Emerson CT2211 User manual

User Manual
QCL-MAN -CT2211-Aerosol-Leak-Detection-System, Rev F
October 2015
CT2211 Aerosol Leak Detection System

Preface
All possible care has been taken in the preparation of this publication, but Cascade Technologies and its
agents and distributors accept no liability for any inaccuracies that may be found. This user manual reflects
the state of the product at the issue date below, but further enhancements while in service may mean that the
user manual does not reflect your particular system.
Cascade Technologies reserves the right to make changes without notice both to this publication and the
products which it describes.
No part of this publication may be reproduced, stored in a retrieval system, or transmitted in any form or by
any means electronic, mechanical, photocopying, recording, or otherwise without the express prior written
permission of the copyright holder.
Contact Details:
Cascade Technologies Limited.
Glendevon House
Castle Business Park
Stirling
FK9 4TZ
United Kingdom
General inquiries about this or other Cascade Technologies products should be sent to [email protected].
If you require technical assistance with this product that is not covered within this user manual, then help can
be requested from Cascade Technical Support ([email protected]) or Cascade Technologies distribution
partners.
All trademarks used within this document are the property of their respective owners.
Only for EC countries:
Do not dispose of measuring tools into household waste!
According the European Guideline 2002/96/EC for Waste Electrical and Electronic Equipment and its
implementation into national right, measuring tools that are no longer usable must be collected
separately and disposed of in an environmentally correct manner.

User Manual Table of Contents
QCL-MAN- CT2211-Aerosol-Leak-Detection-System-Rev F October 2015
Table of Contents i
Table of Contents
Section 1:Introduction ................................................................................................1
1.1Qualified personnel........................................................................................1
1.2Safety .........................................................................................................1
1.3Certifications and approvals ...........................................................................2
1.4System overview............................................................................................2
1.5Leak detector overview ..................................................................................5
1.6Detailed system specification.........................................................................6
1.7Operators’ system pre startup checklist .........................................................7
Section 2:System Connection......................................................................................8
Section 3:System Startup ..........................................................................................12
Section 4:Shutdown..................................................................................................14
Section 5: Operation ..................................................................................................15
5.1Software screens..........................................................................................15
5.1.1Home screen — aerosol leak detection system..............................15
5.1.2User Login screen ........................................................................16
5.1.3Program Page..............................................................................17
5.1.4Error Status page .........................................................................18
5.1.5CT2211 Main Screen....................................................................19
5.1.6CT2211 Graphs Screen ................................................................20
5.1.7Digital IO Status page ..................................................................21
5.1.8Optical Gates page ......................................................................22
5.1.9Rejector page ..............................................................................23
5.1.10Line Speed page ..........................................................................24
5.2Errors .......................................................................................................24
5.2.1Overall system healthy.................................................................24
5.2.2Leak detector (CT2211) system healthy.......................................25
5.2.3Leak detector (CT2211) laser healthy...........................................25
5.2.4Can lost .......................................................................................25
5.2.5Can found....................................................................................25
5.2.6Too many consecutive rejects......................................................25
5.2.7Reject verification........................................................................26
5.2.8Encoder error...............................................................................26
5.2.9Air sampling healthy ....................................................................26
5.2.10Bin full ......................................................................................26
5.2.11Mirror purge warning...................................................................26
5.2.12Mirror purge error........................................................................26
5.2.13Repeatable reject error ................................................................27
5.2.14Compressed air error ...................................................................27
5.2.15Error Flags 14/15 .........................................................................27
5.3Line PLC communication..............................................................................27
5.3.1Linestop (in) ...................................................................28
5.3.2System shutdown signal (in) ...........................................28
5.3.3Linestop 1 and linestop 2 (out)........................................28
5.3.4Heartbeat signal (out).....................................................28
5.3.5Reject counter pulse (out) ..............................................28
5.4Control system programs.............................................................................29
5.4.1Add Programs.................................................................30
Section 6:Maintenance..............................................................................................31
6.1Schedule......................................................................................................31
6.1.1Daily...............................................................................31
6.1.2Weekly ...........................................................................31

Table of Contents User Manual
October 2015 QCL-MAN- CT2211-Aerosol-Leak-Detection-System-Rev F
Table of Contents ii
6.1.3Monthly..........................................................................31
6.2Analysis system............................................................................................31
6.3Venturi .......................................................................................................32
6.4Replacement parts.......................................................................................32
Section 7:Troubleshooting and Diagnostics ...............................................................33
7.1Warning and error messages........................................................................33

User Manual List of Tables
QCL-MAN -CT2211-Aerosol-Leak-Detection-System-Rev F October 2015
List of Tables iii
List of Tables
Table 1-1 Leak detection system specifications.................................................... 7
Table 5-1 IO lines...............................................................................................28
Table 6-1 Aerosol leak detection system replacement parts list .........................32
Table 7-1 Possible problems and solutions......................................................... 33

List of Figures User Manual
August 2015 QCL-MAN -CT2211-Aerosol-Leak-Detection-System-Rev F
Table of Contents iv
List of Figures
Figure 1-1Aerosol leak detection system - Venturi configuration.......................... 3
Figure 1-2Aerosol leak detection system - blower configuration...........................4
Figure 1-3Monitoring aerosol cans for leaks on a conveyer...................................5
Figure 2-1Schematic of I/O and external connections...........................................8
Figure 2-2Filter assembly and archway quick connector.......................................9
Figure 2-3Air preparation plate ..........................................................................10
Figure 2-4Left: Sensor head, Right: Air extraction arch assembly ........................ 11
Figure 3-1Isolation switch ..................................................................................12
Figure 3-2Control system display .......................................................................13
Figure 5-1Control system Home screen .............................................................15
Figure 5-2User login screen................................................................................16
Figure 5-3Program Page screen .........................................................................17
Figure 5-4Error Status screen .............................................................................18
Figure 5-5CT2211 Main Screen ..........................................................................19
Figure 5-6CT2211 Graphs Screen .......................................................................20
Figure 5-7Digital IO Status screen ......................................................................21
Figure 5-8Optical Gates page.............................................................................22
Figure 5-9Rejector page.....................................................................................23
Figure 5-10Line Speed page.................................................................................24
Figure 5-11PLC connections.................................................................................27
Figure 5-12Program Page ....................................................................................29
Figure 5-13Add programs screen .........................................................................30
Figure 7-1Network status...................................................................................34
Figure 7-212V PSU status...................................................................................34
Figure 7-3Circuit breaker ...................................................................................35

User Manual Introduction
QCL-MAN -CT2211-Aerosol-Leak-Detection-System-Rev F October 2015
Introduction 1
1Introduction
The aerosol leak detection system described in this document has been quality control
tested and left the manufacturer in pristine condition. To achieve the correct and safe
operation of the product, it must be transported, installed, operated, and maintained
as described by the manufacturer.
This manual contains all the information required to operate the leak detection
system, including basic maintenance and troubleshooting information. Please read the
manual carefully before you start work on the leak detection system, as it contains
important information that must be followed to guarantee the correct operation of
the system and the safety of personnel. The manual is divided into sections, which
allows you to rapidly find the information you need.
Cascade Technologies is committed to continuously improving its products and
documentation. Every effort will be made to include any sensor modifications by the
manufacturer in the documentation. However, it should be noted that this document
reflects the supplied sensor as of the revision number and date on the front cover.
Should you require further information or should particular problems arise that are not
covered within this user manual, then refer to the Leak Detection System Installation
and Service Manual. Additional help can also be requested from Cascade Technical
Support ([email protected]) or Cascade Technologies distribution partners.
1.1 Qualified personnel
These operating instructions have been prepared for technically qualified personnel
who have been specially trained or who possess appropriate knowledge in the field of
instrumentation and control.
Knowledge of the safety information within this user manual and its technically correct
implementation are prerequisites for danger-free installation, commissioning,
operation and maintenance of the system. Only qualified persons have the required
specific knowledge to correctly interpret the general safety information and warnings
given in this user manual and thus apply them to the particular application.
1.2 Safety
During the manufacturing process of the aerosol leak detection system, a rigorous set
of safety and quality checks is performed to ensure that the equipment meets and
exceeds the safety requirements for the system. In order to maintain the operational
performance and safety of the control system, the correct installation, use, and
maintenance procedures detailed by the manufacturer must be adhered to.
The aerosol leak detection system uses no ionizing radiation.
Certain parts of the Leak Detection system carry dangerous voltages. All housings
must be closed with covers in place and the sensor head mounted and connected to
the air arch before switching on. Death, personal injury, and/or damage to persons
and/or property may result if this is not observed.

Introduction User Manual
October 2015 QCL-MAN-CT2211-Aerosol-Leak-Detection-System-Rev F
Introduction 2
Use of controls or adjustments or performance of procedures other than those
specified herein may result in hazardous radiation exposure.
All lasers used within the leak detection system are of class 1. The emitted laser light is
invisible (mid-infrared) and the pulse duration so short that the unprotected eye will
not be damaged. The nature of the laser beam path and beam width furthers ensures
that it should be impossible to cause any eye damage. The leak detection system has
warning labels at appropriate positions according to USA 21 CFR 1040.10.
1.3 Certifications and approvals
All in zone parts comply with the ATEX directive (94/9/EC).
This leak detector complies with USA 21 CFR 1040.10. It is
also designed and manufactured under an approved
quality management system to ISO 9001:2008.
1.4 System overview
The aerosol leak detector is used on aerosol production lines in conjunction with a
control and reject mechanism, to form the aerosol leak detection system, which is
used to manage the interaction with the line and the safe removal of faulty cans at
high speed. The system consists of a detector, control console (non-ATEX), encoder,
optical gates, rejecter (air based reject as standard), reject chute, air preparation
equipment, and mounting mechanics. Figure 1-1and Figure 1-2 below show the
schematic of the leak detection system:

User Manual Introduction
QCL-MAN -CT2211-Aerosol-Leak-Detection-System-Rev F October 2015
Introduction 3
F
Figure 1-1 Aerosol leak detection system - Venturi configuration
A. HMI
B. System DC power supplies (+12V & +24V). System controlling PC Windows OS. Micro leak
and control system software. National instruments digital I/O and digital
timing card. Line driver and opto barrier circuitry. Customer Line PLC interface.
Circuit protection. AC power control. Console thermal management and
control.
C. AC supply voltage 110V/220V AC, 50-60HZ 13A (customer supplied)
D. Line status signals to customer comms (running, waiting, error)
E. Encoder signal
F. Rejected can signal
G. Output gate signal
H. Reject signal
I. CT2211 comms (cat5)
J. CT2211 I/O and power
K. Mirror cleaning signal
L. Air status signal
M. Input gate signal
N. Compressed air supply min 5 BAR, max 10 BAR (customer supplied)
O. Encoder
P. Output gate
Q. Reject
A. HMI M.
Input gate signal
B. Leak Detection System1N. Compressed air supply min 5 BAR, max 10 BAR
(customer supplied)
C. AC supply voltage 110V/220V AC, 50-60 Hz
13A (customer supplied)
O.
Encoder
D. Line status signals to customer
communications
(running, waiting, error)
P.
Output gate
E. Encoder signal Q. Reject
F. Rejected can signal R. Micro leak detector
G. Output gate signal S.
Air status air control
H. Reject signal T. Input gate
I. CT2211
communications (cat5) U. Rejected can gate
J. CT2211 I/O and power V. Reject bin (customer supplied)
K. Mirror cleaning signal
L. Air status signal
1The leak detection system components are: DC power supplies (+12V & 24V); system controlling PC with
Microsoft® Windows operating system; micro leak and control system software; national instruments digital I/O and
digital timing card; line driver and opto barrier circuitry; customer line PLC interface; vircuit protection; AC power
control; and console thermal management and control.
Micro leak control console
Out of zone
components
Rated components
— zone 2
A
B
C
D
E
G
H
I
J
L
M
N
O
P
Q
R
S
T
U
V
Max cable run
Line direction
K
F

Introduction User Manual
October 2015 QCL-MAN-CT2211-Aerosol-Leak-Detection-System-Rev F
Introduction 4
Figure 1-2 Aerosol leak detection system - blower configuration
A. HMI M. Input gate signal
B. Leak detection system2N. Compressed air supply min 5 BAR, max 10 BAR
(customer supplied)
C. AC supply voltage 110V/220V AC, 50-60 Hz
13A (customer supplied)
O. Phase controlled power
D. Line status signals to customer
communications (running, waiting, error)
P. Encoder
E. Encoder signal
Q. Output gate
F. Rejected can signal R. Reject.
G. Output gate
signal S. Micro Leak detector
H. Reject signal T. Air status air control
I. CT2211 communications (cat5) U. Input gate
J
.CT2211 I/O and power V. ATEX zone 2 disconnect switch
K. Mirror cleaning signal W. ATEX zone 2 rated blower
L. Air status signal
X
. Rejected can gate
Y. Reject bin (customer supplied)
2The leak detection system components are: DC power supplies (+12V & 24V); system controlling PC with
Microsoft® Windows operating system; micro leak and control system software; national instruments digital I/O and
digital timing card; line driver and opto barrier circuitry; customer line PLC interface; circuit protection; AC power
control; and console thermal management and control.
A
B
C
D
E
F
G
H
I
J
K
L
M
N
O
P
Q
R
S
T
U
V
W
X
Y
Max cable run
Line direction
Micro
leak control console
Out of zone
components
Rated components
— zone 2

User Manual Introduction
QCL-MAN -CT2211-Aerosol-Leak-Detection-System-Rev F October 2015
Introduction 5
1.5 Leak detector overview
The leak detector identifies aerosol cans that are leaking propellant as they are carried
along a conveyor belt at high speed. The leak detector consists of an air extraction
arch, air filter/regulator, sample cell, sensor head and either a Venturi or 3-phase
blower.
Figure 1-3 Monitoring aerosol cans for leaks on a conveyer
A. Air extraction arch — draws the air from around the aerosol can into the
sample handling system
B. Air filter — for the removal of air particles and leaked contents of the
aerosol cans
C. Sample cell — laser light is directed through the air extracted from around
the cans and back into the sensor head.
D. Sensor head — contains the lasers and laser light detector. It is ATEX
Category 3 rated for a Zone 2 explosive environment.
E. Conveyor belt — transporting the aerosol cans
Aerosol cans (not shown) are moving along the conveyor belt.
The control console (not shown) is located outside the explosive environment and is
not ATEX rated.
E
D
C
B
A

Introduction User Manual
October 2015 QCL-MAN-CT2211-Aerosol-Leak-Detection-System-Rev F
Introduction 6
The power supply (not shown) for the sensor is also mounted outside the explosive
environment.
The Venturi (not shown) is powered by compressed air and mounted in the exhaust
line below the sample cell. It is used to draw air from around the aerosol cans via the air
extraction arch.
The 3-phase blower (not shown) is powered from the control cabinet and mounted in
the exhaust line below the sample cell. It is used to draw air from around the aerosol
cans via the air extraction arch.
The Venturi air status pressure switch (not shown) signals a third party controller if the
air pressure drops below that required by the Venturi.
Gas concentrations are measured using mid-infrared optical absorption spectroscopy.
The light sources are quantum cascade lasers, which are operated to produce
wavelength sweeps that cover the absorption lines of the gases.
The lasers are mounted in the leak detector, and light is directed into the sample cell,
where it is partially absorbed by the gas from the stack. The reflected light from the
cell is detected by a receiver in the leak detector. The variation in the intensity of the
light in the vicinity of the absorption lines is measured, and the concentration is
determined using a comprehensive spectral fitting routine.

User Manual Introduction
QCL-MAN -CT2211-Aerosol-Leak-Detection-System-Rev F October 2015
Introduction 7
1.6 Detailed system specification
The following table shows the general characteristics of the leak detection system.
Table 1-1 Leak detection system specifications
Application Leak detection system
Measurement technique IR absorption spectroscopy
IR source Quantum cascade laser
Laser classification Class1
BS EN 60825-1:2007 Safety of laser products
Equipment classification and requirements (identical to
IEC 60825-1 2007)
Sensitivity 2 X 10-3 mbar.L-1
Line speed Up to 500 cpm
Can dimensions Up to 350 mm (H) by 80 mm (D)
Response time 20 ms
Temperature range 10 — 30 °C (50 — 86 °F)
Sample gas temperature range Room temperature
Leak detector humidity range 10 to 95 % relative humidity (non-condensing) at 35 °C
(95 °F)
ATEX Approvals (in zone sensor) Zone 2 Ex II 2G Ex nR II T6 (10 °C≤Tamb≤30 °C)
(50 °F≤Tamb≤86 °F)
Leak detection system CE approved
Protection class IP65
Hazardous area classification Ex II 3G Ex nR II T6 (10 ° C ≤Tamb≤30° C)
(50 °F≤Tamb≤86 °F)
Analog signal out n/a
Analog signal in n/a
Digital signal out 3 X normally closed contact
Digital signal in 10/100 Base T ethernet
Inlet gas port connector ¾ in. BSPT
Exhaust gas port connector ¾ in. BSPT
Power supply 120 VAC 60 Hz/240 VAC 50 Hz 200 W/A
Control console size 1,200 x 600 x 560 mm (H x W x D)
Control console weight 70 kg
Sensor head size 590
x
330 x 330 mm (H x W x D) sensor only
Sensor head weight 20 kg (sensor only)
Installation On production line
System operating voltage 110 — 240 V AC 50 -60 Hz, specify on order
System power consumption 600 W maximum power requirement
Max factory air consumption 25 L/min approximately on regular usage
Factory compressed air pressure 8-10 bar, clean, dry, and oil free
Line space requirement 1.2 m straight free line (maximum)
Air filter particulate filter 2 um, inline filter/regulator required
1.7 Operators’ system pre startup checklist
Remove hose from air line.
Check and bleed air line.
Check filter condition and color before switching on system.
Change filter if more than 60% discolored.
Ensure that there are no cans between the input and output gates.
Power on system.
Power on conveyor; do not let cans though.
Clear any error messages, e.g., encoder.
Purge air in chamber
Let cans through to commence normal working activity.

System Connection User Manual
October 2015 QCL-MAN-CT2211-Aerosol-Leak-Detection-System-Rev F
System Connection 8
2System Connection
The diagram below shows the electrical connections of the aerosol leak detection
system:
Figure 2-1 Schematic of I/O and external connections
System I/O, External Component Connection and Customer Interface

SCSI interface from NI PCI6601 card
(68 way ribbon cable)
SCSI
S
y
stem interface card
0V
+24V
DC
15 way dtype
plug connects to
15 way dtype
socket on
Cascade opto
box.
IN 1
IN 2
IN 3
IN 4
IN 5
IN 6
IN 7
S
y
stem health
y
Laser health
y
Venturi health
y
Re
j
ect si
g
nal
Return
In
p
ut
g
ate
Out
p
ut
g
ate
Return
OUT0
OUT1
OUT4
OUT3
Status lam
p
s
Encoder O
IN14
IN13
IN11
IN12
IN10
OUT13
OUT
7b
OUT
10
OUT9
OUT8
CASCADEOPTOBOX
CT2211
DC power
Interface
Air status
9 way
dtype plug
9 way dtype
socket
15 way dtype
plug
15 way dtype
socket
Connects to 9 way socket
Cascade opto box power
Connects to 15 way socket
Cascade CT2210 sensor
Connects to 15 way dplug
see above
Connects to 9 way dsocket
Cascade opto box power
Line sto
p
Shutdown s
y
stem
S
p
are
S
p
are
S
p
are
S
p
are
Return
Return
Linesto
p
1 control s
y
stem health
y
Linesto
p
2 laser health
y
Heartbeat si
g
nal
Re
j
ect
p
ulse count
+24V signals to customer PLC
Inputs to control system: 20 — 25
Outputs to control system: 26 - 31
Connects to Purge valve
Connects to Reject valve
Connects to Reject gate
Connects to In
p
ut
g
ate
Connects to Output gate
Connects to status lam
p
s
Connects to encoder

User Manual System Connection
QCL-MAN -CT2211-Aerosol-Leak-Detection-System-Rev F October 2015
System Connection 9
The air arch is connected to the leak detector using the attached quick fit connector:
Figure 2-2 Filter assembly and archway quick connector
A. Filter assembly
B. Air arch
C. Leak detector quick fit connector
A
C
B

System Connection User Manual
October 2015 QCL-MAN-CT2211-Aerosol-Leak-Detection-System-Rev F
System Connection 10
The filter regulator, pressure switch, and valve shown below are mounted onto the
leak detector pedestal stand.
Figure 2-3 Air preparation plate
A. Filter regulator
B. Pressure switch
C. Valve
D. Water separator
A
B
C
D

User Manual System Connection
QCL-MAN -CT2211-Aerosol-Leak-Detection-System-Rev F October 2015
System Connection 11
The leak detector is comprised of the following components:
Figure 2-4 Left: Sensor head, Right: Air extraction arch assembly
A. Sensor head unit
B. Air extraction arch
B
A

System Startup User Manual
October 2015 QCL-MAN-CT2211-Aerosol-Leak-Detection-System-Rev F
System Startup 12
3System Startup
The aerosol leak detection system must be installed and fully commissioned prior to
customer operation.
Ensure that all cables are correctly terminated and the components on the production
line are correctly mounted. The control console must also be securely mounted with
clear access around. The shutdown signal from the line PLC must be set to not switch
the system off otherwise the system will begin to shutdown straight after booting.
The system is activated by turning the isolation switch (shown below) to the ON
position. The system must have been off for at least 30 seconds in order to boot
correctly.
Figure 3-1 Isolation switch
Isolation switch

User Manual System Startup
QCL-MAN -CT2211-Aerosol-Leak-Detection-System-Rev F October 2015
System Startup 13
The Micro Leak Control System initialization takes approximately two minutes after
power is applied.
Figure 3-2 Control system display
The message box at the bottom of the screen indicates any errors or warnings
detected during the boot sequence. If the system has successfully booted, the traffic
light indicator in the bottom right of the screen goes green. For a full explanation of
the control system software, see Section 5 of this manual.

Shutdown User Manual
October 2015 QCL-MAN-CT2211-Aerosol-Leak-Detection-System-Rev F
Shutdown 14
4Shutdown
There are three system shutdown methods:
1. 150 ms signal from the System I/O line to the PLC line
2. Press the control system Power button on the Home screen.
3. Turn off the Isolation switch on the Control System front panel.
Failure to shut down the system using the correct procedure may damage the system.
Only use the isolation switch on its own to shut down the system in an emergency as a
last resort to remove power from the system.
Once activated, the first two safe shutdown methods follow the same sequence. The
screen shows the shutdown of the system and goes blank. Once the screen has gone
blank, wait thirty seconds and set the isolation switch to OFF to remove power from
the console and from the components of the system on the line.