Eaton ELC-485APTR Manuel utilisateur

IL05003022E.pdf

ELC-485APTR

RS-485 Interface Adpater

Instruction sheet

1 WARNING

ELC-485APTR is an OPEN-TYPE. Please place the module in an enclosure away from airborne dust or high humidity

and prevent electric shock or sudden collision on ELC-485APTR. Also, it is equipped with protective methods such as

some special tool or key to open the enclosure, so as to avoid the hazard to users or any damage to the module. Do

NOT touch terminals when power on.

I/O terminal screws should be tightened to between 1.95 kg-cm (1.7 in-lbs). Use copper conductor only, 60 oC / 75oC.

2 INTRODUCTION

ELC-485APTR is mainly designed to connect Eaton product by RS-485 interface. It is equipped with surge absorber and

limited current protection to ensure safe connection of different devices. Also, a switch enabled built-in terminator (120Ω).

Environmental Specification:

Operation 0℃~55℃(Temperature), 50~95%(Humidity), pollutant degree 2

Storage -25℃~70℃(Temperature), 5~95%（Humidity）

Vibration/Shock resistance International Standard: IEC1131-2, IEC 68-2-6（TEST Fc）/ IEC1131-2 & IEC 68-2-27 (TEST Ea)

Product profile:

106,8

32 660

3,4

Units: mm

Fig. 1: Profile and Dimensions

1. Mounting plate

2. COM 1 (DB9 female)

3. COM 2 (DB9 male)

4. Nameplate

5. ON/OFF of termination resistor (factory

setting: OFF)

6. DIN rail (35mm)

7. RS-485 port

8. RJ12 port

3 ELC-485APTR Connection with Eaton Products

Connection of ELC-485APTR and AC Motor Drive (please see AC motor drive user manual for detail information)

MVX 9000

RS-485 Network

Fig. 2: ELC controller connection with MVX9000

IL05003022E.pdf

Compact Installation reference:

See Fig. 3a in lower left, when ELC-485APTR is separated from mounting plate, it can be used as the last extension module

with its RS-485 port connecting to ELC controller’s (see Fig. 3b for illustration). This connection is feasible for ELC controller to

connect AC Motor Drive within 5 meters.

MVX 9000

ELC-EX08NNDN

RS-232

RS-485

x16

ELC-PC12NNDR

STOP

RUN

x16

ELC-COPBDP

Fig. 3a Fig. 3b

PIN Explanation of COM1, COM2, and RJ12

COM1-DB9 female PIN Definition

RJ12 of AC Motor Drive side PIN Definition

1 RS485- 1 +15V

2 RS485+ 2 GND

3 RS485+ 3 SG-

4 RS485- 4 SG+

5~9 NC

5, 6 Reserved

COM2-DB9 male PIN Definition

RJ12 of ELC-485APTR side PIN Definition

3, 6 RS485- 3 RS-485+

8 RS485+ 4 RS-485-

5, 9 GND 5 GND

1, 2, 4, 7 NC 1, 2, 6 NC

4 ELC-485APTR Termination Resistor Application

In all RS-485 installations, the cable must be correctly terminated with two sets of resistors, one set at each end of the network

(4,000 feet maximum total cable length). This applies even if you are only using one slave node connected to one master

device. The terminating resistors prevent reflection problems that can interfere with data transmission. The resistance value of

the terminating resistors should match the characteristic impedance of the cable. A typical value is 120 ohms. The terminating

resistors must be placed at the two farthest ends of the RS-485 network, regardless of where the master device is. In some

cases master device RS-485 ports have built in or optional terminating resistors. Beware of your network (whether it has one

node or 32 nodes) having only two sets of terminating resistors.

ELC-485APTR’s Termination Resistor Switch is located inside of the

adapter’s extension port.

Switch ON the termination resistor for ELC-485APTR on the both ends only

and switch OFF (factory setting) for the modules between both ends when

modules are connecting in parallel.

Termination Resistor Switch

Fig. 4

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