Industrial Opto-Isolated RS-232 to RS-422/485 Converter Specification Sheet
Specification Sheet for the ICD200A
Black Box Explains...DIN rail usage.
DIN rail is an industry-standard metal rail, usually installed inside an electrical enclosure, which serves as a mount for small electrical devices specially designed for use with DIN rails. These... more/see it nowdevices snap right onto the rails, sometimes requiring a set screw, and are then wired together.
Many different devices are available for mounting on DIN rails: terminal blocks, interface converters, media converter switches, repeaters, surge protectors, PLCs, fuses, or power supplies, just to name a few.
DIN rails are a space-saving way to accommodate components. And because DIN rail devices are so easy to install, replace, maintain, and inspect, this is an exceptionally convenient system that has become very popular in recent years.
A standard DIN rail is 35 mm wide with raised-lip edges, its dimensions outlined by the Deutsche Institut für Normung, a German standardization body. Rails are generally available in aluminum or steel and may be cut for installation. Depending on the requirements of the mounted components, the rail may need to be grounded. collapse
Async RS232 to RS-422 Interface Bidirectional Converter, DB9 Female to DB9 Female, User Manual
User Manual for the IC1474A-F
RS-232 to RS-485/422 Bidirectional Converter Plus Rackmount Card
Installation and User Guide (Apr-02)
Product Data Sheets (pdf)...DIN Rail RS-232/RS-485 to Fiber Driver
- Quick Start Guide...
Industrial Opto-Isolated Serial to Fiber Multimode SC Converter Quick Start Guide
Quick Start Guide (QSG) for the ICD114A (Version 1)
Black Box Explains...Optical isolation and ground loops.
Optical isolation protects your equipment from dangerous ground loops. A ground loop is a current across a conductor, created by a difference in potential between two grounded points, as in... more/see it nowequipment in two buildings connected by a run of RS-232 or other data line. When two devices are connected and their potentials are different, voltage flows from high to low by traveling through the data cable. If the voltage potential is large enough, your equipment wont be able to handle the excess voltage and one of your ports will be damaged.
Ground loops can also exist in industrial environments. They can be created when power is supplied to your equipment from different transformers or when someone simply turns equipment on and off. Ground loops can also occur when there is a nearby lightning strike. During an electrical storm, the ground at one location can be charged differently than the other location, causing a heavy current flow through the serial communication lines that damage components.
You cant test for ground loops. You dont know you have one until a vital component fails. Only prevention works. For data communication involving copper cable, optical isolation is key.
With optical isolation, electrical data is converted to an optical beam, then back to an electrical pulse. Because there is no electrical connection between the DTE and DCE sides, an optical isolator unlike a surge suppressorwill not pass large sustained power surges through to your equipment. Since data only passes through the optical isolator, your equipment is protected against ground loops and other power surges. collapse
DIN Rail RS-232/RS-485 to Fiber Driver
Installation and User Guide (Sep-09)
Product Data Sheets (pdf)...Communications Adapter Plus (CAP) User-Programmable Communications Adapter Plus (CAP)
USB Director RS-232 (2-Port, 4-Port, 8-Port), 4-Port
Installation and User Guide (Jul-02)