Voltage signals can be transmitted over a maximum distance of 10–20 m; beyond this range they lose reliability and become highly sensitive to induced and ground disturbances. For this reason, in order to transmit a voltage signal over distances greater than 20 m, it is necessary to convert it into a current signal and provide galvanic isolation (Fig. 2).

Current signals can be transmitted over distances exceeding 300 m and are less sensitive to induced disturbances. To transmit a current signal over long distances, galvanic isolation is required.

Galvanic Isolation of the Signal (Signal Isolation):

  • It electrically isolates and separates the sensor circuit from the control circuit and from the power supply circuit; therefore, each circuit operates with reference to its own zero potential which, being isolated from the other circuits, cannot be altered by the potential differences that are always present between different earth references (Fig. 3).

  • It isolates and separates the different ground potentials between power supply, control system, and sensors/actuators.

  • It allows signal transmission without errors or disturbances and with greater reliability.

  • The higher the isolation rating (in kV), the greater the transmission safety in the presence of ground potentials, electromagnetic disturbances, and transients (lightning strikes, discharges, etc.) (Fig. 4).

Galvanic isolation is required when:

  • the distance between the control system and the sensor/actuator is greater than 20 m

  • the ground or reference potentials are different

  • ground potentials are high, or may become high in the event of discharges or earth leakage currents

  • electromagnetic interference is present

  • signal cables are installed in conduits together with power cables (Fig. 5)

Series and Parallel Connection of Analog Converters

To obtain signal redundancy or simply to duplicate a signal, it is possible to connect the input of multiple converters to a single sensor.

In the case of current signals, the converter inputs must be connected in series (Fig. 6).

In the case of voltage signals, the converter inputs must be connected in parallel (Fig. 7).

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