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Threshold monitoring for current signal / OUT: SPDT contact
Series | |
---|---|
Code | XCCIS2 |
Type | CCIS2 – |
HS code | 85043129 |
INPUT TECHNICAL DATA | |
Signal type IN | analogue |
Input range IN | 40 A (AC 50…60 Hz) |
Maximum voltage current signal IN | 600 Vac / 50 A (1) |
OUTPUT TECHNICAL DATA | |
Signal type OUT | SPDT contact , PNP open collector transistor (1) |
Output range OUT | 100 mA (PNP open collector) |
Status indication | LED |
Operating mode OUT | limit value |
Parametrization OUT | 2…40 A ± 10% (trimmer) |
GENERAL TECHNICAL DATA | |
Power supply voltage | 24 Vdc ± 10% |
Current consumption | 100 mA |
Setting time | 20 ms |
Operating temperature range | -20…+60°C |
Insulation | 3.0 kVac / 60 s (2) |
Insulation type | 2-way (IN-OUT) |
Overvoltage category / pollution degree | II / 2 |
Protection degree | IP 00 |
Connection terminal IN / OUT | cable, through in a 13 mm Ø hole / 2.5 mm² (screw) |
Housing material | UL94V-0 plastic material |
Dimensions (LxHxD) | 50x93x70 mm |
Approximate weight | 100 g |
Mounting information | vertical on a rail, 5 mm from adjacent components |
ACCESSORIES | |
Mounting rail (IEC60715/TH35-7.5) | PR/3/AC, PR/3/AC/ZB, PR/3/AS, PR/3/AS/ZB |
Mounting rail (IEC60715/TH35-15) | PR/3/PP, PR/3/PP/ZB, PR/3/PA, PR/3/PA/ZB |
APPROVALS AND MARKINGS |
For further information see PDF catalog
They convert electrical signals generated by sensors which take physical measure-ments such as temperature (thermocouples and PT100 resistance thermometers), frequency (proximity, contacts, photocells), current (TA, Hall sensors), resistance (potentiometers), voltage, pressure, level, etc. into standardised electrical signals, adapting them to PLC, DCS and industrial PC (control) outputs, or they convert a given analogue signal into a different one, adapting it to control inputs/outputs or allowing for long-distance signal transmission without interference by means of galvanic separation (fig. 1).
Adaptation between sensor output signal and control input signal
Long-distance signal transmission
Voltage signals can reach a max. distance of 10-20 m, beyond which they lose reliability and become highly sensitive to induced and ground-derived interference, therefore in order to transmit to distances beyond 20 m a voltage signal must be converted into a current signal and galvanically separated (fig. 2).
Current signals can surpass a transmission distance of 300 m and are less sensitive to induced interference. The long-distance transmission of a current signal requires galvanic separation.
Galvanic signal separation (signal isolation):
Galvanic separation is necessary when:
Connection of analogue converters in series and in parallel
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