Quadbeam Technologies MXD75 User manual

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
L
+N
-
L
+N
-
Earth
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
L
+N
-
L
+N
-
Earth
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
36
G
GG
DIGITAL
INPUTS
SENSORINPUT 3
SENSORINPUT 2
SENSORINPUT 1
L
+N
-
L
+N
-
SD CARD
0/4-20 mA
OUTPUT
1
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
3
21
6
54
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
* * *
0
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


MENU

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+
mA
Modbus C
Connection
(0V Reference)
Optional
-
mA A- 485 B+ 485 CG 485
A+
mA
A-
485
B+
485
CG
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
36
G
GG
Digital Input Connection Details
PO Box 1142
Pukekohe
Auckland
2340
New Zealand
Telephone: [phone]
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
36
G
GG
DIGITAL
INPUTS
SENSORINPUT 3
SENSORINPUT 2
SENSORINPUT 1
L
+N
-
L
+N
-
SDCARD
LINK
ACT
0/4-20mA
OUTPUT
1
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
3
21
6
54
F1 F2 F3 F4 F5
09:56
MON1 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


MENU

CAL
242 mm
331 mm
09:56
MON1 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


MENU

CAL

Externally Powered Loop Connection Details
Loop Mode Set to “mA Input”
Auxiliary mA Input Connector
24V + -
Transmitter / Sensor
- +
+
-
Power Supply
(36V Max)
mA
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
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
A
Pg
p
Instrument Earth Stud
A
Brown
B
Black
Anode
Red
Broadley James ProcessProbe™ Polargraphic
Dissolved Oxygen Sensor Cable
Connection Details
Cathode
White
Link
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
A
Pg
p
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
A
Pg
p
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