Black Box MDR3243A Bedienungsanleitung

Manual Documentation Number: MDR3243A-807 Table of Contents

Black Box Corporation - 1000 Park Drive - Lawrence, PA 15055-1018

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Wireless Data Extenders

2.4GHZ, 100Mw 250kpbs

Model Number: MDR3243A

Documentation Number: MDR3243A-807

Black Box Corporation - 1000 Park Drive - Lawrence, PA 15055-1018

www.blackbox.com -- Tech Support and Ordering: 724-746-5500 - Fax: 724-746-0746

Manual Documentation Number: MDR3243A-807 Table of Contents

Black Box Corporation - 1000 Park Drive - Lawrence, PA 15055-1018

www.blackbox.com -- Tech Support and Ordering: 724-746-5500 - Fax: 724-746-0746

Table of Contents

Chapter 1 – Introduction… … … … … … … … … … … … … … … … … … .1

Chapter 2 – Check Package Contents… … … … … … … … … … … … 1

Chapter3–DipSwitchSettings……………………………………..1

Chapter4– ProductInstallation…………………………………….2

Chapter5–Software…………………………………………………..3

Chapter 6 – Basic Software Configuration… … … … … … … … … … 4

Chapter7–LEDStatus………………………………………………..5

Chapter 8 – Range Selection/Antenna Selection… … … … … … … .6

Chapter 9 – Table of Specifications… … … … … … … … … … … … … .6

Chapter 10 – Programming Examples… … … … … … … … … … … ...9

Manual Documentation Number: MDR3243A-807 1

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1) Introduction

Easy to install, up to 1 mile range. No wires, no cables! Wireless

data extenders get your data moving farther, easier, and at less

cost than running cable. Plug-n-play, Modbus compatible, signal

strength indicator, space saving DIN rail mounting. Heavy-duty,

wide temperature design handles most industrial power

configurations and tough indoor/outdoor environments.

Table 1

2) Check Package Contents



Wireless data extenders



Antenna



Software CD



Will require separate 18-30VAC or 10-48VDC Power

Supply

MDR3243A = 2.0W max

3) Dip switch Settings

Table 2

Dipswitch OFF ON

1 4-wire 2-wire

2 4-wire 2-wire

3 No termination Termination

4 RS-422 RS-485

Model # Frequency Radio

Power RF Data Rate

MDR3243A 2.4GHz 100mW 250Kbps

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RS-485 (2Wire) RS-422/485 (4Wire)RS-232

4) Product Installation

 Install on properly grounded DIN rail

 Operating Temperature is -40 to 85C

 Operating Humidity is 10-90% non-condensing



Connect Power Supply

 Power supply is 10-48 VDC or 18-30 VAC

– +



Determine RS-232, RS-422, RS-485 communication

 RS-232 always present on DB9

DB9F Pin Signal Name Direction

1 Data Carrier Detect Out

2 Receive Data Out

3 Transmit Data In

4 Data Terminal Ready In

5 Signal Ground ---

6 Data Set Ready Out

7 Request To Send In

8 Clear To Send Out

9 Not used ---

10-48 VDC

18-30 VAC

ANT

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Note: The DTR input is used to put the radio into sleep mode. The

radio sleep option must be enabled first using the configuration

software. Once enabled, lowering the DTR signal will put the radio

in sleep mode and raising the DTR signal will put the radio in idle

mode, ready to receive or transmit data.



Wireless Link Failure Output

 Wireless data extenders offer a source

(PNP)transistor output when the wireless signal

strength drops below a critical level (link failure

or miss packets)

 40 mA max current

Note: For the RSSI LED to work correctly the “RP”command (RSSI

PWM Timer) must be set to “FF”.

5) Software Installation

 Insert CD and it will autostart

 Follow screen instructions to install software

 Connect to PC with straight through serial cable

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6) Basic Software Configuration

 Under PC Settings

 Setup your COM port

♦ Baud Rate (Default is… 9600)

♦ Flow Control (Default is… none)

♦ Data Bits (Default is… 8)

♦ Parity (Default is… none)

♦ Stop Bits (Default is… 1)

 Test Connection with Test/Query button

 Under Modem Configuration Tab

 Select Appropriate Modem Part Number or use the

“Read”button to automatically detect the Modem type.

 Follow on-screen help files and refer to section 10 for advanced operations.

Model # Frequency Radio

Power RF Data

Rate

MDR3243A 2.4GHz 100mW 250Kbps

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7) LED Status

Table 3

Front Panel LED Status

Power Red = ON

OFF = No Power

RSSI (Signal Strength) Green = Strong

Yellow = OK

Red = Weak

OFF = No Signal

Wireless Data Green = Blink ON with

data

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Note: For the RSSI LED to work correctly the “RP”command (RSSI

PWM Timer) must be set to “FF”.

8) Range Selection/Antenna Selection

 The Wireless data extenders Product is shipped with an

antenna with the following expected ranges (see table 4)

• These ranges are for reference only with Line of

Sight

• The antenna connector on the Wireless data

extenders product is a reverse polarity SMA female

plug

Table 4

9) Table of Specifications

RF Properties

Physical Standard IEEE 802.15.4

Range up to 300 feet indoor or 1 mile outdoor

Frequency 2.4GHz

Transmit Power 100mW

Software Wireless data extenders

Support Win 98, ME, 2K, XP

Features AT Command

Terminal emulation

RSSI signal range test

Modem emulation

Antenna Options External Reverse Polarity SMA male jack

connector, omni directional (included with

product)

Radio Address Defaulted at factory, set by software otherwise

Serial settings

Baud 1200, 2400, 4800, 9600, 19200, 38400, 57600,

115200

Data bit 8 only

Parity None only

Model # Indoor

Range Outdoor

Range

MDR3243A up to 300

feet up to 1 mile

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Stop bit 1 only

RS-232

Connector DB9F DCE

Lines TX, RX, RTS, CTS, DTR, DSR, DCD, RI, GND

Connector Removable terminal block

Lines TX, RX, GND

RS-422

Connector Removable terminal block

Lines 2 or 4 wire – TX+, TX-, RX+, RX-, GND (2 or 4

wire dipswitch selectable)

Termination 120 Ohm Dipswitch selectable

RS-485

Connector Removable terminal block

Lines 2 or 4 wire with SD control – TX+, TX-, RX+,

RX-, GND (2 or 4 wire dipswitch selectable)

SD control Bit wise

Termination 120 Ohm Dipswitch selectable

Transistor link

failure No wireless signal or RSSI LED off

Connector Removable terminal block with RS-422/485

Output type Open collector, dry contact, 40mA

Power Supply

Connector Removable terminal block

Input Voltage 10– 48VDC, 18-30VAC

Power

Consumption 2.0W max

Dimensions 1.2W x 3.3D x 4.7H

Environmental Intended for indoor use only

Operating

Temperature -40 to 85ºC (-40 to 185ºF)

Storage

Temperature -40 to 85ºC (-40 to 185ºF)

Operating

Humidity 10 to 90% non-condensing

Enclosure

Rating

Rating IP30

Mounting DIN rail mount, 35mm

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LED Status Front Panel LED Status

Power Red = On

OFF = No Power

RSSI (Signal

Strength) Green = Strong

Yellow = OK

Red = Weak

OFF = No Signal

Wireless Data Green = Blink on with

data

Note: For the RSSI LED to work correctly the

“RP”command (RSSI PWM Timer), must be set

to “FF”

Certifications

FCC FCC Part 15 Class B

CISPR (EN55022) Class B

EN61000-6-1 Generic Standards for Residential,

Commercial, & Light Industrial

EN61000-4-2 ESD

EN61000-4-3 RFI

EN61000-4-4 EFT

EN61000-4-5 Surge

EN61000-4-6 CI

EN61000-4-8 Power Frequency Magnetic

EN61000-4-11 Voltage Dips & Interruptions

RoHS directive

(lead free) Yes

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10) Advanced Programming

For information about entering and exiting AT and Binary Command

Modes, refer to the Command Mode section.

Sample Configuration: Modify RF Module Destination Address

Sample Configuration: Restore RG Module Defaults

Setup

The programming examples in this section require the installation of BLACK BOX's WIRELESS DATA

EXTENDERS Soft ware and a serial connection to a PC. (BLACK BOX stocks RS-232 and USB boards to

facilitate interfacing with a PC.)

1. Install BLACK BOX's WIRELESS DATA EXTENDERS Software to a PC by double-clicking the "setup_

WIRELESS DATA EXTENDERS.exe" file.

2. Mount the RF module to an interface board, then connect the module assembly to a PC.

3. Launch the WIRELESS DATA EXTENDERS Software and select the 'PC Settings' tab. Verify the baud

and parity settings of the Com Port match thoseof the RF module.

NOTE: Failure to enter AT Command Mode is most commonly due to baud rate mismatch. Ensure the

‘Baud’ setting on the ‘PC Settings’ tab matches the interface data rate of the RF module. By default,

the BD parameter = 3 (which corresponds to 9600 bps).

Example: Utilize the WIRELESS DATA EXTENDERS “Terminal” tab to change the RF module's DL (Destination

Address Low) parameter and save the new address to non-volatile memory.

tion above], select the “Terminal” tab of the WIRELESS DATA EXTENDERS Software and enter the following

command lines (‘CR’ stands for carriage return):

Method 1 (One line per command)

Send AT Command System Response_

+++ OK <CR> (Enter into Command Mode)

ATDL <Enter> {current value} <CR> (Read Destination Address Low)

ATDL1A0D <Enter> OK <CR> (Modify Destination Address Low)

ATWR <Enter> OK <CR> (Write to non-volatile memory)

ATCN <Enter> OK <CR> (Exit Command Mode)

Method 2 (Multiple commands on one line)

Send AT Command_ System Response_

+++ OK <CR> (Enter into Command Mode)

ATDL <Enter> {current value} <CR> (Read Destination Address Low)

ATDL1A0D,WR,CN <Enter> OK, OK, OK <CR> (Command execution is triggered upon each

instance of the comma)

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Command Reference Table

XBee/XBee-PRO RF Modules expect numerical values in hexadecimal.

Hexadecimal values are designated

by a “0x” prefix. Decimal equivalents are designated by a “d” suffix.

Commands are contained

within the following command categories (listed in the order that their

tables appear):

• Special

• Networking & Security

• RF Interfacing

• Sleep (Low Power)

• Serial Interfacing

• I/O Settings

• Diagnostics

• AT Command Options

All modules within a PAN should operate using the same firmware version.

Commands-Special

AT_

Command Command

_ Category Name and Description Parameter

Range Default

WR Special

Write. Write parameter values to

non-volatile memory so that

parameter modifications persist

through subsequent power-up or

reset. Note: Once WR is issued, no

additional characters should be sent

to the module until after the

response "OK\r" is received.

- -

RE Special Restore Defaults. Restore module

parameters tofactory defaults. - -

FR ( v1.x80*) Special Software Reset. Responds

immediately with an OK then

performs a hard reset ~100ms later. - -

*Firmware version in which the command was first introduced (firmware

versions are numbered in hexadecimal notation.)

Commands-Networking & Security (Sub categories designated within {brackets})

AT_

Command Command_

Category Name and Description Parameter

Range Default

CH Networking

{Addressing}

Channel. Set/Read the channel

number used for transmitting and

receivin

data between RF

0x0B - 0x1A

(XBee) 0x0C -

0x17 (XBee-PRO) 0x0C (12d)

Example: Utilize the WIRELESS DATA EXTENDERS “Modem Configuration” tab to restore default parameter

values.

After establishing a connection between the module and a PC [refer to the 'Setup' section above], select the

“Modem Configuration” tab of the WIRELESS DATA EXTENDERS Software.

1. Select the 'Read' button.

2. Select the 'Restore' button.

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modules (uses 802.15.4 protocol

channel numbers).

ID Networking

{Addressing}

PAN ID. Set/Read the PAN

(Personal Area Network) ID._ Use

0xFFFF to broadcast messages

to all PANs.

0 - 0xFFFF 0x3332_

(13106d)

Networking

{Addressing} Destination Address High.

Set/Read the upper 32 bits of the

64-bit destination address. When

combined with DL, it defines the

destination address used for

transmission. To transmit using a

16-bit address, set DH parameter

to zero and DL less than 0xFFFF.

0x000000000000FFFF is the

broadcast address for the PAN.

0 - 0xFFFFFFFF 0

Networking

{Addressing} Destination Address Low.

Set/Read the lower 32 bits of the

64-bit destination address. When

combined with DH, DL defines the

destination address used for

transmission. To transmit using a

16-bit address, set DH parameter

to zero and DL less than 0xFFFF.

0x000000000000FFFF is the

broadcast address for the PAN.

0 - 0xFFFFFFFF 0

MY Networking

{Addressing}

16-bit Source Address.Set/Read

the RF module 16-bit source

address. Set MY = 0xFFFF to

disable reception of packets with

16-bit addresses. 64-bit source

address (serial number) and

broadcast address

(0x000000000000FFFF) is

always enabled.

0 - 0xFFFF 0

SH Networking

{Addressing}

Serial Number High. Read high

32 bits of the RF module's unique

IEEE 64-bit address. 64-bit

source address is always

enabled.

0 - 0xFFFFFFFF

[read-only] Factory-set

SL Networking

{Addressing}

Serial Number Low. Read low

32 bits of the RF module's unique

IEEE 64-bit address. 64-bit

source address is always

enabled.

0 - 0xFFFFFFFF

[read-only] Factory-set

RR ( v1.xA0*) Networking

{Addressing}

XBee Retries. Set/Read the

maximum number of retries the

module will execute in addition to

the 3 retries provided by the

802.15.4 MAC. For each XBee

retry, the 802.15.4 MAC can

execute up to 3 retries.

0 - 6 0

RN Networking

{Addressing}

Random Delay Slots. Set/Read

the minimum value of the back-off

exponent in the CSMA-CA 0 - 3 [exponent] 0

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algorithm that is used for collision

avoidance. If RN = 0, collision

avoidance is disabledduring the

first iteration of the algorithm

(802.15.4 - macMinBE).

MM ( v1.x80*)

Networking

{Addressing} MAC Mode.Set/Read MAC Mode

value. MAC Mode

enables/disables the useof a

BLACK BOX header in the

802.15.4 RF packet. When Mode

0 is enabled (MM=0), duplicate

packet detection is enabled as

well as certain AT commands.

Modes 1 and 2 are strict 802.15.4

modes.

0 – 2

0 = 1 =

BLACK BOX

Mode

1 = 802.15.4

(no ACKs)

2 =802.15.4

(with ACKs)

NI ( v1.x80*) Networking

{Identification}

Node Identifier.Stores a string

identifier. The register only

accepts printable ASCII data. A

string can not start with a space.

Carriage return ends command.

Command will automatically end

when maximum bytes for the

string have been entered. This

string is returned as part of the

ND (Node Discover) command.

This identifier is also used with

the DN (Destination Node)

command.

20-character

ASCII string -

ND ( v1.x80*) Networking

{Identification}

Node Discover.Discovers and

reports all RF modules found. The

following information is reported

for each module discovered (the

example cites use of Transparent

operation (AT command format) -

refer to the long ND command

description regarding differences

between Transparent and API

operation).

MY<CR>

SH<CR>

SL<CR>

DB<CR>

NI<CR><CR>

The amount of time the module

allows for responses is

determined by the NT parameter.

In Transparent operation,

command completion is

designated by a <CR> (carriage

return). ND also accepts a Node

Identifier as a parameter. In this

case, only a module matching the

supplied identifier will respond.

Optional

20-character NI

value

NT ( v1.xA0*) Networking

{Identification}

Node Discover Time.Set/Read

the amount of time a node will

wait for responses from other 0x01 - 0xFC 0x19

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nodes when using the ND (Node

Discover) command.

DN ( v1.x80*) Networking

{Identification}

Destination Node. Resolves an

NI (Node Identifier) string to a

physical address. The following

events occur upon successful

command execution:

1. DL and DH are set to the

address of the module with the

matching Node Identifier.

2. “OK” is returned.

3. RF module automatically exits

AT Command Mode If there is no

response from a module within

200 msec or a parameter is not

specified (left blank), the

command is terminated and an

“ERROR” message is returned.

20-character

ASCII string -

CE ( v1.x80*) Networking

{Association} Coordinator Enable. Set/Read

the coordinator setting.

0 - 1 0 = End

Device_ 1 =

Coordinator 0

SC ( v1.x80*) Networking

{Association}

Scan Channels. Set/Read list of

channels to scan for all Active

and Energy Scans as a bitfield.

This affects scans initiated in

command mode (AS, ED) and

during End Device Association

and Coordinator startup:

bit 0 - 0x0B bit 4 - 0x0F

bit 8 - 0x13 bit12 - 0x17

bit 1 - 0x0C bit 5 - 0x10

bit 9 - 0x14 bit13 - 0x18

bit 2 - 0x0D bit 6 - 0x11

bit 10 - 0x15 bit14 - 0x19

bit 3 - 0x0E bit 7 - 0x12

bit 11 - 0x16 bit 15 - 0x1A

0 - 0xFFFF

[bitfield]_ (bits 0,

14, 15 not allowed

on the XBee-PRO)

0x1FFE (all

XBee-PRO

Channels)

SD ( v1.x80*) Networking

{Association}

Scan Duration. Set/Read the

scan duration exponent. End

Device- Duration of Active Scan

during Association. On beacon

system, set SD = BE of

coordinator. SD mustbe set at

least to the highest BE parameter

of any Beaconing Coordinator

with which an End Device or

Coordinator wish to discover.

Coordinator- If ‘ReassignPANID’

option is set on Coordinator [refer

to A2 parameter], SDdetermines

the length of time the Coordinator

will scan channels to locate

existing PANs. If

‘ReassignChannel’ option is set,

SD determines how long the

Coordinator will perform an

Energy Scan to determine which

0-0x0F [exponent] 4

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channel it will operate on. ‘Scan

Time’ is measured as (#of

channels to scan] * (2 ^ SD) *

15.36ms). The number of

channels to scan is set by the SC

command. The XBee can scan up

to 16 channels (SC = 0xFFFF).

The XBee PRO can scan up to 13

channels (SC = 0x3FFE).

Example: The values below show

results for a 13 channel scan:

If SD = 0, time = 0.18 sec

SD = 8, time = 47.19 sec

SD = 2, time = 0.74 sec

SD = 10, time = 3.15 min

SD = 4, time = 2.95 sec

SD = 12, time = 12.58 min

SD = 6, time = 11.80 sec

SD = 14, time = 50.33 min

A1 ( v1.x80*) Networking

{Association}

End Device Association.

Set/Read End Device association

options.

bit 0 - ReassignPanID

0 - Will only associate with

Coordinator operating on PAN ID

that matches module ID

1 - May associate with

Coordinator operating on any

PAN ID

bit 1 – ReassignChannel

0 - Will only associate with

Coordinator operating on

matching CH Channel setting

1 - May associate with

Coordinator operating on any

Channel

bit 2 – AutoAssociate

0 - Device will not attempt

Association

1 - Device attempts Association

until success

Note: This bit is used only for

Non-Beacon systems. End

Devices in Beacon-enabled

system must always associate to

a Coordinator

bit 3 – PollCoordOnPinWake

0 - Pin Wake will not poll the

Coordinator for indirect (pending)

data

1 - Pin Wake will send Poll

Request to Coordinator to extract

any pending data bits 4 - 7 are

reserved

0 - 0x0F [bitfield] 0

A2 ( v1.x80*) Networking

{Association} Coordinator Association.

Set/Read Coordinator association 0 - 7 [bitfield] 0

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options.

bit 0 – ReassignPanID

0 - Coordinator will not perform

Active Scan to locate

available PAN ID. It will

operate on ID (PAN ID).

1 - Coordinator will perform

Active Scan to determine

an available ID (PAN ID). If

a PAN ID conflict is found,

the ID parameter will

change.

bit 1 - ReassignChannel–

0 - Coordinator will not

perform Energy Scan to

determine free channel. It

will operate_ on the

channel determined by the

CH parameter.

1 - Coordinator will perform

Energy Scan to find a free

channel, then operate on

that channel.

bit 2 - AllowAssociation –

0 - Coordinator will not

allow any devices to

associate to it.

1 - Coordinator will allow

devices to associate to it.

bits 3 - 7 are reserved

AI ( v1.x80*) Networking

{Association}

Association Indication. Read

errors with the last association

request:

0x00 - Successful Completion -

Coordinator successfully started

or End Device association

complete

0x01 - Active Scan Timeout

0x02 - Active Scan found no

PANs

0x03 - Active Scan found PAN,

but the

CoordinatorAllowAssociation bit is

not set

0x04 - Active Scan found PAN,

but Coordinator and End Device

are not configured to support

beacons

0x05 - Active Scan found PAN,

but the Coordinator ID parameter

does not match the ID parameter

of the End Device

0x06 - Active Scan found PAN,

but the Coordinator CH parameter

does not match the CH parameter

of the End Device

0 - 0x13 [read-

only] -

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0x07 - Energy Scan Timeout

0x08 - Coordinator start request

failed_

0x09 - Coordinator could not start

due to invalid parameter

0x0A - Coordinator Realignment

is in progress

0x0B - Association Request not

sent

0x0C - Association Request timed

out - no reply was received

0x0D - Association Request had

an Invalid Parameter

0x0E - Association Request

Channel Access Failure. Request

was not transmitted - CCA failure

0x0F - Remote Coordinator did

not send an ACK after

Association Request was sent

0x10 - Remote Coordinator did

not reply to the Association

Request, but an ACK was

received after sending the request

0x11 - [reserved]

0x12 - Sync-Loss - Lost

synchronization with a Beaconing

Coordinator

0x13 - Disassociated - No longer

associated to Coordinator

DA ( v1.x80*) Networking

{Association}

Force Disassociation. End

Device will immediately

disassociate from a Coordinator

(if associated) and reattempt to

associate.

- -

FP ( v1.x80*) Networking

{Association}

Force Poll. Request indirect

messages being held by a

coordinator. - -

AS ( v1.x80*) Networking

{Association}

ctive Scan. Send Beacon

Request to Broadcast Address

(0xFFFF) and Broadcast PAN

(0xFFFF) on every channel. The

parameter determines the time

the radio will listen for Beacons

on each channel. A

PanDescriptor is created and

returned for every Beacon

received from the scan. Each

PanDescriptor contains the

following information:

CoordAddress (SH, SL)<CR>

CoordPanID (ID)<CR>

CoordAddrMode <CR>

0x02 = 16-bit Short Address

0x03 = 64-bit Long Address _

Channel (CH parameter) <CR> _

SecurityUse<CR> _

0 - 6 -

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