RS232 isolator, 1 kV
RS232 isolator, 1 kV
WT88001
Passive isolation for RS232 data lines
660,00 kr. (ex. VAT)
RS232 isolator, 1 kV
Serial data connection galvanically isolated
The Isolator in the compact dongle housing provides galvanic isolation between two RS232 devices with an isolation voltage of min. 1kV DC by being simply looped into the data line.
Product properties:
Interfaces:
- 2x RS232 ports
- 25-pin SUB-D plug, DCE assignment
- 25-pin SUB-D socket, DTE assignment
- Galvanic isolation between the ports
- Isolation voltage 1kV DC
Management and Connectivity:
- Secure RS232 transmission over medium distances
- Simple to use, true plug-and-play
- No re-configuration of transmission parameters required
Power supply:
- No additional power source required
Standards & more
- Conforms to standards both in office and industrial environments:
- High noise resistance per EN 61000-6-2
- Low noise emission per EN 55032:2015 + A1 Cl. B, EN 61000-3-2 & EN 61000-3-3
- 5 year guarantee
Connections and displays:
- Serial Port A:
- RS232 Interface
- 25-pin SUB-D adapter, DCE assignment
- Serial Port B:
- RS232 Interface
- 25-pin SUB-D socket, DTE assignment
- Baud rate:
- 300..19,200 baud
- Data format:
- any format
- Galvanic isolation:
- min. 1kV DC
- Supported signals:
- RxD, TxD
- Supply voltage:
- through the RS232 signals
- Required static current:
- approx. 2 mA @ 8V
Housing and other data:
- Housing:
- Plastic small housing
- 63 x 54 x 16 mm (L x W x H)
- Weight:
- approx. 50g
- Ambient temperature:
- Storage: -40..+70°C
- Operation: 0..+50°C
- Relative humidity:
- 5..95% RH (non-condensing)
- Scope of delivery:
- RS232 isolator, 1 kV
- 25-pin Gender Changer female/female
Elimination of interference:
The use of isolators in data lines eliminates the effects of interference to which the PC is otherwise subjected through its data cables (ground loops, antenna effects, potential differences), remote lightning strikes).
Electrical isolators are not to be confused with surge protectors that are often incorrectly marketed for the same purpose: Surge protectors have no effect on equalizing currents that exist between the connected devices due to the potential differences, and they cannot prevent damage to interface components by such currents.
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