Patton electronics 1060 Manual de usuario

USER

MANUAL

MODEL 1060

AC Powered, Asynchronous

Short Range Modem

SALES OFFICE

(301) 975-1000

TECHNICAL SUPPORT

(301) 975-1007

http://www.patton.com

Part #07M1060-D

Doc. #058011UD

Revised 08/12/99

An ISO-9001

Certified Company

1 2

1.0 WARRANTY INFORMATION

Patton Electronics warrants all Model 1060 components to be

free from defects, and will—at our option—repair or replace the product

should it fail within one year from the first date of shipment.

This warranty is limited to defects in workmanship or materials,

and does not cover customer damage, abuse or unauthorized modifi-

cation. If this product fails or does not perform as warranted, your sole

recourse shall be repair or replacement as described above. Under no

condition shall Patton Electronics be liable for any damages incurred

by the use of this product. These damages include, but are not limited

to, the following: lost profits, lost savings and incidental or consequen-

tial damages arising from the use of or inability to use this product.

Patton Electronics specifically disclaims all other warranties,

expressed or implied, and the installation or use of this product shall be

deemed an acceptance of these terms by the user.

1.1 RADIO ANDTV INTERFERENCE

The Model 1060 generates and uses radio frequency energy, and

if not installed and used properly—that is, in strict accordance with the

manufacturer's instructions—may cause interference to radio and tele-

vision reception. The Model 1060 has been tested and found to com-

ply with the limits for a Class A computing device in accordance with

the specifications in Subpart J of Part 15 of FCC rules, which are

designed to provide reasonable protection from such interference in a

commercial installation. However, there is no guarantee that interfer-

ence will not occur in a particular installation. If the Model 1060 does

cause interference to radio or television reception, which can be deter-

mined by disconnecting the RS-232 interface, the user is encouraged

to try to correct the interference by one or more of the following meas-

ures: moving the computing equipment away from the receiver, re-ori-

enting the receiving antenna, and/or plugging the receiving equipment

into a different AC outlet (such that the computing equipment and

receiver are on different branches).

1.2 CE NOTICE

The CE symbol on your Patton Electronics equipment indicates

that it is in compliance with the Electromagnetic Compatibility (EMC)

directive and the Low Voltage Directive (LVD) of the Union European

(EU). A Certificate of Compliance is available by contacting Technical

Support.

1.3 SERVICE

All warranty and non-warranty repairs must be returned freight pre-

paid and insured to Patton Electronics. All returns must have a Return

Materials Authorization number on the outside of the shipping contain-

er. This number may be obtained from Patton Electronics Technical

Service at:

Tel: (301) 975-1007

Email: [email protected]

www: http://www.patton.com

Patton Electronics' technical staff is also available to answer any

questions that might arise concerning the installation or use of your

Model 1060. Technical Service hours: 8AM to 5PM EST, Monday

through Friday.

NOTE: Packages received without an RMA number will not be

accepted.

3 4

2.0 GENERAL INFORMATION

Thank you for your purchase of this Patton Electronics product.

This product has been thoroughly inspected and tested and is warrant-

ed for OneYear parts and labor. If any questions or problems arise

during installation or use of this product, please do not hesitate to con-

tact Patton Electronics Technical Support at (301) 975-1007.

2.1 FEATURES

• Data rates to 115.2 Kbps

• Built-in optical isolation & high speed surge protection

• Distances up to 14 miles (19 AWG TWP @ 1200 bps)

• Tri-state LED indicators

• Point-to-point or multipoint

• Local and remote loopback test modes

• DCE/DTE switch selectable

• Hardware and software flow control support

• Externally powered

• Made in the U.S. A.

2.2 DESCRIPTION

The Model 1060 Series asynchronous short range modem is

equipped with a virtual wish list of “bells and whistles”: Point-to-point

or multipoint applications are supported. Two separate control signals

may be passed (one each way), each with switch-selectable pin

assignments. Data lines are protected from ground loops and electri-

cally volatile environments by optical isolation and Silicon Avalanche

Diodes. System integrity can be evaluated using two built-in test

modes: local analog loopback and remote analog loopback. Tri-state

LEDs monitor transmit data, receive data and control signals. Finally,

4-wire connections may be made using either RJ-11 jack or terminal

blocks—both are included.

In addition, the Model 1060 is perfect for low power RS-232 envi-

ronments. The new Model 1060 is AC powered, and therefore is the

recommended solution for RS-232 environments whose interface volt-

ages are below RS-232 specifications. The Model 1060 supports data

rates to 115.2 Kbps and extends RS-232 transmission distances up to

14 miles over two twisted pair.

The Model 1060 is housed in a sturdy metal case and comes with

either 115 or 220V external transformers. This is the top-of-the-line in

asynchronous short range modems.

3.0 CONFIGURATION

The Model 1060 features externally accessible configuration

switches, located on the underside of the unit; there is no need to open

the case to configure the Model 1060. Figure 1 (below) shows the

location of the DIP switch set, as well as the two DCE/DTE switches.

Figure 1. Switch locations underneath Model 1060

3.1 "QUICK SET-UP" INSTRUCTIONS

In the majority of applications, you won't need an in-depth knowl-

edge of the Model 1060's capabilities to get up and running. The fol-

lowing "quick set-up" DIP switch configurations cover most Model 1060

operating environments. (Note: DIP switch 8 not used)

3.1.1 POINT-TO-POINT CONFIGURATION

If you are installing these units in a point-to-point application with a

computer, printer or terminal, configure the DIP switches on both

Model 1060s as follows:

Switch Number: 1 2 3 4 5 6 7

Positions OFF OFF OFF ON ON ON OFF

DTEDCE

FRONT

REAR

DIP Switches

5 6

3.1.2 MULTIPOINT CONFIGURATION

The Model 1060 supports multipoint operation in either daisy chain

or star configurations. For multipoint configuration and wiring informa-

tion, refer to Section 4.2, page 9.

3.2 DCE/DTE SWITCH SETTINGS

Correct setting of the DCE/DTE switches eliminates the need for

RS-232 crossover cables. If the RS-232 device you are connecting to

the Model 1060 is a PC, terminal or host, or is wired like one, set

both

of the DCE/DTE switches to "DCE". If the RS-232 device you are con-

necting to the Model 1060 is a modem or multiplexer, or is wired like

one, set

both

of the DCE/DTE switches to "DTE".

3.3 SPECIAL CONFIGURATION

If your installation requires special configuration of the Model

1060, use Table 1 (below) as a guide. This table shows all of the pos-

sible Model 1060 switch settings. Following the table are brief descrip-

tions of the Control Input, Control Output, +Voltage Output and Carrier

Controlled by (Cin) parameters shown in the table below.

*Multiple input pins are "or-tied"—if any input goes low, carrier is dropped

**Multiple output pins generate the same signal simultaneously

NOTE: Default settins are shown in

bold italics.

Table 1. All possible switch settings for the Model 1060

Control Input (Cin):

The Control Input signal is used by the local Model 1060 as an

input signal to activate its transmitter (“Enabled” settings) and allow

data transmission to the remote device. This is required for half-

duplex/ switched-carrier environments as well as in hardware flow con-

trol applications. In the “Disabled” settings, the 1060 is always “turned

on” and sends a continuous carrier to the remote 1060.

Control Output (Cout):

The Control Output signal is transmitted by the local Model 1060

to its attached DTE device. This signal should be the same logic state

as the Control Input signal on the remote 1060. This signal is required

in half-duplex/switched carrier environments or in hardware flow control

applications.

+Voltage Output (+Vout):

The +Voltage Output signal is a constant positive voltage that is

sent from the 1060 to its attached DTE device.

Carrier Controlled by (Cin):

When Carrier Controlled by Control Input is “Enabled”, the Model

1060’s transmitter is activated by the corresponding Cin Signal from the

DTE. In effect, the Control Input signal on the local 1060 "controls" the

presence of "carrier" and the Control Output signal on the remote

1060. This setting is required in half-duplex/switched carrier environ-

ments or in hardware flow control applications. When Carrier Control

by Control Input is “Disabled”, the 1060 sends a continuous carrier and

is always “turned on”.

DCE 4 8 6 Disabled

ON ON ON OFF OFF OFF OFF

DCE 4 8 6 Enabled ON ON ON OFF OFF OFF ON

DCE 4,11,20* 8 6 Disabled OFF ON ON ON OFF OFF OFF

DCE 4,11,20* 8 6 Enabled OFF ON ON ON OFF OFF ON

DCE 4 6 8 Disabled ON OFF OFF OFF ON ON OFF

DCE 4 6 8 Enabled ON OFF OFF OFF ON ON ON

DCE 4,11,20* 6 8 Disabled OFF OFF OFF ON ON ON OFF

DCE 4,11,20* 6 8 Enabled OFF OFF OFF ON ON ON ON

DTE 8 4 11,20** Disabled ON ON ON OFF OFF OFF OFF

DTE 8 4 11,20** Enabled ON ON ON OFF OFF OFF ON

DTE 5,6,8* 4 11,20** Disabled OFF ON ON ON OFF OFF OFF

DTE 5,6,8* 4 11,20** Enabled OFF ON ON ON OFF OFF ON

DTE 8 11,20** 4 Disabled ON OFF OFF OFF ON ON OFF

DTE 8 11,20** 4 Enabled ON OFF OFF OFF ON ON ON

DTE 5,6,8* 11,20** 4 Disabled OFF OFF OFF ON ON ON OFF

DTE 5,6,8* 11,20** 4 Enabled OFF OFF OFF ON ON ON ON

Control Control +Voltage Carrier

Mode Input Output Output Controlled

(DCE/DTE) (CIn)(COut)(VOut)by (CIn)1234567

Switch Settings

7 8

4.0 INSTALLATION

The Model 1060 is easy to install. After configuring the DIP

switches and DCE/DTE switches, connect the two twisted pairs using

one of two methods: terminal blocks or RJ-11 jack. Figure 2 (below)

shows the location of the terminal blocks and RJ-11 jack, as well as

the female DB-25, on the rear of the Model 1060.

Figure 2. Rear view of 1060 showing interface connectors

4.1 TWISTED PAIR WIRING OVERVIEW

These short range modems are designed to work in

pairs

.You

will need one at each end of a 4-wire twisted pair circuit. The pairs

must be "dry" (unconditioned) metallic wire, 19 - 26 AWG. The smaller

gauges limit distance somewhat compared with larger gauges. When

you have completed wiring for your data circuit, the pin connections

should be as shown below:

4.1.1 TWISTED PAIR CONNECTION USING TERMINAL BLOCKS

If your two twisted pair line terminates in bare wires, strip the ends

and connect the individual leads to each Model 1060's terminal block.

Be sure the end-to-end connections follow the diagram above.

4.1.2 TWISTED PAIR CONNECTION USING RJ-11

If your two-pair cable is terminated in an RJ-11 plug, you may use

the RJ-11 jack in the back of the Model 1060 to make the connection.

The RJ-11 jack on a Model 1060 series Short Range Modem is

prewired for a standard TELCO wiring environment. To be sure you

have the right wiring, use the diagram below as a guide.

RJ-11 SIGNAL

1....................... GND†

2....................... RCV-

3....................... XMT+

4........................XMT-

5....................... RCV+

6....................... GND†

For proper signal crossing between two Model 1060s using RJ-11

connectors, pin-out the twisted pair cable according to the diagram

below.

SIGNAL PIN# PIN# SIGNAL

GND† ........1............6.......................GND†

RCV- ........2............4.......................XMT-

XMT+........3............5.......................RCV+

XMT- ........4............2.......................RCV-

RCV+........5............3.......................XMT+

GND†........ 6............1.......................GND†

†Connection to ground is optional

‡Standard color codes—yours may be different

AT&T standard modular color codes

XMT + RCV+

XMT - RCV -

RCV - XMT -

RCV + XMT +

To Shield (Optional) }One Pair

}One Pair

RS-232 Interface

Made In The USA

LinePower

RX+ RX- GND TX- TX+

Powered Async. Short

Range Modem

1 - Blue

2 - Yellow

3 - Green

4 - Red

5 - Black

6 - White

9 10

4.2 WIRING FOR MULTIPOINT CIRCUITS

The Model 1060 supports multi-point applications using either a

star or daisy chain topology. Both topologies require special wiring, as

well as specific DIP switch settings for master and slave units.

4.2.1 DAISY CHAIN TOPOLOGY

Using a daisy chain topology, you may connect as many as 10

Model 1060s together in a master/slave arrangement. Maximum dis-

tance between the units will vary based upon the number of drops,

data rate, wire gauge, etc. Call Patton Technical Support for specific

distance estimates.

Figure 3 (below) shows how to wire the two-pair cables properly

for a Model 1060 daisy chain topology. Note that the ground connec-

tion is not needed.

In a multipoint topology, you must configure the master Model

1060's DIP switches differently than those of the slave Model 1060(s).

Here are the proper DIP switch settings for a daisy chain topology:

Switch Number 1 2 3 4 5 6 7

Master Positions ON ON ON OFF OFF OFF OFF

Slave Positions ON ON ON OFF OFF OFF ON

4.2.2 STAR TOPOLOGY

Using a star topology, you may connect several Model 1060s

together in a master/slave arrangement. Maximum distance between

the units will vary based upon the number of drops, data rate, wire

gauge, etc. Call Patton Technical Support for specific distance esti-

mates.

Figure 4 (below) shows how to wire the two-pair cables properly

for a Model 1060 star topology. Note that the ground connection is not

needed.

In a multipoint topology, you must configure the master Model

1060's DIP switches differently than those of the slave Model 1060(s).

Here are the proper DIP switch settings for a star topology:

Switch Number 1 2 3 4 5 6 7

Master Positions ON ON ON OFF OFF OFF OFF

Slave Positions ON ON ON OFF OFF OFF ON

4.3 RS-232 CONNECTION

To connect the Model 1060 to a piece of data terminal or data

communications hardware, use a

straight through

RS-232 cable. Plug

the cable directly into the DB-25 port on the rear of the Model 1060.

The DCE/DTE switches eliminate the need for a crossover cable.

HOST FIRST SLAVE OTHER SLAVE(S)

XMT+ RCV+ RCV+

XMT- RCV- RCV-

RCV+ XMT+ XMT+

RCV- XMT- XMT-

Figure 3. Model 1060 daisy chain wiring

HOST FIRST SLAVE SECOND SLAVE

XMT+ RCV+ RCV+

XMT- RCV- RCV-

RCV+ XMT+ XMT+

RCV- XMT- XMT-

Figure 4. Model 1060 star wiring

11 12

5.0 OPERATION

Once you have configured each Model 1060 properly and connect-

ed it, simply plug in the AC power adapter to get it running; there is no

power switch on the Model 1060. You can monitor the operation of the

Model 1060 using the front panel LED indicators and built-in loopback

test modes.

5.1 LED INDICATORS

The Model 1060 incorporates six front panel LEDs that show the

status of the modem:

1.The power LED glows when AC power is applied to the modem.

2.The loopback test LED glows when the loopback test switch

has been depressed and is in a test mode.

3. The tri-state TD and RD indicators blink red and green with

data activity. Solid red indicates a low RS-232 logic level and no color

indicates no activity on the line. Note: RS-232 devices idle in a low

state, so the LED will glow red if the connections are correct and the

RS-232 device is in an idle state.

4.The control in and control out indicators glow red for a "low"

signal and green for a "high" signal. The specific pin number associat-

ed with these indicators will vary according to the switch settings you

have selected (see Section 3.0 Configuration).

5.2 LOOPBACK TEST MODES

Select the test modes by depressing the “Loopback Test” switch.

When in loopback mode, the “Loopback Test” LED will glow red.Two

tests ar possible using this switch: Local Analog Loop (LAL), and

Remote Analog Loop (RAL).

5.2.1 Local Analog Loop

The first test mode is Local Analog Loop (V.54 Loop 3). Any data

sent to the local Model 1060 in this mode will be echoed (returned)

back to the user device. For example, characters typed on ther key-

board of a terminal will appear on the terminal screen (see figure 5 on

the following page).

5.2.2 REMOTE ANALOG LOOP

The second test mode is the Remote Analog Loop.To enter this

mode, set one of the Model 1060s (local) in test mode by depressing

the “Loopback” switch. Any characters sent from the remote 1060 will

be returned to it (see figure 5). If no characters are echoed back, check

the wiring between the two Model 1060s. Be sure to wire the units

according to the instructions in Section 4.0.

Local 1060

In Normal Mode Remote 1060

In Normal Mode

TX+

TX-

RX-

RX+

RX-

TX-

TX+

Local 1060

In Loopback Mode Remote 1060

In Normal Mode

RX+

RX-

TX-

TX+

TX-

RX-

RX+

Figure 5. Loopback Test Modes

13 14

APPENDIX A

PATTON ELECTRONICS MODEL 1060

SPECIFICATIONS

Transmission Format: Asynchronous

Transmission Line: 19 to 26 AWG twisted pair

Range: (See table on page 14)

Serial Interface: EIA RS-232 (CCITT V.24), DB-25 female

Twisted Pair Interface: Terminal blocks, RJ-11 jack

Data Rates: 0 - 115,200 bps

Applications: Point-to-point or multipoint

Indicators: Tri-state for transmit data, receive data,

control in, control out; dual-state for power,

test

Diagnostics: Local Analog Loopback (LAL), Remote

Analog Loopback (RAL)

Optical Isolation: 2500V RMS (minimum)

Surge Suppression: Over-voltage protection for opto-Isolators

via Silicon Avalanche Diodes

Power Supply: Wall mount, 9-12VAC, 200ma

Temperature Range: 0-60°C (32-140°F)

Altitude: 0-15,000 feet

Humidity: 5 to 95% noncondensing

Dimensions: 4.127"W x 1.52"H x 5.0"L

Weight: 13.2 oz.(without transformer)

APPENDIX B

PATTON ELECTRONICS MODEL 1060

CABLE RECOMMENDATIONS

The Patton Model 1060 is designed and tested to communicate

over twisted-pair cable with the following characteristics:

Wire Gauge Capacitance Resistance

19 AWG 83nF/mi or 15.72 pF/ft. .0163 /ft.

22 AWG 83nF/mi or 15.72 pF/ft. .0326 /ft.

24 AWG 83nF/mi or 15.72 pF/ft. .05165 /ft.

Using the above characteristics as a baseline, we estimate the dis-

tance limitations for the Model 1060 to be as follows.

To reduce the potential of difficulties in the field, we recommend

that the cable used to connect the Model 1060s have a capacitance of

no greater than 20pF/ft., and that the wire be no thinner than 26 AWG.

The Model 1060 is designed to withstand normal environmental noise

and conditions. However, other environmental factors too numerous to

discuss may affect proper operation.

The distance table above should

be used as a general guideline only.

Data

Rate

115,200 1.8 (2.9) .75 (1.2) .38 (.6)

57,600 2.5 (4.0) 1.3 (2.1) .95 (1.5)

38,400 3.7 (6.0) 1.5 (2.4) 1.33 (2.1)

19,200 4.17 (6.7) 1.9 (3.1) 1.42 (2.3)

9,600 5.41 (8.7) 2.6 (4.2) 2.08 (3.3)

4,800 7.05 (11.3) 3.8 (6.1) 2.84 (4.6)

2,400 11.5 (18.5) 7.0 (11.3) 4.83 (7.8)

1,200 14.0 (22.5) 8.5 (13.7) 5.68 (9.1)

Model 1060 Distance Table in Miles (km)

Wire Gauge

19 (.9mm) 22 (.5mm) 24 (.4mm)

15 16

APPENDIX C

PATTON ELECTRONICS MODEL 1060

INTERFACE PIN ASSIGNMENTS

APPENDIX D

PATTON ELECTRONICSMODEL 1060

BLOCK DIAGRAM

1- (FG) Frame Ground

2- (TD) Transmit Data To Model 1060

3- (RD) Receive Data From Model 1060

4- (RTS) Request to Send To Model 1060

5- (CTS) Clear to Send From Model 1060

6- (DSR) Data Set Ready From Model 1060

7- (SG) Signal Ground

8- (DCD) Data Carrier Detect From Model 1060

11- To Model 1060

To Model 1060 Data Term. Ready (DTR) - 20

DIRECTION STANDARD "DCE" SETTING DIRECTION

1- (FG) Frame Ground

2- (TD) Transmit Data From Model 1060

3- (RD) Receive Data To Model 1060

4- (RTS) Request to Send From Model 1060

5- (CTS) Clear to Send To Model 1060

6- (DSR) Data Set Ready To Model 1060

7- (SG) Signal Ground

8- (DCD) Data Carrier Detect To Model 1060

11- From Model 1060

From Model 1060 Data Term. Ready (DTR) - 20

DIRECTION STANDARD "DTE" SETTING DIRECTION

17 18

APPENDIX E

TROUBLESHOOTING

PATTON ELECTRONICS MODEL 1060

SYMPTOM PROBLEM SOLUTION

APPENDIX E

(continued)

TROUBLESHOOTING

PATTON ELECTRONICS MODEL 1060

SYMPTOM PROBLEM SOLUTION

"TD" and "RD" LEDs

indicate activity, but

units will not com-

municate or data is

garbled

"TD" and "RD" LEDs

indicate activity, but

"CD" LED is unlit or

red (should be

green)

Occasional data

errors

1. Improper RS-232

wiring

2. Improper twisted

pair wiring

3. Improper bit rate

setting

1. Defective twisted

pair line

2. Poor twisted pair

connections to Model

1060s

1. Distance/bit rate

capacity exceeded

2. Poor quality twisted

pair circuit

3. Poor twisted pair

connections to Model

1060s

1. Check wiring

between Model 1060

and connected serial

device—it should be

straight through

2. Compare your twist-

ed pair wiring with the

diagram in Section 4.1

3. Make sure the bit

rates on all connected

serial devices are the

same

1.Test continuity of

twisted pair line

2. Check screw termi-

nal/RJ-11 connections

to Model 1060s; check

integrity of plug RJ-11

terminations

1. Check specifications

in Appendix B

2. Use a different twist-

ed pair circuit if avail-

able

3. Check screw termi-

nal/RJ-11 connections

to Model 1060s; check

integrity of plug RJ-11

terminations

LEDs do not light

when AC power

transformer is

plugged into wall

No data transfer in

either or both

directions

1.The AC transformer

is not plugged into the

Model 1060

2. Loose power con-

nection

3. Outlet is defective

4. AC power adapter

is defective

1. Improper twisted

pair wiring

2. Improper DCE/DTE

setting

3. Improper bit rate

setting

4. Improper

"control input" pin set-

ting

5. Distance specifica-

tions exceeded

1. Have another cup of

coffee!

2. Make sure the AC

connection is flush

3.Try a different outlet

4. Call Patton

Electronics for a

replacement adapter

1. Compare your twist-

ed pair wiring with the

diagram in Section 4.1

2. Set both DCE/DTE

switches alike, accord-

ing to the instructions

in Section 3.2

3. Be sure all bit rate

settings on all connect-

ed serial ports are the

same

4.The transmitter must

be enabled by a spe-

cific "control input" pin

(refer to Table 1 in

Section 3.3)

5. Check specifications

in Appendix B

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