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Ashtead Technology
e. [email protected]
w. www.ashtead-technology.com
Volume 2
t. +44 (0)845 270 2707
f. +44 (0)845 270 2708
Volume 2
Instrument Rental Guide
Environmental Monitoring I Non-Destructive Testing I Remote Visual Inspection
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Welcome...
to Volume 2 of our Instrument Rental Guide, covering our extensive fleet of test,
measurement and inspection equipment. We’ve made searching easier with a
revised layout, colour coded sections and two indexes; one by product and one
by category.
Remember that this is only a selection of our available equipment – for a complete
inventory, just look us up at: www.ashtead-technology.com
We pride ourselves on our reputation, which is why we always:
INVEST in the latest technology
ADVISE our clients which equipment suits the application
DELIVER our equipment, tested and ready to use out of the box
Total equipment
solutions...
We’re confident about providing all our clients with a first-class rental service,
so we’d be happy for you to put us to the test!
Yours Sincerely,
James Carlyle
General Manager, Instrument Division
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Whois Ashtead
Symbol Key
Technology?
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With offices spanning the globe, we are one of the world’s leading providers of
specialist inspection, test and monitoring instruments. Our clients are found in industries
as diverse as telecommunications, construction, power, manufacturing, survey,
geotechnical and oil and gas, so we’re used to meeting tight timescales or providing a
bespoke service. Our rental fleet is worth over £40 million and we are continually
investing in the latest technology.
Following a Management Buy-Out with backing from Phoenix Equity Partners in 2008,
we are now a truly independent company focusing on investment both in terms of our
product offering, but also our outstanding technical personnel as we’re aware that they
could make the difference to ensuring that you receive a truly first-class rental service.
110v
240v Power Supply
110v Power Supply
Battery Supplied
Software Included
Calibration Certificate
Instruction Manual
“So whether you need equipment around the globe, or around the
corner, you can rely on us to have the largest and most up-to-date
rental fleet anywhere.”
Other locations include New York, Chicago, Atlanta, Los Angeles, San Francisco, Philadelphia,
Houston, Pasadena, Baton Rouge, Toronto, Aberdeen and Singapore.
www.ashtead-technology.com
Carry Case
ATEX Rated
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Contents
Environmental Monitoring
Non-Destructive Testing
Remote Visual Inspection
Ambient Air
Emissions Monitoring
Indoor Air Quality/HVAC
Cleanroom Testing
Occupational Hygiene
Noise & Vibration
Confined Space Gas Detection
Toxic Gas and Vapour
PID’s & FID’s
Landfill Gas Analysers
Water Monitoring
XRF, Geophysical & GPS
ACFM
Coating & Thickness
Eddy Current Instruments
Hardness Testing
Concrete Testing
PMI & X-Ray
Tank Floor Scanning
Ultrasonic Flaw Detection
NDT Accessories
Thermal Cameras
Videoscopes/Endoscopes
Pipe Cameras/Tractors
Vessel Inspection
High Speed Imaging
RVI Accessories
6-9
10-12
13-24
25-29
30-38
39-48
49-51
52-59
60-67
68-71
72-84
85-87
90
91-97
98
99
100-101
102
103
104-108
109
112-114
115-120
121-127
128
129
130-134
Appendix
Conversion Table
SapphIRe Library
Niton XRF Library
135
136-138
139-142
Glossary of Terms
Category Index
Product Index
143-150
151-152
153-156
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Whyhire from Ashtead
Reasons to rent;
Technology?
Renting is the most cost-effective way to utilise a piece of
equipment without incurring all the expenses associated
with ownership, allowing your financial resources to be
dedicated to core activities. More and more organisations
are switching to renting because of the economic and
operational advantages.
Tomorrow won’t be anything like Today!
Projects change, deadlines change, your requirements
change… sometimes at a moments notice. Your biggest job
could be the next call you take and when the phone rings, it’s
essential that all your instruments are on hand, working,
calibrated and ready to go.
Renting your equipment from Ashtead Technology
ensures that you can always be ready, no matter
what the call…
www.ashtead-technology.com
Access to the latest technology
Equipment when and
where you want it
It makes financial sense
Accessible technical support
No calibration, storage or CapEx costs
Smart people to talk to
Equipment is ready to go
straight out of the box
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Symbol Key
240v
110v
240v Power Supply
110v Power Supply
Battery Supplied
Software Included
Environmental Monitoring
Ambient Air
Emissions Monitoring
Indoor Air Quality/HVAC
Cleanroom Testing
Occupational Hygeine
Noise & Vibration
Confined Space Gas Detection
Toxic Gas and Vapour
PID’s & FID’s
Landfill Gas Analysers
Water Monitoring
XRF, Geophysical & GPS
6-9
10-12
13-24
25-29
30-38
39-48
49-51
52-59
60-67
68-71
72-84
85-87
Calibration Certificate
Instruction Manual
Carry Case
ATEX Rated
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Ambient Air
Turnkey Osiris Ambient
Dust Monitor
• Lamppost mounting box available
• Suitable for short to medium term studies
Specifically designed to get close to the sources of pollution, the Turnkey
Osiris airborne particle monitor is capable of being rapidly deployed for
short term studies or, with the Turnkey lamppost box, undertaking
longer term monitoring. Not only does it continuously record and display
TSP, PM10, PM2.5 and PM1 particle concentrations, the workplace mode
can indicate inhalable respiratory and thoracic concentrations.
Powered using mains or lamppost power, the Osiris contains its own
datalogging function which can be interrogated using the supplied software.
The Osiris is ideal for situations where a particulate problem is suspected,
for example in pollution hotspots caused by traffic, or examining dust
concentrations from construction activities.
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Technical Specifications
Particulate Fractions
Monitored:
Workplace Mode:
TSP, PM10, PM2.5 and PM1
Inhalable, Thoracic and
Respiratory concentrations
Measurement Range: 0 - 6000 µgm-³
Resolution:
1 µgm-³
Averaging Period:
1 second to 4 hours
Internal Memory:
128K data storage
with battery backup
Power Source:
Mains or Battery powered
Dimensions:
260 x 160 x 150 mm
Weight:
3.5 kg
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Ambient Air
Technical Specifications
Measurement Range:
CO: 0 - 1000ppm / NO: 0 - 100ppm
Resolution:
CO: 0.1ppm / NO: 0.5ppm
NO2: 20ppb / SO2: 25ppb
Response Time:
<40 seconds to T90
Repeatability:
1% of signal
Span Drift:
<1% per month
PM10 Sensitivity:
1µgm-3
PM10 Accuracy:
0.003µgm-3 or 2% of reading
Long Term Stability:
5% of reading
Auto Zero:
Hourly
Auto Span:
Daily
Memory:
500Kb
Data Capture:
License exempt radio link
to laptop - 20m range
Power:
Rechargeable Battery:
Gas-only version:
PM10 version: Mains supply
NO2: 0 - 10ppm / SO2: 0 - 40ppm
Operating Temperatures: -20ºC to +50ºC
Dimensions:
Dual Gas: 285 x 170 x 145mm
Dual Gas / PM10:
620 x 245 x 170mm
Weight:
Dual Gas: 1.9Kg
Dual Gas / PM10: 8.5Kg
Signal StreetBox Urban
Pollution Monitor
• Accurate measurement of gases and particulate
• Onboard datalogging with data capture via radio link
The StreetBox from Signal provides unobtrusive, accurate measurements
of urban pollution levels. Designed primarily for gathering ambient
pollution trend information, it is useful for baseline studies where the
need for more accurate investigations may be required.
With an internal memory capacity for several months of data storage, the
StreetBox has the ability to record up to 2 gases including CO, NO, NO2 and
SO2. An alternative version is able to additionally measure PM10 particulate
with a sensitivity of 1µgm-3. Data is downloaded via a license exempt radio
link to laptop, negating the need for cables and ladders.
Power for the gas only version is supplied by internal batteries allowing
typical monitoring times of up to 6 months, whilst the PM10 version
requires power from an external source (e.g. mains or lamppost) as it
contains an internal pump.
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Ambient Air
Thermo Scientific Partisol 2000
Air Sampling System
• Flexible sampling of particulate matter
• Approved method
The Partisol Model 2000 Air Sampler is a flexible manual air sampling
platform for the measurement of particulate matter and organics in
ambient air. The hardware is a USEPA reference method for the sampling
of PM10, and can be easily fitted with sample inlets for PM2.5, PM1 and
TSP monitoring. It has also been tested by TUV in Essen, Germany, for
compliance with the European EN12341 PM10 sampling method.
The sampler represents a major advance in air sampling technology,
incorporating innovations such as a hub and satellite configuration,
flexible microprocessor control, and ActiVol flow control. Potential
applications include pollution trend mapping, construction impact
monitoring and regulatory compliance monitoring.
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Technical Specifications
Environmental
Particles Monitored:
Temperature Range:
Power:
Flow rate:
Filter size:
Communication:
Data output:
Dimensions:
Weight:
TSP, PM10, PM2.5 and PM1
-40°C to +50°C. Conditions
below -25°C require
optional insulating jacket.
Standard Pump: 2.2 A @
120 VAC, 1.1 A @ 240 VAC
5 to 18 L/min-1
(mass flow controlled)
47mm
RS232
Volume sampled; Diagnostics
Hub: 410 x 610 x 330 mm
Stand:1080 x 820 x 460 mm
32 kg (with PM10 inlet)
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Ambient Air
Technical Specifications
SENSUS Data-logger
Internal memory:
Logging interval:
Communications:
SENSORS
Wind Speed:
Wind Direction:
Temperature:
Humidity:
Pressure:
Solarimeter:
Rainfall:
512Kbytes (extendable up to
256 Mb maximum on CF card)
Adjustable from 5 seconds
RS232 & RS485
0 to 70ms-1 Accuracy: ±0.3 ms-1
0 to 359° Accuracy: ±2°
-40°C to +60°C Accuracy: ±0.3°C
0-100% Accuracy: ±3%
800-1100 Mb silicon bridge
0.1 Wm-2
Tipping Bucket Rain gauge ±1%
@ 1 Litre per hour
Operating Temperature: -15°C to +70°C
Data Collection:
Via RS232 using software
Dimensions:
Deployed: 183 cm above ground
In 3 customized carrying bags:
Case 1: 940 x 305 x 480mm
Case 2: 356 x 381 x 381mm
Case 3: 356 x 356 x 254mm
Weight:
13 kg
Casella CEL NOMAD
Portable Weather Station
• Portable and lightweight
• Solar panel for remote operation
The NOMAD from Casella CEL is a truly portable monitoring
station designed for ease of transportation, rapid deployment
and quality of measurement. Due to increasing environmental
legislation world wide, many industrial activities including construction,
demolition and land remediation now have a requirement to monitor local
meteorological conditions.
Once on site, the NOMAD can be deployed and collecting data in less than 5
minutes. The NOMAD system comprises 3 components: a lightweight
collapsible tripod assembly, the Sensus data-logger housed in an IP67 enclosure
(with solar panel and rechargeable battery) and a detachable sensor array.
Software is provided for data download via RS232.
The convenient portability of the NOMAD system enables it to be used to monitor
virtually any location and, as standard, measures and records: temperature, relative
humidity, pressure, wind speed and direction, solar radiation and rainfall.
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Emissions Monitoring
Sick Bernath Atomic
3006 Heated FID
• MCERTS approved analyser
• Measuring ranges from 1 ppm to 100,000 ppm
The Bernath Atomic FID is designed for mobile use at various sites and
operating conditions both for semi continuous and short term
monitoring. The unit is suitable for areas with difficult access and ensures
laboratory quality results under harsh process conditions. It features a
patented miniature heated sensor block with a FID controlled up to
240°C, making it possible to measure steam saturated gases. In addition,
the Bernath 3006 has been awarded MCERTS certification.
An optional datalogger gives the capability to store one week’s continuous
measured values. The datalogger stores not only the measuring values but
also the measuring range and with it the absolute values of measured
concentrations with the date and time. Included is the PC software for
data transfer and visualising the measured values in spreadsheets.
The Bernath Atomic FID is supplied with fuel and calibration gas with a 5m
heated line as standard.
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Technical Specifications
Measured
components:
Warm-up time:
Measuring Ranges:
Detection Limit:
Zero Drift:
Span Drift:
Sample Gas Flow:
Analogue Outputs:
Power Supply:
Dimensions:
Weight (kg):
Hydrocarbons,
chlorinated hydrocarbons
approx 15 minutes
0 to 100,000ppm in ranges
<1.5% of final value of measuring
range, smallest value 15ppb C3H8
< 0.5% of reading/month
< 2.8% of reading/week
approx. 1.2 L/min-1
4 to 20 mA
110Vac 48 - 63 Hz
240 x 290 x 380 mm
analyser 8.8kg, case 2.2kg, frame 2.1kg
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Emissions Monitoring
Technical Specifications
Components
Analysis Principle
Ranges
Nitrogen Oxide (NOx)
Chemiluminescence
0 to 2500ppm
Sulphur Dioxide (SO2)
Non-Dispersive Infra
Red Absorption
0 to 3000 ppm
Carbon Monoxide (CO) Non-Dispersive Infra
Red Absorption
0 to 5000ppm
Carbon Dioxide (CO2)
Non-Dispersive Infra
Red Absorption
0 to 20% volume
Oxygen (O2)
Galvanic Cell
0 to 25% volume
Response Time:
45s or less (SO2 only: 240s or less)
Sample Gas Flow Rate:
Approx. 0.4 L/min
Display:
Measured value (3 or 4 digits)
active, range, flow rate
Outputs:
DC 4-20mA (Non-isolated),
RS-232C Interface
Operating Temperature: +5°C to +40°C
Ambient Humidity:
85% or less
Power:
100 to 240V AC, 50 to 60Hz
Dimensions:
260 x 260 x 510 mm
Weight:
17 kg
Horiba PG-250
Portable Gas Analyser
• MCERTS Approved
• A single analyser capable of
measuring five components
This latest gas analyser from Horiba is both
portable and MCERTS approved. Capable of
measuring five components simultaneously, the
PG-250 is a highly reliable and versatile analyser
for compliance testing of NOX, SO2, CO, CO2,
and O2. Housed in a single lightweight, portable case, it utilises the same
measurement principles as permanently installed CEMS - unlike other
portable gas analyzers that rely upon electro-chemical sensors.
The unit is supplied with a cable and software to be connected to a PC
which acts as a datalogger and a traditional multi-input datalogger is also
available as an optional extra. A sample conditioner is also available to
reduce sample vapour content in high humidity gas streams.
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Emissions Monitoring
Testo 350XL Portable
Emissions Analyser
Technical Specifications
Oxygen:
Range:
Accuracy:
0 - 21% volume (Resolution: 0.1% volume)
2% of m.v
Carbon Monoxide:
Range:
0 - 10,000ppm (H2 compensated)
(Resolution:1ppm)
(0 - 99ppm)
5ppm
(100 - 2,000ppm)
5% of m.v
(2,001 - 10,000ppm) 10% of m.v
• Touchscreen operation
• Quick and straightforward to use
• Integral printer and datalogger
With sample conditioning technology and electrochemical sensors, the Testo
350 XL is designed for short-term industrial stack gas monitoring and
combustion analysis.
The analyser measures Oxygen, Carbon Monoxide, Nitric Oxide, Nitrogen
Dioxide, Sulphur Dioxide and Temperature and calculates both Carbon
Dioxide and Efficiency. The readings can be printed on board or downloaded
to a PC. A complete Peltier gas preparation unit for controlled condensate
removal comes as standard.
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Accuracy:
Nitric Oxide:
Range:
Accuracy:
0 - 3,000ppm (Resolution:1ppm)
(0 - 99ppm)
5ppm
(100 - 2,000ppm)
5% of m.v
(2,001 - 10,000ppm) 10% of m.v
Nitrogen Dioxide:
Range:
Accuracy:
0 - 500ppm (Resolution:0.1ppm)
(0 - 99ppm)
5ppm
(500ppm)
5% of m.v
Sulphur Dioxide:
Range:
Accuracy:
0 - 5,000ppm (Resolution:1ppm)
(0 - 99ppm)
5ppm
(500ppm)
5% of m.v
Temperature:
Range:
Accuracy:
-40o to +1200oC
(-40o to +99°C)
(+100o to +1200oC)
Carbon Dioxide:
Range:
Accuracy:
0 - CO2 max volume % (Resolution: 0.1% volume)
Calculated from Oxygen
Efficiency:
Range:
0 to 100%
0.5 oC
0.5% of m.v
Power:
Rechargeable NiMH battery
(2hours operation) or 240V AC mains
Dimensions:
406 x 279 x 102mm
Weight:
4Kg
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Indoor Air Quality
Technical Specifications
Sensor Type:
Near forward light
scattering infra-red
Range:
0 - 2,500mgm-3
Sensitivity:
0.001mgm-3
Zero Stability:
+/- 0.002mgm-3
Memory:
15,700 data points
Logging Intervals:
Adjustable from 1 to 600 seconds
Recorded Values:
Average, Max/Min concentrations
over logging intervals
Serial Interface:
RS232
Analogue Output:
0 - 2.5V DC FSD
Display:
128 x 64pixel LCD graphics
with backlight
Operating Temperature: 0 - 50oC (Non-Condensing)
Power:
4x AA rechargeable NiCad cells
Operating Time:
9hrs
Dimensions:
245 x 95 x 50mm
Weight:
0.97Kg
Casella MicroDust Pro
Real-Time Dust Monitor
• Unique real-time graphical display
• Extensive range of 0.001 to 2,500mgm-3
The ideal rental solution for real-time detection and
monitoring of airborne dusts, fumes and aerosols, the
MicroDust Pro from Casella has a number of features such as
a detachable probe useful for identifying dust sources in difficult to
reach areas.
Lightweight, accurate, a large LCD screen and the ability to instantly display
dust levels and trends, the MicroDust with its choice of ranges and a
sensitivity of 0.001mgm-3 is ideal for applications in construction/demolition
sites, process plants, pharmaceutical manufacturing, and bakeries and mills
as well as general occupational health surveys.
The unit is supplied in a carry case with software for easy downloading,
together with a calibration insert to check calibrations on site.
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Indoor Air Quality
TSI SidePak AM510
Personal Aerosol Monitor
• Easy to use interface and LCD display
• Intrinsically Safe rating
• Integrated pump allowing size selective conditioners
The Sidepak from TSI both displays and datalogs aerosol concentrations
in real time. The rugged, belt-mounted laser photometer is compact and
quiet, minimising interference and worker discomfort.
The built-in sampling pump allows attachment of a wide variety of sizeselective aerosol inlet conditioners for breathing zone, area measurements
with a respirable cyclone or one of three integrated impactors. Intrinsically
safe, the Sidepak is ideal for use in hazardous/explosive environments.
The unit is supplied with software and battery charger as standard.
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Technical Specifications
Sensor Type:
90o Light Scattering Laser Photometer
Particle Size Range:
0.1 to 10µm
Measurement Range: 0.001 to 100 mgm-3
Aerosol Concentrations: 0.001 to 20mgm-3 (calibrated to
respirable fraction of ISO 12103.1, A1)
Resolution:
1% of reading or 0.001 mgm-3
Flow Rate:
User-adjustable, 0.7 to 1.8 litres/min
Temperature:
Operating Range: 0oC to +50oC
Time Constant Range: (LCD display) User-adjustable,
1 to 60 seconds
Data Logging:
Approx. 31,000 (21 days logging
once per minute)
Logging Interval:
User adjustable, 1 second to 1 hour
Display:
2 line x 12 character LCD
Dimensions:
106 x 92 x 70mm
Weight:
0.46Kg
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Indoor Air Quality
TSI Dustrak DRX 8533
Aerosol Monitor
Technical Specifications
Sensor Type:
90o light scattering laser photometer
Range:
0.001 to 150 mgm-³
Resolution:
±0.1% of reading or 0.001 mgm-³,
whichever is greater
Particle Size range:
0.1 to 15µm
Flow Rate:
3.0L/min (variable)
Data Logging:
5MB onboard memory (>60,000
readings). 45 days @ 1min intervals
Logging Interval:
Adjustable from 1 second to 1 hour
Communications:
USB and Ethernet
Power:
115 to 240V AC mains or rechargeable
Li-Ion battery (6 hours operation)
Dimensions:
135 x 216 x 224mm
Weight:
2.0 kg
• Ideal for spot checks and long term sampling
• Fully Datalogging
• Measures PM10, PM2.5 and PM1.0 concentrations
The Dustrak DRX monitor provides accurate real time readings of worker
exposure to airborne contaminants such as dust, smokes, fumes and mists
by providing. Simultaneously measuring mass and size to PM10, PM2.5 and
PM1.0 or respirable fractions, the Dustrak features a colour LCD touchscreen
and can store over 60,000 readings in the internal 5MB memory, which are
capable of being downloaded by the TrakPRO software package.
Common applications include indoor air quality studies, industrial workplace
monitoring, filter and control evaluation as well as environmental and
perimeter monitoring.
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Indoor Air Quality
TSI P-Trak Model 8525
Ultrafine Particle Counter
• Real-time ultrafine particle counter
• 0.002 to 1µm particle size range
• Easily track particulates to their source
The P-Trak from TSI is the ideal rental solution for pinpointing the source
of air quality pollutants ranging from exhaust and indoor air quality
emissions to ultrafine filter and gasket leaks.
With a detection limit as fine as 0.002microns, the P-Trak can be relied
upon to accurately follow a ‘pathway’ to the source of the smallest, most
dangerous particles. The unit is fully Datalogging and is supplied with
software for download and analysis
Potential applications include facilities management, occupational
hygiene surveys, environmental nuisance investigations and health and
safety risk assessments.
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Technical Specifications
Concentration Range: 0 to 5 x 105 particles/cm3
Particle Size Range:
0.002 to 1 micrometer
Sample Flow Rate:
100cm-3min
Memory:
1,000 hours at one minute
intervals (max: 141
separate tests)
Alcohol Requirement: 100% reagent grade isopropyl
Power:
6x AA alkaline (6hrs operation)
Dimensions:
270 x 140 x 140mm
Weight:
1.7Kg
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Indoor Air Quality
Technical Specifications
2 channel multi-function
measuring instrument
Temperature range:
-20°C to +70°C (±0.4°C)
Humidity range:
0 to 100% (±2%)
Vane anemometer:
0.2 to 15 ms-1 (±1.5%)
Pressure (pitot):
±10 mb (±0.03 mb)
(0 - 10 Hpa range):
Battery Type:
1.5 V AA
Calibration:
NIST calibration certificate
Operating Temperature: 0°C to +50°C
Battery Life:
18 hours (rechargeable)
Telescope:
3ft long (for plug in vane probe)
Vane (Flow):
0 to 60 m/s-1
Dimensions:
250 x 80 x 90 mm (instrument)
30 x 20 mm(Ø) (temp / RH probe)
30 x 110 mm (Ø) (vane probe)
Weight:
0.5 kg
Testo 400 IAQ / HVAC Monitor
Channels:
• Temperature, humidity & air velocity probes
• Differential pressure measurement
• Ideal for HVAC and IAQ studies
Providing rapid, accurate measurement of temperature,
humidity, airflow and differential pressure, the Testo
400 has an integrated display, datalogger and
probes for ease and simplicity of use. The unit is
capable of storing 500,000 readings which can
be downloaded directly to a PC or sent to an
optional infrared printer. Designed for use in
investigating HVAC systems and indoor air
quality monitoring.
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Indoor Air Quality
TSI Q-Trak Plus Model
7565 IAQ Monitor
• Portable IAQ monitor with CO2 measurement
• Measures 5 parameters simultaneously
Capable of simultaneously measuring Carbon Dioxide,
Carbon Monoxide, Temperature, Relative Humidity
and % Outside Air, the Q-Trak from TSI delivers
rapid and accurate readings. Lightweight
and easy to use, the Q-Trak has a large, clear
LCD display screen as well as an intuitive
control panel.
Up to 40 days of data logged at 1 minute intervals
can be stored internally, making the Q-Trak ideal for location surveys,
problem area identification as well as trend recording. The powerful TrakPro
Data Analysis software enables statistical analysis, data graphing and
report generation.
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Technical Specifications
Carbon Dioxide:
Sensor:
Range:
Accuracy:
Dual wavelength NDIR
0 to 5000ppm
±3% of reading
and ± 50ppm
Carbon Monoxide:
Sensor:
Range:
Accuracy:
Electro-Chemical
0 to 500ppm
±3% of reading
or ±3ppm
(whichever the greatest)
Temperature:
Sensor:
Range:
Accuracy:
Thermistor
0ºC to +50ºC
±0.5°C
Humidity:
Sensor:
Range:
Accuracy:
Thin-Film Capacative
5 to 95% RH
±3%
% Outside Air:
Range:
Accuracy:
0 to 100%
0.1%
Datalogging:
56,035 data points / 40 days
@ 1min intervals
4x AA Batteries (13.5 hours) or AC operation
183 x 107 x 292mm
0.36 Kg
Power:
Dimensions:
Weight:
Indoor Air Quality:Layout 1
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Page 19
19
Indoor Air Quality
Technical Specifications
Carbon Dioxide:
Sensor:
Range:
Accuracy:
Dual-channel NDIR
0 to 5000ppm
3% of reading
or ±3ppm
Sensor:
Range:
Accuracy:
Electro-chemical
0 to 500ppm
3% of reading
or ±3ppm
Temperature:
Sensor:
Range:
Accuracy:
Thermistor
0oC to +60oC
±0.6oC
Relative Humidity:
Sensor:
Range:
Accuracy:
Thin-film capacitive
5% to 95% RH
±3% RH
Carbon Monoxide:
Dew Point:
Range:
-15oC to +49oC
Wet Bulb Temperature:
Range:
+4oC to +60oC
% Outside Air:
Range:
0 to 100%
Power:
4 x AA batteries or AC mains adapter
Dimensions:
84 x 178 x 44mm
Weight:
0.27Kg
TSI IAQ-Calc Model 7545
IAQ Monitor
• Portable IAQ monitor with CO measurement
• Data logging with download software
The IAQ-Calc is ideal for investigating and monitoring indoor
air quality - combining every possible parameter needed for a
comprehensive study into one lightweight, handheld
instrument. The IAQ-Calc is capable of simultaneously
measuring and datalogging CO, CO2, temperature and
humidity as well as calculating dew point, wet bulb
temperature, absolute humidity and percent outside air.
Datalogging capacity is 26,900 samples with time and date
stamp and 1 second to 1hour sampling intervals. The rental
unit comes with software for easy data transfer and a macro that
will download directly to Excel.
240v
+44 (0)845 270 2707
Indoor Air Quality:Layout 1
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20
Indoor Air Quality
Technical Specifications
• Built-in diaphragm pump for sampling
• Continuous measurement of
temperature and relative humidity
The IAQRAE is the only Indoor Air Quality
monitor to combine a PID with measurement
of traditional parameters such as temperature,
humidity, CO2 and toxic gases. The PID gives
the IAQRAE the ability to measure 0 to 500ppm of VOC's
at a resolution of 0.01ppm.
RAE Systems' proven PID technology gives IAQ investigators an ultrasensitive VOC detection tool to detect indoor contaminants such as
moulds and VOCs from construction, renovation and office activities.
Sensor set-ups available are: PID, CO2, temperature, humidity, plus CO as
standard (other sensors are available upon request).
www.ashtead-technology.com
choose 1x extra from
RAE Systems IAQ-RAE Indoor
Air Quality Monitor
Sensor Specifications:
VOC:
Carbon Dioxide:
Temperature:
Humidity:
Range:
0.01 to 500ppm
0 to 20,000ppm
0o to +50oC
5 to 95% RH
Resolution:
0.01 to 1ppm
10ppm
0.1oC
1% RH
Carbon Monoxide:
Hydrogen Sulphide:
Sulphur Dioxide:
Nitric Oxide:
Nitrogen Dioxide:
Chlorine:
Hydrogen Cyanide:
Ammonia:
Phosphine:
0 to 500ppm
0 to 100ppm
0 to 20ppm
0 to 250ppm
0 to 20ppm
0 to 10ppm
0 to 100ppm
0 to 50ppm
0 to 5ppm
1ppm
1ppm
0.1ppm
1ppm
0.1ppm
0.1ppm
1ppm
1ppm
0.1ppm
Battery:
Rechargeable 7.4V Li-Ion battery pack
with built-in charger. 24hrs operation
2 line, 16 Digit LCD
Values, sensor name, high or low values,
battery, voltage and elapsed time
2 operation and 3 programming
95dB buzzer and flashing LED cluster
Auto shut-off pump for low flow conditions
RS232 link
0oC to +40oC
235 x 103 x 235 mm
3.6 kg
Display:
Direct Readout:
Keypads:
Alarms:
Low Flow Alarm:
Communications:
Operating Temperatures:
Dimensions:
Weight:
Indoor Air Quality:Layout 1
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Page 21
21
Indoor Air Quality
Testo 175 Temperature
& Humidity Loggers
Technical Specifications (Testo 175 H2 & Testo 175)
Memory:
Storage temperature:
Operating temperature:
Battery type:
Battery life:
Probe:
Measurement Range:
Resolution:
Measurement Range:
Resolution:
Dimensions:
Weight:
16,000 datapoints
-40°C to +85°C
0°C to +70°C
Rechargeable Lithium 3.6V
(175 H2) ± 18months average
(175) >2.5 years
(175 H2) Humidity Sensor
(175) Type K Temperature
0 to 100% RH
0.1% RH
(175 H2) -20 to +70°C
(175) - 50 to +1000°C
0.1°C
82 x 52 x 30mm
90g
• Temperature and temperature + humidity versions available
• Small and compact logger
• Up to two probes per unit
The Testo 175 and 175 H2 compact data loggers are small in size, and
measure temperature and humidity values in environments ranging from
food storage to high temperature monitoring. The data loggers have a
real-time clock with an accuracy of ± 2 min per month.
The logger can be stopped once a certain number of measurements have
been reached, according to date or time or simply when the memory is
full or manually via PC. The wraparound memory program enables
"continuous measurements" and data may be downloaded onto a PC
for analysis at any time.
+44 (0)845 270 2707
Indoor Air Quality:Layout 1
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Page 22
22
Indoor Air Quality
TSI VelociCheck Model 8340
Hotwire Anemometer
(For air velocity measurement)
• Traceable calibration
• Quick and easy to use
• Intrinsically Safe
The VelociCheck air velocity meter provides a
reliable, accurate and easy way to make air
velocity measurements in applications such as
HVAC duct balancing, fume hood face velocity
testing and others. The meter is pocket-sized
and requires no training to operate; just pick it
up and start taking readings. There is no
onboard datalogging.
www.ashtead-technology.com
Technical Specifications
Air Velocity Range:
Air Velocity Accuracy:
Resolution:
Instrument Operating
Temp. Range:
Probe Operating
Temp. Range:
Probe Length:
Time Constant:
Power:
Safety Rating:
Dimensions:
Weight:
0.13 to 10.16ms-1
±5.0% of reading or ±0.03ms-1
whichever is greater
0.01ms-1
0°C to +65°C
0°C to +50°C
79mm
Fast mode 3-second ave
slow mode 12-second ave
4 x AA alkaline (10 hrs operation)
UL. Class I, Groups C & D,
Class, Groups E, F & G and Class III
70 x 33 x 132mm
0.4 kg
Indoor Air Quality:Layout 1
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Page 23
23
Indoor Air Quality
Technical Specifications
Velocity from
Thermal Sensor:
Velocity from
Pitot Tube:
Temperature:
Relative Humidity:
Wet Bulb Temperature:
Dew Point:
Static / Differential
Pressure:
Datalogging:
Power:
Dimensions:
Weight:
TSI VelociCalc Plus Model 8386
Multi-parameter Ventilation Meter
Range: 0 to 50ms-1
Range: 1.27 to 78.7ms-1
Range: -10°C to +60°C
Range: 0 - 95%
Range: +5°C to +60°C
Range: -15°C to +49°C
Range: -9.3 to +28mm Hg
Up to 1394 samples
and 275 test IDs
4 x AA alkaline batteries
183 x 107 x 38mm
0.54Kg
• NIST Traceable calibration
• Fully datalogging
• Perfect for rapid and accurate HVAC and IAQ surveys
Packed with features, the VelociCalc
8386 from TSI is capable of
simultaneously measuring and
logging nine parameters.
Lightweight and ergonomically
designed to minimise user fatigue,
the Velocicalc has a large clear LCD
display and intuitive controls as well as
a telescoping probe for ease of use.
+44 (0)845 270 2707
Indoor Air Quality:Layout 1
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09:49
Page 24
24
Indoor Air Quality
TSI Accubalance Model 8371
Airflow Hood
• Digital manometer for air flow, velocity, temperature & humidity
• Traceable calibration
• Lightweight and accurate
The TSI Accubalance is the ideal rental solution for measuring air flow,
temperature and humidity being emitted from diffusers and grilles within
buildings and offices.
Ideally suited for commissioning agents, facilities managers, HVAC engineers,
health & safety specialists and test and balance engineers, the Accubalance
is lightweight, accurate and simple to operate. Simply attach the unit to the
specified grill size using one of the hood size attachments supplied.
Technical Specifications
Flow Range:
Accuracy:
Hood Sizes:
Power:
Weight:
www.ashtead-technology.com
50 to 3,500m3hr-1
±5% of reading and ±8.5m3hr-1
610 x 610mm / 610 x 1,220mm /
305 x 1,220mm / 305 x 1,525mm /
915 x 915mm
4x C-Size batteries
(max 40 hours operation)
3.4Kg
Clean Room Testing:Layout 1
11/5/09
09:51
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25
Cleanroom Testing
Clean Air Trakker Water Fogger
• Diagnose air disturbances
• Highly portable - just add water and turn it on
The Clean Air Trakker produces a highly visible fog using only deionised
water and ultrasonic energy. It is ideal for visualizing air flow patterns,
verifying toxic fume containment, identifying vortices and flow
disturbances, verifying pressure differentials between clean zones, and
tracing migration paths on walls and around furniture. Just add Deionised water and turn it on.
Technical Specifications
Construction:
Continuous Use:
Capacity:
Power:
Case Dimensions:
Shipping Weight:
Dimensions:
Weight:
316L electro polished stainless steel
1.5 Hours at max output
2.0 litres DI water
110V
432 x 457 x 254mm
15.4Kg
305 x 152 x 229mm
5.4Kg
The Clean Air Trakker delivers sub micron-sized water particles at a speed
and fog density that are user-adjustable. The unit includes a six-foot flexible
hose for fog dispersion and requires a 110V ac power supply (can be
supplied as an option).
110v
+44 (0)845 270 2707
Clean Room Testing:Layout 1
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26
Cleanroom Testing
Hach Ultra MetOne
227B Particle Counter
• 0.3µm at 0.1cfm
• Two channel sizes selectable
• NIST-traceable calibration
The Model 227 Portable Airborne Particle
Counter offers both the features and
sensitivity of larger instruments and easy
handheld operation. Weighing less than 1Kg, the
227B features a sensitivity of 0.3microns, is fully self-contained and
uses reliable laser diode technology.
The unit has proven its versatility in such applications as monitoring LAF and
Biohazard benches, cleanroom laundries, HVAC systems, computer rooms
and surgical units. Industries as diverse as food and beverage packaging,
aerospace, medical device assembly and paint spray booths all benefit from
the 227B particle counter.
www.ashtead-technology.com
Technical Specifications
Size Channels:
Flow Rate:
Sample Time:
Hold Time:
Location Labels:
Datalogging:
Output:
Power:
Dimensions:
Weight:
Channel 1: 0.3µm
Channel 2: selectable from 0.5,
1.0, 3.0 or 5.0 µm
2.8Lmin-1
1 second to 24 hours
1 second to 24 hours
250, appearing on printout
200 records, rotating buffer
RS-232 port
NiMH battery, up to 3.5 hours
operation or AC mains
175 x 102 x 58mm
0.97Kg
Clean Room Testing:Layout 1
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Page 27
27
Cleanroom Testing
Hach Ultra MetOne
3313 Particle Counter
Technical Specifications
Size Channels:
Flow Rate:
Zero Count:
Light Source:
Pump Type:
Sample/Hold Times:
Data Storage:
Outputs:
Battery Type:
Size:
Weight:
0.3, 0.5, 1.0, 3.0, 5.0 and 10.0 µm
28.3 Lmin-1
1 count or less in 5 minutes
Laser diode
Air vacuum, rated for
continuous use
1 second to 24 hours
2,000 samples, scrollable
on front panel
Built-in printer. RS232
serial interface
Rechargeable NiMH
or 90 to 260V AC
330 x 165 x 356mm
7.1 kg
• 1cfm operation in a battery-operated unit
• ISO 14644-1 and Fed-Std-209E calculations
• Traceable calibration
With a sensitivity of 0.3µm (micron) and high flow rate of 1cfm, the battery
powered MetOne 3313 offers accurate and reliable particle monitoring in
a lightweight package. Performing ISO 14644-1 standard calculations on
all six particle size channels, the 3313 has an integral printer for both
immediate and delayed printing of results.
240v
110v
+44 (0)845 270 2707
Clean Room Testing:Layout 1
11/5/09
09:52
Page 28
28
Cleanroom Testing
BioTest RCS Plus
Handheld Microbial Air Sampler
• Pushbutton operation with integrated display
• 100Lmin-1 sampling flow rate
The RCS High Flow Centrifugal Air Sampler is used for the detection of
microbes in cleanrooms and controlled environments. With a flow rate
of 100 litres per minute, the RCS High Flow is able to measure 1 m³ in 10
minutes. The air detection ring maintains unidirectional flow in critical
areas and can be autoclaved.
The Biotest RCS High Flow Air Sampler operates on the impaction
principle. The instrument is a lightweight, hand-held unit that is easy to
use. The air stream enters the rotor from the front of the instrument and
airborne microbes are separated directly onto an agar strip by centrifugal
force. The air is directed to the rear of the instrument through the outlets
in the air detection ring, parallel with the instrument
Features include adjustable sampling times from 1 to 1,999 litres, a
programmable delay time up to 1 hour and 59 minutes, and easy keypad
adjustments for calibration. A remote control allows users to transmit
and receive data from the RCS High Flow up to a distance of 10m.
Please note: Agar sampling strips are required for operation and must be purchased separately.
www.ashtead-technology.com
Technical Specifications
Collection:
Centrifugal impaction principle
Sample Volumes:
7 preset volumes: 10, 20, 50, 100,
200, 500 and 1,000 litres
3 programmable volumes: 1 to 1,999
litres
Air flow rate:
Approximately 100L/min
Tolerance:
±5%
Rotor speed:
Approximately 8,200 rpm
Operating
Temperature: +5°C to +40°C;
Instructions:
rel. humidity 40 to 80%
Power:
Rapid-charge Ni-Cad batteries, one hour
operation
Weight:
1.5kg
Clean Room Testing:Layout 1
11/5/09
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29
Cleanroom Testing
Thermo Scientific Andersen N6
Single / Two Stage Microbial Sampler
• Meets ACGIH specifications
• Minimal set-up for efficient sampling
Meeting ACGIH specifications for bio-aerosol sampling, this NIOSH N6
sampler collects airborne micro-organisms for subsequent laboratory
analysis. Using a standard petri dish (100 x 15mm), the N6 draws in an
air sample onto a medium suitable for the expected micro-organisms.
The N6 must be used in with a pump capable of drawing up to
20Lmin-1 (See JS Holdings High Flow pump p33.)
Technical Specifications
Sharp Cut-Off Diameter:
Jet Stage Orifices:
Optimal Flow rate:
Construction:
Dimensions:
Weight:
0.65µm
400 (precision machined)
28.3Lmin-1
Surgical grade Aluminium
74 x 105mm
0.57kg
Simple and effective, the N6 is perfect for applications ranging from
cleanroom efficiency studies and pharmaceutical production lines to indoor
air quality studies for animal care laboratories and food processing areas.
+44 (0)845 270 2707
Occupational Hygeine:Layout 1
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30
Occupational Hygiene
Sampling Pump Calibrators
• Continuous real time flow rate readings making calibration easy
• Lightweight and easy to use
Personal Sampling relies upon the accuracy of the collected sample,
which is where our range of sampling pump calibrators provides the ideal
rental solution.
With a range of 0.01 to 20 Lmin-1 , the TSI 4146 calibrator is accurate to
2% of the reading with volumetric flow rate displayed continuously so
adjustments can be made in real-time.
The Bios DC-Lite offers standard calibration for a wide range of industrial
hygiene and environmental sampling pumps. Featuring a large
alphanumeric LCD screen, the DC-Lite displays flow rate, flow average
with number of readings and a convenient automatic shut-off.
www.ashtead-technology.com
Technical Specifications
Bios DC-Lite
Flow Range:
100ml to 71Lmin-1. Full flow range:
10ml to 12Lmin-1
Air Flow Accuracy: ± 2% of single reading,
± 1% averaged reading
Power:
Sealed lead acid battery
or AC operation with charger
Battery Life:
6 - 8 hours
Dimensions:
127 x 127 x 70mm
Weight:
1.2Kg
TSI 4146
Flow Range:
Accuracy:
Warm-up time:
Power:
Dimensions:
Weight:
0.01 to 20Lmin-1
+/- 2% or 0.005 std L/pm
1 minute
7.5V DC or 6 AA alkaline batteries
127mm x 50mm x 32mm
1.0 Kg
Occupational Hygeine:Layout 1
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09:54
Page 31
31
Occupational Hygiene
Casella CEL APEX Pro
Personal Sampling Pump
• Flow rates from 5ml to 5Lmin-1
• Full programmability
Technical Specifications
Flow Range:
0.8 to 5Lmin-1
*(5 - 750 ml/min-1
with adaptor)
Accuracy:
<±5% for selected flow
Displayed Values:
Real flow rate, volume
sampled, elapsed sample
time, Temperature,
operating mode,
program details
Operating Temperature:
+5°C to +40°C
Charging Technique:
Drop-in Intelligent fast
charger with trickle charge
Typical Charge Time:
3 hours (full charge)
Dimensions:
145 x 85 46 mm
Weight:
0.5 kg
The Apex Pro is a fully programmable, personal air sampling pump. Built to
comply to EN1232/MDHS14/3 and NIOSH0600 and with a flow range from 5*
to 5000ml/min the pump is suitable for most sampling applications including
solvent, fume, gas and general personal sampling regimes.
With on board data-logging capable of storing up to 100 sets of data, the
real time LCD displays flow rate, volume sampled, elapsed sample time,
ambient temperature, current operating mode and program details and
with digitally controlled volumetric flow control, the unit offers extremely
stable flow control for long periods between calibrations. The unit can be
supplied on its own (with charger and 1m length of Tygon Tubing) or as
a full kit with selection of sampling accessories, including calibration
devices. Please contact us for full information.
+44 (0)845 270 2707
Occupational Hygeine:Layout 1
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32
Occupational Hygiene
SKC Sidekick Deluxe
Personal Sampling Pump
Technical Specifications
For Dust /Gas Sampling
Flow Control:
Run Time:
Operating
Temperature:
Operating Humidity:
Battery Pack:
• Intrinsically Safe model
• 5 to 3000 ml/min flow rate*
The Sidekick offers flow compensation, high and low flow sampling,
reliability and design features to suit everyday demands in the toughest of
industries. The unit features a ‘snap down’ controls cover preventing
accidental operation, elapsed timer, intrinsic safety and a flow range of 5 3,000 mlmin-1.
The addition of an optional CPC and low flow adapter provides the option
to sample for gases and vapours up to 500 ml/min. This system also has the
advantage of supporting multi-tube sampling at the same time from one
pump. The ability to sample for different hazards without the need for more
than one pump, makes the Sidekick a popular choice.
www.ashtead-technology.com
Operating Range:
Timer Accuracy:
Timer:
Dimensions:
Weight:
5 to 3,000 ml/min-1
*(5-500 requires an adapter)
±5% set point constant flow
8 hours minimum at 3L/min
-20°C to +40°C
0 - 95% relative humidity
Plug in rechargeable NiCd.
2.0 AH, 4.8 Volts DC
± 0.1%
Timed Shutdown Fault
Shutdown for low battery high
back pressure with timer freeze
76 x 126 x 44 mm
0.5 kg
Occupational Hygeine:Layout 1
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33
Occupational Hygiene
JS Holdings High Flow Pump
• Up to 38 Litres per minute
• Suitable for use with aerosol impactors
For users requiring a pump capable of high flow rates, this product is
capable of delivering up to 38 litres per minute in free air and 28.3 litres
per minute through the N6 biological sampler. The pump features
automatic flow control, flow adjustability, a 12v DC battery capable of
providing up to 1 hour of operation, with an elapsed timer and a
provision to secure the N6 sampler to the top of the case.
Technical Specifications
Flow Rate:
Elapsed Timer:
Dimensions:
Weight:
38 litres per minute (free air)
Minutes
240 x 210 x 150 mm
7.8 kg
+44 (0)845 270 2707
Occupational Hygeine:Layout 1
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Page 34
34
Occupational Hygiene
Quest QT34 Area
Heat Stress Monitor
• Datalogging thermal monitor
• Traceable calibration
• Intrinsically Safe
An ideal rental solution for evaluating the potential for heat stress
amongst workers, the Quest Temp QT34 supplies a host of environmental
data. Utilising globe, as well as dry and wet bulb sensors, the QT 34
provides ambient temperature, evaporative cooling, humidity and radiant
heat exposure data in the form of simple, single-number indoor and
outdoor WBGT index.
www.ashtead-technology.com
Technical Specifications
Temperature Range:
Accuracy:
User Programmable:
Datalogging Intervals:
Output:
Approvals:
Power:
Dimensions:
Weight:
-5ºC to +100ºC
± 0.5ºC
Temperature measurements
and language
1, 2, 5, 10, 15, 30
or 60 min
RS-232 port
EEx ia IIC T3
9-volt battery,
150 hours operation
234 x 183 x 76mm
1.2kg
Occupational Hygeine:Layout 1
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09:54
Page 35
35
Occupational Hygiene
Skye Instruments
SpectraSense2 Light Meter
• 4 channel meter for light sensors
• Ideal for ground truth measurements
Technical Specifications
Operating Range:
-20°C to +70°C
0-100% RH
Power:
1 x 9V alkaline
Battery Life:
60 hours
Accuracy:
Typically 0.008% at 20°C for mid range
Memory:
Storage for 16 calibration factors
Modes:
4 sensor/channel display - 2 ratios
display - integration display - set up
mode
Sensor Inputs:
UVA / UVB / LUX / Pyranometer / PAR*
(* Please contact us for availability)
Dimensions:
55 x 150 x 100 mm
Weight:
0.7 kg
SpectroSense2 is a 4-channel meter which displays from 4 sensors or
channels simultaneously. These can be either direct sensor readings or ratios
between pairs of sensor channels, e.g. for red / far-red ratios or incident /
reflected. The 'hold' button allows the user to freeze the display for easy
viewing of all 4 real time measurements. Integration of total solar radiation
measurements over time is also available, e.g. to give values of MJ/day solar
energy. The meter's memory has storage for up to 16 calibration factors to
straightforward interchange of sensors as required. The user can easily select
4 factors to be used for the active sensors currently connected to the meter.
The unit can be used for 1-channel, 2-channel or 4-channel sensor types,
and displays sensor ratios for NDVI calculations. Alternatively a Lux sensor
can be supplied for IAQ / Occupational Hygiene surveys. Please contact us
for sensor availability.
+44 (0)845 270 2707
Occupational Hygeine:Layout 1
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36
Occupational Hygiene
TSI Portacount Pro+ 8038
Fit Tester
• Immediate and un-ambiguous pass/fail results
• Quick and easy to use
• Stand alone operation - no additional computer required
Respirator fit testing is now a much easier and confidence-inspiring task
with the PortaCount Pro+ from TSI. Accurate and easy to use with colour
touchscreen controls and screen prompts, the Pro+ measures mask leakage
whilst users move and breathe.
Capable of testing a huge range of respirators, including half and full-face
masks, PAPRs, SCBA and Class-100 and Class-99 disposable respirators,
users can switch between mask types in under a minute. The unit comes
with the FitPro test software as standard.
240v
110v
www.ashtead-technology.com
Technical Specifications
Fit Factor Range:
Fit Factor Accuracy:
Fit Factor Measurement:
Flow Rate:
Alcohol:
Pass / Fail Setting:
Communications:
Power:
Dimensions:
Weight:
1 to >10,000
(1 to 200 for N95 masks)
±10% of reading
Direct (Cout / Cin)
350cm3/min (Sample)
1000cm3/min (Total)
99.5%+ reagent grade
Isopropyl (6 hours
use per charge)
User selectable 0 to 10,000
USB
100 - 250V AC, autosensing
170 x 220 x 24mm
3.1 Kg
Occupational Hygeine:Layout 1
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Page 37
37
Occupational Hygiene
Perspective EM Field
Professional ELF Monitor
• Magnetic field measurements between 0-19.99 microTesla
• Electric field measurements between 0-1999 volts per meter
The EMFields Pro from Perspective Scientific measures electro-magnetic
fields produced near power lines, substations, building wiring and
electrical appliances.
Technical Specifications
Display:
Audible Indicator:
ELF Source Range:
Magnetic Field Measurement:
Electric Field Measurement:
Power Source:
Dimensions:
Weight:
Liquid Crystal Display
(LCD)
Field intensity /
strength
10 - 2000Hz
0 - 19.99 MicroTesla
0 - 1999 volts
per metre
9V Battery
80 x 145 x 4omm
200grams
Providing an instant readout, this instrument has a wide measurement
range and an audible alert to indicate field intensity/strength. Most
importantly though, it is lightweight and easy to use.
+44 (0)845 270 2707
Occupational Hygeine:Layout 1
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38
Occupational Hygiene
Thermo Scientific Mini 900e
Radiation Monitor
• Gamma and X-Ray Radiation detection
• Audible and visual radiation intensity feedback
Lightweight and compact the Mini 900e from Thermo Scientific is an
ideal rental solution for portable radiation contamination monitoring. It
can also be used in tandem with our range of X-Ray Fluorescence
analysers for safety testing.
Featuring a large, easy to read scale and a built-in speaker for audible
radiation intensity feedback, the Mini 900e is powered by rechargeable
AA batteries.
www.ashtead-technology.com
Technical Specifications
Radiation Detected:
Radiation Detector:
Gamma and X-Rays only
Halogen quenched
G-M tube
G-M Tube Supply:
300 - 700V preset
for tube type
Meter Integration Time: 1 - 4 seconds set to match
counting rate
Battery Life:
Approx. 300 hours
at 4hrs/day
Power:
6 x AA batteries
Dimensions:
80 x 110 x 165mm
Weight:
1Kg
Noise & Vibration:Layout 1
11/5/09
09:57
Page 39
39
Noise & Vibration
Quest NoisePro DLX
Noise Dosimeter
Technical Specifications
Measurment Range:
40 to 110dB RMS, 70 to 140dB RMS,
115 to 143dB RMS
Dynamic Range:
70dB RMS, 28dB Peak
Amplitude Resolution: 0.1dB
Dose Resolution:
0.001% to 99.99%
Channels:
RMS x 1 Peak x 1
Exposure Level Times:
1 to 18hours in 1hour increments
Data Labels:
ISO / IEC or basic nomenclature
Display Values:
Filename, SPL, Lavg/Leq, Peak,
Slow/min, Fast/Min, TWA,
Projected TWA, Dose, Projected Dose,
SEL, Exposure, Run Time
Display:
Backlit 128 x 64 pixel graphical LCD
Construction:
IP65 rated Aluminium case
Power:
2x AA batteries (70Hrs operation)
Dimensions:
69 x 127 x 38mm
Weight:
369g
• Type 2 accuracy
• High capacity, non-volatile data storage
The NoisePro DLX personal noise dosimeter has many programmable
settings to serve a variety of applications. Automatic and user defined
setups allow this dosimeter to simply monitor the regulatory standards.
A large LCD screen, perfect for industrial applications, shows measured and
calculated parameters in an easy-to-understand format. The data logging
capability of the NoisePro DLX provides even more data per time history
interval, with intervals as little as one second and a host of other features.
The unit is supplied with a detacheable microphone (Type 2), software
and batteries
+44 (0)845 270 2707
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Noise & Vibration
Casella CEL-350 dBadge
Personal Noise Dosimeter
• Lightweight, unobtrusive design
• Measures and datalogs all workplace noise parameters
The CEL-350 dBadge from Casella is a noise dosimeter ideal for personal
noise exposure measurements in the workplace. Lightweight and
unobtrusive, the CEL-350 has the added benefit of requiring no cables or
additional equipment and simply clips onto the subject.
All necessary workplace noise parameters are measured and can be
internally stored for subsequent download to a PC with the supplied
software. Both Intrinsically Safe (IS) and non-IS versions are available to rent.
www.ashtead-technology.com
Technical Specifications
Measured Parameters:
ISO:
LAeq, LCpeak, LAEP,d, P
a2Hours, Projected %dose (Q=3)
OSHA:
LAevg (Q=5), LZpeak,
LASmax, %dose (Q=5), TWA,
General:
LAFmax, LAFmin, LASmin
Time History:
LAeq, LZpeak, LCpeak, LAav (Q=5)
Storage:
All parameters simultaneously
Linear Operating Range:
65.0 to 140.3dB RMS
Peak Measurement Range: 95.0 to 143.3dB Peak
Frequency Weightings RMS: A
Frequency Weightings Peak: C, A, Z (Linear)
Time Weightings:
Slow, Fast and Impulse
Memory Capacity:
64kB (180 hours of measurement)
Default Modes:
ISO or OSHA
Display:
Graphic LCD
Output:
Infra-red download cable to dB
35 Software
Power Supply:
Internal NiMH cells
Battery Life:
32 Hours
Operating Temperature:
0oC to +40oC
Size:
72 x 47 x 52mm
Weight:
69g
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Noise & Vibration
Technical Specifications
Measured Parameters:
Dosimeter:
L, Lmax, Lmin, Lpeak, Leq, Le,
Lavg, LEP,d, 5x LN%, Pa2 Hours,
Dose%,
Projected %dose, TWA, Duration
Sound Level Meter:
L, Lmax, Lmin, Lpeak, Leq,
Le, LAvg, Duration
Total Measurement Range: 30 to 140dB in 3 ranges (30 to
100, 50 to 120, 70 to 140dB)
Frequency Weightings RMS: A & C
Frequency Weightings Peak: C & Z (Linear)
Time Weightings:
Slow, Fast and Impulse
Memory Capacity:
64kB (180 hours of measurement)
Default Setups:
ISO85, ISO90, MSHA, DoD,
ACGIH, OSHA & METER
Display:
Graphic LCD
Output:
Pre-formatted report direct to
printer / via dB12 software to PC
Safety Rating:
ATEX EEx ia I M1, EEx ia IIC T4 II 1G
Power Supply:
9v battery
Battery Life:
>30 Hours run capacity
Operating Temperature:
0oC to +40oC
Size:
120 x 65 x 30mm
Weight:
380g
Casella CEL-360/IS
Personal Noise Dosimeter
• Configure as a dosimeter or simple sound level meter
• Intrinsically Safe
The CEL-360-IS from Casella is a personal noise
dosimeter suitable for a wide range of applications
ranging from general noise surveys and
workplace risk assessment to the analysis of
environmental noise levels.
Lightweight, rugged and easy to use,
the CEL-360-IS is data logging and Intrinsically
Safe and as such is suitable for use in
hazardous areas such as mines and chemical
plants. The CEL-360-IS can also be used as a
simple Sound Level Meter with the addition
of a stalk microphone (available separately).
+44 (0)845 270 2707
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42
Noise & Vibration
Casella CEL 430 Sound Level Meter
For Health and Safety Monitoring
• Simple to use meter
• Type 1 or 2 microphones available
The Casella CEL 430 Integrating Sound Level Meter is ideal for undertaking
Noise at Work Regulation measurements. Capable of switching between
US, German and European standards, this monitor utilises digital
technology to allow automatic calibration and a single 20-140dB
measurement range, eliminating the need for continual adjustment.
The unit is battery operated and offers an easy to read large display which
gives maximum levels and time averages. Optional software is available
to give a comprehensive database of measurement results. The CEL430
is fully compliant with both IEC and ANSI regulations.
Technical Specifications
Measurement Range:
20 - 140dB RMS (143.3dB peak)
Measured Parameters: LAF, LAeq, LCpk, LAFmx, LCeq (ISO)
Time Weightings:
Fast / Slow
Memory:
99 measurements of
up to 24hrs each
Display:
Liquid Crystal Display (LCD)
Batteries / Life:
4 x AA Alkaline / +15 Hours
External Power:
9 - 14V DC at 150mA
Operating Conditions:
5 - 90% Relative Humidity
Temperature:
0°C to +40°C
Dimensions
www.ashtead-technology.com
Weight
Full Kit:
440 x 370 x 140 mm
2 kg
Monitor Unit:
350 x 100 x 40 mm
0.55 kg
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Noise & Vibration
Casella CEL-490
Real Time Analyser
Technical Specifications
Applicable Standards:
Time weightings:
Frequency weighting:
Amplitude weighting (Q):
Measurement range:
Measured Parameters:
(Broadband)
Measured Parameters:
(Octave and 1/3 Octave)
Memory:
Physical:
Battery life:
External power:
Dimensions:
Weight:
IEC 61672: 2002
ANSI S1.4: (R1997)
IEC 60651: (1994), IEC 60804: (2000)
Fast, Slow, Impulse
A, C and Z (un-weighted)
3, plus one from 4,5,6 or none
0-140dB
L, Leq, Lav, Lmax, Lmin, Lpk, Lepd,
LCeq, LAeq, TWA, Lae, 5xLn%
L, Leq, Lmax, Lmin, Lpk, 5xLn%
2Mb
Batteries: 4x AA alkaline
Typically 15 hours
12V DC at150mA
440 x 370 x 140 mm (full kit)
2 kg (full kit)
• Single 140dB measurement range
• Compliant with latest IEC 61672 standard
Designed for ease of use and accuracy of results, the CEL 490 is perfect
for applications from simple noise at work surveys to full environmental
audits, utilising a Type 1 microphone.
The CEL-490 also adds more comprehensive logging functions in the
form of period time intervals selectable from 10 milliseconds to 1 hour as
well as time history profiling. Automatic start/stop timers are standard
functions on the CEL-490 along with the statistical measurement
parameters (Ln%), required for environmental legislation and the
instrument is supplied with an acoustic calibrator. The environmental
protection kit is available to rent as an optional extra to provide mid to
long term monitoring. Please contact us for full details.
Casella Cel-6723 Kit Case features:
• Full protection from wind and rain
• Internal battery providing up to 10 days continuous monitoring
• Robust, secure construction
• Tripod mounting for ease of use
+44 (0)845 270 2707
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44
Noise & Vibration
Brüel & Kjaer 2260 Sound Analyser
For Real Time Sound Analysis
• 6.3Hz – 20kHz frequency range with Type 1 microphone
• Detailed octave and 1/3 -octave band analysis
The B&K2260 is a sophisticated and advanced real time sound analyser
featuring dedicated software and acoustically "streamlined" design
providing solutions to a wide range of measurement and analysis
problems, thus making it the perfect tool for even the most discriminating
acoustic specialist. Generous hardware and software specifications make
the 2260 an extremely flexible instrument that can cover all sound
analysis needs. The large internal disk has space for several applications
and a wealth of measurement data at the same time.
Possible applications include comprehensive sound measurements, noise
monitoring, appraisal of noise reduction efforts, gathering field data and
research and development. The unit is supplied with a Type 1
microphone, acoustic calibrator and software. The B&K 2260 is also
available for use with the environmental kit for full outdoor, unattended
monitoring (see page 45).
www.ashtead-technology.com
Technical Specifications
Measurement
Displays:
Storage System:
SLM, Cumulative Distribution, Level
Distribution, Profile, Spectrum
Internal hard disk, External memory card
or MS-DOS
Batteries:
6 x LR 14/C-size 1.5V alkaline
5 to 9 hours operation
Microphone:
Pre-polarised free-field ½" diameter
Nominal Sensitivity: -26dB ±1.5 dB re 1 V/Pa
Capacitance:
14 pF (at 250Hz)
Linear Operating
80dB adjustable to give full-scale readings
Range:
from 80dB to 130dB in 10dB steps
Max. Peak Level:
3dB above full scale reading
Octave Band Centre
Frequencies:
8 Hz to 16 kHz
1/3-Octave Band
Centre Frequencies: 6.3 Hz to 20 kHz
Dimensions:
375 x 120 x 52 mm
Weight:
1.2 kg
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45
Noise & Vibration
Brüel & Kjaer Environmental Kit
for 2260 Analyser
For Unattended Noise Monitoring
Technical Specifications
Wind Noise Attenuation:
Linear Operating Range:
Measurement Time:
Logging Rate:
Power Supply - Battery:
Battery Charger:
Operating Temperature:
Case (weight full):
Battery:
Battery Charger:
> 15dB for wind speeds up to
120km/h
80dB adjustable to give full-scale
readings from 70dB to 130dB in
10dB steps
1sec to 100 days
1 sec to 100 hours interval
12 V battery, Capacity: 33Ah,
Battery Life: worst case setup
>72 hours at 20°C
Voltage: 12V, at 2.5A (max),
Charging Time: 15-20 hours
-10° to +50°C
577 x 503 x 229 mm - 24 kg
197 x 130 x 160 mm - 12 kg
136 x 80 x 56 mm - 0.42 kg
• All weather monitoring kit
• Ideal for long term monitoring
The Brüel & Kjaer 2260 Outdoor Environmental kit offers security and
weather-protection for the B&K 2260 sound level meter, converting it
into an all-weather noise monitoring system. Safe and dry in its robust
heat-reflecting bright yellow case, the analyser will operate unattended
for more than 3 days. For longer periods the battery may need to be
changed without interrupting measurements.
The system consists of a weatherproof case, outdoor microphone kit,
microphone extension cable and microphone tripod. A sealed lead-acid
battery, battery charger, cable for interconnection and full software are
also provided. Possible applications include semi-permanent noise
monitoring, noise control, area planning, complaint investigation, plant
noise measurements, workplace noise analysis and research.
+44 (0)845 270 2707
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46
Noise & Vibration
Vibrock V901 Seismograph
For Ground Vibration Monitoring
• Built in timer
• Threshold level setting
The Vibrock V901 seismograph is intended for unattended monitoring
of ground vibration events occurring either naturally or as a result of manmade actions such as civil engineering works or quarrying. Events can be
triggered according to threshold parameters and all the data is logged
internally. The software which is provided with the equipment can
interrogate the instrument and provide details of the events.
The unit offers automatic graph scaling, instant readout and review of
memory event results on the LCD. The Vibrock V901 can also be supplied
with additional PPV accelerometers and blast microphone as optional items.
Technical Specifications
Measurement
Modes:
Sensors:
Triggering:
Range:
Auto Record Length:
Air Pressure:
Memory:
Battery:
Software:
Dimensions:
Weight:
www.ashtead-technology.com
Impulse - blast monitoring,
Continuous - piling, rail and
road traffic monitoring
Tri-axial geophone - PPV
From 0.1 mm/s
from 0.1 mm/s to 200 mm/s
2 to 18 seconds (impulse mode)
from 100 to 140 dB
300 events or 30 days
continuous recording
uses 2 Alkaline 'D' cells (or
external 12 volt supply)
Download to PC with supplied
RS232 cable and Windows
based software
300 x 130 x 240 mm
6 kg
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47
Noise & Vibration
Larson Davis HVM100 Vibration Meter
For Hand-Arm and Whole Body Vibration
Technical Specifications
Input Types:
Input Range:
Units:
Metrics for each
mode: Vibration
Hand-arm:
Whole Body:
Setups:
Memory:
Time History:
Power:
Dimensions:
Weight:
ICP sensors, charge output sensors,
direct voltage
>100 dB (in multiple ranges)
ms-2, cms-2, fts-2, ins-2, g, dB
Ams, Amin, Amax, Aeq, Amp, PEAK
Arms, Amin, Amax, Aeq, Amp, PEAK,
A(1), A(2), A(4), A(8), A(8) Allowed
Exposure Time
Arms, Amin, Amax, Aeq, Amp, Peak,
CFmp, CF, VDV
Store up to 10 user setups
100 measurements, 1 min to 99 hr
120 samples of Arms and PEAK at a
period of 1, 2, 5, 10, 20, 30, 60 seconds
2 x AA batteries
28 x 84 x 152 mm
0.3 kg
• Compact and portable system
• Choice of accelerometers available
The HVM100 provides a portable, convenient way to collect and analyse
data for assessing Hand-Arm (HAV) and Whole-body (WBV) vibration
exposure. Measuring three input channels simultaneously, the HVM100
provides signal filtering, integration, and data storage. A fourth channel
calculates and stores vector sum information. The unit is supplied with
triaxial accelerometers with specialized mechanical mounting adaptors
and DNA software to complete the system.
It is able to gather comprehensive and accurate exposure data in the field.
It stores RMS, Minimum, Maximum and Peak Level data, as well as relevant
metrics such as Crest Factor and Vibration Dose Value (VDV). A handy AC
or DC output signal for each channel provides the ability to interface
external recorders or analyzers for more detailed analysis. Additionally, the
unit features a dot-matrix LCD display, a choice of multiple language
interfaces and is supplied with all relevant calibration certificates.
+44 (0)845 270 2707
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Noise & Vibration
Quest HAVPro Vibration Meter
Technical Specifications
Input Type:
• Hand-Arm, Whole-Body and
Machine vibration applications
Standard Sensor:
• Up to 3 simultaneous measurement channels
(Hand - Arm):
An ideal rental solution, the Quest HAVPro is a
lightweight, 3-channel meter for Hand-Arm, WholeBody and Machine vibration monitoring applications.
Standard Sensor:
Capable of storing results from up to 100 tests and 10
different setups, the HAVPro provides comprehensive
exposure information such as Time History, PEAK, Arms,
Aeq and AMP. Stored data can either be downloaded to
a PC or directly printed.
Vibration Modes:
Machine:
Simple to operate yet highly accurate, the Quest
HAVPro is supplied with hand-arm accelerometer,
optional whole-Body accelerometer, software
and DC shift (high-frequency noise filter).
(Whole - Body):
Hand-Arm:
Whole-Body:
Dynamic Range:
Memory:
Communications:
Power:
Dimensions:
Weight:
www.ashtead-technology.com
3x Input channels accepting 1x tri-axial
accelerometer
Voltage mode, tri-axial accelerometer,
10mV/g sensitivity
0.01 to 5,000m/s2 RMS range
0.2 to 7,000m/s2 Peak range
Voltage mode, tri-axial seat pad
accelerometer, 100mV/g sensitivity
0.001 to 500m/s2 RMS range
0.2 to 700m/s2 Peak range
Acceleration, Velocity, Displacement
Arms, Amin, Amax, Aeq, Amp, PEAK,
Time History
Arms, Amin, Amax, Aeq, Amp, PEAK,
A(1), A(2), A(4), A(8)
Arms, Amin, Amax, Aeq, Amp, PEAK,
CFmp, CF, VDV,
60dB
512K (up to 100 data files)
RS-232 serial interface
2x AA (LR6) batteries with up to 12
hours continuous operation
152 x 84 x 28mm
279g
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49
Confined Space Gas Detectors
Technical Specifications
Micro-5 IR:
Gas Concentrations:
Detection Range:
Sensors:
H2S, O2, CO, LEL with CO2
H2S: 0 - 500ppm
CO: 0 - 999ppm
CO2: 0 - 50,000ppm
O2: 0 - 30.0% vol
LEL: 0 - 100%
InfraRed (CO2), electrochemical cell
(toxic & O2), catalytic (LEL)
Micro-5 PID:
Gas Concentrations: H2S, O2, CO, Combustibles (LEL) and VOC
Detection Range:
As above plus: VOC: 0 - 1000ppm
Sensors:
10.6 eV lamp (PID), electrochemical
(toxic & O2), catalytic (LEL)
Common Features:
Alarm:
95dB audible, vibration, visual
Recorded Data:
Gas readings, TWA, STEL, Max
Exposures and alarm condition
Datalogger:
127 second intervals up to 8 months
storage
Power:
Rechargeable battery pack (10 hr)
Operating Temp:
-20°C to +50°C
Approvals:
ATEX: CE Ex II 1 G T4
EEx ia IIC T4
IECEx: Ex ia IIC T4
Dimensions:
145 x 74 x 38mm
Weight:
370g
BW Gas Alert Micro-5
Personal Gas Detector
• Available in 4-Gas + PID or 5-Gas version
• ATEX approved
The new Gas Alert Micro-5 from BW technologies is an ideal solution for
confined space gas monitoring.
The detector accurately monitors O2, CO, LEL and H2S as standard with
the IR version capable of monitoring CO2 and the PID version detecting
VOCs. Both Micro-5 models can datalog up to 8 months of data onto an
SD card with no need for cables or software to download to PC or laptop.
All units contain an internal sampling pump
Weighing only 370g, the Gas Alert performs a self test at start up and
features audible, visual and vibrating alarms at user selectable levels.
+44 (0)845 270 2707
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50
Confined Space Gas Detectors
BW MicroClip 4-Gas Detector
• Monitors H2S, CO, O2 and Combustibles
• ATEX approved
Offering simultaneous 4 gas
monitoring, the MicroClip is the
perfect solution for your confined
space entry and personal gas
detection needs.
ATEX and EX rated, the MicroClip
is ideal for a range of applications
such as HazMat Response, Pipe
and Sewer Inspection, Confined
Space Entry and many more.
www.ashtead-technology.com
Technical Specifications
Gas Concentrations: H2S, CO, and Combustibles
(0-100% LEL or 0-0.5% Methane)
Detection Range:
H2S: 0 - 200ppm
CO: 0 - 1000ppm
O2: 0 - 30.0% vol
LEL: 0 - 100%
Methane: 0 - 5.0%
Controls:
Single button
Display:
Alphanumeric LCD
Alarm:
95dB audible, bright alarm signal bars
and internal vibration alarm
Alarm Levels:
Instant Low and Instant High levels,
TWA and STEL
Recorded Data:
TWA, STEL, Max Exposures
and display readings
Datalogger:
16 hours
Power:
Rechargeable Lithium polymer battery
(14 hr run-time)
Operating Temp:
-20°C to +50°C
Operating Humidity: 0 to 95% RH (non-condensing)
Approvals:
ATEX: CE0539 Ex II 1 G EEx ia IIC T4
KEMA 06ATEX0056
IECEx: Ex ia IIC T4
Dimensions:
107 x 60 x 27mm
Weight:
160g
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51
Confined Space Gas Detectors
choose 2x extra from
Technical Specifications
Sensor Specifications:
VOC:
LEL (Combustible Gas):
Oxygen:
Hydrogen Sulphide:
Range:
0.1 to 200ppm
0 to 100% LEL
0 to 30%
0 to 100ppm
Resolution:
0.1ppm
1%
0.1%
1ppm
Carbon Monoxide:
Sulphur Dioxide:
Nitric Oxide:
Nitrogen Dioxide:
Chlorine:
Hydrogen Cyanide:
Ammonia:
Phosphine:
0 to 500ppm
0 to 20ppm
0 to 250ppm
0 to 20ppm
0 to 10ppm
0 to 100ppm
0 to 50ppm
0 to 5ppm
1ppm
0.1ppm
1ppm
0.1ppm
0.1ppm
1ppm
1ppm
0.1ppm
Display:
Keypad:
Alarm:
Data Storage:
Frequency:
RF Range:
Power:
2 line, 16 digit LCD with LED backlight
3 operation and 4 programming keys
Flashing red LED cluster and 100dB buzzer
20,000 points in non-volatile memory
902 to 928 MHz (license free)
Up to 2 miles at 902Mhz
Rechargeable 7.4V Li-Ion battery pack with
built-in charger giving 24 hours operation
Run Time:
24 hours wireless operation
Operating Humidity: 0 to 95% RH
Operating Temp:
-20oC to 45oC
Dimensions:
235 x 127 x 235mm
Weight:
6Kg
RAE Systems AreaRAE
Wireless Gas Detection System
Five sensor system with built-in modem
• LEL, O2, CO, H2S plus PID for VOCs
• Wireless communication range up to 2 miles
With an integral RF modem and the ability to both communicate and
transmit data on a real time basis to a remote base, the AreaRAE is ideal for
Hazmat and other emergency response monitoring applications. Providing
accurate and secure boundary monitoring, the AreaRAE is an excellent gas
detection and monitoring tool for refineries and petrochemical plants,
confined space entry, power plants as well as marine and offshore wells.
The AreaRAE is a rugged, weather-proof, five sensor portable monitor,
operating for more than 24-hours on the either the rechargeable Lithium
Ion battery or with Alkaline disposables. Sensor set-ups available are: PID,
LEL, O2, H2S and CO, with other sensors as below available upon request.
240v
110v
+44 (0)845 270 2707
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Toxic Gas & Vapour
Durridge RAD7
Radon Gas Detector
• Detects and monitors Radon 222 and Radon 220 (Thoron)
• Measurement range: 0.1 to 10,000 pCi/L (4 - 400,00Bq/m3)
A sophisticated instrument able to handle complex measurements, the
RAD7 both detects and continuously monitors radon and thoron gas.
Easy to use, the unit can be used both in laboratories and out in the field
by radon testers, engineers, consultants and inspectors. Once switched
on and set to the desired mode, the unit will automatically detect and
datalog radon concentrations. Data can then be downloaded or sent to
the onboard printer for analysis.
Simple to use, the RAD7 has pre-programmed set-ups for common tasks
and comes complete with a built-in air pump, rechargeable batteries, and
a Hewlett-Packard printer.
240v
110v
www.ashtead-technology.com
Technical Specifications
Target Gases:
Radon 222 and Radon 220 (Thoron)
Measurement Range: 0.1 - 10,000 pCi/L (4 - 400,000 Bq/m3)
Sensitivity:
Detection Mode: 0.2CPM / pCi/L
Monitoring Mode: 0.4 CPM/ pCi/L
Operating Modes:
24 & 48hr pre-set protocols.
SNIFF Mode (Radon and Thoron)
for continuous measurement
Grab-sample testing
Custom protocols (user-definable)
Pump:
1 Lmin-1
Data Storage:
1,000 radon concentrations
Display:
2 line x 16 character LCD
Controls:
4 key keyboard. Pre-programmed
standard procedures
Output:
RS-232 port and Hewlett Packard printer
Power:
110V or 220V AC, Sealed Lead-Acid
rechargeable battery
Operating Temp:
0oC to +50oC
Operating Humidity: 5% - 99% RH (non-condensing)
Dimensions:
241 x 190 x 266mm
Weight:
4.2Kgs
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Toxic Gas & Vapour
Technical Specifications
Base Unit:
Display:
Measurement Units:
Reading Functions:
Interchangeable Sensors:
Enclosure Rating:
Size (with sensor):
Weight:
LCD
ppm or mgm-3
Min, Max & Average
Ozone (low) / Ozone (high) &
Sulphur Dioxide
8,000 data points
RS-232 Serial
12V DC or Rechargeable NiMH
9.6V battery
IP20
195 x 122 x 54mm
460g
Ozone Sensors:
Calibrated Range:
Lowest Detection Limit:
Accuracy:
Resolution:
Response Time (T90):
0 - 0.5ppm (Low) / 0 - 20ppm (High)
1.0ppb (Low) / 10ppb (High)
<± 10%
0.001ppm (Low) / 0.01ppm (High)
<60 seconds (Low) / <35 seconds (High)
Sulphur Dioxide Sensor:
Calibrated Range:
Lowest Detection Limit:
Accuracy:
Resolution:
Response Time (T90):
0 - 10ppm (20ppm recommended max)
0.2ppm
<± 0.5ppm
0.01ppm
<60 seconds
Datalogger:
Data Interface with PC:
Power Supply:
Aeroqual Series 500 Ozone
& Sulphur Dioxide Monitor
• Monitor either Ozone or Sulphur Dioxide concentrations
• Onboard & PC datalogging
The Series 500 Monitor and Datalogger is a lightweight, easy to use gas
detector for applications such as Indoor Air Quality
surveys, building investigations and monitoring
plant emissions in process industries where Ozone
or Sulphur Dioxide gas is present or suspected.
Capable of datalogging up to 8,000 data points,
data can be downloaded to the software package
provided. The Aeroqual 500 can be rented with a
choice of either high or low level Ozone sensors or
a 0 - 10ppm SO2 sensor.
+44 (0)845 270 2707
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Toxic Gas & Vapour
Jerome J405 Mercury
Vapour Analyser
• Accurate and fast, low- level mercury measurement
• Survey mode for rapid detection
The J405 Mercury analyser from Jerome uses proven technology to
provide greater accuracy and usability for mercury detection. Lighter
improved ergonomics, a larger display as well as improved data storage,
retrieval and communications are just a few of the J405's features.
Suitable for a wide range of mercury-related applications, typical users
include: environmental consultants, health & safety managers, emergency
response teams, hazardous cleanup operatives and waste recycling monitors.
240v
www.ashtead-technology.com
Technical Specifications
Resolution:
Detection Range:
Accuracy:
Response Time:
Flow Rate:
Datalogging:
Interfaces:
Power:
Dimensions:
Weight:
0.013µg/m3
0.5 to 999µg/m3
± 5% at 1µg/m3
10 seconds
750 cc/min
20,000 data points
USB Host, USB Slave
Rechargeable Ni-MH (6hours)
or AC adaptor
280 x 160 x 170mm
2.5Kg
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Toxic Gas & Vapour
Technical Specifications
Resolution:
Detection Range:
Precision:
Accuracy:
0.001 to 0.1ppm
0.003 ppm to 50 ppm
5% Relative Standard Deviation
Range 0: ± 0.003 ppm at 0.050 ppm
Range 1: ± 0.03 ppm at 0.50 ppm
Range 2: ± 0.3 ppm at 5.0 ppm
Range 3: ± 2 ppm at 25 ppm
Response Time:
10-50ppm in 13s
1.0-10.0 ppm in 16s
0.10-1.00 ppm in 25s
0.001-0.100 ppm in 30s
Flow Rate:
150 cc/min or 0.15 Lmin-1
Power:
Rechargeable NiCD battery
Operating Temp: 0°C to +40°C
Interfaces:
RS-232 PC using JCI software
Dimensions:
102 x 330 x 152mm
Weight:
3.18kg
Jerome 631-X Hydrogen
Sulphide Analyser
• Accurate and fast, low level H2S measurement
• Survey mode for rapid detection
The extremely broad measurement range of the Model 631 hydrogen
sulphide analyser, from 0.001 ppm (1 ppb) to 50 ppm, makes it appropriate
for odour nuisance monitoring, scrubber efficiency testing, leak detection,
regulatory compliance, corrosion control and as an accuracy check for other
hydrogen sulphide monitors and control systems.
As with the Jerome mercury vapour analyser, the 631 hydrogen sulphide
analyser offers a survey mode to pinpoint an H2S source and can be rented
with an optional datalogger to store and download survey information.
Please note that sensor regeneration requires a connection to mains
power (220V AC)
240v
+44 (0)845 270 2707
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Toxic Gas & Vapour
PPM Technology Formaldemeter
HTv Kit & Datalogger
• Displays Formaldehyde concentrations
in both ppm & mg/m3
• Simple operation
This 3-parameter instrument from PPM
Technology directly measures airborne
formaldehyde concentrations as well as
ambient temperature and humidity levels.
With the addition of unique compensation
techniques, the HTV can now accurately
measure low levels of formaldehyde - even
in humid conditions - whilst still maintaining
ease of use and simple calibration.
Simple, easy to use and lightweight, the HTV is the perfect solution to fast
and accurate Formaldehyde concentration measuring.
www.ashtead-technology.com
Technical Specifications
Sampling Method:
10ml snatch sample taken by
internal pump
Sampling Frequency: 1 to 3 minutes, dependant upon
previous sample
Response Time:
60 secs (high accuracy mode) /
8 secs (low accuracy mode)
Sensor Type:
Electrochemical
Range:
0 to 10ppm or
0 to 12.3mgm-3 @ 25oC
Resolution:
0.01ppm
Precision:
2%
Range:
-40oC to 128oC and 0 to 100%RH
Accuracy:
+/- 0.4oC and +/- 3% RH
Dimensions:
150 x 80 x 34mm
Weight:
270g
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Toxic Gas & Vapour
Thermo Scientific Miran
SapphIRe Gas Analyser
• Infrared spectrophotometer
• Detects over 100 compounds
• On-board datalogging
Technical Specifications
Measurement Range:
Display:
Flow Rate:
Response Time:
Output:
Power:
Dimensions:
Weight:
Any compound in
wavelength region from
7.7 to 14.1 microns
ppm, ppb or percent,
user selectable
22L/min (pumped)
±10 sec
0 to 1 VDC, parallel serial
RS-232
Rechargeable battery,
or AC operation
553 x 365 x 193mm
8.1Kg
One of the most versatile gas analysis systems available, the SapphIRe XL
from Thermo Scientific detects and quantifies almost any organic and
inorganic gas. The applications are almost endless and include ventilation
studies, leak detection, IAQ assessments and unknown gas detection.
Selecting a compound from a “library” of over 100 factory-calibrated
gases, the user can then have the SapphIRe automatically reference the
appropriate calibration information, configure itself to measure the target
compound before delivering concentration readings within 10 seconds.
Data can be stored on the unit and subsequently downloaded into the
software package supplied. In addition, we can provide an additional
optional software package which allows users to examine the specific
peaks where interferences may occur - please contact us for details.
Please see Gas Library in Appendix pages 136 to 138.
240v
+44 (0)845 270 2707
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Toxic Gas & Vapour
IonScience GasCheck 3000
Gas Leak Detector
• Intrinsically safe
• Locate leaks of non-flammable gases
The GasCheck 3000 not only detects leaks of almost
any known gas or gas mixture, but measures them as
well. Its micro thermal conductivity sensor responds
rapidly to a leak helping you to detect even the smallest
quantities of escaped gas. GasCheck is conveniently
calibrated against helium - the most commonly used
tracer gas - and is particularly sensitive to ammonia,
argon, butane, hydrogen, SF6 and refrigerants.
Please note that this unit uses thermal conductivity to
detect leaks and is not an ultrasonic device. For a full list
of detectable gases, please contact us.
www.ashtead-technology.com
Technical Specifications
Detector:
Micro thermal conductivity
detector (TDC)
Sensitivity (cc/sec): He 2x10-5, CH4 1x10-4, R12
1x10-4, Ar 2x10-4
Response:
1 second
Accuracy:
± 5% displayed reading ± one digit
Alarm:
Flashing LED and 90 dBA (10 cm)
audible sounder
Safety Rating:
EEx ia IIC T4
Operating Temp:
-20°C to +60°C
Power:
4 x AA alkaline - 20 hours
Dimensions:
390 x 60 x 49mm
Weight:
0.45 kg
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Toxic Gas & Vapour
UE Systems Ultraprobe 9000
Acoustic Leak Detector
• Pressure and Vacuum Leak Detection
• Valve and Steam Trap Testing
Technical Specifications
Frequency Range: 20 kHz to 100 kHz
(tunable in 1 kHz increments)
Range:
120dB dynamic range
Indicators:
dB, Frequency, 16 Segment Bar
Graph and Battery Monitor
Response Time:
<10 milliseconds
Memory:
400 storage locations
Sensitivity:
detect 0.127mm diameter leak
at 5psi/0.34Bar from 15m
Probes:
Tri-sonic Scanning Module
and Stethoscope Module
Battery:
NiMH Rechargable
Construction:
Coated Aluminium and ABS plastic
Weight:
0.9kg
Versatile and easy to use, the Ultraprobe 9000 is a complete digital
ultrasonic inspection and information storage/retrieval system. With the
acoustic isolating headphones and frequency tuning, background noises
such as machinery and plant are filtered out making it easier to pinpoint
any leaks.
The range of quickly interchangeable modules as well as the balanced
pistol-grip design make the Ultraprobe 9000 usable in a wide variety of
situations and perfect for many different tasks.
+44 (0)845 270 2707
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PID’s & FID’s
RAE Systems UltraRAE
Benzene Monitor
• Benzene specific
• Intrinsically Safe
• Faster than a detector tube or portable GC
The UltraRAE is a quick, spot-check monitor ideal for Benzene specific
detection. Typically used by occupational health, safety, and environmental
personnel, applications include tank entry pre-screening, hazardous material
response, marine spill response, and refinery down-stream monitoring.
Intrinsically Safe, the internal pump permits sampling up to 9 meters in a
confined space.
The unit has an inbuilt PID lamp used in conjunction with Benzene
specific sampling tubes which must be ordered separately - please
contact us for details.
www.ashtead-technology.com
Technical Specifications
Range:
0 to 200ppm Benzene
Total VOC range = 2000ppm
Resolution:
0.1ppm
Response Time:
60 seconds
Detector:
Photoionization sensor
with 9.8eV lamp
Interference Rejection: 300ppm Toluene
Intrinsically Safe
UL, cUL, Class I, Division 1,
Approvals:
Groups A, B, C, D EEx ia IIL C T4
Power:
Rechargeable battery pack,
10 hours
Dimensions:
197 x 70 x 38mm
Weight:
0.5Kg
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61
PID’s & FID’s
RAE Systems ToxiRAE
Personal PID
• Intrinsically Safe
• Extra small size
Technical Specifications
Range:
0 to 99.9ppm at 0.1ppm resolution
100 to 2,999ppm at
1ppm resolution
Accuracy:
10% of reading or 2ppm when
calibrated to 100ppm isobutelyne
Response Time:
<10 sec to 90%
Operating Temp: -20°C to +45°C
Power:
Rechargeable NiCad battery pack
(10 hours life)
IS Approvals:
UL and cUL Class I, Division 1,
Groups A,B,C,D
Dimensions:
152 x 44 x 25mm
Weight:
181g
One of the smallest Intrinsically Safe PIDs, the ToxiRAE from RAE Systems
is designed to carry out safe and accurate gas monitoring in controlled
areas without the bulk and inconvenience of larger instruments.
Easy to operate and Programmable for STEL, TWA and peak information,
the toxiRAE features both a 90dB buzzer and a flashing red LED alarm.
Both Ammonia and Chlorine testing versions are available to hire – please
specify which when placing your order
+44 (0)845 270 2707
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PID’s & FID’s
IonScience PhoCheck 5000 IS PID
• Intrinsically safe
• On-board datalogging
The PhoCheck 5000 is an advanced and sophisticated PID which
allows the instrument to detect a wide range of dangerous toxic
gases, as well as flammable gases at LEL thresholds. The
PhoCheck offers instant measurements from a rugged,
lightweight, handheld instrument, allowing users to make
an immediate contamination risk assessment and
therefore take early corrective action.
The PhoCheck 5000 contains an internal datalogger
allowing results to be stored for subsequent download to a PC via an
IRDA link to the dedicated software. The unit is supplied with calibration
certificates based on 100ppm isobutylene, calibration gas and regulator,
software and IRDA to RS232 conversion module.
Please contact us for a full list of detectable gases.
Technical Specifications
Typical Operating Life:
Minimum Resolution:
Minimum Range:
Response Time:
Accuracy:
Operating Temp:
Alarm:
Datalogging:
Power:
Dimensions:
Weight:
Instrument:
www.ashtead-technology.com
16 hours - Alkaline,
12 hours - rechargeable
1ppb
0 - 10,000ppm / 100%
1 sec (T90)
±5%
-20°C to +60°C
Flashing LED and 90dB siren
20,000 readings
4 rechargeable batteries
Case: 420 x 320 x 97 mm
Instrument without probe:
340 x 60 x 49 mm
Case 1.75 kg
0.62 kg
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PID’s & FID’s
IonScience FirstCheck 6000
4-Gas Monitor with PID
Technical Specifications
Maximum Range: O2: 0 to 25%
CO: 0.1 to 1,000ppm
H2S: 0.1 to 100 ppm
LEL: 0 to 100%
VOC: 0.1 to 10,000ppm
Accuracy:
± 5% displayed reading
at calibration point
Linearity:
± 5%
Operating Temp: -10°C to +50°C
Datalogging:
1 second intervals
Operating time: 8 hours (approx)
Dimensions:
Case: 420 x 320 x 97 mm
Instrument without probe:
340 x 60 x 49 mm
Weight:
1.5 kg
• Intrinsically safe
• Offers unrivalled multigas detection
FirstCheck combines complete VOC and toxic gas detection from ppb up
to 10,000 ppm with traditional multigas sensors for oxygen (O2),
hydrogen sulphide (H2S), carbon monoxide (CO) and explosive gas (LEL)
detection. FirstCheck's unique, highly sensitive PID enables the detection
of many gases at low ppb levels which are often hard to detect.
The instrument provides a real-time graph display on a large back-lit screen
for easy viewing in adverse conditions, along with an icon driven menu for
ease of use. VOC's and other toxic gases are measured including ammonia,
some WMD's, benzene, ethylene, isobutanol, gasoline vapours, jet fuel
and LPG.
Please contact us for the full range of detectable gases.
+44 (0)845 270 2707
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PID’s & FID’s
RAE Systems
MiniRAE 2000 PID
• Intrinsically Safe
• Fully datalogging
Lightweight and simple to use, the MiniRAE 2000
provides excellent all-round sensitivity to most VOCs,
down to 0.1 ppm, and boasts correction factors for
more than 100 chemicals. Capable of datalogging up
to 15,000 points, the MiniRAE is suited to a wide
range of applications including headspace analysis,
leak detection, fugitive emissions monitoring,
confined space entry and emergency response to
hazardous chemical spills.
Units are supplied as standard with a 10.6 eV lamp, software and cable
for data download. We can also provide calibration gas for longer term
rentals - please contact us for details.
www.ashtead-technology.com
Technical Specifications
Sensors:
Photo-Ionisation sensor with
standard 10.6eV lamp
Sampling Pump: 400mLmin-1
Datalogging:
15,000 points
Software:
ProRAE Studio for Windows
Readout:
Instantaneous: VOC’s as ppm by
volume; High values; STEL & TWA;
Battery & shutdown voltage; Date,
time & temperature
Communications: RS-232
Power:
Rechargeable NiMH pack
(10 hours operation)
Hazard Rating:
EEx ia IIL C T4
IP Rating:
IP55
Dimensions:
218 x 76.2 x 50mm
Weight:
553g
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PID’s & FID’s
RAE Systems MiniRAE 3000 PID
• Integrated correction factors for over 200 compounds
• 3-second response time with a range of 0 to 15,000ppm
Technical Specifications
Sensors:
Sampling Pump:
Datalogging:
Software:
Readout:
Communication:
Power:
Hazard Rating:
IP Rating:
Dimensions:
Weight:
Photo-Ionisation sensor with standard
10.6eV lamp
500mLmin-1
Standard 6 months at 1minute intervals
ProRAE Studio for Windows
Instantaneous: VOC’s as ppm by volume;
High values; STEL & TWA; Battery
& shutdown voltage; Date,
time & temperature
Data transmission via USB
Rechargeable, Lithium-Ion battery pack
(16 hours operation)
ATEX II 1G EEx ia IIC T4
IP65
255 x 76 x 64mm
738g
The MiniRAE 3000 is an advanced handheld volatile organic compound
(VOC) detector. An extended measurement range of 0 to 15,000ppm
makes it an ideal instrument for applications including contaminated land
surveys, industrial hygiene inspections as well as leak and hazmat detection.
Improvements over the older MiniRAE 2000 include a faster 3-second
response time, integrated correction factors for 200 compounds, storage
capacity for 6 months datalogging at 1 minute intervals and improved,
user friendly operation.
Units are supplied as standard with a 10.6 eV lamp, software and cable
for data download. We can also provide calibration gas for longer term
rentals - please contact us for details.
+44 (0)845 270 2707
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PID’s & FID’s
RAE Systems ppbRAE PID
Technical Specifications
• Super bright UV Lamp (10.6 eV)
• Parts Per Billion detection levels
Measurement
Range:
With true parts per billion detection levels of highly
toxic volatile organic compounds (VOCs), the ppbRAE
is one of the most sensitive handheld Photo-Ionisation
Devices available to rent. Highly versatile, the ppbRAE
is capable of carrying out a range of applications
such as pesticide residue measurement, low-level
permeation breakthrough detection and hypoallergenic studies in cleanrooms.
The unit is fully Datalogging and is supplied
with software and download cable as standard.
We can also provide calibration gas for longer
term rentals - please contact us for details.
www.ashtead-technology.com
0 to 999 ppb at 1 ppb resolution
0.01 to 9.99 ppm at 0.01 ppm resolution
0.1 to 199.9 ppm at 0.1 ppm resolution
Accuracy:
20 ppb or 10% of reading
Flow Rate:
0.4Lmin-1
Response Time: < 5 sec
Datalogging:
15,000 data points with time and date
Output:
RS-232 port
Approvals:
EEx ia IIL C T4
Power:
Rechargeable NiMH battery pack
(10 hours operation)
Dimensions:
208 x 76 x 50mm
Weight:
553g
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PID’s & FID’s
Photovac MicroFID
Flame-Ionisation Detector
Technical Specifications
Range:
Accuracy:
Detection Limit:
Response Time:
Cylinder Discharge:
Approvals:
Analogue Output:
Serial Output:
Power:
Dimensions:
Weight:
0.1 to 50,000ppm methane
equivalent (two ranges)
±0.5ppm or ±10% actual
methane concentration
(0.1 to 2000ppm range)
0.5ppm methane
Less than 3 seconds
to 90% full scale
>8 hours
Intrinsically safe - Class I,
Division 1, Groups A,B,C,D
0 to 1V, full scale
RS-232 port
Rechargeable battery pack,
(max 15 hours operation)
188 x 98 x 434mm
3.7 kg
• Intrinsically Safe
• Built-in datalogging
• Ideal for VOC & Methane monitoring
Small and lightweight with built-in datalogging, the Photovac MicroFID
allows trouble-free measurement of VOC’s and gases when the consistency
of a FID is required. With each cylinder giving 8 hours operation, the
MicroFID is also versatile enough to be used for a variety of applications
including landfill monitoring, gas leak testing, remediation efficiency checks
and emergency spill response.
The unit can be supplied with spare cylinders of Ultra High Purity
Hydrogen fuel gas if required - please contact us for details.
+44 (0)845 270 2707
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Landfill Gas Analysers
Crowcon LMm Laser
Methane Detector
• Detects methane at ranges up to 30m
• Quick, simple “point & shoot” operation
Small and lightweight, the new LaserMethane® Mini (LMm) from
Crowcon is a revolution in methane leak detection. Utilising a laser tuned
specifically to methane gas, the LMm greatly reduces both the time taken
for gas leak surveys and operator exposure by detecting leaks at ranges
up to 30m (or 100m with a reflector).
Firing a laser beam toward any reflective surface, the LMm measures the
reduction in reflected beam power when it passes through a leak and a
gas concentration value is then displayed on the LCD screen. The LMm
also has an audible alarm that can be set to user-selectable levels and a
Ni-MH battery capable of over 5 hours operation.
Applications include landfill gas leak detection, contaminated land
surveys, biogas pipe inspections, plant safety inspections and gas storage
monitoring plus many more.
www.ashtead-technology.com
Technical Specifications
Target Gas:
Detection Method:
Methane (CH4)
Tuneable Diode Laser Absorption
Spectroscopy (TDLAS)
Detection Distance:
0.5m to 30m standard mode
(100m with reflector)
Measurement Range:
0 to 99,999ppm/m
Measurement Accuracy: ±10% @ 1,000ppm/m (2m)
Audible Alarm:
Volume adjustable buzzer
(max 70dB @ 0.5m)
Display:
Full colour LCD
Power:
Rechargeable Ni-MH
(5hrs continuous operation)
Operating Temp:
-17ºC to +50ºC
Operating Humidity:
30% to 90%RH
ATEX Rating:
Main Body: II 2G Ex ib op-pr/ops-is IA T1
Battery Pack: II 2G Ex ib IIA T1
IP Rating:
IP54
Dimensions:
70 x 179 x 42mm
Weight:
0.6kg
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Landfill Gas Analysers
Technical Specifications
Ex. Rating:
Ambient Temp Range:
Battery Life:
Aspiration Rate:
Storage Capacity:
Protections Rating:
Methane:
Range:
Typical Accuracy:
Typical Response:
EEx ib IIB T2
-10°C to +40°C
10 hours typical
300 ml/min typical
>1000 Readings
IP65
0 to 100%
0.2% @ 5% 1.0% @ 30% 3.0% @ 100%
20s
Carbon Dioxide (IR Sensor):
Range:
0 to 100%
Typical Accuracy:
0.1% @ 10% 3.0% @ 50% 3% @ 100%
Typical Response:
20s
Oxygen:
Range:
Typical Accuracy:
Typical Response:
Atmospheric Pressure:
Range:
Accuracy:
Typical Response:
Dimensions:
Weight:
0 to 25%
0.5%
20s
800 to 1200 mbar Typical
5 mbar, 1 mbar resolution
20s
150 x 200 x 190 mm
2 kg
GasData LMSxi Landfill
Gas Analyser
• Intrinsically safe to EEX ib IIB T2
• Up to 7 parameters in one unit
The LMSxi is a handheld portable
instrument that allows the user to quickly
and easily determine a number of
environmental parameters often found on
contaminated land and landfill sites, site
investigation, compliance and regulatory monitoring, research work and
composting applications. The unit can monitor methane, CO2 and O2 as
standard along with atmospheric pressure and site temperature with
additional versions offering H2S and CO. Some of our inventory units also
have the built in borehole gas pressure and flow reading as standard.
Many other gas types are available as expansion channels. Please contact
us for details. The unit provides rapid response and has a built-in timer for
unattended logging, software for data download along with clearly
marked and easy to use controls.
+44 (0)845 270 2707
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70
Landfill Gas Analysers
Geotechnical Instruments
GA 2000 Plus Landfill Gas Analyser
• ATEX Approved
• 4 gas standard (+ additional channel)
The GA 2000 Plus is designed to meet landfill monitoring protocols.
Blending a high degree of technology and simplicity, the GA 2000 allows
the user to easily and quickly obtain landfill gas readings. Utilised with
the supplied software the GA 2000 Plus becomes a powerful detection,
monitoring and change indicator tool.
Key features include the simultaneous display of all gases and the storage
of site and ID information along with easy data transfer. In addition, the
analyser is able to monitor high and low gas flow using the built-in
module, as well as pressure and temperature. Key applications include
landfill sites, sewage treatment works, site investigation and brownfield
investigation.
Please note that some of our analysers have recently been MCERTS
approved, please contact us for details.
www.ashtead-technology.com
Technical Specifications
Ex. Rating:
EEx ib d IIA T1
Battery Life:
10 hours typical
Aspiration Rate:
35mlmin-1 typical
Protective Rating:
IP65
Memory:
2000 readings
Gas Range / Sensor:
CH4: 0 to 100% / dual wavelength IR cell
CO2: 0 to 100% / dual wavelength IR cell
O2: 0 to 25% / electrochemical cells
CO: 0 to 2,000ppm / electrochemical cells
H2S: 0 to 500ppm / electrochemical cells
Operating Temperature:
Dimensions:
Weight:
0ºC to +40ºC
190 x 252 x 63mm
2Kg
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Landfill Gas Analysers
Technical Specifications
CH4 Analysis / Range:
Infra-Red / 0 to 100%
CO Analysis / Range:
Electro-Chemical / 0 to 1,000ppm
CO2 Analysis / Range:
Infra-Red / 0 to 100%
H2S Analysis / Range:
Electro-Chemical / 0 to 1,500ppm
O2 Analysis / Range:
Electro-Chemical / 0 to 25%
Atmospheric
Pressure Range:
800 to 1200 mBar
Static Pressure
Analysis / Range:
Gauge / 0 to +400 mBar
Flow Rate / Resolution: -60 to +180 Lhr / 0.1 Lhr
Borehole Pressure:
-300 to +3,000 Pa (Typical)
Data Storage:
>1,000 readings
Protection Rating:
IP64
Ex Rating:
ITS04 ATEX 231415, EEx ib IIB T1
Battery Life:
10 hours continuous operation
Operating Temp:
+10oC to +40oC
Dimensions:
200 x 100 x 60mm
Weight:
750g
Gas Data GFM 430
Landfill Gas Analyser
• Multiple gas analysis channels
• Measures CH4, CO, CO2, O2, H2S,
atmospheric & static pressure, flow rate
A leap forward in the design and performance of
portable Landfill Gas Analysers, the GFM 430
from Gas Data is designed specifically to fulfil the
demands of Landfill, Biogas and Contaminated
Land monitoring applications.
Optimised for the control and maintenance of
landfill gas extraction systems and Flares, the GFM 430’s simple and quick
operation is designed to help engineers minimise down time and
maximise plant efficiency.
+44 (0)845 270 2707
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72
Water Monitoring
YSI 556 Water Quality Meter
• Measure 6 parameters simultaneously
• Datalog up to 49,000 events
Rugged and reliable, the YSI 556 MPS (Multi Parameter
System) combines the versatility of an easy-to-use, easyto-read handheld unit with all the functionality of a
multiparameter system. Featuring an IP-67, impact resistant
case, the YSI 556 MPS simultaneously measures dissolved
oxygen, pH, conductivity, salinity, temperature, and ORP.
All our instruments are supplied with a 10m cable
as standard along with batteries and software.
The instrument is also available to rent with an optional
Flow Cell for continuous water quality monitoring, in
conjunction with a peristaltic sampling pump - please
ask us for details
www.ashtead-technology.com
Technical Specifications
Logging Memory: 1.5Mb memory (49,000 readings)
Dissolved Oxygen: 0 - 50 mg/L range, 0.01 mg/L
resolution, ±2% accuracy
0 - 500% saturation range, 0.1%
resolution, ±2% accuracy
Conductivity:
0 - 200mS/cm range, 0.001mS/cm
resolution, ±1% accuracy
pH:
0 - 14 units range, 0.01units
resolution, ±0.2 units accuracy
Temperature:
-5oC to +45oC range, 0.1oC
resolution, ±0.15oC accuracy
Salinity:
0 - 70ppt range, 0.01ppt
resolution, ±1% of reading
accuracy
Barometer:
500 to 800mm Hg range, 0.1mm
Hg resolution, ±3mm Hg accuracy
ORP:
-999 to +999mV range, 0.1mV
resolution, ±20mV accuracy
Power:
4 alkaline C-cells
Dimensions:
229 x 119 x 63mm
Weight:
0.91Kgs
072_084_Water Monitoring:Layout 1
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73
Water Monitoring
Technical Specifications
DO Sensor:
Steady-State Polarographic
Accuracy:
0 - 20mg/L: ±0.3mgL
or +2% of reading,
20 -50mg/L: +2% of reading
0-200 %: ±2% air sat.
or ±2% of reading
200-500%: ±6% of reading
+0.3oC temperature
Range:
0 to 500% air saturation
0 to 50 mg/L
-5oC to +45oC temperature
Resolution:
0.1% air saturation or 1% selectable
0.01 mg/L or 0.1 mg/L selectable
0.1oC Temperature
Temperature Units:
Power:
Dimensions:
Weight:
Celsius or Fahrenheit, user selectable
4 alkaline C-cells
229 x 119 x 50mm
0.91Kg
YSI 550 Handheld
Dissolved Oxygen Meter
• Simultaneous Dissolved Oxygen and
Temperature measurements
• Waterproof IP67 construction
Providing simultaneous readings of oxygen
and temperature, the YSI 550 features a
waterproof (IP67), impact-resistant case
and innovative field-replaceable DO
electrode modules. Supplied in a hard
carry case, the instrument has 3.5m of
cable and batteries as standard.
+44 (0)845 270 2707
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74
Water Monitoring
YSI 6920V Multiparameter
Water Quality Meter
• Simultaneously monitor 14 parameters
• Depth rated to 60m
The YSI 6920 is an economical datalogging system for long-term, in-situ
water monitoring and profiling. It will datalog all parameters at
programmable intervals and store up to 150,000 readings (at 15-minute
intervals, it will datalog for about 30 days).
Powered by alkaline batteries, the unit is capable of autonomous
operation for around 30 days and is physically lowered into the correct
position and securely tethered. Data download is achieved by bringing
the unit to the surface and connecting it to a handheld storage device
(can be supplied as an optional extra) or laptop.
Rated to 60m, the YSI-6920 can monitor up to 14 parameters
simultaneously, including Oxygen, Conductivity, pH, Salinity and Turbidity.
The unit can also be used with YSI Ecowatch software to provide
communication and processing of stored data.
www.ashtead-technology.com
Technical Specifications
Logging Memory: 384K Flash ROM logs (150,000 readings)
Parameter:
Dissolved
Oxygen (DO):
Conductivity:
pH:
Non-Vented
Depth:
Vented Depth:
ORP:
Salinity:
Turbidity:
Range:
0 to 50mg/L
Resolution:
0.01mg/L
Accuracy:
1% (0-20mg/L)
0 to 100mS/cm
0 to 14units
0 to 61m
0.001 to 0.1ms/cm
0.01units
0.001m
±0.5%
±0.2units
±0.12m
0 to 9m
-999 to +999mV
0 to 70ppt
0 to 1,000NTU
0.0003m
0.1mV
0.01ppt
0.1NTU
0.1m
±20mV
±1%
±5%
Dimensions:
Weight:
72.4mm (diameter) x 457mm (length)
1.85Kgs
Battery:
±25 days continuous monitoring
072_084_Water Monitoring:Layout 1
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75
Water Monitoring
LaMotte 2020 Portable
Turbidity Meter
• Range of 0 to 1100 NTU
• Lightweight and easy to use
Technical Specifications
Measurement Range:
0 to 1100 NTU
Resolution:
0.01 (0 to 11NTU), 0.1
(11 to 110NTU), 1 (110
to 1100NTU)
Response Time:
3 seconds
Accuracy:
± 2% of reading below 100
NTU, ± 3% above 100 NTU
Display:
LCD 2x line screen
Power:
9V battery or AC mains
Dimensions:
85 x 162 x 67mm
The Model 2020 turbidity meter is an extremely compact instrument
offering lab accuracy for turbidity measurement. An ideal choice for
measuring suspended matter within water, the unit has a number of
applications such as regulatory monitoring, process water testing and
environmental water analysis in the field. An RS-232 port allows the unit
to interface with either a datalogger or PC and is supplied with
consumables and batteries required for operation.
+44 (0)845 270 2707
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76
Water Monitoring
Met One WGS267
Water Particle Counter
• Highly portable 6 channel instrument
• Built-in printer and sampling pump
User-friendly, portable and packed with useful features, the WGS 267
from MetOne is a real benefit to anybody conducting potable water
quality tests. Able to analyse up to 120mL per minute and particle sizes
as small as 2 microns, this unit performs as well on-site as in the lab.
A built-in printer and a direct readout of particle counts in six size ranges
make the unit ideal for measuring drinking water filter performance in the
pipe gallery or in the lab. Because the WGS267 is battery powered, simply
drop the sample tube into your grab sample, start the pump, and set the
flow. Particle counts are then displayed automatically in a variety of formats.
Sample from tanks, piping, and jars. Print results on-the-spot and produce
graphs, tables, and spreadsheet reports using the supplied software.
Please note that this product can only be used with potable water.
www.ashtead-technology.com
Technical Specifications
Size Channels:
Flow Rate:
Sample Time:
Sample Frequency:
Locations:
Displays:
Display Nodes:
Output:
Power:
Battery Power:
Dimensions:
Weight:
2, 3, 5, 7, 10 & 15 µm
20 - 120ml/minute (100 typical)
1 second to 24 hours automatic
1 second to 24 hours
999 individual location IDs
7-digit LCD
Counts, Counts/ml, Counts/100ml
& Rate
Built-in printer & RS-232 port
24v DC adapter
3 Hours Typical
254 x 304.8 x 497.8 mm
13.6 kg
072_084_Water Monitoring:Layout 1
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77
Water Monitoring
Technical Specifications
Solinst 410 Peristaltic Pump:
Max Pumping Depth: 10m at sea level
Sampling Rate:
120mL/min to 3,500mL/min
Speed Control:
Stepped variable speed control
Pumping Options:
Vacuum (reversible flow)
Power:
12V DC external source
Dimensions:
320 x 130 x 170mm
Weight:
5Kg
Geotech II Peristaltic Pump:
Max Pumping Depth:
8m at sea level
Sampling Rate:
100mL/min to 501mL/min
Speed Control:
Stepless variable speed control
Pumping Options:
Pressure or vacuum
(reversible flow)
Power:
12V DC
Dimensions:
89 x 200 x 200mm
Weight:
5Kg
Eijkelkamp 12.25 Peristaltic Pump:
Max Pumping Depth: 9.5m at sea level
Sampling Rate:
100mL/min to 2,300mL/min
Power:
Built-in 12V lead acid battery
Dimensions:
370 x 460 x 260mm
Weight:
8Kg
Solinst 410, Geotech Series II
and Eijkelkamp Peristaltic Pumps
• Simple operation
• Steady flow with variable speed
Our range of peristaltic pumps are designed to
remove water from shallow wells or boreholes.
These pumps ensure that there is no direct
contact with the sample, so making water
monitoring easier and more accurate. The units
are supplied with all the consumables needed for
operation apart from down-hole tubing.
The Solinst and Geotech pumps require a 12V
power supply (eg car battery) whilst the
Eijkelkamp pump has a built-in battery allowing
for up to 5 hours continuous operation.
For deeper applications, please consider the Waterra
PP1 Powerpack (pg 78).
+44 (0)845 270 2707
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78
Water Monitoring
Waterra PP1 PowerPack
Inertial Pump
• Capable of pumping from depths of over 80m
• Improved tubing grip giving greater pumping efficiency
The Waterra PP1 Powerpack allows for water extraction from boreholes
and wells of up to 80m in depth. Powered by a 4-stroke Honda engine,
the unit uses an inertial mechanism to draw fluid for sustained periods.
Weighing just 13Kg (excluding shipping case) this system is light enough
to comply with European one-person Health & Safety lifting regulations
yet still provides outstanding performance.
Please note that down-hole tubing is not supplied as standard.
Technical Specifications
Power Source:
Fuel Source:
Running Time:
Pumping Rates:
Dimensions:
Weight:
www.ashtead-technology.com
Honda GX series, ultra small
4-stroke engine
Unleaded petrol
1 hour continuous from 0.45 litre
fuel tank
Standard: 8 litres/minute
Minimum: 0.4 litres/minute
Maximum: 15 litres/minute
568 x 365 x 390mm
13Kg
072_084_Water Monitoring:Layout 1
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79
Water Monitoring
Technical Specifications
HT Hydrotechnik Type 010 Water Level Meter (100m):
Tape Length / Markings: 100m with metre and cm markings
Tape Construction:
UV resistant, Polyurethane coated
stainless steel strips. Probe
Dimensions: 15mm diameter
x 195mm length
Probe Construction:
Stainless Steel and electroplated brass
Frame / Drum
Construction:
High Tensile acrylic resin
Signals:
Visual and audible on contact with water
Power Supply:
4x 1.5V (‘C’ type / LR14) batteries
Geotechnical Instruments Leachate Dipmeter (60m):
Tape Length:
60m
Tape Measurements:
1mm graduations
Tape construction:
Resin coated stainless steel
Probe Construction:
Stainless steel (16mm diameter)
Display:
Graphic LCD
Automatic Corrections: Barometric pressure and temperature
Display Readings:
Meters of water (mH2O)
Power:
Rechargeable batteries
Dimensions:
300 x 340 x 230mm
Weight:
4.75Kg
Water & Leachate Level Meters
• Lightweight and robust
• Level monitoring to 100m depth
The Type 010 level meter from HT Hydrotechnik is a
robust and accurate water level measurement
solution for wells, stand pipes and boreholes.
Featuring both an audible and visual alarm to
signal probe contact with the water surface, the
Type 010 features a 100m reinforced UV-resistant
polyurethane tape, stainless steel probe and drum brake.
The Geotechnical Instruments Leachate Dipmeter is
designed to measure levels of foaming Leachate in
wells, boreholes and standpipes. Accurate and
simple to use, the instrument automatically
compensates for temperature and barometric
pressure and displays results via the steel tape, LCD
screen and visual and audible alarms.
+44 (0)845 270 2707
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Page 80
80
Water Monitoring
Solinst 3001 Levelogger
& Levelogger Gold
• Stream gauging, lake levels and reservoir monitoring
• Optional barologger version also available to hire
The 3001 Levelogger from Solinst is the ideal solution for accurate water
level data gathering. Applications include tank and borehole level
monitoring, tidal fluctuation surveys and pumping and slug tests.
Combining a data logger, temperature sensor, pressure transducer and
5-year battery, the Levelogger features a non-volatile memory with a
capacity for up to 32,000 data points.
The unit is deployed by lowering to a known depth and leaving securely
tethered. As water levels change, the internal datalogger records them
for subsequent analysis. For more accurate results, we recommend the
use of an optional barologger which will automatically compensate for
changes in atmospheric pressure. Only one barologger is required per
site, regardless of the number of leveloggers deployed.
www.ashtead-technology.com
Technical Specifications
Level Sensor:
Accuracy / Resolution:
Temperature Sensor:
Piezo-resistive Silicon
in 316L Stainless Steel
0.05% net FS / 0.002 to 0.0006% FS
Platinum Resistance
Temperature Detector
± 0.05°C / 0.003°C
-10°C to +40°C
5 Years
Accuracy / Resolution:
Temp. Sensor Range:
Battery Life:
Operating
Temperature:
-20°C to +80°C
Maximum # Readings: 40,000 of level and temperature
Sampling Modes:
Linear, Event and User-Selectable with
30 separate line items
Communication:
Optical Infra-Red Interface, RS232
or USB Computer Connection
Size:
22 x 154 mm
Weight:
179 grams
072_084_Water Monitoring:Layout 1
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81
Water Monitoring
Technical Specifications
Heron Sm.OIL 30m Oil / Water Interface Meter:
Intrinsically Safe:
CSA/NRTL, Class 1. GR A.B.C.D.
Minimum Oil Layer: 1mm
Tape Length:
20m and 30m available
Tape Construction: Tensile Steel tape with Kynar coating
Tape Markings:
Metres and cm/mm graduations
Probe:
Ø16mm stainless steel with IR emitter
Reel Construction:
Durable U.V and impact resistant plastic
Electronics Panel:
Water & dust proof.
Signals:
Oil: solid tone & light
Water: intermittent tone & light
Power:
9V Battery
Dimensions:
100 x 100 x 260mm
Weight:
1.9Kgs
Oil and Water Interface Probes
• Simple, straightforward operation
• Choice of reel lengths
Our oil water interface probes are able to
measure the oil layer thickness in
groundwater applications such as wells,
boreholes and storage tanks. The
Marton unit is 100m in length whilst the
Heron unit is available as 20m and 30m
but is ATEX rated for hazardous areas usage.
Marton Geotechnical 100m Oil / Water Interface Probe:
Tape length:
100 metres
Tape Construction: Cross-linked Polyethylene coated steel
Tape Markings:
Metres and cm/mm graduations
Probe:
Ø20mm stainless steel
Reel Construction:
Impact resistant Polypropylene
Signals:
Buzzer and Red & green LED
Power:
9 volt PP3 battery
Dimensions:
230 x 280 x 180mm
Weight:
5.9Kg
+44 (0)845 270 2707
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Water Monitoring
Sontek FlowTracker
Handheld Acoustic Doppler Velocimeter (ADV)
• Lightweight, rugged and waterproof
• Measures in water as shallow as 2cm
The FlowTracker from Sontek offers laboratory precision in a practical and
easy-to-use instrument. Capable of measuring velocities from 0.001m/s
to 4.5 m/s, it can be used make accurate velocity measurements in natural
streams, weirs/flumes and open channels. Applications include irrigation,
storm water, water treatment and mining.
Designed with the field user in mind, this handheld ADV easily attaches
to wading rods and features an automatic discharge program. In
addition, there is a general purpose data collection mode and averaging
times can be set by the user from 10 to 1000 seconds. Data is stored
onboard for subsequent analysis.
Though able to work robustly in any natural environment, its performance
in shallow water and low flows is unparalleled. By selecting the 3-D probe
option, precise water velocity is reported in 3 dimensions. This makes it a
powerful tool for applications requiring the measurement of water velocity
on the vertical axis.
www.ashtead-technology.com
Technical Specifications
Velocity Range:
Velocity Resolution:
Velocity Accuracy:
Memory:
±0.001 to 4.5 ms-1
0.0001 ms-1
±1% of measured velocity
4 MB Internal memory for up to 64
discharge measurements (160,000
individual velocity measurements)
Sensor:
Low-profile 2-D ADV water velocity
sensor on 2 m flexible cable (measure
in depths down to 2cm)
Discharge
Automatic discharge measurement
Measurement:
and computation program based on
USGS/ISO standards
Power Requirements: 8 AA batteries providing max 25 hours
operation (typical)
Operating Temp:
–20°C to +50°C
Probe width:
130 mm
Weight:
1.8 kg
072_084_Water Monitoring:Layout 1
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83
Water Monitoring
Katronic KATflow 220 Ultrasonic
Clamp-on Flowmeter
Technical Specifications
Flow Velocity Range:
Resolution:
Accuracy:
Measureable Liquids:
Power Supply /
Operating Time:
Response Time:
Data Storage:
Stored data:
Data download:
Dimensions:
Weight:
0.01 to 25 ms-1
0.25 mm/s-1
±0.5% of measured value
Any acoustically
conductive liquid
Internal batteries (>14 hours)
or DC operation
1 second
27,000 values using
internal logger
Volumetric flow, flow velocity,
mass flow, volume and mass
(various units)
Via RS232 into Windows
software package
118 x 276 x 310mm
3.5Kg
• Fluid Measurement in pipes
• Non-contaminating
The KATflow 220 clamp-on flowmeter is a portable unit which uses
ultrasonic technology for the accurate flow measurement of liquids in full
pipes. Measurement is based on the principle that sound waves are
influenced by a flowing medium. The ultrasonic signal penetrates the pipe
and passes through the liquid. The time differences, frequency variations and
phase shifts of the ultrasonic signals are evaluated as the flow rates change.
Sensors are clamped onto the outside of the pipework using supplied
fittings and results are read from the main unit or may be stored in the
memory for download to a PC. Pipe material composition and wall
thickness need to be known for maximum accuracy. We are able to
provide metal thickness testers if required.
Our standard sensors can measure pipe sizes up to 400mm with larger
available upon request.
+44 (0)845 270 2707
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84
Water Monitoring
Gutermann PAL300
Water Leak Detector
• Precise pin-pointing of leaks
• Leak location calculated in seconds
This easy to use mains water leak detection system consists of two
accelerometers with integral magnets plus a central correlator. The
sensors are fitted to any available metal valve up to maximum distance of
around 200m. The correlator then ‘listens’ to the acoustic properties of
the leak to pinpoint the precise location along the pipe section.
Please note that this system is only designed to work with mains water
pipes under pressure. The user also needs to know the sub-surface
direction of the pipe.
Technical Specifications
Pipe materials:
Protection:
Power supply:
Display:
Keyboard:
Dimensions:
Weight:
www.ashtead-technology.com
All commonly found pipe materials
(plastic & metal)
Water and weatherproof to IP67
Built-in 12V battery
LCD display with background
illumination
Waterproof keypad with 8 keys
220 x 120 x 90mm
2.8kg
085_087_XRF & GPS:Layout 1
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Page 85
85
XRF, Geophysical & GPS
Niton XL3t X-Ray Fluorescence
Environmental Analyser
• Analyse metals in soil
• Component testing for RoHS and WEEE compliance
Technical Specifications
Number of Elements:
Excitation Source:
Smart Beam:
Operation:
Memory:
Display:
Power:
Dimensions:
Weight:
25 Elements as standard plus
RoHS and WEEE library
X-Ray tube, Au or W anode,
50 kV max, 40 uA max
Delivers industry-leading detection
limits on critical elements
Trigger and touch-screen keyboard
128MB (10,000 test
results with spectra)
Adjustable angle VGA
colour touch-screen
Li-Ion rechargeable batteries
(6hrs operation)
244 x 230 x 96mm
1.3Kg
The XL3t from Niton is a lightweight, hand-held X-Ray Fluorescence
(XRF) analyser that enables users to obtain real-time, quantitative
sampleanalysis in the field for a fraction of the cost of lab-based testing.
Environmental testing applications range from brownfield site
assessments and remediation to emergency response, occupational
safety and health (OSHA) compliance testing and elevated blood lead
(EBL) investigations. The XL3t can also be used to test electrical
components for both RoHS and WEEE directive compliance.
Supplied with the Niton Data Transfer (NDT) software to generate
reports, the XL3t features a tilting colour touch-screen display foreasy
viewing, analysis of all major contamination elements from Mgto U,
down to PPM levels and easy to use touch-screen controls.
+44 (0)845 270 2707
085_087_XRF & GPS:Layout 1
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Page 86
86
XRF, Geophysical & GPS
Mala Geoscience Easy Locator
Ground Penetrating Radar
• Detects both metallic and non-metallic material types
• Simple user interface
• USB download version also available
A revolution in ground penetrating radars, Mala’s Easy Locator is easy to
operate and highly effective at detecting all sub surface material types. In
addition to metallic objects, plastics; concrete; ceramics; asphalt
composites and much more can all be detected.
Featuring a rechargeable, long-life Li-Ion battery, the Easy Locator is
capable of operating up to 16 hours and can scan at various depths. The
system can also be adjusted to different soil types for maximum
performance and with its adjustable wheel height combined with the
option to pull the Easy Locator backwards, access to rough terrain and
loose soils is much improved.
A version capable of storing your surveys and then downloading the
results to PC via USB is also available.
www.ashtead-technology.com
Technical Specifications
Shallow Antenna:
Maximum Penetration:
Dimensions:
Weight:
Power Supply:
Operating Time:
Charge Time:
Operating Temperatures:
Environmental Rating:
Monitor:
2.5m
670 x 470 x 180cm
14Kg
Rechargeable Li-Ion
12v DC Battery
8 hours
4 Hours
+10oC to +50oC
IP 67
(IP 54) Shock proof, Ultra Hi-Brite
10.4” TFT screen
085_087_XRF & GPS:Layout 1
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Page 87
87
XRF, Geophysical & GPS
Technical Specifications
GEO-XT Handheld
Accuracy:
Operating System:
Internal Memory:
Sub-meter in real time
Microsoft Windows V.5 for Pocket PC
64Mb RAM and 512Mb Flash data
storage with Sealed SD card slot
Display:
240 x 320pixel Colour LCD with backlight
Communications:
802b Wireless LAN, Bluetooth
Power:
Internal Li-Ion rechargeable battery
Temperature Range: -10oC to 50oC
Casing Protection:
IP54: weatherproof and dust resistant
Dimensions:
215 x 99 x 77mm
Weight:
0.78Kg
GEO BEACON
Type:
Integrated beacon receiver,
antenna and power supply
Frequency Range:
283.5 kHz to 325 kHz
Demodulation:
Minimum Shift Keying (MSK)
Communications:
RS-232 serial port and Bluetooth
Power:
Internal Li-Ion rechargeable battery
Temperature Range: -20oC to 60oC
Casing Protection:
IP67: water, sand and dust proof
Dimensions:
130 x 125 x 124mm
Weight:
0.8Kg
Trimble GEO-XT Handheld
GPS & GEO Beacon
• High performance, sub-meter precision data
• Deploys with GEOBeacon for real-time DGPS
corrections & FASTMap software
Combining reliability with high levels of accuracy,
the GEO XT Handheld GPS is ideal for
use by Utility companies, Local Government,
Environmental and Geotechnical Consultants,
Construction and Survey companies. The GEO
XT is designed to provide sub-meter GIS
(Geographic Information System) data.
Deployed in conjunction with the GEO BEACON to supply wireless
real-time differential GPS corrections and FASTMap Mobile software
to integrate your new data with existing GIS information, Ashtead
Technology has the solution to your survey and mapping needs.
+44 (0)845 270 2707
088 - Reasons to Rent:Layout 1
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Page 2
88
Whyhire from Ashtead
Reasons to rent;
Technology?
Renting is the most cost-effective way to utilise a piece of
equipment without incurring all the expenses associated
with ownership, allowing your financial resources to be
dedicated to core activities. More and more organisations
are switching to renting because of the economic and
operational advantages.
Tomorrow won’t be anything like Today!
Projects change, deadlines change, your requirements
change… sometimes at a moments notice. Your biggest job
could be the next call you take and when the phone rings, it’s
essential that all your instruments are on hand, working,
calibrated and ready to go.
Renting your equipment from Ashtead Technology
ensures that you can always be ready, no matter
what the call…
www.ashtead-technology.com
Access to the latest technology
Equipment when and
where you want it
It makes financial sense
Accessible technical support
No calibration, storage or CapEx costs
Smart people to talk to
Equipment is ready to go
straight out of the box
NDT Header Page:Layout 1
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Page 5
89
Symbol Key
240v
110v
240v Power Supply
110v Power Supply
Battery Supplied
Non-Destructive Testing
ACFM
Coating & Thickness
91-97
Eddy Current Instruments
98
Hardness Testing
99
Concrete Testing
100-101
PMI & X-Ray
Tank Floor Scanning
Software Included
90
Ultrasonic Flaw Detection
NDT Accessories
102
103
104-108
109
Calibration Certificate
Instruction Manual
Carry Case
ATEX Rated
+44 (0)845 270 2707
090 - ACFM:Layout 1
11/5/09
11:31
Page 90
90
ACFM
TSC Amigo ACFM
Inspection System
• Reliable crack detection and sizing
• Rapid hand-held scanning
The ACFM Amigo system from TSC is a small, lightweight system with the
added benefits of a long battery life and support for simple array probes.
The system allows for rapid scanning using hand-held probes as well as
up to 5 hours of operation on a fully charged battery.
The Amigo is capable of inspection through thin metallic coatings or
through non-conducting coatings several millimetres thick. The Windows
based software allows for ease of use and compatibility with other
Windows applications.
Technical Specifications
Probe Cable Length:
Communications
Cable Length:
Operating Temperature:
Environment Protection:
Array Support:
Dimensions:
Weight:
www.ashtead-technology.com
5m standard, up to 50m
by special request
Up to 30m
-20º to +40ºC
(-4ºF to +104ºF)
IP54 rated
16 channels plus
position encoder
206 x 292 x 127 mm
4.5 kg
091_097 - Coating & Thickness:Layout 1
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Page 91
91
Coating & Thickness
Fischer MP-30 Ferritescope
• Determines Ferrite content
• Simple and fast measurement
Technical Specifications
Measurement Method:
Range:
Data Transfer:
Memory Capacity:
Measurement Units:
Display:
Power:
Dimensions:
Weight:
Eddy Current Method
0.1 to 100FN or 0.1 to 80% Fe
in austenitic and duplex steel
RS232 interface for data transfer
to PC or printer
Max, 10,000 measurements in
1,000 blocks in up to 100
applications, fixed or free block
size selection
Selectable between WRC-FN
and %Fe
Min., Max. and mean value,
number of measurements,
standard deviation as well
as date and time
9V batteries or AC mains
80 x 160 x 35mm
400g
Rugged and hand-held, the MP30 Ferritescope from Fischer is ideal for
users who need separate eddy current and magnetic induction units with
full measurement storage, downloading and printing capabilities.
Capable of determining ferrite content in part welds (too little gives a
weld susceptible to cracking under heat, too much and the weld loses
strength and corrosion resistance) that are regularly exposed to heat and
aggressive media.
The MP-30 offers simple measurement, even for complex specimen
geometry. It provides characteristics measurement and statistical values as
well as pictograms for status display and text lines for operator
instructions. The unit also allows for input of specification limits and has
outlier control for automatic elimination of erroneous measurements.
+44 (0)845 270 2707
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Page 92
92
Coating & Thickness
Phynix Surfix Paint
Thickness Tester
• Quick and precise
• Continuous scan mode
The Surfix Pro is a multifunctional menu-driven gauge for fast,
professional and precise coating thickness measurement for varnish, paint
and electroplated coatings on iron/steel and varnish, paint and anodising
coatings on non-ferrous metals and on austenitic stainless steels.
The recording and further processing of stored measurement data are just as
easy to carry out as the measurement itself. The file names can be
alphanumerically assigned via an input panel and managed in a data memory.
The Surfix Pro is easy and straightforward to use. It has small measuring
sensors providing reliable measurements even on difficult geometries.
The newly developed scan mode enables a continuous coating thickness
measurement for a quick assessment of large surfaces.
www.ashtead-technology.com
Technical Specifications
Measuring Principle: Magnetic induction / Eddy current
Measuring Range:
0 to 1500 µm (0-60 mils)
Tolerance:
± 0.7 µm/0.04 mils + 1% of reading
Resolution:
0.1 µm/0.004 mils or < 0.2 % of reading
Minimum Area
of Measurement:
5 mm x 5 mm / 200 mils x 200 mils
Minimum radius
of curvature:
convex 2mm; concave 5 mm
Surface temp:
-15°C to +60°C
Data memory:
10,000 readings
Interfaces:
Infrared and serial RS232 interface
Power Supply:
2 x AA (60 hours)
Dimensions:
140 x 62 x 30 mm
Weight:
0.25 kg
091_097 - Coating & Thickness:Layout 1
11/5/09
10:32
Page 93
93
Coating & Thickness
Panametrics 36DL PLUS
Ultrasonic Thickness Gauge
• Wide thickness range
• Fast, minimum capture mode
Technical Specifications
Thickness Range:
Material Velocity:
Receiver Bandwidth:
Resolution:
Operating Temperature:
Datalogging:
Power:
Dimensions:
Weight:
0.5 - 500mm
0.762 - 13.999 mmµS
1-15MHz (-3dB)
(0.01 mm) Standard
(0.1mm) LOW.
Selectable from keypad
-10°C to +50°C
Max 95,000 readings
and/or 1,750 waveforms,
or combination of both.
6v rechargeable NiCd
battery or alkaline
AA batteries
238 x 138 x 38 mm
0.95 kg
The 36DL Plus from Panametrics is an advanced ultrasonic thickness gauge
that combines powerful thickness measurement features with sophisticated
data acquisition and output capabilities. Housed in a rugged, water
resistant case the meter is perfect for use in harsh environments.
The instrument displays thickness measurement and high resolution A-scan
waveform for precise thickness verification and comes with a 5MHz probe
as standard, together with a test block, download cable and software.
+44 (0)845 270 2707
091_097 - Coating & Thickness:Layout 1
11/5/09
10:32
Page 94
94
Coating & Thickness
Panametrics 37DL PLUS
Ultrasonic Thickness Gauge
• Auto velocity compensation for material temperature
Technical Specifications
Thickness Range:
0.080 – 635.00 mm
Material Velocity:
0.508- 13.998 mmµS
Resolution:
Low: 0.1 mm
Standard: 0.01 mm
• Compatible with a variety of transducers
The Panametrics 37DL Plus is an advanced digital ultrasonic thickness
gauge that combines powerful measurement features
with sophisticated data acquisition and output
capabilities for applications involving pipes, tanks and
other metal structures subject to internal corrosion or
erosion. Capable of use with a large variety of single
and dual element transducers, the 37DL can
also be used for non-corrosion applications
on plastics, fibreglass, composites, rubber,
castings and glass.
The instrument is supplied with a 5MHz
probe as standard, together with a test
block, battery charger and download lead.
www.ashtead-technology.com
Transducer
Frequency Range:
2-30 MHz (-3dB)
Dual Element Mode: Time interval from a precision delay after
the excitation pulse to the first echo
Thru-Coat Mode:
Metal and coating thickness using
a single back wall echo
Thru-Paint Echo
to Echo Mode:
Time interval between two successive
back wall echoes for
elimination of paint or coating.
Liquid Crystal Display: 102 x 86 mm with backlight
and adjustable contrast
Operating
Temperature:
-10ºC to +50ºC
Power:
6v rechargeable NiCd battery
or alkaline AA batteries.
Dimensions:
238 x 138 x 38 mm
Weight:
0.95 kg
091_097 - Coating & Thickness:Layout 1
11/5/09
10:32
Page 95
95
Coating & Thickness
Cygnus 1 Intrinsically
Safe Thickness Meter
• Hazardous Areas certification
• Usable on both metallic and non-metallic materials
The Cygnus 1 is a hand-held digital, multiple echo ultrasonic thickness
gauge for hazardous areas. It measures metal thickness to determine
defects caused by corrosion without the need to remove surface coatings.
Technical Specifications
Materials:
Range:
Accuracy:
Resolution:
Power:
Weight:
The unit gives stable calibration, linear accuracy and no zero adjustment
- even on rough, corroded surfaces. Intrinsically Safe, the Cygnus 1 does
not require any plant shutdowns or hot-work permits.
Sound velocities between
2,500 and 7,000 ms-1
2.5 to 250mm with
a 2.25 MHz probe
±0.1mm
±0.1mm
6V DC Rechargeable -110/220V
AC 50/60 Hz
680g
+44 (0)845 270 2707
091_097 - Coating & Thickness:Layout 1
11/5/09
10:32
Page 96
96
Coating & Thickness
Cygnus 2 Thickness Meter
• Easy to use
• Single crystal probe
The Cygnus 2 digital thickness gauge measures metal thickness
accurately, quickly, reliably and without the need to remove surface
coatings. The gauge features a single crystal probe to ensure accurate
measurement even on curved and heavily corroded back walls.
The rugged construction means the unit is both shock-proof and
environmentally sealed. With ease of use a priority, there are a wide
variety of possible applications with minimal training – including those
within the marine, shipping, water and gas industries as well as general
maintenance and safety check applications.
Technical Specifications
Materials:
Range:
Accuracy:
Resolution:
Power:
Display:
Operating
Temperature:
Dimensions:
Weight:
www.ashtead-technology.com
Sound velocities between
2000ms-1 and 7000ms-1
3mm to 250mm with
2.25 MHz probe
±0.1mm
0.1 mm
3 x AA alkaline batteries
Large clear L.E.D. display
with polarised filter
-10°C to +50°C
188 x 86 x 40mm
0.35 kg
091_097 - Coating & Thickness:Layout 1
11/5/09
10:32
Page 97
97
Coating & Thickness
Buckleys PHD 1-20 Pinhole/
Holiday Detector
• Works on metal, concrete or asbestos substrates
• Rapid surface scanning possible
The Holiday Detector is designed to be a fully portable test instrument
delivering an adjustable stabilised D.C. output voltage of 1Kv to 20kv for the
detection of pinholes, porosity or holidays in metal, concrete or asbestos
cement substrates. Fault detection is indicated by a visual spark from the
search electrode, a drop in the pre-set test voltage registered on the output
meter, illumination of a red LED and audible alarm on the front panel. The
latter two functions are extended to 0.25 second to ensure that very short
duration faults (faster than 1/1000th second) are adequately indicated.
Technical Specifications
Output Voltage
Running Time
Alarm function
Accuracy
Alarm Sensitivity
Dimensions in case
Weight
1,000 Volts to 20,000 Volts
12 hours at full output no load
Audible and visual
±1% of range
Manually adjustable
210 x 125 x 265 mm
Complete kit 11kg
The test wand is supplied complete with a two meter long high voltage
cable with pneumatic control for remote switching of the test voltage.
This facility is included to increase safety for the operator and conserve
battery life between testing periods. However, it is possible to over-ride the
hand control when large areas need testing. The test wand is fitted with
a special shoe, which is capable of accepting phosphor bronze brush or
conductive silicon electrodes as well as operating rolling spring electrodes.
+44 (0)845 270 2707
098 - Eddy Current Inst:Layout 1
11/5/09
10:34
Page 98
98
Eddy Current Meter
Hocking Locator 2
Eddy Current Meter
• Locates cracks and corrosion in metals
• Tough IP64 construction
Technical Specifications
The Hocking Locator 2 eddy current instrument finds cracks and corrosion
in metal components and structures. Its rugged construction makes it
perfect for tough environments. This small, lightweight eddy current
meter is comfortable to use and fits either hand.
Operating Frequency:
100Hz to 6MHz in 47 Steps
Display:
480 x 320 pixel LCD
Gain:
0dB to 99.9dB in 0.1dB steps
Low & High Pass Filters:
Low Pass - 3 to 1000Hz in 12 steps
The big, bright, high resolution screen with LED backlight makes for easy
use and its lithium-ion batteries run for up to 14 hours from a single
charge. Dedicated windows software allows easy reporting and printing.
www.ashtead-technology.com
High Pass - DC to 200Hz in 10 steps
Alarms:
+ and – levels, Sector and Box Gate.
Phase:
0° to 360° in 0.1° steps
Internal Data Storage:
Max 50 traces and 50 settings
with time & date stamps
Probe Capacity:
Absolute Locator (100 Ω input),
Absolute Standard (50 Ω input)
Outputs:
Standard RS232
PC Connectivity:
Dedicated Windows software
Rating:
IP64
Dimensions:
190 x 140 x 55mm
Weight:
0.94kg
099 - Hardness Testing:Layout 1
11/5/09
10:36
Page 99
99
Hardness Testing
Proceq Equotip 2
Portable Hardness Tester
Technical Specifications
Maximum Hardness:
940 HV
Accuracy:
+ 4L ( + 0.5%) / when converting
to HB,HV or HRC + 3%
+ 15% / when converting to
shore hardness + 1.5% - 4.5%
Hardness Values:
L, HL, HS, HV, HRB and HRC
Display:
LCD
Impact Energy:
11 Nm
Mass of Impact Body:
5.5g
Diameter Test Tip:
3m
Diameter Impact Device:
20mm
Length Impact Device:
150mm
Operating Temperature:
0°C to + 50°C
Battery:
6 x 1.5V giving 65 Hrs use
Input for External Power:
9V D.C. at 0.2A
Data Output:
RS232C on dB 9 pin
Dimensions:
175 x 180 x 80 mm
Weight:
7.5 kg
• Portable and lightweight
• Results within seconds
The Equotip 2 metal hardness tester is a lightweight, yet powerful
portable hardness tester for all metallic materials. It measures the Leeb
value (L) for materials, which is a ratio of the impact velocity to the
rebound velocity. Mobile and very accurate, it has a large measuring
range - from soft to extremely hard.
With measurements within seconds, the Equotip 2 can display readings
in other hardness test ranges such as HL, HS, HV, HRB and HRC. Hardness
measurements are carried out by a dynamic method, which allows testing
on areas of difficult access.
The unit is supplied with a test block to confirm calibration during testing.
+44 (0)845 270 2707
100_101 - Concrete Testing:Layout 1
11/5/09
10:38
Page 100
100
Concrete Testing
Proceq Profometer
5b Rebar Locator
• Portable and lightweight
• Results within seconds
The Proceq Profometer Rebar Locator with Scanlog is ideal for a range of
applications requiring the location of reinforcing bars and welded wire
meshes within concrete cover. Highly flexible, the instrument is also
capable of measuring both the depth of concrete cover and the diameter
of reinforcing bars.
Using a single ‘universal’ probe, the Proformeter ensures a measuring
stability through the eddy current measuring method with pulse
induction and can store up to 40,000 values. A wheeled cart containing
the sensor can also be supplied for rapidly scanning large areas.
Technical Specifications
Universal Probe:
Measuring Scales:
Display Unit:
Memory:
Communications:
Power:
Software:
Temperature Range:
Dimensions:
Weight:
www.ashtead-technology.com
Automatic compensation
for magnetic aggregates
0.5 x 0.5m / 1.0 x 1.0m
/ 2.0 x 2.0m
128 x 128pixel LCD
Non-volatile memory for
40,000 measured values,
RS 232 interface
Rechargeable battery
(45 hrs continuous operation)
Print statistical values and
download data to PC.
-10ºC to +60ºC
180 x 175 x 80mm
0.8kg
100_101 - Concrete Testing:Layout 1
11/5/09
10:38
Page 101
101
Concrete Testing
Proceq Schmidt Concrete
Hardness Tester
• Accurately measures compressive strength
• Ability to use a variety of impact energies
The Proceq Schmidt concrete hammer is a lightweight and effective method
of measuring the load bearing and capacity and durability of concrete
components used in structures such as bridges, foundations and tunnels.
Technical Specifications
(Type NR Hammer)
Measuring Range:
Impact Energy:
Recording Method:
Dimensions:
Weight:
Hitting the surface at a defined energy, the rebound of the hammer is
measured and recorded as a graph on a built-in paper chart.
The unit includes instruction manual, spare graph paper and grinding stone.
1,450 to 10,150 psi
(10 to 70 N/mm2)
compressive strength
2,207 Nm
Bar graph on paper chart
(stores up to 4,000 impacts)
Ø 54 x 280mm
(max width: 136mm)
1.35Kg
+44 (0)845 270 2707
102 - PMI & X-Ray:Layout 1
11/5/09
10:39
Page 102
102
PMI & X-Ray
Niton XL3t PMI X-Ray
Fluorescence Analyser
• Suitable for alloy analysis and PMI
• Optional test stand for increased accuracy also available
The XL3t from Niton is a lightweight, hand-held X-Ray Fluorescence (XRF)
analyser that enables users to carry out on site laboratory quality Positive
Material Identification (PMI) and elemental analysis of alloys.
NDT applications range from quality control testing of incoming stock,
component testing, weld bead analysis in pipelines and refinery vessels,
through to RoHS and WEEE directive compliance in the recycling and
waste disposal industries. Several hundred alloys are stored on the
instrument’s library and customised settings are available for unique
alloys, including a “pass / fail” mode.
Supplied with the Niton Data Transfer (NDT) software to generate reports,
the XL3t features a tilting colour touch-screen display for easy viewing
and can give laboratory quality results in a matter of seconds. A test stand
as an optional accessory. This may be used in situations where sample
size is small, or multiple repeat analysis is required.
Please see XRF library in Appendix pages 140-142.
www.ashtead-technology.com
Technical Specifications
Excitation Source:
Smart Beam:
X-Ray tube, 10-40 Kv, 10-50µA
Delivers industry-leading detection
limits on critical elements
Number of Elements: 21 Elements as standard plus alloy, RoHS
and WEEE library
Operation:
Trigger or Start/Stop icon. One touch
trigger or dead-man trigger option
Memory:
128 mB - 20,000 test results with spectra
Display Screen:
Colour, high resolution touchscreen.
Variable brightness for sunlight viewing
Power:
Li-Ion Rechargeable batteries
(6hrs operation)
Weight:
1.3Kg
103 - Tank Floor Scanning:Layout 1
11/5/09
10:41
Page 103
103
Tank Floor Scanning
Silverwing MFL 2000
Tank Floor Scanner
• High Speed, Cost Effective Inspection
Technical Specifications
Operation Principle:
Magnetic Flux Leakage
Detection:
18x Hall Effect sensors
Scan width:
150 mm
Propulsion Method:
Hand Push / Pull
Speed:
0.5 m/sec
Thickness range:
1 - 15 mm
Max coating thickness:
6 mm (non-magnetic)
Sensitivity:
adjustable
Max sensitivity:
10% underfloor on
un-coated 6 mm plate
20% underfloor on
coated 6 mm plate
Power:
12V battery operation
(10 hours continuous operation)
Operating weight:
18 Kg
• Automatic defect detection
Capable of inspecting up to 8,000 sq feet per shift, the MFL 2000 from
Silverwing is a high speed, motorised magnetic flux leakage scanner. The
motorised scanner has an auto-stop system which ensures any defect above
the operator adjustable threshold is identified for further investigation.
All controls are situated in a recess at the top of the unit allowing easy
viewing and operation whilst being protected against accidental
adjustment. The ergonomic design coupled with the latest magnetic
technology has resulted in an easy to operate, accurate, reliable and cost
effective inspection tool.
Please note that this instrument requires a thorough knowledge of
magnetic flux leakage principles.
+44 (0)845 270 2707
104_108 - Ultrasonic Floor Detection:Layout 1
11/5/09
10:42
Page 104
104
Ultrasonic Flaw Detection
Panametrics Epoch 4 / 4B
Ultrasonic Flaw Detector
• Use on a wide range of materials
• B-Scan facility also available
The Epoch 4 ultrasonic flaw detector uses ultrasonic waves to locate
unseen defects as well as measure thicknesses of materials such as
metals, plastics and glass. Capable of inspecting materials up to
10,000mm thick and featuring a rugged, compact construction, the
Epoch 4 is suitable for a variety of applications. The battery gives over 7
hours continuous use and the internal datalogger stores up to 500
waveforms or 10,000 readings without the need to stop and recharge or
download your data.
Also available with a B-Scan option, the Epoch 4 and 4B instruments are
supplied with download cables, battery charger, mains power supply
cable, instruction manual and couplant available upon request.
110v
240v
www.ashtead-technology.com
Technical Specifications
Sensitivity:
110dB Max.
Material Velocity:
635 - 15,240ms-1
Range:
Standard 1 to 10,000mm
Pulse Energy:
Low: 100V, Medium: 200V,
High: 300V and Max: 400V.
B-Scan Option:
Available upon request
Alarms:
Selectable threshold positive/negative
or min’ depth modes.
Memory:
500 waveforms, or
10,000 thickness readings.
Display:
320 pixels x 240 pixels
(Electroluminescent or LCD)
Power:
AC Mains: 100-120 VAC,
200-240 VAC, 50-60 Hz
Battery:
Rechargeable Ni-MH battery pack
rated at 12V at 3800mAH.
Communications:
RS-232 and high speed parallel ports
Dimensions:
(ELD) 283 x 166 x 66mm
(LCD) 293 x 166 x 61mm
Weight:
2.6Kg with battery.
104_108 - Ultrasonic Floor Detection:Layout 1
11/5/09
10:42
Page 105
105
Ultrasonic Flaw Detection
Panametrics Epoch LT
Ultrasonic Flaw Detector
Technical Specifications
Sensitivity:
100dB Max.
Material Velocity:
635 - 15,240ms-1
Range:
Standard 4 to 5,000 mm
Alarms:
Selectable threshold positive/
negative or minimum depth modes
Memory:
100 calibrations and 2000
thickness measurements
Display:
LCD 320 x 420 pixels
Power:
AC Mains: 100-120 VAC,
200-240 VAC, 50-60 Hz
Battery:
Rechargeable NiMH battery pack
(5-6 hrs continuous operation)
Communications:
LEMO® 00 connectors. Adaptors
for LEMO 1 and BNC available.
Dimensions:
238 x 138 x 38 mm
Weight:
1.0 kg
• Lightweight and compact
• Material thickness range of 4 to 5,000mm
Lightweight and compact for ease of use, the Epoch LT ultrasonic flaw
detector can be used to find hidden flaws and measure the thickness of
a variety of materials including glass, plastics and metals. The instrument
features a clear high resolution LCD screen and automated transducer
calibration for ease of operation. A large internal memory stores up to
100 calibrations and 2,000 thickness measurements for easy download
and printing with the supplied software.
The Epoch LT is supplied with instruction manual, software, download
cables, battery recharger, mains power supply and couplant as an
optional accessory.
110v
240v
+44 (0)845 270 2707
104_108 - Ultrasonic Floor Detection:Layout 1
11/5/09
10:42
Page 106
106
Ultrasonic Flaw Detection
Sonatest Sitescan 140
Ultrasonic Flaw Detector
• Robust design
• Lightweight and easy to handle
The Sonatest Sitescan 140 is a general purpose broadband amplifier flaw
detector which can be used in applications such as weld inspection,
thickness/corrosion testing and wrought product inspection. This simple
to use digital flaw detector utilises all the time-saving and storage
functions associated with digital technology, while retaining the
traditional design and analogue feel which operators prefer.
Housed in a robust case, the Sitescan provides the operator with a
lightweight, easy to handle unit with excellent durability. Rated to IP67
gives excellent water resistant properties, a valuable feature in many
industrial applications and humid climates.
The Lithium-Ion battery pack gives up to 11 hours continuous use and the
RS232 interface enables connection to printers, PCs or data loggers.
www.ashtead-technology.com
Technical Specifications
Test Range:
0 - 5mm up to 0 - 10000 mm at steel
velocity. Variable in 1,2, 5 sequence or
continuously in 1mm increments
Velocity:
1,000 to 9,999ms-1 continuously variable.
Probe Zero:
0 to 999.999 µs, continuously variable.
Delay:
0 to 10,000mm in 0.05mm steps
Gain:
0 to 110dB (adjustable)
Test Modes:
Pulse echo and transmit/receive.
Pulser:
Fixed square wave pulser
P.R.F:
Selectable 35, 63, 150, 250, 500 & 1000 Hz.
Frequency Range:
Broadband amplifier 1-10MHz (-6dB).
Power:
Lithium Ion battery (8 hours)
Temperature:
-10°C to +55°C
Dimensions:
255 x 145 x 145 mm
Weight:
2.5 kg
104_108 - Ultrasonic Floor Detection:Layout 1
11/5/09
10:42
Page 107
107
Ultrasonic Flaw Detection
Technical Specifications
Rail Scan 125
Test Range:
P.R.F:
Frequency Range:
Power:
Temperature:
Dimensions:
Weight:
5mm to 10000mm at steel velocity
Variable in 1mm increments
1000 to 9,999ms-1 continuously variable
0 to 999.999 µs, continuously variable
0 to 5,000mm in 0.1mm steps
0 to 110dB (adjustable)
Pulse Echo and transmit/receive
Fixed square wave pulse of
100ns duration at 5MHz
4 ranges, 150, 250, 600, 1000Hz
2 narrow bands - 2.5MHz and 5MHz
8 hours (NiCd)
-10°C to +55°C
237 x 135 x 200 mm
4.9 kg
NRS Walking stick
Dimensions:
Weight:
270 x 430 x 950 mm
8 kg
Velocity:
Probe Zero:
Delay:
Gain:
Test Modes:
Pulser:
Sonatest Railscan 125
Ultrasonic Flaw Detector
with NRS Rail Walking Stick
• Exceptionally durable
• Meets Railtrack Specifications
The Sonatest Railscan 125 is specifically developed for crack and flaw
detection surveys within the rail industry. Housed in a tough cast
aluminium case, the Railscan 125 is both exceptionally durable and has
a high contrast display with standard aspect ratio providing excellent
resolution. All menus are clearly shown without obscuring the A-scan
and the unit features 20 front panel memories and 50 A-scan memories.
The NRS walking stick easily integrates with Railscan 125 to provide an easy
to use yet highly accurate ultrasonic flaw detector. Featuring two 70° degree
shear wave twin probes and a 0° twin compression wave probe, ultrasound
coupling is achieved using a controlled water feed from the integral storage
and track distances tested are measured using the onboard encoder.
+44 (0)845 270 2707
104_108 - Ultrasonic Floor Detection:Layout 1
11/5/09
10:42
Page 108
108
Ultrasonic Flaw Detection
Olympus Bondmaster
1000+ Ultrasonic Bond Tester
• Investigation of composite material problems
• Automatic probe recognition & instrument set-up
The Olympus Bondmaster 1000+ is designed to provide comprehensive
ultrasonic inspections of components and structures made from
composite materials. The multi-mode capability allows users to select the
method of inspection (Resonance, Pitch / Catch, Mechanical Impedance
Analysis) best suited to the variety of materials in use. Using the
Bondmaster is made easier with the PowerLink technology which saves
time by automatically recognising the attached probe and sets up the
instrument accordingly.
Battery powered and supplied with all three probes, the Bondmaster can
be used for the manufacturing, maintenance and repair of composite
materials such as aircraft and vehicle repairs, yacht hull inspections and
mast construction.
www.ashtead-technology.com
Technical Specifications
Frequency Range:
250 Hz to 1.5 MHz
Test Methods:
Pitch / Catch (Swept, Impulse, RF),
Resonance, and MIA
Probe connection:
11-pin Fisher
Alarm:
User selectable positive or negative
alarm gate. Audible & visible alarm
Memory:
Time and date are stored
with each waveform
Store up to 20 screens and
100 instrument setups
Power:
85 to 240 volts, 50 to 60 Hz mains
Battery:
Rechargeable Li-Ion (6 - 8 hours
continuous operation)
Communications:
RS-232 Interface, screen printout
and computer interface.
Dimensions:
215mm x 165mm x 92mm
Weight:
1.8Kg
109 - Labino TrackPak:Layout 1
11/5/09
10:44
Page 109
109
NDT Accesories
Labino TracPak Ultra-Violet
Floodlight System
Technical Specifications
• Floodlight, Midlight or Spotlight
Voltage:
12-24 VDC
• Highly durable
Power:
Output: 35W
Running Time:
1.2h
Recharge time:
Approx. 5h
Wavelength:
UV-A, peak at 365 mm
Irradiance:
UV Spotlight: >50.000 µW/cm² at 30cm
UV Midlight: >8.000 µW/cm² at 30 cm
UV Floodlight: approx. 3.500 µW/cm²
at 30cm
Start-up Time:
Full power after 5-15 secs
Dimensions
Weight
Luminary Unit:
2.3 m (cable length) 1.2 kg
Battery/
Electronic Unit:
2.3 m (cable length) 4.4 kg
PSU Unit:
2.3 kg
Cigarette Lighter
Cable Length:
1.5 m
The Labino TracPak UV lamps are based around DUV-35W Gas Discharge
Bulbs (MPXL-technology). All UV lamps have three important distinctions,
Floodlight, Midlight or Spotlight. The Floodlight has a wide distribution
angle (45°), leaving a large projection area. Midlight has a 20° angle. The
unique Spotlight has a very focused (3.5°) highly intense beam and will
excite a fluorescent media from several hundred meters. This versatile
product improves, simplifies and speeds-up most UV applications.
The lamps provide 3 modes of operation: Continuously from mains, via
the Labino Power Supply Unit (PSU) or from an external 12-24VDC source
such as a car/boat battery.
240v
+44 (0)845 270 2707
110 - Reasons to Rent:Layout 1
11/5/09
10:45
Page 2
110
Whyhire from Ashtead
Reasons to rent;
Technology?
Renting is the most cost-effective way to utilise a piece of
equipment without incurring all the expenses associated
with ownership, allowing your financial resources to be
dedicated to core activities. More and more organisations
are switching to renting because of the economic and
operational advantages.
Tomorrow won’t be anything like Today!
Projects change, deadlines change, your requirements
change… sometimes at a moments notice. Your biggest job
could be the next call you take and when the phone rings, it’s
essential that all your instruments are on hand, working,
calibrated and ready to go.
Renting your equipment from Ashtead Technology
ensures that you can always be ready, no matter
what the call…
www.ashtead-technology.com
Access to the latest technology
Equipment when and
where you want it
It makes financial sense
Accessible technical support
No calibration, storage or CapEx costs
Smart people to talk to
Equipment is ready to go
straight out of the box
RVI Header Page:Layout 1
11/5/09
10:47
Page 115
111
Symbol Key
240v
110v
240v Power Supply
110v Power Supply
Battery Supplied
Remote Visual Inspection
Thermal Cameras
112-114
Videoscopes/Endoscopes
115-120
Pipe Cameras/Tractors
121-127
Vessel Inspection
128
High Speed Imaging
129
RVI Accesories
130-134
Software Included
Calibration Certificate
Instruction Manual
Carry Case
ATEX Rated
+44 (0)845 270 2707
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Thermal Cameras
Flir ThermaCAM i60
Thermal Imaging Camera
• Easy to use and lightweight
• Compact with fully automatic functions
Designed to quickly inspect electrical components, pumps, switch-gear
and building infrastructure, the new i60 from FLIR is a low-cost yet highly
efficient solution for thermal inspections.
Lightweight and compact, the i60 features easy to use controls for onehanded operation, auto hot/cold spot marker and a thermal sensitivity
of 0.1°C, making it suitable across a wide range of applications.
The 5 hour battery life and removable 1GB SD card memory also reduce
the need for continual image downloads and battery recharging and
speeding up inspection times.
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Technical Specifications
Field of View:
Min. Focal Distance:
Thermal Sensitivity:
Temperature Range:
Measurement Mode:
Detector Type:
Image Storage:
Display:
Communications:
Power:
Dimensions:
Weight:
25o x 25o
0.16m
0.1oC
-20oC to +350oC
Spot, Auto hot / cold spot, Area
Focal Plane Array,
Uncooled MicroBolometer
(180 x 180 pixels)
Mini SD card - Radiometric JPEG
63mm colour LCD
USB Mini-B, USB 2
Rechargeable Li-Ion
(±5 hours continuous operation)
235 x 81 x 175mm
0.6Kg
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Thermal Cameras
Flir B360 Thermal Imaging Camera
Technical Specifications
• High resolution thermal imaging
• 0.06oC thermal sensitivity
Field of View:
Min’ focal distance:
Thermal sensitivity:
Detector type:
Visual:
Temperature Range:
Accuracy:
Measurement modes:
Image Storage:
Laser LocatIR:
Diode Laser:
Display:
Power:
Dimensions:
Weight:
25º x 19º
0.4m
0.06°C
Focal Plane Array (FPA) un-cooled
microbolometer, 320 x 240 pixels
1280 x 1024pixels (1.3 megapixels)
-20ºC to +350ºC
±2ºC or 2% of reading
5 spots, 5 boxes, Isotherms,
Auto hot/cold spot
Removable 1GB SD card
Class 2, Semiconductor AIGaInP
1mW/635 nm (red)
89mm LCD display with
built-in touchscreen
Rechargeable Li-Ion battery
(4hrs continuous operation)
106 x 201 x 125mm
0.88Kg
The new B360 from FLIR is a thermal imaging camera with features
specifically for building inspection applications such as built-in insulation
and dew point alarms. The instrument is equally capable of undertaking
other applications including electrical and mechanical inspections, leak
detection and predictive maintenance.
The B360 features touchscreen and joystick controls for ease of use
and with its tilting lens head, can easily be used in awkward to see areas.
The 4 hour battery life and 1Gb removable SD card means users can carry
on working without continually having to download images or recharge
the battery.
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Thermal Cameras
Flir P620 Thermal
Imaging Camera
• High resolution thermal imaging
Technical Specifications
• 0.06oC thermal sensitivity
The FLIR ThermaCAM P620 thermal imaging camera is ideal for applications
ranging from thermal research and investigations to predictive maintenance,
heat loss surveys and manufacturing.
Advanced features include an outstanding thermal sensitivity of 0.06oC, a
high definition 640 x 480 infrared sensor, a large 14cm LCD display, image
storage onto removable SD card and the ability to integrate both visual
images and voice annotations with thermal images. Cameras are supplied
with two batteries as standard for up to 6 hours continuous operation.
Working with the latest version of the ThermaCAM software, investigation
and survey reports are quickly created and integrated with Windows based
programmes. Lightweight and simple to operate, P620 is an ideal solution
for advanced thermography applications.
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Field of View:
Min focal distance:
Thermal sensitivity:
Detector type:
Visual:
Standard lens
performance:
Temperature Range:
Accuracy:
Measurement
modes:
Image Storage:
Display:
Power:
Dimensions:
Weight:
24º x 18º
0.3m
0.06ºC (@ 50/60Hz)
Focal Plane Array (FPA) un-cooled
microbolometer, 640 x 480 pixels
Integral digital video (1.3 megapixels,
full colour with target illuminator)
f=8mm / FOV 32º
-40ºC to +500ºC
±2ºC or 2% of reading
3 spots / areas (boxes, circles),
Isotherms, Delta T
Removable SD card, JPEG & MPEG
14.2cm (diagonal) LCD (1024 x 600 pixels)
Rechargeable Li-ion battery
(3 hrs continuous operation)
120 x 145 x 220mm
1.7Kg
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Videoscopes/Endoscopes
Olympus 6mm Swing Prism
Borescope System
• Shock, Impact & Water Resistant
• Various probe lengths available
Technical Specifications
Insertion Tube
Diameter:
Focus:
Field of View:
Direction of View:
Temperature:
Pressure:
Fluid Resistance:
6.0 mm
Variable
50°
Variable - 45° to 115°
Insertion Tube (in air):
-20°C to +150°C
Insertion tube: 0.7 to 1.7bar
in air (1.7bar in water)
The insertion tube can be
immersed (for short periods)
in water; 5% salt water; petrol;
diesel; mineral and synthetic oils;
aviation fuel and Skydrol.
This wide-scan, swing prism borescope reduces inspection time by having the
capability to scan and view large areas quickly. The system scans up to 120
degrees along the axis of the shaft and 370 degrees around the circumference
allowing greater coverage from one viewpoint, by viewing ahead, behind and
around the scope. The 6mm diameter is the perfect compromise between
restricted area access and image brightness for the viewer.
The borescope is ideal for inspecting HVAC duct work, turbines, large
diameter pipes, combustion chambers, storage vessels and other inaccessible
areas. Variable focus control provides sharp images and the fibre-optic light
guide floods the area for optimum viewing (using the optional AC powered
light source). The system is supplied with the light source and has the
capability to attach a digital camera for image storage (optional extra).
Various probe lengths are available – please call us for details.
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Videoscopes/Endoscopes
Olympus IPLEX MX
Industrial Videoscope
• Portable battery operated videoscope
• Lightweight - weighs less than 4.5Kg
The Olympus IPLEX MX is a lightweight, ultra compact industrial videoscope
system that uses a rechargeable battery, making it highly portable for use
in difficult to reach environments.
The instrument features a 6mm diameter insertion tube (3m length) and
4-way articulation capability, supported by an extensive array of in-demand
functions including freeze, electronic zoom, extended exposure and digital
image recording. A monochrome boost mode is also incorporated to further
increase image sensitivity - ideal for low light level conditions.
The unit is supplied with a 1GB Compact Flash card and 2 batteries as
standard, in a hard carry case.
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Technical Specifications
Insertion Tube Diameter:
Insertion Tube Length:
Field of View:
Depth of Field:
Illumination:
Tip Articulation:
Image Storage:
Controls:
Display:
Power:
Dimensions:
Weight:
6.0mm
3.0m
120º
18mm to infinity
LED
4-way joystick controlled, max 120º
JPEG stills on 1GB Compact Flash card
Zoom, Exposure, Articulation,
Freeze, Brightness, Boost, Record
142mm colour TFT LCD screen
Rechargeable Li-Ion battery
(2hrs operation) or 240V AC
223 x 247 x 137mm
4.4Kg
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Videoscopes/Endoscopes
Olympus IPLEX SAII
Advanced Videoprobe
Technical Specifications
Insertion Tube Diameter:
Insertion Tube Lengths:
Optical Adapter:
Illumination:
Tip Articulation:
Image Storage:
Image File Operation:
Controls:
Display:
Outputs:
Power:
Dimensions:
Weight:
4.4 or 6.0mm
3.5m (4mm & 6mm), 5.0m,
7.5m, 9.6m (6mm only)
Various - field of view, direction
of view, depth of field, aperture
50W Metal Halide lamp
4-way joystick controlled, max 150º
1GB Compact Flash card: TIFF,
JPEG, M-JPEG, WAV
Copy, move, delete,
Manageable by folder
Zoom, Brightness, Exposure,
Enhancement, Image Comparison
Detachable 160mm XGA
colour LCD screen
Composite Video (BNC), S-Video,
Monoaural (RCA pin) USB 1
110V AC / 240V AC
508 x 290 x 528mm
22Kg
• Ultra-slim 4mm and 6mm videoscopes
• Optional stereo measurement tips
The Iplex SAII from Olympus is an advanced industrial endoscope that
can be used across a range of applications including aircraft structures
and engines, power generating plant and piping systems.
Available in a choice of insertion tube diameters and lengths, the
instrument features an articulated insertion tip for internal inspections as
well as an ergonomic joystick control governing image functions such as
freeze, electronic zoom, extended exposure and recording. The instrument
is supplied as standard with a 1GB memory card allowing you to record
both stills and video of your inspections as well as software to easily
integrate them into reports.
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Videoscopes/Endoscopes
Olympus IPLEX FX
Industrial Videoscope
• Choice of 4.4mm or 6mm probes
• Swappable insertion tube
Technical Specifications
A portable industrial inspection instrument, the Olympus Iplex FX features
a magnesium alloy case for increased shock resistance and heat dissipation
as well as sealed construction to prevent dust and water ingress.
Insertion Tube Diameter:
Insertion Tube Length:
Optical Adapter:
Completely portable, the Iplex FX is powered by a Lithium-Ion battery giving
2.5 hours continuous operation and is capable of use in temperatures up to
100°C. With Stereo, ‘Multi’ measurement and Spot-Ranging™, the FX
provides instant object measurements and tip to target distances.
Other features include Automatic tip recognition making set-up quick and
simple, an XGA resolution, 160mm LCD monitor and a choice of recording
both still images and movie files direct to the 1GB internal memory, a
removable 1GB Compact Flash card or data stick via the USB port.
Various probe lengths and diameters are available - please contact us
for details.
Tip Articulation:
Image Storage:
File Formats:
Controls:
Display:
Outputs:
Power:
Dimensions:
Weight:
www.ashtead-technology.com
4.4mm or 6mm
3.5m
Various - field of view, direction
of view, depth of field, aperture
4-way joystick controlled
Internal - 1GB / External 1GB Compact Flash
JPEG, TIFF, AVI, Motion-JPEG, WMP
Zoom, Brightness, Exposure,
Contrast, Gain, Scalar
& Stereo measurement
160mm XGA high resolution
1024 x 768pixel LCD screen
S-Video, Composite BNC, USB
Rechargeable battery
(2.5hrs continuous operation)
624 x 303 x 491mm (Cased unit)
10kg
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Videoscopes/Endoscopes
GE Inspection XL GO Videoprobe
• 3m x 6.1mm insertion tube
Technical Specifications
• IP55 rated dust and water resistance
Insertion Tube Diameter:
Insertion Tube Length:
Field of View:
Depth of Field:
Image Sensor:
Illumination:
Tip Articulation:
Image Storage:
Controls:
Display:
Outputs:
Power:
Dimensions:
Weight:
6.1mm
3m
50º
50mm to Infinity
4.3mm Colour CCD
(440,000 pixels)
White LED
4-way joystick controlled
1GB Internal memory
(Bitmap, JPEG, MPEG 4)
Zoom, Image Capture,
Invert, Brightness,
Exposure, menu navigation
94mm VGA colour
LCD monitor
2x USB 2.0 ports,
1x VGA video-out
7.2V Li-Ion Battery,
90 - 264V AC, 10.2V DC
95 x 343 x 133mm
1.73Kg
The new XL Go videoprobe from GE Inspection Technologies is a
compact, battery operated instrument designed to carry out visual
inspections such as predictive maintenance, aircraft surveys, engine and
turbine inspections engine bays, turbine housings where space is limited.
Weighing less than 2Kg with the control unit, display, power and scope
combined in one unit, the XL Go features bright LED lamps in the scope
for illumination and can record up to 1GB of both video and stills images
on the internal Flash memory. The instrument also has both USB and a
VGA video out port to display / download your images.
240v
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Videoscopes/Endoscopes
GE Inspection
XL G3 Videoprobe
• Interchangeable ø 6.1mm or 8.4mm probes
Technical Specifications
• High resolution colour camera
GE Inspection’s XL G3 is a versatile visual inspection system providing high
resolution colour images with applications throughout the aerospace,
power generation, automotive and process industries.
The fully articulating tip with 440,000 pixel camera delivers high resolution
images and the interchangeable QuickChange™ probes which quickly
reconfigure to meet inspection requirements without the need for multiple
instruments. The handset with integrated colour LCD screen controls
system functions and a large 4GB memory allows users to record both
stills and video of the inspections.
Insertion Tube Diameter:
Insertion Tube Length:
Field of View:
Depth of Field:
Image Sensor:
Illumination:
Tip Articulation:
Image Storage:
Controls:
Display:
Outputs:
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Power:
Dimensions (In Case):
Weight (In Case):
6.1mm or 8.4mm
Various - please ask for details
50º
50mm to Infinity
4.3mm Colour SUPER HAD™
CCD (440,000 pixels)
75W HID lamp (4,300 Lumens)
4-way joystick controlled
4GB internal memory (Bitmap,
JPEG, MPEG) & CF card slot
Zoom, Image Capture, Invert,
Brightness, Exposure,
menu navigation
163mm VGA colour LCD monitor
PC Video Out, 3x USB 2.0 ports,
1x Ethernet, 3.5mm Stereo Out
110 - 240V AC, 11 - 15V DC
546 x 495 x 320mm
21.8Kg
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Pipe Cameras
Wöhler VIS220 Inspection System
• 20m push rod with metric distance marking
• Ideal for simple pipe inspections
Technical Specifications
Camera Head:
Sensor Type:
Sensitivity:
Field of View:
Light source:
Monitor:
Output:
Push Rod:
Power:
Protection:
Case Dimensions:
Weight:
Ø 25mm Stainless Steel
8.4mm Colour CMOS
3 Lux
120º
12x super bright LEDs
140mm colour TFT with 2m cable
RCA
Ø 6.4mm x 20m with
metric distance markings
2x 12V NiCad rechargeable batteries
Camera head rated waterproof to 30m
508 x 432 x 432mm
7.3kg
This video inspection system from Wöhler is perfect for inspecting smaller
drains, pipe work and cavities. The unit has a 25mm camera head,
delivering crystal clear images to the TFT colour monitor and the insertion
tube is waterproof to a depth of 30m.
Powered by dual 12V rechargeable batteries, this system uses an RCA video
output to allow image recording for later analysis. Housed in a heavy duty
carry case, including the 20m push rod, the Wöhler VIS220 is the perfect
inspection tool for plumbers, drainage specialists and HVAC engineers.
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Pipe Cameras
Pearpoint P332+
Pushrod System
• 60m Pushrod inspection system
• Integrated easy-report writer
Designed to visually inspect pipes, sewers and trunking ranging from 26
to 100mm in diameter, the P332+ from Pearpoint can be used for
applications ranging from residential sewer inspections to large
commercial site surveys. The instrument consists of the detachable
Flexiprobe controller with integrated display and a stainless steel and
sapphire camera head mounted on a rugged mini-reel containing 60m of
semi-rigid pushrod.
The P332+ features digital video and stills recording for quick integration
in reports, bright and reliable LED lighting, an IP55 rated control unit for
use in all weathers and a choice of mains and battery power making it
easy to use in virtually all areas.
240v
110v
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Technical Specifications
Camera Head:
Sensor Type:
Sensitivity:
Light source:
Monitor:
Output:
Push Rod:
Power:
Protection:
Dimensions:
Weight:
Ø 25mm x 39mm Stainless Steel
628 x 582 pixel colour CMOS
1 Lux
super bright LEDs
200mm colour TFT
Compact Flash, USB, Video In/Out
Ø 10mm x 60m semi rigid
110 - 240V auto-sensing
or Lead Acid battery
IP55 (controller)
850 x 750 x 420mm
18.2kg
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Pipe Cameras
Pearpoint P374 Intrinsically
Safe Pushrod System
• 60m Pushrod inspection system
• Intrinsically Safe to EEx ia IIC T6
Technical Specifications
Camera Head:
Sensor Type:
Sensitivity:
Field of View:
Light source:
Monitor:
Output:
Push Rod:
Power:
Protection:
Dimensions:
Weight:
Ø 24mm x 31mm Stainless Steel
510 x 492 pixel Colour CMOS
3 Lux
44º
Forward and side-view
super bright LEDs
163mm colour LCD
Composite Video with
BNC connection
Ø 7mm x 60m semi rigid
110 - 240V auto-sensing or 12V DC
EEx ia IIC T6, Camera:
IS /I/1/ABCD/T6, Coiler: AIS/I/1/ABCD
700 x 600 x 300mm
21kg
The P374 from Pearpoint is an intrinsically safe push-rod visual inspection
system, ideal for inspecting pipes ranging from 25mm to 100mm.
Featuring an integrated 163mm colour LCD screen and QWERTY
keyboard, the P374 also has a composite video out / in to enable external
recording and playback of your inspections.
Designed for applications ranging from industrial pipework inspection to
planned utilities maintenance and site surveying, the P374 is the ideal
inspection solution. Constructed from stainless steel and waterproof to
IP68 (11Bar), the camera head is fitted with white LEDS and CMOS
Camera technology for improved reliability and performance.
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Pipe Cameras
Mini-Cam iCAM
Solo Digital System
• Digital Recorder
• Titanium self-levelling camera head
The i-CAM SOLO Digital Inspection System is a highly portable and
compact coiler. The system incorporates a digital control unit which allows
recording and still image capturing directly onto a compact flash card and
is designed to be operated by one person. The control unit houses a
daylight viewable 165mm TFT display, digital controls and text screenwriter
including on-screen metering. The rechargeable onboard battery provides
up to 3 hours field use.
This system utilises a robust design, built to withstand the harsh
conditions associated with pipe inspections. The 60 meter fibreglass
reinforced push rod is able to inspect pipes from 50mm through to
225mm and easily negotiates multiple bends.
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Technical Specifications
Camera Head:
Ø 41mm x 66mm (Self levelling)
Stainless Steel
Sensor Type:
6.3mm Colour CCDw/DSP
Sensitivity:
1.5 Lux
Field of View:
95º
Light source:
Super bright LEDs
Monitor:
165mm colour TFT with keyboard
Output:
Compact Flash and Video - Out
Push Rod:
Ø 12.5mm x 60m fibreglass reinforced
Power:
110 - 240V AC / rechargeable
12V DC battery
Case Dimensions: 400 x 700 x 800mm
Weight:
22kg
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Pipe Cameras
Pearpoint P571 & P455
Video Inspection System
• 150m push rod for pipes 75 to 229mm
• Explosion proof to EEx d IIB T3
Technical Specifications
Camera Head:
Sensor Type:
Sensitivity:
Field of View:
Light source:
Monitor:
Output:
Push Rod:
Power:
Protection:
Case Dimensions:
Weight:
Ø 59mm x 120mm (self levelling)
Stainless Steel
760 x 582 pixel Colour Interline
>1 Lux
360º + side view
Forward and side-view super bright LEDs
142mm colour TFT with keyboard
Composite Video
Ø 10mm x 150m
110 - 240V auto-sensing or 12V DC
EEx d IIB T3
800 x 1168mm
37kg
• Forward and side-view camera head
Pearpoint’s P571 flexicoiler is a fully integrated, explosion proof inspection
system featuring a versatile coiler running 150m of rod; built-in electronic
rod counter; video in/out connections, built-in sonde; on-screen text
overlay and a QWERTY keyboard built directly into the monitor case.
Robust and flexible, the P455 TwinView camera head offers pan and tiltlike features on a push rod system for inspection of 75mm to 229mm
diameter pipes. Outstanding features include forward-view with automatic
upright picture, remote control for side rotate view, built in forward and
side-view LED lightheads, clock/counter and stainless steel housing.
The dual camera facility provides outstanding survey capabilities for
mainlines, laterals, welding points, water wells and boreholes.
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Pipe Cameras
iPEK Rovver™ 125 Robotic
Inspection Crawler
• Pan, Tilt and Zoom camera head
• Inspect pipe diameters from 155 to 915mm
The Rovver 125 from iPEK is a modular crawler inspection system that
can be configured to visually inspect pipes, sewer and tunnels ranging
from 155 to 915mm in diameter.
Rugged and fully waterproof, the Rovver 125 features a high resolution
camera head with LED lighting that can pan, tilt and zoom. The 6-wheel
drive/steer is controlled via 180m of Kevlar armoured cable by the portable
controller with integrated screen along with all of the camera and lighting
functions. The controller and cable reel can also be used on the Rovver 225.
A keyboard gives users the ability to create text overlays on their
inspection footage and a composite video output allows recording
devices (available separately, see pages 130-132) to be attached.
A portable generator is also available to supply power in remote areas.
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Technical Specifications
Camera:
Field of View:
Light source:
Motor / Drive:
Cable:
Controller:
Output:
Power:
Protection:
Crawler Dimensions:
Crawler Weight:
12.7mm colour CCD
68° x 90° x 100° (V x H x D)
4x 40W + 1x 10W lamps
2x 20 watt DC motor,
6 wheel drive, steerable
Ø 7mm x 180m (min) Kevlar
and polyurethane
254mm colour screen, keyboard,
crawler & camera controls
Composite video
115 - 230V AC
crawler waterproof to 10m
299 x 107 x 89mm
8kg
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Pipe Cameras
iPEK Rovver™ 225 Robotic
Inspection Crawler
• Remotely operated camera / lighting arm
• Inspect pipe diameters from 300mm to 1000mm
Technical Specifications
RC90 Camera:
Field of View:
Light source:
Motor / Drive:
Cable:
Controller:
Output:
Power:
Protection:
Crawler
Dimensions:
Crawler Weight:
12.7mm colour CCD and B+W Back-eye
68° x 90° x 100° (V x H x D)
6x 40W + 1x 10W lamps
2x 40 watt DC motor, 6 wheel drive, steerable
Ø 7mm x 180m (min) Kevlar and polyurethane
254mm colour screen, keyboard,
crawler & camera controls
Composite video
115 - 230V AC
crawler waterproof to 10m
536 x 181 x 167mm
25kg
The Rovver 225 from iPEK is a crawler inspection system designed to
visually inspect pipes, sewers and tunnels ranging from 300mm to
1000mm in diameter. Waterproof to 10m, the Rovver 225 features a pan,
tilt and zoom camera head and lighting unit that can be remotely raised
and lowered allowing closer inspection of upper pipe and tunnel surfaces.
Fully steerable via the 6-wheels powered by two 40 Watt motors, the
225 is able to overcome most pipe obstacles. The unit also uses the same
umbilical cable and control panel as the smaller 125 crawler, giving users
greater flexibility when inspecting pipe systems of different diameters.
The Rovver 225 can be supplied with recording devices (available
separately, see pages 130-132) to be attached as well as a portable
generator for power in remote areas.
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Vessel Inspection
GE Ca-Zoom PTZ
Camera Systems
• Man-less entry for viewing in confined or hazardous areas
Technical Specifications
Camera:
• Fits 100mm and 140mm dia. openings
Designed to visually inspect tanks, vessels, underwater structures and
confined spaces where manned entry is not possible, the Ca-Zoom
Camera system from GE Inspection Technologies can fit through 100mm
and 140mm diameter openings, depending on the individual camera
head fitted (PTZ100 and PTZ140).
The facility to pan and tilt the camera head through 360°, powerful zoom
and independently controlled lighting enables the operator to inspect all
areas of a tank or vessel. Digital stills and video footage can be recorded
onto the control unit and then downloaded via the Composite, S-Video
and USB ports for subsequent display and inclusion in reports.
Fully waterproof with shielded electrics, each systems is supplied with
software, camera head, control unit, hand-held pendant, 1Gb Compact
Flash card, cable reel, extension pole (1.8m-3.6m) and transport case.
Zoom:
(PTZ 100)
6.4mm colour Ex-view HAD CCD
(PTZ 140)
6.4mm colour Super-HAD CCD
(PTZ 100)
10x optical + 4x digital
(PTZ 140)
18x optical + 4x digital
Lighting:
(PTZ 100)
2x 5W Flood, 2x 5W Spot & 22W
Turbo lamp mode
(PTZ140)
2 x 35W lamps & 90W Turbo lamp mode
Pan & Tilt:
(PTZ 100)
354º Pan, 340º Tilt
(PTZ 140)
360° Pan, 234° Tilt
Camera Control Unit:
Pendant with colour VGA monitor,
lamp control, zoom and pan & tilt joystick
Cable:
Ø 8mm x 30m
Memory:
64MB internal flash memory,
Compact Flash card slot
Power:
100 - 240VAC
Camera Dimensions:
(PTZ 100)
Camera Weight:
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Ø98 x 194mm L
(PTZ 140)
Ø139 x 287mm L
(PTZ 100)
1.8 kg
(PTZ 140)
2.8 kg
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129
High Speed Imaging
Olympus I-Speed
High Speed Video System
• Recording speeds of up to 33,000fps
• Monochrome and colour camera options
Technical Specifications
Camera Type:
Frame Speeds:
Zoom:
Recording Modes:
Display:
Memory:
Outputs:
Power:
Dimensions:
Weight:
800 x 600 pixel CMOS
60 to 1,000 fps (33,000fps max)
1:1 to 10:1, automatic or manual
Black & White or Colour
213mm LCD screen
2GB or 4GB internal Flash memory
BNC, S-Video, SVGA,
PCMCIA and Ethernet
12V DC, 110 - 240V AC
115 x 110 x 233mm
2Kg
The Olympus i-SPEED is a high-speed imaging system used to slow down
fast moving activities that require analysis. Applications include
manufacturing, ballistics, bottling & packing plants, R&D as well as
aeronautics and the automotive industry. Doing away with the cost of
stopping fast production lines, the i-SPEED can record up to 33,000fps
direct to either the internal memory, Compact Flash card or external
recording device (available separately, please see pages 130 to 132 ).
Available in both Colour and Black & White versions, the i-SPEED is able
to run without the need for an additional PC, making immediate playback
and analysis possible. The instrument comes with the Remote Control Pad
and Camera Display unit and can be rented with the optional 1000W
lighting rig to ensure optimum recording speeds in low light environments.
240v
110v
+44 (0)845 270 2707
130_134 - RVI Accesrories:Layout 1
11/5/09
10:55
Page 130
130
RVI Accessories
Moritex Palmscope
Digital Viewing System
• Store both stills and movie clips (JPEG and MPEG)
• Supplied with a 1Gb Compact Flash card
The PalmScope provides a convenient way of capturing and viewing both
single video frames and movie clips to a removable CompactFlash card.
Compatible with both PAL and NTSC, composite or S-video signals, you can
preview images on the built-in LCD display before saving to the memory
card. The unit is battery powered but can also run from a mains adaptor.
Images are stored in JPEG format and movie clips in MPEG format.
Supplied with a 1Gb Compact Flash card (able to store about 30 minutes
of video or thousands of images), the Palmscope can upload movie clips
and images to a PC or laptop.
240v
110v
www.ashtead-technology.com
Technical Specifications
Display:
Memory:
165mm TFT LCD (640 x 480 pixels)
1Gb IBM Microdrive +
1Gb Compact Flash card
Video Recording: MJPEG
Photo Viewer:
JPEG
Connections:
S-Video x2, Keyboard PS/2,
Composite Video in/out
Power:
Rechargeable Ni-MH Battery
or 110 - 240V AC.
Dimensions:
250 x 160 x 60mm
Weight:
1.2Kg
130_134 - RVI Accesrories:Layout 1
11/5/09
10:55
Page 131
131
RVI Accessories
Archos AV700 Portable DVR
• 40Gb memory
• Large LCD screen
Technical Specifications
Display:
Memory:
Video Recording:
Sound Recording:
Sound Playback:
Photo Viewer:
Speakers:
AV Connections:
Interfaces:
Power:
Dimensions:
Weight:
178mm LCD (480x234 pixels)
40Gb (160hrs video / 400,000 stills)
MPEG-47
WAV format.
Stereo MP3 decoding @
30-320kb/s, WMA, WAV file format
JPEG or BMP
2 x Built-in stereo speakers
AV in and out, SCART in and out,
IR emitter and Headphone line out
USB 2.0 high-speed device PC & MAC
Rechargeable Li-Ion Battery
or 110 - 240V AC.
107 x 209 x 19 mm
60g
This Digital Video Recorder (DVR) from Archos is the perfect tool for those
needing to combine storage and playback facilities in one lightweight,
multi-function piece of equipment. Capable of recording direct from TV,
VCR and DVD, the Archos also has the ability to connect direct to a PC
or Mac to transfer and manage files.
A built-in stereo microphone enables this DVR to record notes in WMV
format as well as almost any other analogue source. The large 7" LCD
screen means that anything stored within the memory can be played
straight back.
240v
110v
+44 (0)845 270 2707
130_134 - RVI Accesrories:Layout 1
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Page 132
132
RVI Accessories
Sony VRD-MC5 Portable
DVD Recorder
• Use one device to record DVDs from a variety of sources
• Simple to use with step by step on-screen instructions
Lightweight and simple to use, the VRD-MC5 is ideal for recording
images captured by our wide range visual inspection systems onto DVD.
Featuring a 16x read and write speed, the recorder takes you step by step
through the burning and finalising process, via the integral colour display,
so you get perfect copies every time. The MC5 is also capable of both
widescreen and High Definition format recording.
The large number of different input connections includes Composite
Video, S-Video and a USB 2.0 port, allowing it to connect with our fleet
of inspection systems for increased project flexibility.
Technical Specifications
Display:
Read Speed:
Write Speed:
Audio Encoding:
Video Encoding:
Interface:
240v
110v
www.ashtead-technology.com
Power:
Dimensions:
Weight:
64mm colour LCD
DVD-ROM 16x, CD-ROM 40x
DVD+R 16x, DVD+RW 8x,
DVD-R 16x, DVD-RW 6x,
CD-R 40x, CD-RW 16x
Dolby Digital (5.1 and 2 channel)
Hardware MPEG-2,
10mbits/sec max
Composite Video, S-Video,
USB 2.0, SD Memory Card,
Compact Flash
100 - 240V AC
222 x 204 x 65mm
1.75kgs
130_134 - RVI Accesrories:Layout 1
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10:55
Page 133
133
RVI Accessories
Radiodetection RD4000
Pipe & Cable Locator
• Handheld pipe and cable locator
• Lightweight ergonomic design with large display
Technical Specifications
Frequency:
Bandwidth/Hz:
Sensitivity:
Depth Range:
Screen:
Search Antennas:
Power:
External Connectors:
Dimensions:
Weight:
8.19 kHz
10 or 20
2µA @1MA
max 8m
LCD
2 x dual wound
horizontal and 1x vertical
4 x Alkaline size D
(max 16 hours operation)
RS232, Headphone socket
690 x 280 x 123mm
2.8 kg
The RD4000 locator is the essential tool to pinpoint the location and
depth of a camera or sonde within an underground environment, such
as a pipe or vessel. The LCD display provides a digital read-out of depth
as well as a bar-graph display and audible tone. Applications include
multi-frequency location, precision pipe & cable location and multi
purpose fault finding.
+44 (0)845 270 2707
130_134 - RVI Accesrories:Layout 1
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Page 134
134
RVI Accessories
Honda EU20i
Portable Generator
• Maximum 2,000W output
• Built-in inverter smoothes power output for sensitive equipment
The ideal solution for use in remote locations or for sensitive equipment,
the Honda EU20i generator provides up to 2kW of power and boasts a
host of useful features.
With an integral inverter for smoother power delivery, an automatic
throttle that adjusts output to the loads required and a 12v DC as well as
twin 230V sockets, the EU20i is both simple and easy to use.
Lightweight (21Kg) and quiet, industrial applications for the EU20i include
providing ‘smoothed’ power for videoprobes, pushrods, crawlers and IT
equipment as well as power support for field offices and emergency
response teams.
Technical Specifications
kVA:
Rated Watts:
Voltage:
No Of Sockets:
Engine:
Fuel:
Running Time:
Start Method:
Noise Output:
Dimensions:
Weight:
www.ashtead-technology.com
2.0 kVA
1,600 W (2,000 W max)
230 / 12V DC
2 x 230V 13 amp, 1x 12v(DC)
2.5 Hp Honda GX100
Unleaded Petrol (4.1 Ltr tank)
10.5 hours @ 1/4 load
Recoil
52dB(a) at 7m @ 1/4 load
89dB(a) at 7m @ 100% load
510 x 290 x 425mm
21 Kg
Metric Conversions:Layout 1
11/5/09
10:56
Page 135
135
Metric Conversions
Distance
1 millimeter = 0.03937 inch
1 centimeter = 0.3937 inch
1 decimeter = 0.3281 foot
1 meter = 3.281 feet
1 meter = 1.094 yard
1 kilometer = 0.6214 mile
1 kilometer = 0.539 nautical mile
1 inch = 2.54 centimeters
1 foot = 0.3048 meter
1 yard = 0.9144 meter
1 rod = 5.0292 meters
1 chain = 20.117 meters
1 mile = 1.6093 kilometer
1 nautical mile = 1.8532 kilometer
Surface or Area
1 sq. centimeter = 0.1550 sq. inch
1 sq. meter = 1,550 sq. inches
1 acre = 119.60 sq. yards
1 hectare = 2.4711 acres
1 sq. kilometer = 0.3861 sq. mile
1 sq. inch = 6.4516 sq. centimeters
1 sq. foot = 929.03 sq. centimeters
1 sq. yard = 0.8361 sq. meter
1 acre = 4,046.9 sq. meter
1 sq. mile = 259.0 hectares
Avoirdupious Weight
1 gram = 0.035 ounce
1 hectogram = 3.527 ounces
1 kilogram = 2.205 pounds
1 ton = 1.0161 (tonnes)
1 ounce = 28.35 g
1 pound = 453.59 g
1 hundredweight = 50.802 kilograms
1 ton = 907.18 kilograms
Liquid Measure
1 litre = 2.1 pints
1 litre = 0.877 quarts
1 litre = 0.22 gallons
1 pint = 0.473 litre
1 quart = 0.9463 litre
1 gallon = 3.785 litres
To Convert
Multiply By
centimeters to inches
0.393701
3.2808
meters to feet
meters to yards
1.09361
kilometers to miles
0.621371
sq cm to sq inches
0.155
sq feet to sq meters
0.092903
sq kilometers to sq mi
0.386103
hectares to acres
2.47101
cu cm to cu inches
0.0610237
cu meters to cu feet
35.3147
litres to cu inches
61.024
litre/min to cu ft/min
0.0353
litres to imperial gallons
0.22
To Convert
Multiply By
inches to centimetres
2.54
0.3048
feet to meters
yards to meters
0.9144
miles to kilometers
1.609344
sq Inches to sq cm
6.4516
sq meters to sq feet
10.7639
sq miles to sq kilometers
2.58999
acres to hectares
0.404678
cu inches to cu cm
16.3871
cu feet to cu meters
0.0283168
cu inches to litres
0.016387
cu ft/min to litres/min
28.316
imperial gallons to litres
4.546
Capacity
1 cubic centimeter = 0.061 cubic inch
1 cubic meter = 1.308 cubic yard
1 cubic decimeter = 0.035 cubic foot
1 cubic inch = 16.387 cubic centimeter
1 cubic foot = 0.0283 cubic meter
1 cubic yard = 0.7646 cubic meter
To Convert
grams to ounces
grams to pounds
kilograms to pounds
kilograms to tons
ounces to grams
pounds to grams
pounds to kilograms
tons to kilograms
Celsius = C
Fahrenheit = F
0
32
Celsius ° = 5/9 (F ° - 32°)
5
10
41
50
15
59
20
68
25
77
30
86
Multiply By
0.035274
0.00220462
2.20462
0.00009842
28.3495
453.592
0.4536
1016.05
80 100
o
95 104 140 176 212
o
35
40
60
C
F
Fahrenheit ° = 9/5 C° + 32°
+44 (0)845 270 2707
136 - Saphire Library:Layout 1
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10:57
Page 136
136
SapphIRe Library
Compound
Acetaldehyde
Acetic Acid
Acetic Acid
Acetone
Acetone
Acetonitrile
Acetophenone
Acetylene
Acrylonitrile
Ammonia
Ammonia
Aniline
Benzaldehyde
Benzene
1,3-Butadiene
1,3-Butadiene
Butane
n-Butyl Acetate
n-Butyl Alcohol
t-Butyl Alcohol
Butyl Cellosolve
t-Butyl Methyl Ether
Carbon Dioxide
Carbon Dioxide
Carbon Dioxide
Carbon Dioxide
Carbon Disulfide
Carbon Monoxide
Carbon Tetrachloride
Carbon Tetrachloride
Cellosolve
Cellosolve
CellosolveAcetate
Chlorobenzene
Chlorobromomethane
(Instrument featured on p57)
Range Range Detection Detection Accuracy Analytical
(ppm) (mg/m-3)
Limit
Limit
+/-% Wavelength Path(ppm)
(mg/m-3) Reading
(mm)
length
400
100
30
2000
2000
500
100
200
50
500
500
50
500
200
100
50
2000
300
200
100
100
50
1000
1000
2000
2000
50
250
100
5
500
50
200
150
500
722
246
74
4760
4760
84
492
213
109
349
349
191
2174
640
222
111
4764
1428
607
304
484
280
1804
1804
3607
3607
156
287
630
32
1847
185
1083
692
2651
0.8
0.5
0.15
5
5
11
0.4
0.5
0.6
0.7
0.7
0.5
0.9
2
0.7
0.35
5
0.18
0.25
0.3
0.25
0.15
1
30
1.5
40
1
0.9
0.05
1.2
2.3
0.1
0.15
0.4
0.4
1.4
1.2
0.4
11.9
11.9
18.5
2.0
0.5
1.3
0.5
0.5
1.9
3.9
6.4
1.6
0.8
11.9
0.9
0.8
0.9
1.2
0.8
1.8
54.1
2.7
72.1
3.1
1.0
0.3
7.6
8.5
0.4
0.8
1.8
2.1
www.ashtead-technology.com
10
15
20
5
5
10
25
10
10
20
20
10
15
10
10
15
10
15
15
15
15
10
15
25
15
25
15
10
10
10
10
10
25
10
25
9.14
10.20
8.64
8.40
11.04
9.69
8.11
13.72
10.47
10.87
10.48
8.05
12.19
9.80
10.03
11.06
10.44
9.67
9.57
8.44
9.01
9.28
4.25
14.00
4.25
14.00
4.62
4.62
12.66
12.66
8.98
8.98
9.52
9.33
8.32
Long
Long
Long
Short
Long
Long
Long
Long
Long
Long
Long
Long
Long
Long
Long
Long
Long
Long
Long
Long
Long
Long
Short
Long
Short
Long
Long
Long
Short
Long
Short
Long
Long
Long
Long
Compound
Range Range Detection Detection Accuracy Analytical
(ppm) (mg/m-3)
Limit
Limit
+/-% Wavelength Path(ppm)
(mg/m-3) Reading
(mm)
length
Chloroform
100
Chloroform
100
Chloroform
10
Chloroform
10
m-Cresol
10
Cumene
100
Cyclohexane
500
Cyclohexane
500
Cyclopentane
500
Desflurane
100
Desflurane
100
Desflurane
10
Desflurane
10
m-Dichlorobenzene
150
o-Dichlorobenzene
100
p-Dichlorobenzene
150
1, 1-Dichloroethane
200
1, 2-Dicholoroethane 500
1, 2-Dicholorethylene 500
Dichloroethylether
50
Diethylamine
50
Dimethylacetamide
30
Dimethylamine
50
N, N-Dimethylformamide 20
Dioxane
100
Enflurane
100
Enflurane
100
Enflurane
10
Enflurane
10
Ethane
1000
Ethanolamine
50
Ethyl Acetate
500
Ethyl Alcohol
2000
Ethyl Benzene
200
Ethyl Chloride
1500
489
489
49
49
44
493
1724
1724
1437
689
689
69
69
904
602
904
811
1986
1986
293
150
107
92
60
361
756
756
76
76
1232
125
1805
3776
870
3966
1.7
0.5
0.07
0.5
0.4
1
6
6
6
0.7
0.7
0.04
0.04
0.35
0.6
0.25
0.4
0.6
0.6
0.12
0.35
0.4
0.6
0.2
0.08
0.6
0.2
0.03
0.2
0.3
0.7
1.1
5
1.2
1
8.3
2.4
0.3
2.4
1.8
4.9
20.7
20.7
17.2
4.8
4.8
0.3
0.3
2.1
3.6
1.5
1.6
2.4
2.4
0.7
1.0
1.4
1.1
0.6
0.3
4.5
1.5
0.2
1.5
0.4
1.8
4.0
9.4
5.2
2.6
UR
UR
UR
UR
20
10
10
10
10
10
10
10
10
15
25
15
20
15
15
25
10
15
10
10
15
10
10
10
10
20
20
10
10
15
10
13.06
8.37
13.06
8.37
8.76
13.26
11.16
8.11
11.25
8.59
9.09
8.59
9.09
12.84
8.99
9.28
9.55
11.20
11.20
8.97
8.90
8.59
8.83
9.40
9.00
8.90
12.12
8.90
12.12
3.33
8.90
8.29
9.60
13.52
10.39
Short
Long
Long
Long
Long
Long
Long
Long
Long
Short
Short
Long
Long
Long
Long
Long
Long
Long
Long
Long
Long
Long
Long
Long
Long
Short
Long
Long
Long
Long
Long
Short
Short
Long
Long
136 - Saphire Library:Layout 1
11/5/09
10:57
Page 137
137
(Instrument featured on p57)
Compound
Ethyl Ether
Ethyl Lactate
Ethylene
Ethylene Dichloride
Ethylene Oxide
Ethylene Oxide
Formaldehyde
Formic Acid
Gen Halocarbons
Gen Halocarbons
Gen Hydrocarbons
Gen Hydrocarbons
Halothane
Halothane
Halothane
Halothane
Heptane
n-Hexane
Hydrazine
Isobutane
Isoflurane
Isoflurane
Isoflurane
Isoflurane
Isopropyl Alcohol
Isopropyl Alcohol
Isopropyl Alcohol
Isopropyl Alcohol
Isopropyl Ether
Methane
Methyl Acetate
Methyl Acetate
Methyl Acrylate
Methyl Alcohol
Methyl Cellosolve
Range Range Detection Detection Accuracy Analytical
(ppm) (mg/m-3)
Limit
Limit
+/-% Wavelength Path(ppm)
(mg/m-3) Reading
(mm)
length
500
100
100
100
100
100
10
30
100
10
500
20
100
100
10
10
1000
500
50
250
100
100
10
10
1000
1000
100
100
1000
100
500
500
20
500
100
1519
484
115
406
181
181
12
57
489
49
1766
13
809
809
81
81
4107
1766
66
595
756
756
76
76
2463
2463
246
246
4187
66
1518
1518
71
656
312
1.8
0.08
0.4
0.7
0.35
0.6
0.11
0.12
1.7
0.07
0.25
1.5
1.5
0.09
0.25
0.09
10
0.25
0.8
2.5
0.7
0.5
0.04
0.5
10
4
0.5
0.3
3
1.5
1.3
6
0.07
0.7
0.15
5.5
0.4
0.5
2.8
0.6
1.1
0.1
0.2
0.3
8.3
1.1
1.0
12.1
0.7
2.0
0.7
41.1
0.9
1.1
6.0
5.3
3.8
0.3
3.8
24.6
9.9
1.2
0.7
12.6
1.0
3.9
18.2
0.2
0.9
0.5
10
15
10
10
10
10
10
20
15
15
25
15
10
15
10
15
10
25
10
10
10
10
10
10
10
10
10
10
10
15
10
10
15
15
15
8.97
8.35
10.63
8.30
11.65
3.33
3.57
9.17
13.06
13.06
3.33
3.33
12.37
8.97
12.37
8.97
10.77
3.33
10.84
8.68
8.80
11.37
8.80
11.37
10.59
12.30
10.59
8.85
9.04
3.33
8.20
9.64
8.49
10.22
9.50
Long
Long
Long
Long
Long
Long
Long
Long
Short
Long
Long
Long
Short
Long
Long
Long
Long
Long
Long
Long
Short
Long
Long
Long
Short
Long
Long
Long
Short
Long
Short
Short
Long
Long
Long
Compound
SapphIRe Library
Range Range Detection Detection Accuracy Analytical
(ppm) (mg/m-3)
Limit
Limit
+/-% Wavelength Path(ppm)
(mg/m-3) Reading
(mm)
length
Methyl Cellosolve Acetate 100
Methyl Cellosolve Acetate 100
Methyl Chloride
200
Methyl Chloroform
500
Methyl Ethyl Ketone 1000
Methyl Ethyl Ketone 1000
Methyl Isobutyl Ketone 100
Methyl Methacrylate 250
Methyl Methacrylate 250
Methylacetylene
1000
Methylamine
50
Methylene Chloride
200
Nitrogen Trifluoride
50
Nitrous Oxide
100
Octane
1000
Octane
100
Pentane
2000
Perchloroethylene
500
Perchloroethylene
50
Perchloroethylene
50
PGMEA
50
Phosgene
5
Propane
2000
n-Propanol
500
Propylene Oxide
200
Pyridine
100
Trichloromono1000
fluoromethane
Trichlorotri1000
fluoroethane
Trichlorotri1000
fluoroethane
1, 2-Dichlorotetra1000
fluoroethane
484
484
414
2734
2955
2955
410
1026
1026
1643
64
696
145
180
4681
468
5913
3398
340
340
271
20
3614
1231
476
324
5630
0.14
0.15
1.7
0.15
7
1.6
0.35
0.4
0.7
1.2
0.6
4
0.04
0.04
5
0.35
6
2
0.09
0.4
0.07
0.05
20
0.6
0.7
1.5
1
0.7
0.7
3.5
0.8
20.7
4.7
1.4
1.6
2.9
2.0
0.8
13.9
0.1
0.1
23.4
1.6
17.7
13.6
0.6
2.7
0.4
0.2
36.1
1.5
1.7
4.9
5.6
15
15
10
25
15
20
10
10
15
10
10
10
10
10
25
25
10
10
20
10
20
10
10
10
15
10
15
8.92
9.52
13.51
9.38
8.69
10.68
8.71
10.75
12.28
8.16
12.91
13.32
11.11
4.50
3.33
3.33
11.06
11.01
11.01
12.88
8.20
11.88
13.44
10.39
12.04
9.81
10.80
Long
Long
Long
Long
Short
Long
Long
Long
Long
Long
Long
Short
Long
Long
Short
Long
Long
Short
Long
Long
Long
Long
Long
Long
Long
Long
Long
7679
1.7
13.1
15
11.11
Short
7679
2.5
19.2
10
9.72
Short
7005
2
14.0
10
9.67
Short
+44 (0)845 270 2707
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138
SapphIRe Library
Compound
(Instrument featured on p57)
Range Range Detection Detection Accuracy Analytical
(ppm) (mg/m-3)
Limit
Limit
+/-% Wavelength Path(ppm)
(mg/m-3) Reading
(mm)
length
1, 2-Dichlorotetra1000
fluoroethane
Dichlorodi1000
fluoromethane
Dichlorodi1000
fluoromethane
Dichlorodi200
fluoromethane
Dichlorodi200
fluoromethane
Dichlorodi10
fluoromethane
Dichlorodi10
fluoromethane
1-Chloro-1, 1, 2,500
2-Tetrafluoroethane
1-Chloro-1, 1, 2, 500
2-Tetrafluoroethane
1-Chloro-1, 1, 2, 100
2-Tetrafluoroethane
1-Chloro-1, 1, 2, 100
2-Tetrafluoroethane
1, 1, 1, 2-Tetra200
fluoroethane
Bromotri1000
fluoromethane
1, 1-Dichloro200
1-Fluoroethane
1, 1, 1-Trifluoroethane 25
1.1-Difluoroethane
25
Dichloro1000
fluoromethane
7005
1.5
10.5
10
11.90
Short
4955
1.4
6.9
15
10.94
Short
4955
1.5
7.4
15
9.21
Short
1253
1.3
8.1
15
8.55
Short
1253
1.5
9.4
UR
13.12
Long
63
0.07
0.4
10
8.55
Long
63
0.09
0.6
UR
8.88
Long
2797
1.4
7.8
15
8.47
Short
2797
3
16.8
15
11.40
Short
559
0.05
0.3
15
8.47
Long
599
0.2
1.1
15
11.40
Long
836
0.17
0.7
10
9.24
Long
6102
1
6.1
15
9.40
Short
959
0.17
0.8
15
10.89
Long
87
68
4218
0.05
0.06
2
0.2
0.2
8.4
15
15
10
8.31
8.97
9.45
Long
Long
Short
www.ashtead-technology.com
Compound
Dichlorofluoromethane
Chlorodifluoromethane
Chlorodifluoromethane
Dichloropentafluoropropane
Sevoflurane
Sevoflurane
Styrene
Styrene
Styrene
Sulfur Dioxide
Sulfur Hexafluoride
Sulfuryl Fluoride
Tetrahydrofuran
Toluene
Toluene
Toluene
1, 1, 2-Trichlorethane
1, 1, 2, 2-Tetrachloroethane
Trichloroethylene
Trichloroethylene
Vinyl Acetate
Vinyl Chloride
Vinyl Chloride
Vinylidene Chloride
Xylene
Xylene
Xylene
Range Range Detection Detection Accuracy Analytical
(ppm) (mg/m-3)
Limit
Limit
+/-% Wavelength Path(ppm)
(mg/m-3) Reading
(mm)
length
1000
4218
1.5
6.3
10
12.52
Short
1000
3544
1
3.5
10
9.14
Short
1000
3544
2.5
8.9
10
12.45
Short
100
404
0.1
0.4
10
9.19
Long
100
10
1000
200
200
30
4
30
500
1000
1000
200
30
20
820
82
4268
854
854
79
24
125
1478
3776
3776
755
164
138
0.7
0.03
15
0.6
0.7
1.2
0.01
0.1
0.5
18
4
1
0.25
0.25
5.7
0.2
64.0
2.6
3.0
3.2
0.1
0.4
1.5
68.0
15.1
3.8
1.4
1.7
10
10
15
15
15
10
Note 4
10
10
10
10
15
10
10
8.31
8.31
11.08
11.08
12.98
8.78
10.71
11.55
8.66
13.84
9.40
13.84
13.58
12.45
Short
Long
Short
Long
Long
Long
Long
Long
Long
Short
Long
Long
Long
Long
1000
1000
10
20
20
20
2000
2000
200
5384
5384
35
51
51
79
8702
8702
870
4
4
0.04
0.6
1.6
0.2
30
7
1.3
21.5
21.5
0.1
1.5
4.1
0.8
130.5
30.5
5.7
10
UR
15
10
10
10
10
15
15
10.76
11.88
8.35
10.72
9.79
12.69
13.13
12.60
13.13
Short
Short
Long
Long
Long
Long
Short
Long
Long
139-142 - Innov-X Library:Layout 1
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139
Note:
• Parenthesis indicates more than one name for the alloy
• Slash indicates alloys cannot be separated
NITON XL3t XRF Standard Grade Library
C and LA Steels
Tool Steels
High Alloy Steels
FE / CS
TS-A2
TS-A6
TS-D2/3/4
TS-H11
TS-H12
TS-H13
TS-M1
TS-M2
TS-M3
TS-M4
TS-M34
TS-M35
TS-M36
TS-M42
TS-O1
TS-O6
TS-S1
TS-S5
TS-S7
TS-T1
TS-T4
TS-T5
TS-T15
13-8MoPH
14-4PH
15-5Mo
15Mn-17Cr
17-4PH
19-9DL
19-9DX
20Cb3
20Mo4
20Mo6
25-4-4
26-1 Ebrite
29-4
29-4-2
201
203
254SMO
301
302HQ
304
309
310
12L14
4130
4140
4340
4820
8620
86L20
9310
C-1/2Mo
Cr–Mo Steels
1.25 Cr (P11)
2.25 CR (P22)
5 CR (P5)
7 CR (P7)
9 CR (P9)
9 CR+V (P91)
316
317
321
329
330
347
410/16/20
410Cb
422
430/40
431
434
441
446
2003
2101
2205
2507
A286
Aermet100
AL-6X
Alloy 20
Alloy 42
Alloy 49
Alloy 800
Alloy 801
Alloy 840
Alloy 903
Alloy 904
Alloy 907/9
Alnico II
Alnico III
Alnico V
AM 350
AM 355
C-200
C-250
C-300
C-350
CD4MCU
Cronidur3
Custom 450
Custom 455
F-255
Ferralium
GreekAsc
HL
HN
HS556
KOVAR
M-152
N-155
Ni-Hard 1
Ni-Hard 4
Ni-resist1
Ni-resist2
Ni-resist3
Ni-resist4
Ni-resist5
Ni-Span-C
Nitronic32
Nitronic33
Nitronic40
Nitronic50
Nitronic60
ZeCor
Zeron 100
+44 (0)845 270 2707
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140
NITON XL3t XRF Standard Grade Library
Nickel Alloys
Ni-200
Alloy 52
Alloy 102
Alloy 400
Alloy 401
Alloy 411
Alloy 500
Alloy 600
Alloy 601
Alloy 625
Alloy 686
Alloy 690
Alloy 702
Alloy 706
Alloy 713
Alloy 718
Alloy 722
Alloy 725
Alloy 750
Alloy 754
Alloy 825
Alloy 901
Alloy 925
Alloy B
Alloy B-2
Cobalt Alloys
Alloy B-3
Alloy C-4
Alloy C-22
Alloy C-276
Alloy C2000
Alloy F
Alloy G
Alloy G-2
Alloy G-3
Alloy G-30
Alloy N
Alloy S
Alloy W
D-205
D 979
GMR-235
Haynes 59
Haynes 214
Haynes 230
Haynes 242
HW6015
Hy Mu 80
I-36/NiR-V
Invar 39
Mu Metal
Na 22H
Nichrome V
Nimonic 75
Nimonic 80
PW 1475
Alloy 617
Alloy 700
Alloy 738
Alloy 792
Alloy 939
Alloy D
Alloy R
Alloy X
B-1900Hf
C-101
C 1023
CMSX-2/3
CMSX-4
CMSX-6
HR-160
IN-100
M252
Mar M 002
Mar M 200
Mar M 246
www.ashtead-technology.com
Mar M 247
N4M2
Na Sup22H
Nimonic 105
Nimon 105
Nimon 115
Nimonic 263
PWA 1480
PWA 1484
RA 333
Refract 26
Rene 41
Rene 77
Rene 80
Rene 85
Rene 95
Rene 125
Rene 142
Rene 220
SuperTherm
Thetalloy
Udimet 500
Udimet 520
Udimet 700
Udimet 720
Waspalloy
Co CP
Alloy 783
Elgiloy
F-75
FSX-414
GTD-222GE
HS-1
HS-3
HS-4
HS-6B
HS-12
HS-19
HS-21
HS-23
HS-25 (L605)
HS-27
HS-30
HS31X40/45
HS-36
HS-188
Jetalloy
Mar M 302
Mar M 509
Mar M 905
MP-159
MP35N
Refract 80
Star J
Ultim1233
Vic I
Vic II
WI-52
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141
NITON XL3t XRF Standard Grade Library
Titanium Alloys
Copper Alloys
Ti-CP
Ti-CP Pd
Ti-8Mn
Ti-12Ni
Ti-17
Ti3-2.5
Ti4-2-5
2 Apr
Ti5-2.5
Ti6-2-1-1
Ti6-2-4-2
Ti6-2-4-6
Ti6-4
Ti6-6-2
Ti6-22-22
Ti7-4
Ti-5553
Ti8-1-1
Ti8-8-2-3
Ti10-2-3
Ti13-11-3
Ti15-3-3-3
Ti-BetaC
ECu/642ASB
C377ForgBs
C715 (70-30)
384 /80/19
AA 5056
C172BeCu
C425SnBs
C745NiAg
AA 1100
AA 5083/86
C194HiCu
C443AdmBs
C752NiAg
AA 2018
AA 6061
C197HiCu
C464NavBs
C814CrCu
AA 2024
C210Gilding
C482NavBs
836 (85-555)
AA 2095
C220ComBz
C485NavBs
C844RdBs
AA 2519
C230/875Bs
C510PBzA
C857YelBs
AA 2618
C240LoBs
C534PbxB1
C260CartBs
C542Pbz
C270YelBs
C544PBzB2
C280Muntz
C623AIBz
C310PbBs
C630AIBz
C314PbComBz
C655SiBzA
C893SnBiBz
C330PbBs
C667MnBs
C89835
C332PbBs
C675MnBzA
C903SnBz
C340PbBs
C687AIBs
C922PbSnBz
C342PbBs
C706 (90-10)
C964CuNi
C360FrCuBs
C710 (80-20)
NarloyZ
Aluminium Alloys
C861-3MnBz
C864MnBz
C867MnBz
AA 6063
AA 6253
7049/7149
AA 3003
AA 7050
AA 4032
AA 7075
AA 5052
AA 7249
C868MnBz
+44 (0)845 270 2707
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NITON XL3t XRF Standard Grade Library
Note:
• Element list is not exhaustive: please contact us for Limits of Detection
of elements not shown.
• Units = ppm
• Time = 60s per filter
• SRM = Standard Reference Material
Exotic Alloys
97Ta 3W
Zr 702
70W 30Mo
Densalloy
Hevimet
Mal 1000B
Mal 3000
Zr 704
Mal 3950
SAC 305
Zr 705
WCarbideC
SAC 400
Mo CP
Ta CP
SAC 405
W CP
90Ta 10W
SN100C
Cb CP (Nb)
Cb 103
Cp Zr
Zr-2/4
Element
SiO2 Matrix
S
K
Ca
Sc
Ti
V
Cr
Mn
Fe
Co
Ni
Cu
Zn
As
Se
Rb
Sr
Zr
Mo
Ag
Cd
Sn
Sb
Ba
Au
Hg
Pb
250
75
40
10
30
15
25
25
30
20
25
15
8
5
3
2
3
4
4
10
7
13
10
45
7
5
4
Sn CP
60Sn 40Pb
63Sn 37Pb
SAC 300
Pure Metals
Ag
Bi
Cr
Mn
Hf
Pb
Limits of Detection in Environmental type samples.
Pd
Re
Sb
Se
V
www.ashtead-technology.com
SiO2 (10% Fe)
Matrix
600
175
75
40
110
35
45
75
N/a
250
55
20
13
7
5
5
3
6
7
10
9
20
20
55
10
8
8
SRM
500
400
300
60
125
40
25
75
75
125
40
20
13
7
5
5
8
9
5
15
8
15
15
35
10
8
8
143-150 - Glossary of Terms:Layout 1
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143
Glossary of Terms
This glossary has been compiled as a source of reference for those terms and abbreviations which are commonly used in the areas of environmental monitoring,
non-destructive testing and remote visual inspection but may not be familiar to you. All environmental terms and descriptions refer to gas or gas mixtures, and the
word gas includes vapours.
A
Acceleration: The rate of change in velocity with
respect to time. It is typically measured is g’s.
1 g represents the acceleration due to the
earth’s gravity (9.806 ms2).
Accelerometer: A meter that directly measures
acceleration of the object it is mounted to.
Accuracy: The preciseness of a reading in relation
to the actual concentration.
ACFM: Alternating Current Field Measurement,
a technique used to determine crack size in
metal objects.
Aerosols: Liquid droplets or solid particles
dispersed in air that are of fine enough particle size
(0.01 to 100 microns) to remain so dispersed for
a period of time. Smoke, mists, fumes and dusts
are all considered aerosols.
Alpha Particle (Alpha Radiation): A small
electrically charged particle made up of two
neutrons and two protons of very high velocity,
thrown off by many radioactive materials,
including uranium and radium.
Ambient Air: Any unconfined portion of
the atmosphere; also known as open air and
surrounding air.
Anemometer: A device to measure air speed.
ANSI: American National Standards Institute.
A voluntary membership organization (run
with private funding) that develops consensus
standards nationally for a wide variety of
devices and procedures.
A-Scan: A screen display in which the received pulse
amplitude is represented as a graph along one axis.
Atmosphere: A standard unit of pressure
representing the pressure exerted by a 29.92-inch
column of mercury at sea level at 45° latitude and
equal to 1,000 grams per square centimetre.
B
Background: Gases present in an area other than
those intended to be measured.
Beta Particle (Beta Radiation): A small electrically
charged particle thrown off by many radioactive
materials; identical to the electron. Beta particles
emerge from radioactive material at high speeds.
BINDT: British Institute for Non-Destructive Testing
Bio aerosols: Airborne particles of biological
origin including bacteria, fungi, pollen, viruses, etc.
and their non-viable components such as
endotoxin and mycotoxin.
Borescope: An instrument for allowing visual
access to the inside of a vessel or pipe.
Breathing Zone: Imaginary globe of two-foot
radius surrounding the head.
C
Calibrate: To adjust the gain or span of an
instrument to indicate the actual concentration of
a specific gas or mixture present at the sensor.
Catalytic: Method of detecting and measuring
gases using a sensing element responsive to
combustible gases below the concentration at
which they would otherwise burn.
CFM: Cubic Feet per Minute, 1 cubic foot
is 28.3 litres.
+44 (0)845 270 2707
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144
Chemiluminescence: A technique used to
measure NO, in which NO is combined with ozone
in a reaction which produces an electronically
excited NO2 molecule that emits light.
Cleanroom: A room in which the concentration of
airborne particles is controlled, and which is
constructed and used in a manner to minimize the
introduction, generation, and retention of particles
inside the room, and in which other relevant
parameters, e.g. temperature, humidity, and
pressure, are controlled as necessary.
Combustible: Capable of being ignited with
resulting burning or explosion.
Concentration: The amount of gas or gases of
interest present in a space; usually expressed in a
percent of total volume, parts per million (ppm), or
percent of the Lower Explosive Limit (LEL).
Conductivity: A measure of the power of a
solution to conduct an electric current, equivalent
to the reciprocal of the resistance of the solution.
Confined Space: Any enclosed area not designed
for human occupancy that has a limited means of
entry and egress and in which existing ventilation
is not sufficient to ensure that the space is free of a
hazardous atmosphere, oxygen deficiency or other
known or potential hazards.
Cyclone: A device that has the ability to separate
particles by size. Typically used to collect respirable
dust samples.
www.ashtead-technology.com
D
DAC: Distance Amplitude Corrections constructed
from the peak amplitude responses from reflectors
of equal area at different distances in the same
material by using ultrasonic thickness measurement.
dBA: Sound level in decibels read on the A scale of a
sound-level meter. The A scale discriminates against
very low frequencies (as does the human ear) and is
therefore better for measuring general sound levels.
dBC: Sound level in decibels read on the C scale of
a sound level meter. The C scale discriminates very
little against very low frequencies.
Decibel: A unit used to express sound-power and
sound-pressure level.
Differential Pressure: The difference in static
pressure between two locations.
Diffusion Detection: Method of detection
utilizing the normal movement of gases in and
about a detector exposed directly in a space; no
mechanical means used to bring gas and sensor
into contact.
Drift: The gradual change in readout caused by
aging of some component, variation in power
supplied, warm up characteristics, and other factors.
Dry Bulb Temperature: The temperature of air as
registered by a thermal sensor, such as an ordinary
mercury-in-glass thermometer, shielded from direct
radiant energy sources.
Dusts: Solid particles generated by handling,
crushing, grinding, rapid impact, detonation, and
decrepitation of organic or inorganic materials
such as rock, ore, metal, coal, wood, and grain.
E
Eddy Current: An NDT technique that consists of
an alternating current source by means of a coil
including a magnetic field into the tested
specimen. The presence of a flaw increases the
resistance to the flow current thereby highlighting
a deformation.
EFNDT: European Federation for
Non-Destructive Testing.
Displacement: Refers to the distance that an
object moves.
Electrochemical: A common method of specific
gas detection, where the gas measurement is based
on electrochemical oxidation in an electrolyte.
Dissolved Oxygen (DO): The oxygen freely
available in water.
ELF: Extremely Low Frequency
Dosimeter (dose meter): An instrument used to
determine the full-shift exposure a person has
received to a physical hazard.
EMF: Electro Magnetic Field.
Endoscope: A thin, lighted tube usually fibre optic
that can be both rigid and flexible, used to look
inside objects
143-150 - Glossary of Terms:Layout 1
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145
ET: Electromagnetic Testing.
eV: Electron Volt.
Exchange Rate (Doubling Rate): Refers to the
rate in which sound energy is averaged over time.
Using a decibel scale, every time the sound energy
doubles the measure level increases by 3dB. This is
the 3dB exchange rate that most of the world
uses. For every increase of 3 dB in the time
weighted average, the measured dose would
double. U.S. OSHA uses the 5dB exchange rate.
The exchange rate affects the integrated readings
Lavg, dose, and TWA, but does not affect the
instantaneous sound level.
Explosion Proof: Type of construction designed to
contain an explosion and prevent its propagation
to the outside atmosphere; usually implies the use
of heavy metal enclosure.
Explosive Gas: Any combustible gas capable of
being ignited and burned under certain conditions
of quantity and/or confinement; normally used as a
synonym for flammable gas.
F
Face Velocity: Average air velocity into the
exhaust system measured at the opening into
the hood or booth.
Ferrite: Non-metallic iron that has not
combined with carbon.
FID: Flame Ionisation Detector.
Flame Ionisation Detector (FID): A direct
reading monitoring device that measures organic
compounds by utilising a flame produced by the
combustion of hydrogen and oxygen.
Flammable: Capable of being ignited and burned;
commonly used as a synonym for combustible.
Flammable Range: The range of a concentration
in air or oxygen of a flammable gas between the
LEL and the UEL within which it can be ignited and
burned with the propagation of a flame.
Flash Point: The lowest temperature at which a
liquid (and a few solids) will give off an ignitable
vapour.
Flaw Detector: A device that detects various
defects and objects in material and determine the
sizes of such defects.
Fluorescence: A technique used to measure SO2
based on exciting the SO2 with a specific
UV frequency, which then fluoresces at a
different frequency.
Gas: A state of matter in which the material has a
very low density and viscosity, can expand and
contract greatly in responses to changes in
temperature and pressure. Easily diffuses into other
gases, and readily and uniformly distributes
throughout any container.
Gas Filter Correlation: A technique used to
measure CO, based on the absorption of infrared
light at a specific frequency.
Geiger Counter: An electrical device that detects
the presence of certain types of radioactivity.
Sometimes called a Geiger-Mueller counter.
Globe Thermometer: A black copper sphere with
an internal thermal sensor used to determine the
effect of surrounding radiant heat.
Gravimetric: Pertaining to measurement by weight.
Gravimetric Method: A procedure dependent
upon the formation or use of a precipitate or
residue, which is weighed to determine the
concentration of a specific contaminant in a
previously collected sample.
G
Gain: The ratio of signal output to input,
frequently referred to as a span; a main factor
in amplification.
Gamma-rays (Gamma Radiation): The most
penetrating of all radiations. Gamma rays are
very high energy x-rays.
H
Halogenated: Usually applied to hydrocarbons
that are combined with fluorine, bromine, chlorine
and iodine. Vinyl chloride, methyl chloride, halon,
chloroform, and freon are examples.
Hardness Testing: Used to determine the tensile
strength of a specimen and the hardness. It can be
done electronically or by means of destructive testing.
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146
Hazardous Area: An area where combustible
gases are actually present or likely to be; generally
such areas are classified as hazardous and are the
opposite of general purpose areas.
Hotwire Anemometer: An anemometer that
measures air velocity measuring the degree of
cooling of a metal film heated by an electric
current.
Hazardous Environment: An environment which
exposes employees to a risk of death,
incapacitation, injury or acute illness from one or
more of the following cases: 1) A combustible gas,
vapour, or mist in excess of 10% of its lower
explosive limit (LEL); 2) An airborne combustible
dust at a concentration that obscures vision at a
distance of 5 feet or less; 3) An atmospheric
oxygen concentration below 19.5% or above
23.5% or 4) An atmospheric concentration of any
substance for which a permissible exposure limit
has been exceeded.
HVAC System: Heating, ventilating, and air
conditioning system.
Interference: Gases present in a mixture, other than
the gas to be measured, which affect the reading
(on a meter, recorder, light system or similar).
Hydrocarbons: Organic compounds composed
solely of carbon and hydrogen. Several hundred
thousand molecular combinations of C and H are
known to exist. The basic building blocks of all
organic chemicals. Main chemical industry sources of
hydrocarbons are petroleum, natural gas, and coal.
Ionisation: The process whereby one or more
electrons is removed from a neutral atom by the
action of radiation. Specific ionisation is the
number of ion pairs per unit distance in matter,
usually air.
Hearing Conservation: The prevention or
minimising of noise-induced deafness through the
use of hearing protection devices, the control of
noise through engineering methods, annual
audiometric tests, and employee training.
Heat Stress: Relative amount of thermal strain
from the environment.
HEPA filter: High efficiency particulate air filter. A
disposable, extended-medium, dry type filter with
a particle removal efficiency of no less than 99.97
percent for 0.3 micron particles.
Holiday Detector: An instrument used to
determine porosity in a specimen by measuring the
coating loss.
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Hygrometry: The measurement of water vapour
in air, commonly expressed as relative humidity.
I
IAQ: Indoor Air Quality, the study, the evaluation
and control of indoor air quality related to
temperature, humidity, and airborne contaminants.
Ignition Temperature: A term generally used to
mean the lowest temperature that will cause a gas
to ignite and burn; not a precise term and one
subject to several variables; used only as an
indication in matter, usually air.
Impaction: The forcible contact of particles of
matter.
Inert Gas: Gases that will not burn, support
combustion (oxygen) and are not toxic. Common
examples are nitrogen, helium, and argon.
Inflammable: Capable of being ignited and
burning; synonym for flammable and combustible.
In-situ: Sample in place.
IP: Ionisation Potential, the energy required to
remove an electron from a molecule or atom.
IRT: Infrared Testing, otherwise known as
thermography. IRT is a technique of obtaining an
image of the heat distribution over the surface of
an object. This is done with an infrared camera
that has a special sensitive lens.
K
KeV: A unit of energy equal to 1,000
electron volts.
L
Laminar Air Flow: Streamlined airflow in which
the entire body of air within a designated space
moves with uniform velocity in one direction along
parallel flow lines.
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Lavg (Level Average): The average RMS sound
level measured over the run time using other than a
3dB exchange rate. Lavg can be confusing when
thresholds are used. Any sound below the threshold
is not included in this average. Sound is measured in
the logarithmic scale of dB. Because of this, the
average cannot be computed by adding the levels
and dividing them by the number of samples. When
averaging dB, short durations of high levels can
significantly contribute to the average level.
Manometer: Instrument for measuring pressure.
LEL (Lower Explosive Level): The lowest
concentration of air-fuel mixture at which gas can
ignite. Below this level concentrations are too lean
to burn.
Method 21 (EPA): One of many provisions and
methods associated with measuring contaminant
emissions and reduction.
Leq (Level Equivalent): The level of a steady
sound which, in a stated time period and at a
stated location, has the same sound energy as the
time varying sound.
MFC: Mass Flow Control.
LFL (Lower Flammable Limit): Synonymous
with LEL.
LT (Leak Testing): A form of testing that uses
other NDT test methods such as bubble testing by
visual examination and other more sensitive
methods using radioactive gases. This form of
testing is most often used on pressure vessels and
vacuum systems.
M
Makeup Air: Clean, tempered outdoor air
supplied to a workspace to replace air removed by
exhaust ventilation or by some industrial process.
Metal Oxide Sensor: A method of detecting and
measuring gases, normally in very small
concentrations, by their reaction to a thin oxide
film on the surface of a ceramic substrate.
Methane: An odourless, colourless flammable gas
formed by an aerobic decomposition of organic
waste matter or by chemical synthesis. It is the
principal component of natural gas.
MeV: Million Electron Volts.
MFL (Magnetic Flux Leakage): MFL uses a
strong magnet to introduce a saturation of
magnetism into a material. If there is loss of wall or
material thickness, the result of the magnetism
being forced into the air around the area of
reduction is detected by sensors, which can
identify areas of the future problems.
Mg: Milligram.
Mg/m3: Milligrams per cubic meter. Unit used to
measure air concentrations of dusts, gases, mists,
and fumes.
Microbial: See bio aerosols.
Ml (Millilitre): A unit used to measure air
concentrations of dusts, gases, mists and fumes.
Monitor: Implies the continuous surveillance of an
area or facility for the presence of hazardous gas,
rather than intermittent or random sampling.
mr: Millirem
mR: Milliroentgen, one thousandth of a roentgen.
MT: Magnetic Particle Testing
N
Natural Gas: A combustible gas composed
largely of methane and other hydrocarbons
with variable amounts of nitrogen and noncombustible gases; obtained from natural
earth fissures or from driven wells.
N.D.I.R. (Non-Dispersive Infrared): A method of
gas detection and measurement utilizing infrared
light beams whose rate of absorption by different
gases can be measured.
NDT (Non-Destructive Testing): The theory of
locating and characterizing material conditions and
flaws by means of various techniques that might
otherwise cause failure in objects.
Nephelometer: An instrument for comparing
turbidity’s of solutions by passing a beam of light
through a transparent tube and measuring the
ratio of the intensity of the scattered light to that
of the incident light.
NIOSH: National Institute of Occupational Safety
and Health; a federal organization responsible for
setting health standards for personnel exposure in
the workplace.
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Noise: Any unwanted sound.
NOx (Nitrogen Oxides, primarily Nitrogen
Dioxide and Nitric Oxide): Chemical compounds
containing nitrogen and oxygen; react with volatile
organic compounds (VOCs) in the presence of heat
and sunlight to form ozone. Nitrogen oxides are
also a precursor to acid rain.
O
Octave Band: An arbitrary spread of frequencies.
The top frequency in an octave band is always
twice the bottom one. The octave band may be
referred to by a centre frequency.
ORP (Oxidation-Reduction Potential): The
potential required to transfer electrons from the
oxidant to the reductant and used as a qualitative
measure of the state of oxidation in waste water
treatment systems.
OSHA: Occupational Safety and Health Act.
Output: The signal produced by a sensor other
component of a system and available for further use.
Oxygen Deficiency: A mixture of gases
containing too little oxygen to adequately support
life; warning level now set by OSHA at 19.5%.
Oxygen Enriched: A mixture having an oxygen
concentration greater than air; normally any
mixture of gases having over 21% oxygen.
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P
Particle: A small discrete mass of solid
or liquid matter.
Particle Counter: A light scattering instrument
with display and/or recording means to count and
size discrete particles in air.
Particulate: Fine liquid or solid particulates such
as dust, smoke, mist, fumes, or smog, found in air
or emissions.
Peak Value: The maximum value obtained over a
period of time.
Peristaltic Pump: A pump that utilises tubing as a
pump chamber so the liquid being sampled never
touches the pump or drive components, thereby
maintaining sample integrity. The maximum lift for
a peristaltic pump is 8 meters.
Personal Sampling: Industrial hygiene sampling
of airborne pollutants with sampling equipment
worn by the operator. The collection device (filter
cassette, sorbent tube) is worn in the breathing
zone which is usually defined as within 200 mm of
the mouth or nose.
pH: The degree of acidity or alkalinity of a
solution, with neutrality indicated as 7.
Photoionisation Detector (PID): A direct reading
monitoring instrument that operates by detecting
and distinguishing between ions of vapours and
gases following ionisation by the instrument’s
ultraviolet light source.
Photometric: A method of measuring luminous
intensity, flux, brightness or the scattering of
different light waves.
PID: Photo Ionisation Detector.
Pitot Tube: A device consisting of two concentric
tubes, one serving to measure the total or impact
pressure existing in the airstream, the other to
measure the static pressure only. When the annual
space between the tubes and the interior of the
centre tube are connected across a pressuremeasuring device, the pressure difference
automatically nullifies the static pressure, and
velocity pressure alone is registered.
PM10: Particulate matter having a mean
aerodynamic diameter of 10 microns, usually
relates to ambient particulate monitoring.
PMI (Positive Material Identification): The use
of an instrument to fingerprint a specimen’s trace
chemical elements and display it graphically.
Poisoning: The term applied to catalytic-type
sensors for their contamination by certain chemical
elements or compounds, principally silicones and
tetraethyl lead (T.E.L). A reduction or complete loss
of sensitivity can result from contamination.
Porosity: An occurrence when moisture
penetrates a surface and leaves a defect otherwise
known as corrosion.
ppb: Parts Per Billion, parts of air by volume of
vapour or gas or other contaminant.
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ppm: Parts Per Million; a measure of gas
concentration normally reserved for very small
quantities; for example 1% by volume equals
10,000 ppm.
Psychrometer: An instrument consisting of
wet-and-dry bulb thermometers for measuring
relative humidity.
PT (Penetrant Dye Testing): Liquid Penetrant
Inspection provides detection of surface
discontinuities in materials. Discontinuities are
determined by the use of a liquid penetrant as
certain liquids over the surface of the specimen.
Generally an oil-based chemical solution of dye,
either visible or fluorescent, is used.
PUF: Polyurethane Foam
Q
Quantitative Fit Testing: A method of assessing
the effectiveness of a particular size and brand of
respirator on an individual.
R
Relative Humidity: The ratio of the quantity of
water vapour present in the air to the quantity that
would saturate it any specific temperature.
R.F.I. Radio Frequency Interference is usually
caused by certain emissions from radio equipment
and causing false signals and incorrect readouts in
some instruments.
RFT: Remote Field Testing is utilised with Eddy
Current Testing for tubular objects. An exciter coil
generates eddy currents at low frequency in the
circumferential direction. The electromagnetic field
transmits through the thickness of the tube or pipe
and travels on the outer diameter. Variations are
received by the receiver coil and processed through
the eddy current machine.
Readout: The indication by an instrument of the
conditions prevailing at the sensor.
Real-Time: The monitoring of changes to
parameters as they occur.
RVI: Remote Visual Inspection utilizes instruments
such as video crawlers, videoprobes, videoscopes
and borescopes to gain access to areas inaccessible
to the human eye.
S
Sample Draw: A type of gas detection instrument
or system in which the sample is brought to the
sensor by suction or pressure, usually though small
diameter tubing.
Respirable-Sized Particles: Particulates in a size
range that permits them to penetrate deep into
the lungs upon inhalation.
SEL (Sound Exposure Level): The sound
exposure level averages the sampled sound over a
one-second period. Assuming the sampled time to
be greater than one second, SEL is the equivalent
one-second noise that would be equal in energy to
the noise that was sampled. SEL is typically
measured using a 3dB exchange rate without a
threshold. (SEL is not used by OSHA).
Response Time: The time required to obtain a
useful indication after the sensor is exposed to the
gas of interest; frequently confused with lag time.
Sensor: Any device that responds to a gas and
produces an output of sufficient strength to
measure a concentration or activate a signal.
Rotameter: A flow meter consisting of
precision-bored, tapered, transparent tube with
a solid float inside.
Set Point: Used primarily to describe the gas
concentration at which an alarm will be activated
or triggered.
RT (Radiographic Testing): RT uses penetrating
radiation and works on the principle that denser or
thicker materials will absorb more of the radiation
emitted. The test piece is placed between the source
of radiation and a sheet of film. Flaws will then be
present anywhere the part absorbs less radiation
than the part itself after developing the film.
Sound Level: A weighted sound pressure level
obtained by the use of metering characteristics and
the weighting A, B, or C specified in ANSI S1.4.
Repeatability: The characteristic of a system to
always produce the same readout under the same
conditions, not to be confused with accuracy.
Sound Level Meter: An instrument for measuring
sound pressure levels in decibels.
Sound Pressure Level: SPL, the level
in decibels of sound.
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Span: An expression analogous to gain and
referring principally to the calibration of an
instrument against a known sample.
Turbidity: A condition in water caused by the
presence of suspended matter, resulting in the
scattering and absorption of light.
Spectrophotometer: A direct-reading instrument
used for comparing the relative intensities of
corresponding electromagnetic wavelengths
produced by absorption of ultraviolet, visible, or
infrared radiation from a vapour or gas.
TWA: Time Weighted Average.
Static Pressure: The potential pressure exerted in
all directions by a fluid at rest. For a fluid in
motion, it is measured in a direction normal (at
right angles) to the direction of flow; thus it shows
the tendency to burst or collapse the pipe. When
added to velocity pressure, it gives total pressure.
STEL (Short Term Exposure Limit): An exposure
limit based on a 15-minute sample average.
T
Thermohygrometry: Same as hygrometry;
but also includes the measurement of ambient
air temperature.
Thickness Meter: Device used to measure
UT readings
TLV (Threshold Limit Value): A measure of
toxicity usually expressed in ppm or milligrams per
cubic meter and based on any discernable
physiological symptoms over a given time period.
TSP: Total Suspended Particulates.
U
UEL (Upper Explosive Limit): The maximum
concentration of a combustible gas or mixture of
gases in air or oxygen that will ignite and burn.
UFL (Upper Flammable Limit): Synonymous
with UEL
UT (Ultrasonic Testing): UT uses electronic
equipment to transmit sound pulses into material.
These pulses travel across the tested specimen and
reflect from flaws because of their different
acoustic nature.
UV: A method of gas detection utilizing an
ultraviolet light beam and its different relative rates
of absorption by different gases.
UW: Under Water.
V
Vapour: The gaseous phase of substances
which are liquid or solid at atmospheric
temperature and pressure.
Velocity: The rate of change in displacement with
respect to time.
VFC: Volumetric Flow Control.
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Videoscope: Instrument designed to aid in visual
testing to extend the inspectors view capability
into small area or areas where access cannot be
gained. Synonymous with Videoprobe.
VOC: Referring to volatile organic compounds
emissions. Generally associated with the synthetic
organic chemical manufacturing industry.
Volatile: Description of any substance that
evaporates easily.
W
Water Column: A unit used in measuring
pressure. See inches of water column.
WBGT (Wet Bulb Globe Temperature) Index: A
measure that combines the effects of humidity, air
velocity, ambient air temperature and radiant
energy into one single index.
Wet Bulb Temperature: Used to measure the
effect of humidity in the air obtained by a wetted
sensor, such as a wick wetted with distilled water
over a mercury-in-glass thermometer that is
exposed to natural air movement and unshielded
from radiation.
X
XRF: X-Ray Fluorescence.
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Category Index
A,B,C
G,H,I
ACFM Inspection System . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .90
Aerosol Monitors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .6,8,13-16
Air Sampling Pumps . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .31-33
Air Velocity Meters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .17,22,23
Airflow Measuring Hood . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .24
Benzene Meters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .60
Borescopes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .115
Boundary Monitoring . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .15,51
CO Analysers . . . . . . . . . . . . . . . .7,11,12,18,19,20,51,63,69,70,71
CO2 Analysers . . . . . . . . . . . . . . . . . . . . . . . .11,12,18-20,69,70,71
Combustion Analysers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .11,12
Confined Space Entry . . . . . . . . . . . . . . . . . . . . . . . . . . . . .49-51,63
Covermeters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .100
Crack Detection . . . . . . . . . . . . . . . . . . . . . . . . .90,97,104,106,107
Crawler Camera Systems . . . . . . . . . . . . . . . . . . . . . . . . . . .126,127
Gas Leak Detectors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .52-59,68
GPR (Ground Penetrating Radar) . . . . . . . . . . . . . . . . . . . . . . . . . .86
GPS (Global Positioning Systems) . . . . . . . . . . . . . . . . . . . . . . . . . .87
Hand Arm Vibration . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .47,48
Hardness Testers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .99,101
H2S Monitors . . . . . . . . . . . . . . . . . . . . . . .20,49-51,55,63,69,70,71
Heat Stress Monitors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .34
High Flow Pumps . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .33
High Speed Video Systems . . . . . . . . . . . . . . . . . . . . . . . . . . . . .129
Holiday Detectors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .95
Humidity Monitors . . . . . . . . . . . . . . . . . . . . . . . . . . . . .17-21,23,34
Indoor Air Quality Meters . . . . . . . . . . . . . . . . . . . . . . . . . . . .13-21,23,34
Infrared Spectrophotomers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .57
D,E,F
Differential Pressure . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .17,23
Dissolved Oxygen Meters . . . . . . . . . . . . . . . . . . . . . . . . . . . . .72-74
Dust Monitors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .6,7,13-16
Endoscopes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .116-121
Ferrite Analysis . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .91
FID / PID Analysers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .60-67
Fit Testers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .36
Flaw Detection . . . . . . . . . . . . . . . . . . . . . . . . . .90,98,104,106,107
L,M,N
Landfill Gas Meters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .68-71
Leachate Meters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .79
Leak Detectors . . . . . . . . . . . . . . . . . . . . . . . . . . . . .58,59,68,83,84
LEL Meters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .51,63
Light Meters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .35
Mercury Meters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .54
Meteorological Station . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .9
Methane Meters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .67-71
Microbial Sampling . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .28,29
Noise Dosimeters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .39-41
NOX Analysers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .11,12
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O,P,R
V,W,X
Oil in Water Interface Probes . . . . . . . . . . . . . . . . . . . . . . . . . . . . .81
Oxygen Analysers . . . . . . . . . . . . . . . . . . . . . .11,12,51,63,69,70,71
Ozone Analysers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .53
Paint Thickness . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .92
Particle Counters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .26,27
Particulate Monitors . . . . . . . . . . . . . . . . . . . . . . . . . . .6-8,14-16,76
Peristaltic Pumps . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .77
Personal Sampling Pumps . . . . . . . . . . . . . . . . . . . . . . . . . . . . .31,32
PID / FID Analysers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .60-67
Pipe and Cable Locator . . . . . . . . . . . . . . . . . . . . . . . . . . . . .86,133
Positive Material Identification (PMI) . . . . . . . . . . . . . . . . . . . . . .102
Pushrod Camera Systems . . . . . . . . . . . . . . . . . . . . . . . . . . .121-125
Rail Inspection . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .102
Rebar Locators . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .100
Respirator Testing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .36
Vessel Inspection Cameras . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .128
Vibration Meters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .46-48
Video Recorders . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .130-132
Videoscopes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .116-120
VOC Monitors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .60-67
Water Flow Meters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .82,83
Water Leak Detectors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .84
Water Level Meters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .79,80
Water Sampling Pumps . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .77,78
Water Quality Meters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .72-76
WBGT Monitors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .34
Weather Stations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .9
Whole Body Vibration . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .47,48
XRF,Metals In Soil / PMI / RoHS & WEEE Testing . . . . . . . . . . .85,102
S,T,U
Seismographs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .46
SO2 Analysers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .11,12
Soil Testing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .85
Sound Level Meters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .39-45
Tank Floor Scanners . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .103
Temperature Monitors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .17-34
Thermal Cameras . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .112-114
Thickness Meters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .92-96
Turbidity Meters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .75,76
Ultrasonic Flowmeters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .83
UV Inspection System . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .109
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Product Index
A
Casella MicroDust Pro Real-Time Dust Monitor . . . . . . . . . . . .13
AeroQual Series 500 Monitor with
Ozone & Sulphur Dioxide Sensors . . . . . . . . . . . . . . . . . . . . . .53
Clean Air Solutions Trakker Water fogger . . . . . . . . . . . . . . . .25
Archos AV 700 Portable DVR . . . . . . . . . . . . . . . . . . . . . . . .131
Cygnus Instruments Cygnus 1 (IS Rated)
Ultrasonic Thickness Meter . . . . . . . . . . . . . . . . . . . . . . . . . . .95
B
Cygnus Instruments Cygnus 2
Ultrasonic Thickness Meter . . . . . . . . . . . . . . . . . . . . . . . . . . .96
Biotest RCS Plus Microbial Air Sampler . . . . . . . . . . . . . . . . . .28
Crowcon LMm Laser Methane Detector . . . . . . . . . . . . . . . . .68
Bruel & Kjaer 2260 Sound Analyser . . . . . . . . . . . . . . . . . . . .44
Bruel & Kjaer Environmental Kit for 2260 Analyser . . . . . . . . .45
D
Buckleys PHD 1-20 Pinhole/Holiday Detector . . . . . . . . . . . . . .97
Durridge RAD7 Radon Gas Detector . . . . . . . . . . . . . . . . . . . .52
BW GasAlert Micro 5 Personal Gas Detector . . . . . . . . . . . . . .49
BW MicroClip 4-Gas Detector . . . . . . . . . . . . . . . . . . . . . . . . .50
C
Casella CEL 350 dBadge Personal Noise Dosimeter . . . . . . . . .40
F
Fischer MP30 Ferrite Scope . . . . . . . . . . . . . . . . . . . . . . . . . . .91
FLIR i60 Thermal Camera . . . . . . . . . . . . . . . . . . . . . . . . . . .112
Casella CEL APEX Pro Personal Sampling Pump . . . . . . . . . . . .31
FLIR B360 Thermal Camera . . . . . . . . . . . . . . . . . . . . . . . . . .113
Casella CEL 360 Noise Dosimeter . . . . . . . . . . . . . . . . . . . . . .41
FLIR P620 Thermal Camera . . . . . . . . . . . . . . . . . . . . . . . . . .114
Casella CEL 430 Sound Level Meter . . . . . . . . . . . . . . . . . . . .42
Casella CEL 490 Real Time Analyser . . . . . . . . . . . . . . . . . . . .43
Casella CEL NOMAD Portable Weather Station . . . . . . . . . . . . .9
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154
G
J
GasData GFM 430 Landfill Gas Analyser . . . . . . . . . . . . . . . . .71
Jerome 631-X Hydrogen Sulphide Analyser . . . . . . . . . . . . . . .55
GasData LMSxi Landfill Gas Analyser . . . . . . . . . . . . . . . . . . .69
Jerome J405 Mercury Vapour Analyser . . . . . . . . . . . . . . . . . .54
GE Ca-Zoom Pan-Tilt-Zoom Camera Systems . . . . . . . . . . . .128
JS Holdings High Flow Pump . . . . . . . . . . . . . . . . . . . . . . . . . .33
GE XL-G3 Videoprobe . . . . . . . . . . . . . . . . . . . . . . . . . . . . .120
GE XL-Go 3m Videoprobe . . . . . . . . . . . . . . . . . . . . . . . . . .119
K,L
Geotechnical Instruments GA2000 Landfill Gas Analyser . . . .70
Katronic KATflow 220 Ultrasonic Flow Meter . . . . . . . . . . . . .83
Gutermann PAL300 Personal Automatic Leakfinder . . . . . . . .84
Labino TracPak Ultra-Violet Floodlight System . . . . . . . . . . . .109
H
Hach Ultra Met One Instruments 227B particle Counter . . . . .26
Hach Ultra Met One Instruments 3313 Particle Counter . . . . .27
Hocking Locator 2 Eddy Current Meter . . . . . . . . . . . . . . . . . .98
Honda EU20i Generator . . . . . . . . . . . . . . . . . . . . . . . . . . . .134
Horiba PG250 Emissions Analyser & PS200 Electronic Cooler . . .11
LaMotte 2020 Portable Turbidity Meter . . . . . . . . . . . . . . . . . .75
Larson Davis HVM-100 Vibration Meter . . . . . . . . . . . . . . . . .47
Leachate & Water Level Meters . . . . . . . . . . . . . . . . . . . . . . . .79
M
Mala Geoscience Easy Locator Ground Penetrating Radar . . . .86
Met One Instruments WGS-267 Water Particle Counter . . . . .76
I
Mini-Cam iCAM Solo Digital System . . . . . . . . . . . . . . . . . . .124
IonScience FirstCheck 6000 4-Gas Monitor with PID . . . . . . . .63
Moritex Palmscope Digital Viewing System . . . . . . . . . . . . . .130
IonScience GasCheck 3000 Gas Leak Detector . . . . . . . . . . . .58
IonScience PhoCheck 5000-IS PID . . . . . . . . . . . . . . . . . . . . . .62
N
iPEK Rovver 125 Robotic Inspection Crawler . . . . . . . . . . . . .126
Niton XL3t PMI XRF Analyser . . . . . . . . . . . . . . . . . . . . . . . .102
iPEK Rovver 225 Robotic Inspection Crawler . . . . . . . . . . . . .127
Niton XL3t Environmental XRF Analyser . . . . . . . . . . . . . . . . .85
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155
O
PPM Technology Formaldemeter HTV kit & datalogger . . . . . .56
Oil Water Interface Probes . . . . . . . . . . . . . . . . . . . . . . . . . . .81
Proceq Equotip 2 Portable Hardness Tester . . . . . . . . . . . . . . .99
Olympus 6mm Swing Prism Boroscope System . . . . . . . . . . .115
Proceq Profometer 5 Cover Rebar Locator . . . . . . . . . . . . . . .100
Olympus Bondmaster 1000+ Ultrasonic Bond Tester . . . . . . .108
Proceq Schmidt Concrete Hardness Tester . . . . . . . . . . . . . . .101
Olympus Iplex FX Portable Videoscope System . . . . . . . . . . .118
Olympus Iplex SAII Advanced Videoscope System . . . . . . . . .117
Olympus Iplex MX Portable Videoscope System . . . . . . . . . .116
Q
Olympus I-Speed High Speed Video System . . . . . . . . . . . . .129
Quest HAVPro Vibration Monitor . . . . . . . . . . . . . . . . . . . . . .48
Quest Noise Pro DLX Noise Dosimeter . . . . . . . . . . . . . . . . . .39
P
Quest QT34 Area Heat Stress Monitor . . . . . . . . . . . . . . . . . .34
Panametrics 36DL Plus Ultrasonic Thickness Gauge . . . . . . . . .93
Panametrics 37DL Plus Ultrasonic Thickness Gauge . . . . . . . . .94
Panametrics Epoch 4 Ultrasonic Flaw Detector . . . . . . . . . . .104
Panametrics Epoch LT Ultrasonic Flaw Detector . . . . . . . . . . .105
R
Radiodetection RD4000 Pipe & Cable Locator . . . . . . . . . . . .133
Pearpoint P332 Pipe Camera System . . . . . . . . . . . . . . . . . . .122
RAE Systems AreaRAE Wireless Gas Detection System . . . . . .51
Pearpoint P374 Intrinsically Safe Pipe Camera System . . . . . .123
RAE Systems IAQRAE Indoor Air Quality Monitor . . . . . . . . . .20
Pearpoint P571 (+455) Pipe Camera System . . . . . . . . . . . . .125
RAE Systems MiniRAE 2000 PID . . . . . . . . . . . . . . . . . . . . . . .64
Peristaltic Pumps . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .77
RAE Systems MiniRAE 3000 PID . . . . . . . . . . . . . . . . . . . . . . .65
Perspective EM Field Professional ELF Monitor . . . . . . . . . . . . .37
RAE Systems ppbRAE Plus PID . . . . . . . . . . . . . . . . . . . . . . . . .66
Photovac MicroFID Flame Ionisation Detector . . . . . . . . . . . . .67
RAE Systems ToxiRAE Personal PID . . . . . . . . . . . . . . . . . . . . .61
Phynix Surfix Paint Thickness Tester . . . . . . . . . . . . . . . . . . . . .92
RAE Systems UltraRAE Benzene Monitor . . . . . . . . . . . . . . . . .60
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S
TSC Amigo ACFM Inspection System . . . . . . . . . . . . . . . . . . .90
Sampling Pump Calibrators . . . . . . . . . . . . . . . . . . . . . . . . . .30
TSI AccuBalance Airflow Measuring Hood . . . . . . . . . . . . . . . .24
Sick Maihak Bernath 3006 Heated FID . . . . . . . . . . . . . . . . . .10
TSI DustTrak DRX 8533 Aerosol Monitor . . . . . . . . . . . . . . . . .15
Signal StreetBox Urban Pollution Monitor . . . . . . . . . . . . . . . . .7
TSI IAQ-Calc IAQ Monitor . . . . . . . . . . . . . . . . . . . . . . . . . . . .19
Silverwing MFL 2000 Tank Floor Scanner . . . . . . . . . . . . . . .103
TSI Portacount Fit Tester and N95 Companion Kit . . . . . . . . . .36
SKC Sidekick Deluxe Personal Sampling Pump . . . . . . . . . . . .32
TSI P-Trak Ultrafine Particle Counter . . . . . . . . . . . . . . . . . . . .16
Skye Instruments SpectraSense2 Light Meter . . . . . . . . . . . . .35
TSI Q-Trak Plus IAQ Monitor . . . . . . . . . . . . . . . . . . . . . . . . . .18
Solinst 3001 Water Level Logger . . . . . . . . . . . . . . . . . . . . . . .80
TSI SidePak AM510 Personal Aerosol Monitor . . . . . . . . . . . . .14
Sonatest Railscan 125 Ultrasonic Flaw Detector
+ NRS Walking Stick . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .107
TSI VelociCalc Plus MultiParameter Meter . . . . . . . . . . . . . . . .23
Sonatest Sitescan 140 Ultrasonic Flaw Detector . . . . . . . . . .106
Sontek Flowtracker Handheld ADV . . . . . . . . . . . . . . . . . . . . .82
Sony VRD-MC5 DVD Recorder . . . . . . . . . . . . . . . . . . . . . . .132
T
Testo 175 Temperature & Humidity Loggers . . . . . . . . . . . . . .21
TSI VelociCheck Hotwire Anemometer . . . . . . . . . . . . . . . . . .22
Turnkey Instruments Osiris Ambient Dust Monitor . . . . . . . . . .6
U,V,W
UE Systems Ultraprobe 9000 Acoustic Leak Detector . . . . . . .59
Vibrock V901 Seismograph . . . . . . . . . . . . . . . . . . . . . . . . . . .46
Testo 350XL Portable Emissions Analyser . . . . . . . . . . . . . . . .12
Waterra PP1 PowerPack Pump . . . . . . . . . . . . . . . . . . . . . . . .78
Testo 400 Series IAQ / HVAC Monitor . . . . . . . . . . . . . . . . . . .17
Wohler VIS220 Inspection System . . . . . . . . . . . . . . . . . . . . .121
Thermo Scientific Andersen N6 Microbial Sampler . . . . . . . . .29
Thermo Scientific Mini 900e Radiation Monitor . . . . . . . . . . .38
Y
Thermo Scientific Miran SapphIRe Gas Analyser . . . . . . . . . . .57
YSI 550 Dissolved Oxygen Meter . . . . . . . . . . . . . . . . . . . . . .73
Thermo Scientific Partisol 2000 Particulate Monitoring System .8
YSI 556 Water Quality Meter . . . . . . . . . . . . . . . . . . . . . . . . .72
Trimble Geo-XT Handheld GPS . . . . . . . . . . . . . . . . . . . . . . . .87
YSI 6920 Water Quality System . . . . . . . . . . . . . . . . . . . . . . . .74
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e. [email protected]
w. www.ashtead-technology.com
e. [email protected]
w. www.ashtead-technology.com
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