Black Box SP340A-R3 High-Speed Opto-Isolator

Black Box Black Box

New

  • Protect your computer and your data from ground loops.
  • Internal fiber optic air gap prevents ground loops.
  • Data signals are converted to line pulses inside the Opto-Isolator and continue along the circuit.

 

 


Call For Price And Availability

India: +91 895 697 6186
USA: +1 510 651 2205
Singapore: +65 9152 4003

[email protected]

Linking two devices powered by separate AC sources can create the potential for a ground-loop surge—a damaging electrical condition that can destroy your computer and wipe out data. But a Black Box ® Opto-Isolator interrupts that lethal pathway by completing the connection between the two devices with an internal fiber optic link.

Data signals, converted to light pulses inside the Isolator, continue along on the circuit. But the fiber optic air gap stops ground loops from wreaking havoc with your hardware.

Our High-Speed Opto-Isolator protects devices with 115.2-kbps serial ports up to 1000 feet (304.8 m) on either side of the interface. If the interface doesn't provide enough power, order the optional 120-VAC Wallmount Power Supply (PS1002).

NOTE: To protect RS-232 to RS-422/485 lines, see our RS-232↔RS-485/422 Converter Plus with Opto-Isolation (IC108A). 

  • Protect your computer and your data from ground loops.
  • Internal fiber optic air gap prevents ground loops.
  • Data signals are converted to line pulses inside the Opto-Isolator and continue along the circuit.
Protocol Asynchronous
Speed Serial data rates up to 115.2 kbps
Interface RS-232
Connectors (1) DB25 F, (1) DB25 M
Power From the interface or optional 120-VAC Wallmount Power Supply (PS1002)
Size 0.8"H x 2.1"W x 3.8"D (2 x 5.3 x 9.7 cm)
Weight 0.8 lb. (0.4 kg)

Part Code:

PFBS240

Write a review

Black Box SP340A-R3 High-Speed Opto-Isolator

Black Box SP340A-R3 High-Speed Opto-Isolator

  • Protect your computer and your data from ground loops.
  • Internal fiber optic air gap prevents ground loops.
  • Data signals are converted to line pulses inside the Opto-Isolator and continue along the circuit.