Quadbeam Technologies MXD75 Bedienungsanleitung

Fitted Options- Power Supply: 24V Output Option Card: 1-Current 2-Relays Channel1: Cond Channel2: Cond Channel3: Cond

Mains 3-Current 0-Relays pH/Redox pH/Redox pH/Redox

3-Current 4-Relays ECS ECS ECS

5-Current 2-Relays DO DO DO

Modbus 4-Relays Aux mA IP Aux mA IP Aux mA IP

SS SS SS

MXD75

Quick Start Guide

Relay Connection Details

MXD75 Instrument Dimensions

74 mm

300 mm

6 mm x

3 o

8 mm

74 mm

Power Connection Details

CAUTION!

Always remove the main power from the

system before any alterations to the wiring.

Ensure that both power lines are isolated. Make

sure that the power cannot be switched on by

accident whilst the instrument is being

connected. For safety reasons an earth

connection must be made to the earth terminal

of this instrument.

Local wiring and safety regulations should be

strictly adhered to when installing this

instrument. If the installation methods and

cable types recommended in this guide are

followed, then the instrument will achieve the

levels of EMC protection as specied in the

accompanying CD manual.

Consult the serial label on the side of the

instrument for supply voltage requirements.

Power Supply

“Live”I n

Power Supply

“Live”Out

(For Daisy Chaining)

Power Supply

“Neutral” In

Power Supply

“Neutral” Out

(For Daisy Chaining)

Protective Earth

(Must Be Connected)

Earth

Power Connector

85V-265V AC/DC Power Supply

Connection Details

Power Supply

“+” In

Power Supply

“+” Out

(For Daisy

Chaining)

Power Supply

“-” In

Power Supply

“-” Out

(For Daisy

Chaining)

Protective Earth

(Must Be Connected)

Earth

Power Connector

18V-32V AC/DC Power Supply

Connection Details

Relay Connection Details

Available RelaysVary Depending On Instrument Conguration

5-6

NO3 C3 NC3

NO2 C2 NC2

NO1 C1 NC1

NO6C6

NO5C5

NO4 C4 NC4

Relay 1

Normally

Open

Contact

Relay 1

Common

Contact

Relay 1

Normally

Closed

Contact

Relay 2

Normally

Open

Contact

Relay 2

Common

Contact

Relay 2

Normally

Closed

Contact

NO1 C1 NC1 NO2 C2 NC2 NC3NO3 C3

Relay 3

Common

Contact

Relay 3

Normally

Open

Contact

Relay 3

Normally

Closed

Contact

Relay 4

Normally

Open

Contact

Relay 4

Common

Contact

Relay 4

Normally

Closed

Contact

Relay 5

Normally

Open

Contact

Relay 5

Common

Contact

Relay 6

Normally

Closed

Contact

NO4 C4 NC4 C5 NO5 C6 NO6

Relay 6

Normally

Open

Contact

Relays 1 - 3 Connector Relays 4 - 6 Connector

LTH recommends using No.

10 x 1¼ inch round head

screws or similar for

mounting.

Ensure top screw head is 8

mm proud.

Care must be taken when

tting the unit on uneven

walls or surfaces. Do not

over stress the mounting

lugs.

Over tightening the

mounting screws could also

break the lugs. Drill Hole Dimensions

110 mm

CH3

CH2

CH1

85-265V 15W

~1 4 7

258

DIGITAL

INPUTS

SENSORINPUT 3

SENSORINPUT 2

SENSORINPUT 1

SD CARD

0/4-20 mA

OUTPUT

2A+ - AA B BGEC

A+-

E E RR

ABB

AAB B +-

R R D D

CONDUCTIVITY

PH/ REDOX

ECSCONDUCTIVITY

5-6

A+

B+

C+

D+ -

0/4-20 mA

OUTPUTS

Power Supply

Input

Relays

Current Outputs

/ Modbus RS485

Channel 1

Input

Channel 2

Input

Channel 3

Input

Digital

Inputs SD Card

Slot

Earth Studs

Ethernet

Port

(Future

Expansion)

Exact Instrument Conguration Depends

Upon Ordered Specication

MON 1 JUN 2009

09:56 CH1: 517.2 µS/cm TEMP1: 12.3°C

CH2: 9.64 pH

CH3: 23.3% TEMP2: 25.0°C

TEMP3: 28.0°C

MAIN MENU

DIGITAL INPUTS

CHANNELS





EXIT

4-20mA OUTPUTS

CALIBRATION

SETPOINT / RELAYS



CONFIGURATION

CURSOR

FURTHER MENU

PAGES BELOW



INSTRUMENT

READINGS

CURRENT

DATE / TIME

UNIT STATUS

FURTHER MENU

PAGES ABOVE

MON 1 JUN 2009

09:56 CH1: 517.2 µS/cm TEMP1: 12.3°C

CH2: 9.64 pH

CH3: 23.3% TEMP2: 25.0°C

TEMP3: 28.0°C

SETPOINT 1 SETUP

INPUT SOURCE:

RANGE:

TRIGGER:

HIGH VALUE:

MODE:

CHANNEL:



SENSOR

0 to 9.999 mS/cm

HIGH

7.500mS/cm

ON/OFF



EXIT

CHANNEL 1 (COND)



LOW

BAND

LATCH HIGH

TRIGGER

HIGH

LATCH LOW 



CURSOR

ADDITIONAL

OPTIONS BELOW

OPTION POP-UP

MON 1 JUN 2009

09:56 CH1: 517.2 µS/cm TEMP1: 12.3°C

CH2: 9.64 pH

CH3: 23.3% TEMP2: 25.0°C

TEMP3: 28.0°C

CHANNEL 1 SETUP

UNITS:

CELL CONSTANT:

RANGE:

TEMP INPUT SENSOR:

TEMPERATURE UNITS:

MODE: SIEMENS(S/cm)

1.000

AUTO

PT1000

°C



EXIT







ON-LINE

SECURITY CODE

CODE

ENTER ACCESS

* * *

User Interface Overview

Scrolling Menu Layout

Front Layout

Main Menu Layout

Pop-Up Option Layout

Security Access Pop-Up

To protect the instrument setup

from unauthorised or accidental

tampering, a security access code

system is present. This is

implemented via the instrument’s

menu system which operates in two

modes, “locked” as indicated by a

padlock symbol and “unlocked” as

indicated by a key symbol.

Fourth Issue September 2016

For conguration and calibration information please consult the operational manuals

on the accompanying CD.

The default Access Code is: 1000

Front Screen

Current

Output

Bargraphs

Channels

Setup

Setpoint /

Relays Setup

4-20mA

Outputs Setup

Digital

Inputs Setup

Error

Messages

Live Trends

1, 2 & 3*

*Optional Extra

CAL

SETPOINT STATUS

LEDS

SETPOINT STATUS

LEDS

ALARM STATUS

LEDS

09:56

MON 1 JUN 2009

CH1: 517.2 µS/cm

i) ii)

12.3°C



A: 12.28mA

CH2: 9.64 pH

i) ii)

25.0°C -156mV

CH3: 23.3 %

i) ii)

28.0°C 2.15Atm



CAL

CONTEXT SENSITIVE BUTTON FUNCTIONS

UNIT STATUS

CURRENT TIME

CHANNEL

MESSAGES

CHANNEL SECONDARY

READING ii

CURRENT DATE

CHANNEL PRIMARY

READING

CHANNEL ID

CHANNEL SECONDARY

READING i

CHANNEL ALARM

STATUS

TANK 1

TANK 3

CHANNEL

LABEL

A+

C+

D+

E+

F+

0/4-20 mA

OUTPUTS

B+

Current Output Connector

Current

Output A+

Current

Output B+

B+ C+ D+ E+ F+

Current

Output D+

Current

Output -

(Common)

Current

Output E+

Current

Output C+

Current

Output F+

Current

Output -

(Common)

Current Output Connection Details

A+ ---

Current

Output -

(Common)

Current Output & Modbus Connection Details

MODBUS RS485

& 0/4-20 mA OUTPUT

Modbus and Current Output Connector

Current

Output A+

Current

Output -

(Common)

Modbus A

Conenction

(Inverting)

(Rx-/Tx-) Modbus B

Connection

(Non-Inverting)

(Rx+/Tx+)

Modbus and Current Output

Connection Details

A+

Modbus C

Connection

(0V Reference)

Optional

mA A-

485 B+

485 CG

485

A+

A-

485

B+

485

485 mA

Available Current Output and Modbus Connections Vary Depending Upon

Instrument Conguration

Temperature Connection Details

Sensor Input Connector

Link Link

RTD

2 Wire RTD

Temperature Connection

AABB

Sensor Input Connector

RTD

3 Wire RTD

Temperature Connection

Link

AABB

Sensor Input Connector

Link

22K Thermistor

Temperature Connection

Link

Thermistor

AABBT

(Only Available On Dissolved Oxygen Input Card)

Sensor Input Connector

RTD

4 Wire RTD

Temperature Connection

AABB

Digital Input Connection Details

G12345678

Digital Input Connector

1 4 7

258

Digital Input Connection Details

PO Box 1142

Pukekohe

Auckland

2340

New Zealand

Telephone: +64 (0) 9 234 4609

email: [email protected]

Web: www.quadbeam.co.nz

SKT5

SKT6

SKT7

HEADER A

HEADER B

HEADER C

HEADER D OR E

COMMS A

COMMS B

CH3

CH2

CH1

85-250V 15W

~1 4 7

258

DIGITAL

INPUTS

SENSORINPUT 3

SENSORINPUT 2

SENSORINPUT 1

SDCARD

LINK

ACT

0/4-20mA

OUTPUT

2A+ -

AA B BGEC

A+-

E E RR

ABB

AAB B +-

R R D D

CONDUCTIVITY

PH/ REDOX

ECSCONDUCTIVITY

5-6

A+

B+

C+

D+ -

0/4-20mA

OUTPUTS

F1 F2 F3 F4 F5

09:56

MON1 JUN 2009

CH1:

517.2

µS/cm

ii)

12.3

°C



A: 12.28mA

CH2:

9.64

ii)

25.0

°C

-156mV

CH3:

23.3

ii)

28.0

°C

2.15Atm



CAL

242 mm

331 mm

09:56

MON1 JUN 2009

CH1:

517.2

µS/cm

ii)

12.3

°C



A: 12.28mA

CH2:

9.64

ii)

25.0

°C

-156mV

CH3:

23.3

ii)

28.0

°C

2.15Atm



CAL

Externally Powered Loop Connection Details

Loop Mode Set to “mA Input”

Auxiliary mA Input Connector

24V + -

Transmitter / Sensor

- +

Power Supply

(36V Max)

Locally PoweredTransmitter Loop Connection Details

Loop Mode Set to “mA Input”

Auxiliary mA Input Connector

24V + -

Transmitter / Sensor

+ -

Power

Supply

Internally Powered Loop Connection Details

Loop Mode Set to “24V Loop”

(MXD70 powers the loop with 24V)

Auxiliary mA Input Connector

24V + -

Transmitter / Sensor

+ -

3 Wire Transmitter Loop Connection Details

(NB. The 24V Can Supply 30mA Max)

Loop Mode Set to “mA Input”

Auxiliary mA Input Connector

24V + -

Transmitter / Sensor

-+ mA

Auxiliary mA Input Card Connection Details

Auxiliary mA Input Connection Details

Auxiliary mA Input Connector

Current

Input “-”

(Common)

Current

Input “+”

24V (30mA)

Output

24V + -

Instrument Earth Stud

Cable Screen

(If Present)

pH / Redox LN10 Coax CableWith Solution Ground

(No TC) Connection Details

Solution Ground

(Seperate Cable)

pH / Redox Input Connector

A+-

E E RR

ABB

Inner Conductor

(pH)

Cable Screen

(Ref)

pH / Redox LN10 Coax Cable (NoTC) Connection Details

Link

Inner Conductor (pH)

Inner Insulator

Conductive Layer

(Must be stripped back to

cable screen)

Outer Insulator

Cable Screen

(Ref)

pH / Redox Input Connector

A+-

E E RR

ABB

pH / Redox Input Card Connection Details

Link

“TC”

(Red)

“TC”

(Black)

“pH”

(Clear)

“REF”

(Black)

S400 ProcessProbe Cable

Connection Details

(Solution Ground Not Fitted)

Link

pH / Redox Input Connector

A+-

E E RR

ABB

Temperature Input Sensor Input

Link

“TC”

(Red)

“TC”

(Black)

“pH”

(Clear)

“GRND”

(Green)

S400 ProcessProbe Cable

Connection Details

(Solution Ground Fitted)

Link

“REF”

(Black)

pH / Redox Input Connector

A+-

E E RR

ABB

Temperature Input Sensor Input

VP6 Detachable Cable Connection Details

(Solution Ground Fitted)

Green \ Yellow

(Outer Screen)

Temperature Input Sensor Input

“RTD IN”

(Green)

“RTD SENSE”

(Grey)

“RTD RTN”

(White)

“AUX”

(Blue)

“Glass”

(Black/Clear)

“Reference”

(Red)

pH / Redox Input Connector

A+-

E E RR

ABB

Instrument Earth Stud

Link

Electrode

(Green Core)

54E Extension Cable

Sensor Input

Yellow Blue White Black

Temperature Input

Reference

(Green Core

Screen)

Solution Ground

(Clear Core)

“TC”

(Black)

“GRND”

(Green)

“pH”

(Clear)

“TC”

(Red)

“REF”

(Black)

Temperature

Input

Sensor Input

S400 ProcessProbe Cable

S400 ProcessProbe CableTo 54E Extension Cable

Connection Details

54E Extension Cable

VP6 Detachable Cable

VP6 Detachable Cable To 54E Extension Cable

Connection Details

Electrode

(Green Core)

Sensor Input

Yellow Blue White Black

Temperature Input

Reference

(Green Core

Screen)

Solution Ground

(Clear Core)

Cable Outer

Screen

Temperature Input Sensor Input

“RTD IN”

(Green)

“RTD SENSE”

(Grey)

“AUX”

(Blue)

“Reference”

(Red)

“RTD RTN”

(White)

“Glass”

(Black/Clear)

Green \ Yellow

(Outer Screen)

Yellow Blue White Black

Reference

(Green Core

Screen)

Electrode

(Green Core)

pH 54E Extension Cable Connection Details

(Solution Ground Not Fitted)

Cable Outer

Screen

Link

Temperature Input

Sensor Input

pH / Redox Input Connector

A+-

E E RR

ABB

Instrument Earth Stud

Yellow Blue White Black

Solution Ground

(Clear Core)

Electrode

(Green Core)

pH 54E Extension Cable Connection Details

(Solution Ground Fitted)

Cable Outer

Screen

Temperature Input

Sensor Input

Reference

(Green Core

Screen)

pH / Redox Input Connector

A+-

E E RR

ABB

Instrument Earth Stud

Conductivity Input Card Connection Details

White Core

54D Extension Cable

Sensor Input

Yellow Blue White Black

Temperature Input Cable Outer

Screen

Brown

Green Blue Red

Yellow Green \

Yellow

Temperature Input Sensor Input

CMC8/001 Sensor Cable

CMC8/001 Cable To 54D Extension

Cable Connection Details

“C”

White Core

54D Extension Cable

Sensor Input

“E”

Brown

Screen White Core

Sensor Input

CMC8/01 or CMC8/10

Sensor Cable

CMC8/01 or CMC8/10 Cable

To 54D Extension Cable

Connection Details

Yellow Blue White Black

White

Core

Screen

White

Core

Brown

54D Extension Cable

Connection Details

Cable Outer

Screen

Instrument Earth Stud

Conventional Conductivity Input Connector

AA B BGEC

Sensor Input

Temperature Input

“C”

White Core

54D Extension Cable

Sensor Input

Yellow Blue White Black

Temperature Input

Cable

Outer

Screen

“E”

Brown

Blue White Black

Yellow Green \

Yellow

Temperature Input

Sensor Input

54D Sensor Cable

54D Sensor Cable To 54D Extension Cable

Connection Details

“G”

White Core

Screen

Green

(Coaxial

Screen)

Brown White

(Coaxial

Core)

Link

Yellow Green RedBlue

Conventional Conductivity Cable (CMC8/001)

Connection Details

Green \ Yellow

(Outer Screen)

Instrument Earth Stud

Conventional Conductivity Input Connector

Link

AA B BGEC

Sensor InputTemperature Input

Yellow Blue White Black

Green

(Coaxial

Screen)

White

(Coaxial

Core)

Brown

Conventional Conductivity 54D Cable

Connection Details

Green \ Yellow

(Outer Screen)

Instrument Earth Stud

Conventional Conductivity Input Connector

AA B BGEC

Sensor Input

Temperature Input

Conventional Conductivity Coax Cable

(CMC8/01 & CMC8/10)

Connection Details

Coaxial

Core

Inner

Insulator

Outer

Insulator

Cable

Screen

Conventional Conductivity Input Connector

AA B BGEC

Electrodeless Conductivity Input Card Connection Details

Green

Core

54E Extension Cable

Sensor Input

Yellow Blue White Black

Temperature Input

Clear

Core

Green Core

Screen

Blue Red

Sleve

Green

Core

Yellow Clear

Core

Temperature

Input

ECS20 54H Cable

ECS20 54H Cable To 54E Extension Cable

Connection Details

Yellow

Sleve

Clear Core

Screen

Cable Outer

Screen

Green \

Yellow

Sensor Input

Sensor Input Sensor Input

Yellow Blue White Black

Drive -

Clear Core

Screen

Drive +

Clear Core

54E Extension Cable Connection Details

Cable Outer

Screen

Return +

Green Core

Return -

Green Core

Screen

Sensor Input

Temperature Input

ECS Input Connector

AAB B +-

R R D D

Instrument Earth Stud

ECS Input Connector

AAB B +-

R R D D

Instrument Earth Stud

Yellow Blue White Black

Drive -

Yellow Sleeve

(Screen 2)

Drive +

Clear

(Core)

Electrodeless Conductivity Sensor (ECS) 54E

Cable Connection Details

Green \ Yellow

(Outer Screen)

Return +

Green

(Core)

Return -

Red Sleeve

(Screen 1)

Temperature Input

Sensor Input

Link Link

ECS Input Connector

AAB B +-

R R D D

Instrument Earth Stud

Electrodeless Conductivity Sensor (ECS) 54H Cable

Connection Details

Green \ Yellow

(Outer Screen)

Blue White

Drive -

Yellow Sleeve

(Screen 2)

Drive +

Clear

(Core)

Return +

Green

(Core)

Return -

Red Sleeve

(Screen 1)

Temperature Input

Sensor Input

Dissolved Oxygen Input Card Connection Details

Dissolved Oxygen Input Connector

AABBTCA

Instrument Earth Stud

Brown

Black

Anode

Red

Broadley James ProcessProbe™ Polargraphic

Dissolved Oxygen Sensor Cable

Connection Details

Cathode

White

Link

Green

(Outer Screen)

Sensor Input

Temperature Input

Anode

(White Core

Screen)

54D Extension Cable

Sensor Input

Yellow Blue White Black

Temperature Input Cable Outer

Screen

Cathode

(White Core)

“TC”

(Black)

“C ATH ”

(White)

“ANOD”

(Red)

“TC”

(Brown)

Green

Temperature Input Sensor Input

Broadley James ProcessProbe™ Sensor Cable

Broadley James ProcessProbe™ CableTo 54D

Extension Cable Connection Details

Pressure Transmitter

Connection Details

Dissolved Oxygen Input Connector

4-20mA

AABBTCA

Anode

(White Core

Screen)

BrownWhite

Yellow

54D Extension Cable Connection Details

Cable Outer

Screen

Cathode

(White Core)

Not

Connected

Sensor Input

Temperature Input

Blue Black

Dissolved Oxygen Input Connector

AABBTCA

Instrument Earth Stud

Suspended Solids Input Card Connection Details

Suspended Solids Input Connector

Instrument Earth Stud

Cable ScreenGreen

Red

Black

White

Brown

Orange

Yellow

S10, S20, S40 Suspended Solids Sensor Cable

Connection Details

Turbidity Input Card Connection Details

Turbidity Input Connector

Instrument Earth Stud

Cable ScreenGreen

Red

Black

White

Brown

Orange

Yellow

Blue

T30 Turbidity Sensor Cable

Connection Details

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