Xmt Rcv, Rcv Xmt | Patton electronic 1020S instruction

4.Connect one pair of wires to the two XMT (transmit) poles on the terminal block, making careful note of which colors you use. The Model 1020 is not polarity sensitive, so either wire may connect to either pole.

5.Connect the other pair of wires to the two RCV (receive) poles on the terminal block, making careful note of which colors you use. The Model 1020 is not polarity sensitive, so either wire may connect to either pole.

Ultimately, you will want to construct a two pair crossover cable that makes a connection with the two Model 1020s as shown below:

XMT		RCV	} One Pair
XMT		RCV	} One Pair
G	To Shield (Optional)	G	} One Pair
RCV		XMT
RCV		XMT

6.If there is a shield around the telephone cable, it may be connected to “G” on the terminal block. To avoid ground loops, we recommend connecting the shield at the computer end only. A ground wire is not necessary for proper operation of the Model 1020.

7.When you finish connecting the wires to the terminal block, the assembly should resemble the diagram below:

RCV G XMT

8.Place the 2 halves of the strain relief assembly on either side of the telephone wire and press together very lightly. Slide the assembly so that it is about 2 inches from the terminal posts and press together firmly. If your cable diameter is too small or too large for our strain relief, please contact our technical support. We have strain relief assemblies to accommodate most cable diameters.

RCV G XMT

9.Insert the strain relief assembly with the wire going through it into the slot in the bottom half of the modem case and set it into the recess in the case.

RCV G XMT

1020, 1020S specifications

The Patton Electronics 1020S and 1020 are advanced, highly regarded solutions for those looking to enhance their network connectivity over various media types, particularly in the telecommunications and data transmission sectors. These versatile devices serve to bridge technologies, ensuring seamless communication between different network protocols.

The main feature of both the 1020S and 1020 models is their robust serial-to-Ethernet capabilities. This functionality allows users to connect legacy serial devices to modern Ethernet networks, enabling them to take advantage of contemporary networking technologies without the need for extensive hardware overhauls. This aspect is particularly beneficial for industries with longstanding investments in serial devices, allowing for greater longevity and utility without significant retraining or reinvestment.

In terms of technologies, both devices employ a data transmission method that supports clear and reliable communication. They typically include features such as Auto-Detection, which automatically recognizes the data rate and configuration of connected devices, facilitating plug-and-play operation for enhanced user convenience. Additionally, the 1020S model offers an extended input range, supporting a broader array of devices and configurations, which is particularly advantageous in complex networking scenarios.

The characteristics of the Patton 1020S and 1020 are geared towards users who prioritize reliability and ease of integration. They boast multiple configuration options, including options for point-to-point or multipoint connections, thus catering to a wide range of deployment scenarios. Furthermore, the devices are often equipped with LED indicators that provide real-time feedback on power, network status, and data transmission, making troubleshooting and monitoring straightforward for users.

Another important feature is their compact design, allowing for easy installation in various environments, including industrial and commercial settings. The durability and ruggedness of these units ensure they can withstand challenging conditions, making them an ideal choice for mission-critical applications.

Overall, the Patton Electronics 1020S and 1020 stand out in the market for their effective blend of modern technology with legacy systems, providing users with the tools needed to maintain and enhance their communication frameworks efficiently.