| Applications
• To repeat
differential signals for data transmission over long distances.
• To
properly terminate differential signals to eliminate/reduce signal distortions.
•
To increase output current drive capability in order to drive multiple receivers. Installation
Remove 4 cover screws and cover to gain access for wiring.
Pass cables through
glands and make connections according to instructions.
Refer to wiring section
and table below. Refer to the following Technical Bulletin for detailed
instructions,
TB-516
RXTX Repeater - Differential Encoder to Differential Receiver
| Specifications | | |
| Supply Source | | 8-24
VDC | | Current Consumption | | 100
mA max (plus encoder requirements) | | Maximum
Frequency | | Up to 1 MHz |
| Enclosure | | IP54
(dust proof) | | Earth Circuit | | Grounded
to case | | Input Voltage | | 24
VDC Max Diff | | Output
Voltage | | 5 VDC or Vcc |
| RXTX Repeater Configurations |
| Stock# |
INPUT | OUTPUT |
| Differential
Line Receiver
AM26LS33 |
Differential Line Driver
7272 | 100020-13 |
5 VDC | 5 VDC |
100020-14 |
5 VDC | Vcc
(Note 2) | 100020-15 |
6-12 VDC | 5
VDC | 100020-16 |
6-12 VDC | Vcc
(Note 2) | 100020-17 |
13-24 VDC | 5
VDC | 100020-18 |
13-24 VDC | Vcc
(Note 2) | | Note 1: Vcc
should range between 8-24 VDC.
Note 2: Outputs will be equivalent to voltage
applied to Vcc (Pin P1-15). |
Wiring 
Dimensions (Dimensions in [ ]'s are in inches with a tolerance of ±0.005"
or ±0.01) 
| 
