Patton electronic 1017S Connection to the Twisted Pair Interface, Signal PIN# Color ‡

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3.0 INSTALLATION

The Model 1017 is easy to install. This section tells you how to properly connect the Model 1017 to the twisted pair interface and Mac phone port, and how to operate the Model 1017.

3.1 CONNECTION TO THE TWISTED PAIR INTERFACE

The Model 1017 supports data-only communication between a Mac and another Mac or another serial device. There are two require- ments for installation:

1.These units work in pairs. You must have one Model 1017 (or a compatible model) at each end of the two twisted pair cable.

2.To function properly, the Model 1017's modular jacks must be con- nected to two twisted pairs of metallic wire. The pairs must be unconditioned, dry metallic wire, between 19 and 26 AWG (the higher number gauges may limit distance). Standard dial-up tele- phone circuits or leased circuits that run through signal equaliza- tion equipment are not acceptable.

For your convenience, the Model 1017 is available with two differ- ent twisted pair interfaces: an RJ-11 jack or an RJ-45 jack.

3.1.1 TWISTED PAIR CONNECTION USING RJ-11 OR RJ-45

The Model 1017's RJ-11 and RJ-45 connectors on the twisted pair interface are pre-wired for a standard TELCO wiring environment (see Figure 1). The table on the following page describes the signal/pin relationships.

1

- Blue

1

- Blue

2

- Orange

2

- Yellow

3

- Black

3

- Green

4

- Red

4

- Red

5

- Green

5

- Black

6

- Yellow

6

- White

7

- Brown

 

 

8

- Slate

Figure 1. AT&T standard modular color codes

3

RJ-11

SIGNAL

RJ-45

SIGNAL

1 ----------------

GND

1 ----------------

N/C

2 ----------------

RCV-

2 ----------------

GND

3 ----------------

XMT+

3 ----------------

RCV-

4 ----------------

XMT-

4 ----------------

XMT+

5 ----------------

RCV+

5 ----------------

XMT-

6 ----------------

GND

6 ----------------

RCV+

 

 

7 ----------------

GND

 

 

8 ----------------

N/C

When connecting two Model 1017s, it is necessary to use a

“crossover” cable. The diagram below shows how a crossover cable should be constructed for an environment where both Model 1017s use a 4-wire R-11 connector. Similar logic should be followed when using an RJ-45 connector or a combination of the two.

SIGNAL

PIN#

COLOR

COLOR

PIN#

SIGNAL

GND

1

Blue --------------------

White

6

GND

RCV-

2

Yellow ------------------

Red

4

XMT-

XMT+

3

Green ------------------

Black

5

RCV+

XMT-

4

Red ---------------------

Yellow

2

RCV-

RCV+

5

Black -------------------

Green

3

XMT+

GND

6

White -------------------

Blue

1

GND

Connection to ground is optional

Standard color codes—yours may be different

3.2 CONNECTION TO THE MAC PHONE PORT

The Model 1017 should be connected to your Mac through the 1 foot extension cable. Simply plug one end of the cable into the Model 1017 and the other end directly into the phone (serial) port of your Mac. The pin-outs are listed below.

Serial Port Pinout (RJ-45)

1 = N/C

2= HSKi (Handshake In)

3= HSKo (Handshake Out)

4= Ground

5= RD- (Receive Data-)

6= TD- (Transmit Data-)

7= N/C

8= N/C

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Contents User Manual Description ServiceFeatures Radio and TV InterferenceConnection to the Twisted Pair Interface Twisted Pair Connection Using RJ-11 or RJ-45Signal Signal PIN# Color ‡Operating the Model SpecificationsBlock Diagram

1017, 1017S specifications

The Patton Electronic 1017S and 1017 are robust communication devices designed to provide reliable and efficient data transmission over various types of networks. These models are part of Patton's versatile line of products tailored for businesses that require seamless connectivity solutions in their operations.

One of the main features of the 1017 Series is its support for multiple interfaces, which allows for integration into diverse network environments. The 1017S variant is especially noted for its support of Serial-to-Ethernet conversions, enabling legacy serial devices to communicate over modern Ethernet networks. This makes it an excellent choice for industries that rely on older equipment but wish to enhance connectivity without investing in entirely new systems.

The 1017 model includes advanced technologies such as digital signal processing and robust error correction mechanisms. These technologies ensure that data is transmitted accurately and with minimal latency, even over challenging conditions. The units are built with an emphasis on reliability, featuring metal housings that provide durability and protection in various deployment scenarios.

Both models support a range of communication protocols, including RS-232, RS-485, and RS-422, making them highly adaptable to different operational requirements. This is crucial for organizations that utilize various protocols within their networks and need devices that can accommodate these differences seamlessly.

The configuration of the 1017S and 1017 models is user-friendly, featuring a web-based interface that simplifies setup and management. This ensures that even users with limited technical backgrounds can easily configure and maintain their devices. Additionally, the provision for firmware updates allows for ongoing enhancements and feature upgrades, protecting the investment for years to come.

Another notable characteristic of these models is their support for Power over Ethernet (PoE). This feature enables the devices to receive power through the Ethernet cable, reducing clutter and the need for additional power supplies, thus streamlining installation and maintenance processes.

In conclusion, the Patton Electronic 1017S and 1017 models are reliable communication devices that provide essential features for modern networking needs. With their multiple interface support, advanced technology integration, user-friendly configurations, and PoE capability, they stand out as strong contenders for businesses looking to enhance their data communication strategies.