Emerson XWEB300D User manual

XWEB300D/500D/500 EVO (V.1.2)

INSTALLATION MANUAL

TABLE OF CONTENTS

1. PRODUCT DISPOSAL (WEEE) ............................................................................................................... 4

2. THE RECIPIENTS OF THIS MANUAL..................................................................................................... 4

3. PACKAGE................................................................................................................................................. 5

4. XWEB INSTALLATION............................................................................................................................. 6

5. CONTROLLER INSTALLATION PROCEDURE ...................................................................................... 9

5.1 CONTROLLER CONFIGURATION ........................................................................................................ 10

5.1.1 CONFIGURATION FOR XC400/600/800/900 and XH200/300/400 SERIES................................. 10

5.1.2 CONFIGURATION FOR XJA/XJP/XJM MODELS ........................................................................... 10

5.1.3 CONFIGURATION FOR XEV SERIES ............................................................................................. 10

5.1.4 ENERGY METERS AND THIRD PARTY INSTRUMENT CONFIGURATION...................................... 10

6. REMOTE CONNECTIVITY...................................................................................................................... 14

6.1 CONNECTIVITY WITH CROSS CABLE.................................................................................................. 15

6.2 MODEM CONNECTIVITY (“OR POINT-TO-POINT CONNECTION”)..................................................... 17

6.2.1 SETTING UP THE REMOTE ACCESS CONNECTION...................................................................... 17

6.2.2 MAKING THE REMOTE ACCESS CALL ......................................................................................... 18

6.3 INTRANET (“OR LAN CONNECTION”) AND VPN CONNECTIVITY ....................................................... 19

6.4 INTERNET CONNECTIVITY ON PUBLIC IP........................................................................................... 20

7. OPERATION............................................................................................................................................ 21

8. SYSTEM DATA....................................................................................................................................... 21

9. TRADEMARKS ....................................................................................................................................... 21

10. NOTES..................................................................................................................................................... 22

1592028010 XWEB300D_500D_500 EVO STP GB r1.2 12.06.2017.doc XWEB3000/5000 EVO 3/22

CAUTION: TO PREVENT FLAMES FROM DEVELOPING OR ELECTRIC SHOCK,

AVOID ANY CONTACT BETWEEN THIS DEVICE AND RAIN OR WATER

CAUTION: TO REDUCE THE RISK OF ELECTRIC

SHOCK, DO NOT REMOVE THE COVER IT DOES NOT

CONTAIN ANY PARTS THAT REQUIRE SERVICING BY

THE USER ALWAYS HAVE QUALIFIED STAFF

PERFORM THE PROCEDURES.

THE SYMBOL OF THE LIGHTNING BOLT INSIDE AN

EQUILATERAL TRIANGLE IS USED TO ALERT THE

USER OF THE POTENTIALLY DANGEROUS NON-

INSULATED ELECTRICAL VOLTAGES

THE SYMBOL OF THE EXCLAMATION MARK INSIDE

AN EQUILATERAL TRIANGLE IS USED TO WARN THE

USER THAT HE/SHE MUST PAY CLOSE ATTENTION

TO THE TOPIC COVERED IN THIS MANUAL

CAUTION

This device must be installed exclusively by service staff with suitable technical

training and experience, who are aware of the dangers that they are exposed to.

The operations described herein are set forth exclusively for the service staff. The

user is not enabled to open the device.

CAUTION

Only use modems that are officially supported by this monitoring unit. Dixell srl

cannot be held responsible for any damage caused by the use of non-supported

modems.

CAUTION

Dixell srl reserves the right to amend this manual without prior notice. The latest

available version can be downloaded from the internet site.

CAUTION

The instructions contained in this manual are common for models

XWEB3000EVO/XWEB5000EVO. Any particular features are specified expressly.

CAUTION

This control and monitoring unit fulfils EN 12830 for use with probes to detect

measurements referred to in 13485

CAUTION

This is a class A product. It can cause radio-interference in residential

environments. Should this occur, the user should take suitable counter-measures

CAUTION

Dixell srl reserves the right to vary the composition of its products without prior

notice to the customer, ensuring the identical and unchanged features of the same

1592028010 XWEB300D_500D_500 EVO STP GB r1.2 12.06.2017.doc XWEB3000/5000 EVO 4/22

1. PRODUCT DISPOSAL (WEEE)

With reference to Directive 2002/96/EC of the European Parliament and of the Council of 27 January 2003

and to the relative national legislation, please note that:

There lies the obligation not to dispose of electrical and electronic waste as municipal waste but to

separate the waste.

Public or private collection points must be used for disposal, in accordance with local laws. Furthermore,

at the end of the product's life, it is also possible to return this to the retailer when a new purchase is

made.

This equipment may contain hazardous substances. Improper use or incorrect disposal can have

adverse effects on human health and the environment.

The symbol shown on the product or the package indicates that the product was placed on the market

after 13th August 2005 and must be disposed of as separated waste.

Should the product be disposed of incorrectly, sanctions may be applied as stipulated in applicable local

regulations regarding waste disposal.

2. THE RECIPIENTS OF THIS MANUAL

The contents of this manual are intended for professional users, such as XWEB installers. It may also be of

use to the administrator of the network that it is connected to.

The mechanical product drawings required for any form of intervention and the possible network

configurations are all an integral part of this manual.

1592028010 XWEB300D_500D_500 EVO STP GB r1.2 12.06.2017.doc XWEB3000/5000 EVO 5/22

3. PACKAGE

Before opening the package make sure that the packaging is intact and that there is no sign of impact or

tampering. Before starting any operation, it is necessary to check that the XWEB-EVO box contains:

1 XWEB-EVO Unit

1 Power cord for electrical connection to European mains (version XWEB500 only)

1 Quick installation guide

Removable female connectors

DIN

2x2 ways

1x3 ways

1x6 ways

COOLMATE

1x7 ways

1 two-way jumper

Modem antenna (on request)

RJ11-RJ11 telephone cable (on request)

If one of the following parts is damaged, promptly contact your dealer.

You can also receive a modem - which will not be included in the same package - as an option. When using

a connection through the modem, always make sure that the type of modem you are about to install is a

Dixell-approved model; accordingly, Dixell will not be held responsible for the poor operation of devices that

are not expressly approved. The user manual, in the "manuals" section of the Dixell site, contains a list of

supported models.

1592028010 XWEB300D_500D_500 EVO STP GB r1.2 12.06.2017.doc XWEB3000/5000 EVO 6/22

4. XWEB INSTALLATION

For installation, the XWEB-EVO system must not be opened in any way. If the box is opened, the warranty

will lapse. XWEB-EVO can be installed in various ways based on the model and type of user interface

access that you wish to provide for the final user. The particular features of these types of connectivity are

described herein.

CAUTION: in order to protect yourself and the XWEB, turn on the unit only after connecting all the electrical

devices. In order to avoid accidental operation, connect the power cord only after connecting all the other

external units.

TERMINAL BLOCK (ONLY FOR DIN MODELS)

: Alarm relay 1 (**)

: Alarm relay 2 (**)

: System alarm relay

: 7-8 No alarm

: 7-9 Alarm present

: Digital input (**)

12 (-)

: RS 485

13 (+)

14 ()

: 1-2 XWEB Power supply

: 10-11 External GSM modem power supply (*)

: USB external peripherals

: COM port for external modem

: Telephone jack (only for internal modem)

: RJ45 LAN connector

position of the terminals on XWEB500D

1592028010 XWEB300D_500D_500 EVO STP GB r1.2 12.06.2017.doc XWEB3000/5000 EVO 7/22

position of the terminals on XWEB300D

LED

Led

Colour

Description

Alarm

Red

RS485 alarm

Rec

Blue

Data recording

Power

Green

System turned on

Status

Green

Messages are being sent

System

Red

System alarm

Alarm2

Red

Alarm relay 2 status (**)

Alarm1

Red

Alarm relay 1 status (**)

(*)= 12Vdc - 250mA. Compatible modem TC35-KIT (MC55i by Siemens, CINTERION L30960N2700A100),

Gatetel GT-HE910-EUD, Gatetel GT-HE910-NAD

(**)= For XWEB 500DIN only

NOTE: The status of the System LED depends on that of the relative "System alarm" relay.

NOTE: for XWEB300D, the AUX 'system relay' assumes the following logic:

at rest (XWEB off) contacts 7 and 9 are closed

in the event of an alarm, it closes at 7-8

at start-up, it closes at 7-8 for a few seconds and, if there are no alarms, it returns to rest and closes

at 7-9.

NOTE: The state of the LEDs ALARM 1 and 2 correspond to the state of ALARM CONTACTS 1 and 2 the

following logic:

1. illuminated LEDs to shorted contacts

2. Led off to open contacts

In case of absent power, the contacts are normally open.

In the event of a powered system, the contacts are open or closed depending on the software configuration

together with the alarm state.

NOTE: always use the power supply of the external modem of the same XWEB to guarantee the correct

transmission of messages (e.g. SMS messages). Use the cord provided with KIT at terminals 10-11.

1592028010 XWEB300D_500D_500 EVO STP GB r1.2 12.06.2017.doc XWEB3000/5000 EVO 8/22

TERMINAL BLOCK (COOLMATE MODELS ONLY)

: Alarm relay 1

: Alarm relay 2

: System alarm relay

:5-6 No alarm

:5-7 Alarm present

: Modem reset relay

: Digital input

12 (+)

: RS 485 socket

13 (-)

14 ()

: Power supply connector

: USB socket for PC connection

: USB socket for devices connection

: COM port for external modem

: Telephone jack (only for internal modem)

: RJ45 LAN connector

NOTE: for XWEB500, the 'reset modem' relay is energised for a reset every two minutes in the event of

inactivity, and before each use (sending of a fax, dial-up, etc.). Add this relay to the power supply circuit of

the external modem to guarantee the correct transmission of messages (e.g. SMS messages).

1592028010 XWEB300D_500D_500 EVO STP GB r1.2 12.06.2017.doc XWEB3000/5000 EVO 9/22

5. CONTROLLER INSTALLATION PROCEDURE

XWEB-EVO has an RS485 serial port to which the line of the controlling devices must be connected. Most

Dixell controller devices are supplied with RS485 serial outputs, to connect the instrument to XWEB-EVO

without requiring an external module or connecting cable. To check whether this feature is provided, read

through the characteristics of the controller in the device manual. Nonetheless, some Dixell devices cannot

be supplied with RS485 serial outputs directly but through small external converters: XJRS485 or XJ485.

With this device it is possible to convert the output - of the controller - from 5-wire "TTL" to 2-wire "485". If

you need to use the TTL/485 converter, be careful to:

Keep the TTL cable away from any source of electromagnetic disturbance

Connect each XJ485 module to the instrument by the TTL cable supplied with the module

Mark the polarity of output 485, which needs to be observed when the instruments are connected to

the network

Below is a list of operational tips to achieve the best result in terms of reliability of the instrument network,

with RS485 serial connection:

The serial line cable can be 2-wire plus shielding, with a minimum section of 0.5 sq mm (ex.

BELDEN 8772). This cable is recommended for its technical characteristics and because it maintains

the quality of the electrical signal;

The serial line cable must reach all of the instrument's stations: check the system's floor plan and the

various distances that the cable needs to cover;

The serial line cable can reach a maximum length of 1 km

Match the polarity marked on the instrument with the polarity of the cable leading to the serial;

Do not set up any branches on the line:

Correct connection

Incorrect connection

1592028010 XWEB300D_500D_500 EVO STP GB r1.2 12.06.2017.doc XWEB3000/5000 EVO 10/22

Keep the serial cable away from power cables and from any possible source of electromagnetic

disturbance

Do not connect the serial cable shielding to the earth connection of the electrical system

Do not connect the "Gnd" terminal.

Draw a map of the installation that you are setting up: it may be useful in case of future problems or

changes

5.1 CONTROLLER CONFIGURATION

On the same line, normally every controller is programmed with its own unique serial address, through the

Adr parameter. Refer to the instrument's installation manual to learn about the access and editing

procedures. For a simple description of the categories they belong to, organise address programming

progressively. A number of special cases are listed in the pages below.

To keep the RS485 line balanced, a 120Ω terminating resistor must be fitted at the ends. If the XWEB is at

one end of the RS485 line, it is advisable to fit the 120Ω terminating resistor on the last instrument and on

XWEB. To enable the terminating resistor, insert the jumper in position 2 (JMP2 is marked on the unit). Do

NOT insert the jumper if XWEB is at the centre of the RS485 line.

5.1.1 CONFIGURATION FOR XC400/600/800/900 AND XH200/300/400 SERIES

These instruments have two serial addresses and must be configured in the same way. Refer to the

instrument's installation manual to learn about the access and editing procedures.

5.1.2 CONFIGURATION FOR XJA/XJP/XJM MODELS

XJA/XJP/XJM series instruments are configurable with one or more modbus addresses. Refer to their

installation manual for the configuration procedures.

5.1.3 CONFIGURATION FOR XEV SERIES

XEV series, drivers for the electronic valve: the instrument must be connected to the same line and

configured in combination with its main controller.

a) Enter the protected XEV menu and set the Mod=AdU parameter

b) Assign XEV with the same serial address as the instrument that it needs to be associated to

c) Run an instrument search using the “dixell485xev” protocol and add them to the setup.

5.1.4 ENERGY METERS AND THIRD PARTY INSTRUMENT CONFIGURATION

For non-Dixell instruments, it will be necessary to configure the serial to work with baudrate 9600bps, 8bit,

No Parity and 1 Stop bit (aka “9600,8,N,1). The use of another serial configuration may not be recognised by

XWEB-EVO and this would lead to incorrect device operation.

To enter non-Dixell instruments, which are nonetheless required by the system, (for example the Carlo

Gavazzi Energy Analyser), do the following:

a. Enter “MenuDevices Setup” and choose any instrument. To enter Energy Analyzer “WM22-DIN-

AV5”, select “ENERG.ANAL”

b. Press “Add/Remove Device(s)”. And, from the list, select the library for the device.

Other manuals for XWEB300D

This manual suits for next models

Table of contents

Other Emerson Controllers manuals

Emerson

Emerson TESCOM Setup guide

Emerson

Emerson Hytork XL Series Installation and operating manual

Emerson

Emerson Asco Sentronic LP 617 Series User manual

Emerson

Emerson Hytork XL26 Guide

Emerson

Emerson Bettis RP3E User manual

Emerson

Emerson Dixell iChill IC200D EVO Series Wiring diagram

Emerson

Emerson IC200CX EVO User manual

Emerson

Emerson E2 RX Series Manual

Emerson

Emerson Fisher Y692 User manual

Emerson

Emerson Fisher 2052 User manual

Emerson

Emerson Dixell XW60L Wiring diagram

Emerson

Emerson E2 User manual

Emerson

Emerson SH Series User manual

Emerson

Emerson PeC C100 User manual

Emerson

Emerson MR105 User manual

Emerson

Emerson BETTIS RTS FQ User manual

Emerson

Emerson Unidrive M100 Use and maintenance manual

Emerson

Emerson EXD-TEVI User manual

Emerson

Emerson dixell WING XW260K Wiring diagram

Emerson

Emerson Bettis GVO-C Series Instruction Manual

Emerson

Emerson F-Series User manual

Emerson

Emerson Fisher FIELDVUE DVC6200 SIS User manual

Emerson

Emerson Liebert PEX+ Series User manual

Emerson

Emerson Dixell XR03CH Wiring diagram

Popular Controllers manuals by other brands

Digiplex

Digiplex DGP-848 Programming guide

YASKAWA

YASKAWA SGM series user manual

Sinope

Sinope Calypso RM3500ZB installation guide

Isimet

Isimet DLA Series Style 2 Installation, Operations, Start-up and Maintenance Instructions

LSIS

LSIS sv-ip5a user manual

Rockwell Automation

Rockwell Automation 1769-L31 installation instructions

Airflow

Airflow Uno hab Installation and operating instructions

ABB

ABB ACS580-01 drives Hardware manual

Panasonic

Panasonic GM1 Series Reference manual

AutoAqua

AutoAqua Smart ATO micro SATO-120P manual

Panasonic

Panasonic FP? Positioning Unit RTEX Technical manual

Samson

Samson Type 5824 Mounting and operating instructions

Alpha IP

Alpha IP MIOB 21001 manual

Siemens

Siemens OpenAir GMA 1 Series Mounting instructions

Surecom

Surecom SR-629 user manual

Fishman

Fishman TriplePlay installation guide

Regulus

Regulus SRS1 T Installation and operation manual

3M MicroTouch EX113 reference guide