SKF condition monitoring tools, technologies and training

SKF condition monitoring tools, technologies and training
SKF condition monitoring tools,
technologies and training
The foundation for effective
condition-based maintenance
SKF USA Inc.
Lansdale, PA 19446, USA
Customer service: 1-888-753-3477
Technical support: 1-800-523-7514
www.skfusa.com
® SKF, @ptitude, Microlog, and Reliability Maintenance Institute are registered trademarks and Copperhead, SmartStart, RMI, RMI On-line, and OilCheck are all
trademarks of the SKF Group.
Microsoft, Windows, Excel, Windows Mobile, Freescale, Hewlett Packard, OSIsoft PI, SAP, Maximo, Fischer, RYTON, DuPont FEP Teflon, Hioki, and Marvel are all
trademarks of their respective owners.
The contents of this publication are the copyright of the publisher and may not be reproduced (even extracts) unless prior written permission is granted.
Every care has been taken to ensure the accuracy of the information contained in this publication but no liability can be accepted for any loss or damage whether
direct, indirect or consequential arising out of use of the information contained herein.
© 2009 SKF USA Inc.
Publication 710-800
(20M/CW 4/2012)
Version 4/2012
Printed in U.S.A.
Table of contents
Handheld monitoring
5
Portable data collectors
and analyzers
29
Fault detection
and sensors
41
Cables
and enclosures
67
Training
75
Machine Health
Reporting Program
79
Around the world, successful condition
monitoring programs begin with SKF
®
2
Industrial operations everywhere
acknowledge that condition monitoring is
critical to the success of their maintenance
strategy. With the right machine data—
and the tools to interpret this data quickly,
and with confidence—they can optimize
As a pioneer in the condition monitoring
industry, SKF® has led the way with
innovations that have made it easier to
collect, analyze, use and share machine
Handheld monitoring
Portable data collectors and analyzers
SKF basic condition monitoring tools
offer an easy way to begin using
machine data to improve your overall
equipment effectiveness. With minimal
investment and training, you can use
these handheld tools to spot-check critical machines and
establish trends which enable you to identify problems
early on. Basic kits are available, combining popular tools
in one convenient package.
SKF puts the power of knowledge
engineering into your hands with a
range of portable tools for measuring
and assessing machine condition data.
The family of SKF Microlog® Analyzers
sets the industry standard for functionality and ease of use. All tools are supported by SKF condition monitoring software, product support plans, as well
as SmartStart™ product training.
Fault detection and sensors
Cables and enclosures
SKF offers a number of early fault
detection systems and sensors that
enable users to monitor machinery,
on-site or remotely, to identify problems
before breakdowns occur. SKF provides
a full range of robust industrial accelerometers and
vibration transmitters, as well as Eddy Probe Systems.
SKF Copperhead™ fault detection systems monitor
machinery in mining, mineral processing, and cement
industries.
The SKF condition monitoring product
assortment also includes a wide range
of cables, junction boxes and enclosures.
From cables of various lengths and
styles, to junction boxes manufactured
with coatings to suit specific operating conditions,
SKF has the components necessary for proper installation
and integration of virtually any system.
maintenance for both productivity and
long-term protection of their assets.
condition data. By enabling users to migrate
from routine preventive maintenance to
condition-based predictive maintenance,
SKF condition monitoring solutions
help eliminate the risk of unplanned
downtime, reduce operational
costs, and optimize manpower
resources.
Whether your condition monitoring
program is just getting off the ground
or you are taking it to the next level,
SKF has the tools, technologies
and training you’ll need to be
successful.
Training
Machine Health Reporting Program
Through the Reliability Maintenance
Institute® (RMI™) and RMI On-Line™,
SKF offers a comprehensive range of
training courses to help you eliminate
machinery problems and achieve
maximum reliability and productivity. Training ranges
from hands-on introductory level courses designed to
familiarize maintenance personnel with basic condition
monitoring techniques to advanced courses focusing on
asset management optimization.
For years, large-scale manufacturers
have been using predictive maintenance
(PdM) programs to cut maintenance
costs, boost machine availability and
prevent production losses. For limitedscale manufacturers, however, PdM program investment
costs have put these benefits out of reach — start-up
costs alone often exceed $100,000 per year. SKF has a
much more affordable solution.
3
4
Handheld
monitoring
Machine Condition Advisor CMAS 100-SL
6
Machine Condition Detector Pro IS CMVL 3600-IS-K-01-C
8
MicroVibe P CMVL 3860-ML
10
Infrared Thermometer CMSS 3000-SL
12
Thermal Camera TKTI 10
13
Inspector 400 Ultrasonic Probe CMIN 400-K
14
Electrical Discharge Detector Pen TKED 1
15
SKF Electric motor assessment kit CMAK 200-SL
16
SKF Bearing assessment kit CMAK 300-SL
17
SKF Basic condition monitoring kit CMAK 400-ML
18
SKF Energy monitoring kit CMAK 450-ML
19
Technical data
21
5
Handheld monitoring
Machine Condition Advisor
CMAS 100-SL
Machine monitoring, made simple
Designed to help simplify machine
maintenance and prevent costly
failures, the handheld SKF Machine
Condition Advisor (MCA) puts the
benefits of machine monitoring
within reach for any maintenance and
operations team.
By measuring machine vibration and
temperature at the same time, the
MCA can quickly and accurately assess
the condition of rotating equipment
throughout your facility.
Ideal for novice and expert users
alike, the MCA makes it easy to
implement basic maintenance practices
without extensive training. Suitable
for a wide range of industrial rotating
machinery, the MCA can provide early
warning of potential problems before
failures occur.
Put SKF knowledge
in your pocket
Although small enough to fit in your
pocket, the Machine Condition Advisor
delivers powerful signal processing
and advanced, user-friendly features.
The technology behind the MCA
leverages decades of SKF machine
design, machine monitoring experience
and unparalleled knowledge of rotating
machine reliability.
• Avoid costly failures
• Plan maintenance
• Reduce maintenance costs
SKF Machine Condition Advisor
simultaneously measures vibration signals
and temperature to indicate machine
health or bearing damage.
Features
• Can be used on most industrial
machine applications including
electric motors, pumps, compressors,
gearboxes, fans and more
• Measures velocity, enveloped
acceleration and temperature
simultaneously
• Quick and easy to set up and use,
measurements are shown on a
bright display viewable in low light
to direct sunlight
• Free on-line training is available at
SKF @ptitude® Exchange
• Lightweight, compact and ergonomically designed, it fits neatly at the
belt line in a pocket or a tool kit
• Exceptionally durable, the unit is
rated IP 54 for use in industrial
environments
• Improve machine reliability
• Alert and Danger prompts provide
increased diagnostic confidence
• Ideal for both expert and
novice users
• Rechargeable unit operates 10 hours
on a single charge
Available in SKF assessment and
monitoring kits. See Ordering details.
6
• Flexible enough to work with
standard 100 mV/g constant current
accelerometers. An optional external
sensor can be used for hard-toreach locations and for more repeatable and accurate measurement
results
Multiple measurements
from one device
• Provides an overall velocity
vibration reading that measures
vibration signals and automatically
compares them to pre-programmed
ISO standards
• Applies an SKF technique called
enveloped acceleration and
compares it to established bearing
vibration guidelines to indicate
conformity or potential bearing
damage
• Measures temperature using
an infrared sensor to indicate
uncharacteristic heat
Quick and easy — first time
and every time
Accessories
1.Press “Select” or “Browse” button
to turn the Machine Condition
Advisor on
2.Press the sensor tip against the
point to be measured
3.When the readings stabilize,
press the “Select” button to hold
the reading
4.Read and record the measurement
values
Enveloped
Acceleration
Velocity
Alarm display:
(A) Alert or
(D) Danger
Depending on the system setting,
the front-panel LCD simultaneously
displays:
• Units in metric or English
• Velocity in mm/s RMS or IPS
derived Peak
• Temperature in Celsius or Fahrenheit
• Acceleration enveloping readings
in gE
ISO machine
group
Select
button
Extension sensor kit CMAC 105-K
The extension sensor kit contains an
accelerometer with integral cable and
items needed to take measurements
from hard-to-reach places and
for more repeatable and accurate
measurement results.
Browse
button
Extension sensor kit
CMAC 105-K
• 100 mV/g Accelerometer
-- Small size case (0.5 x 1.05 in.)
and footprint (0.5 in.)
-- Frequency range 0.32 Hz to
10 kHz (±3 dB)
Temperature
Measurement
status
Enveloped
Acceleration
class
Battery
indicator
(60% full)
LCD display in measurement mode
-- Each accelerometer is fully
enclosed in a potted and
waterproof stainless steel case
• Integral cable (1.5 m)
-- Connector to MCA
Ordering details
Order no.
Description
CMAS 100-SL
Machine Condition Advisor unit, including: Belt holster, charger (international DC power
supply), charger adapter cable, user manual in English, and CD containing: User manual
PDF files in English and Spanish, link to SKF @ptitude Exchange for training,
SKF Machine Condition Advisor trend worksheet (Excel file)
Accessories
Order no.
Description
CMAC 105-K
Standard External Sensor Kit, contains accelerometer (100 mv/g) with 1.5 m integral
cable [CMAC 104] and magnet with 30 lbs pull strength (13.5 kg) including stud [CMAC 109]
CMAC 105-K-3M
Same as CMAC 105-K but with 3.0 m integral cable
CMAC 105-K-5M
Same as CMAC 105-K but with 5.0 m integral cable
• Magnet
-- 10 lbs. pull-strength,
0.75 in. diameter
Connection cable (1.5 m) CMAC 107
Optional connection cable for standard
ICP accelerometers with 100 mV/g,
MIL-SPEC connector.
CMAC 105-K-10M Same as CMAC 105-K but with 10.0 m integral cable
CMAC 107
Connection cable, 1.5 m with M8 socket type connector for standard ICP 100 mV/g
accelerometer (ICP: integrated circuit piezoelectric)
Replacement parts
Order no.
Description
CMAC 8004
Charger, international DC power supply, +5 V, 1 600 mA, 90 to 264 VAC, 47 to 63 Hz
CMAC 106
Magnet, magnet base, 0.75 in. diameter, 10 lbs. pull-strength
CMAC 102
Belt holster
Connection cable
CMAC 107
Kits that include the Machine Condition Advisor, CMAS 100-SL
Designation
Description
CMAK 200-SL
SKF Electric motor assessment kit. See page 16 for details.
CMAK 300-SL
SKF Bearing assessment kit. See page 17 for details.
CMAK 400-ML
SKF Basic condition monitoring kit. See page 18 for details.
CMAK 450-ML
SKF Energy monitoring kit. See page 19 for details.
7
Handheld monitoring
Machine Condition Detector Pro IS
CMVL 3600-IS-K-01-C
Intrinsically safe automatic collection of vibration and temperature data
The SKF Machine Condition Detector
Pro IS (MCD) is certified Intrinsically
Safe (IS) for use in the hazardous
environments typically found in the
petrochemical industrial marketplace.
The MCD provides for velocity,
enveloped acceleration, and
temperature monitoring with general
alarm capabilities and has ATEX and
North American hazardous locations
approvals.
• Multi-parameter measurements,
including vibration velocity, enveloped
acceleration, and temperature
The MCD provides for velocity, enveloped
acceleration, and temperature monitoring
with general alarm capabilities and has
ATEX and North American hazardous
locations approvals.
• Red, yellow and green LED alarms
for quick Go/No Go indication of
equipment status for enhanced user
confidence
• QuickConnect mechanical/computerized studs for fast, quarter-turn
connection which temporarily fastens
the probe to a measurement point
Go / No Go machine monitoring
The sensor of the MCD affixes
to a machine point via an SKF
QuickConnect Stud or magnetic base
for automatic collection of vibration
and temperature data.
Green, yellow, and red LEDs
provide easy-to-interpret indications
of machine status, so operations or
maintenance personnel can quickly
identify the need for more in-depth
analysis on a particular machine.
8
Vibration monitoring and
enveloped acceleration
Velocity vibration identifies phenomena
which are observable in the low to mid
frequency range, and indicates such
structural problems as misalignment,
unbalance, mechanical looseness,
and more.
Moreover, events which occur
in the higher frequency ranges such
as bearing and gear problems, can
also be detected by the MCD with
its enveloped acceleration capability,
a signal processing technique which
focuses on enhancing the repetitious
vibration signals that characterize
such problems.
Temperature
Temperature measurements enhance
the “early warning” benefit of the
MCD by offering a useful indication
of mechanical condition or the load
applied to a specific component,
because, as a bearing or its lubricant
fails, friction causes its temperature
to rise.
General alarm capabilities
The MCD is easily programmed for six
alarm settings, which include the Alert
and Danger levels for each of the three
measurements. When measurements
are taken, they are automatically
compared to six user-defined settings,
and the MCD’s alarm indicator and LED
react appropriately.
An Alert condition is an early
warning of impending problems for
which immediate in-depth analysis
should be performed.
A Danger alarm indicates that a
problem has escalated to a point where
actions must be made quickly to avoid
a serious failure.
QuickConnect studs for quality,
repeatable data collection
Specially designed mechanical and
computerized studs enable users
to collect consistent, accurate,
and repeatable data from each
measurement point.
Engineered to work exclusively
with the MCD, the QuickConnect
mechanical/computerized studs provide
for a fast, quarter turn connection
which temporarily fastens the probe to
a measurement point. This reduces the
possibility of errors and inconsistencies
often resulting from data collected by
a variety of individuals using varying
techniques.
CMCP600 Bearing fault demonstrator
Ordering details
Order no.
Description
CMVL 3600-IS-K-01-C
Machine Condition Detector Pro IS probe, including: SKF QuickConnect
1/4-28 stud, temperature magnet for probe, two (2) “AA” Alkaline batteries,
setup key, padded carrying case, user manual, quick start card
QuickConnect and mounting accessories
Order no.
Description
CMSS 2600-3
SKF QuickConnect mechanical M8 x 1.25 mounting threadthree (3) studs per package
CMSS 2610-3
SKF QuickConnect mechanical 1/4-28 mounting threadthree (3) studs per package
CMSS 2601-3
SKF QuickConnect computerized (patent pending) M8 x 1.25 mounting
thread - three (3) studs per package
CMSS 2611-3
SKF QuickConnect computerized (patent pending) 1/4 x 28 mounting thread
- three (3) studs per package
CMAC 9600-01
Tool kit for spot face 1/4-28
CMAC 9600-02
Tool kit for spot face M8 x 1.25
CMAC 9600-03
Drill bit for 1/4-28 kit
CMAC 9600-04
Tap for 1/4-28 kit
CMAC 9600-05
Pilot for 1/4-28 kit
CMAC 9600-06
Drill bit for M8 x 1.25 kit
CMAC 9600-07
Tap for M8 x 1.25 kit
CMAC 9600-08
Pilot for M8 x 1.25 kit
CMAC 9600-09
End mill or counter bore for either kit
Replacement parts
Order no.
Description
CMAC 3620
SKF Machine Condition Detector Pro IS setup key
CMAC 3610
Temperature magnet for SKF Machine Condition Detector Pro IS probe
CMAC 3630
Probe tip replacement kit for temperature magnet for SKF Machine
Condition Detector Pro IS
CMAC 3611
Magnetic probe tip for SKF Machine Condition Detector Pro IS
9
Handheld monitoring
MicroVibe P
CMVL 3860-ML
Vibration monitoring and analysis power, without complexity
With the SKF MicroVibe P, vibration
assessment is as close and convenient
as your PDA. This economical vibration
meter expansion module fits in a
PocketPC’s compact flash card slot
(CF Type II) and features the userfriendly Windows Mobile Operating
System. Identify problems and assess
machine condition quickly and easily
with this versatile and easy-to-use
pocket tool.
Simplified vibration
assessment
The MicroVibe P collects and displays
overall vibration readings and
automatically provides expert judgment
of the measured velocity and overall
enveloped acceleration levels, enabling
immediate, accurate, and reliable
assessment of machine or bearing
condition.
Power without complexity
Built-in automatic functions virtually
eliminate setup, while analytical
displays and automatic judgment of
machine vibration readings help users
identify machine problems on the spot.
• Ideal for small route data collection
• Quickly identify problems with expert
judgment criteria based on ISO
vibration severity standard and SKF
bearing condition evaluation
• Utilizes the two most common
vibration sensors-accelerometers
and dynamic velocity transducers
• Simultaneously collects vibration
measurements including acceleration,
velocity, displacement, and enveloped
acceleration in FFT spectrum and
time waveform displays
• FFT spectrum analysis enables
user to pinpoint problems like
unbalance, misalignment, bearing
faults, rubs, etc.
10
• Stores and recalls up to 2,000 overall
vibration signals, 1,000 FFT spectrums, and 200 time waveforms for
more focused analysis and trending
• Data management software enables
transfer of vibration data to a
computer for trending and analysis
Audio analysis
Simply connect the earphones and
listen to measured vibration signals.
When abnormal noise is detected,
the vibration analysis capabilities help
determine the type and severity of
the problem.
Data management
and software
You can extract, save, edit, and
display data in both English or metric
units. Upload data to your computer
for analysis and trending using the
data management software. Once
uploaded, vibration data, overall
trends, and spectra can be stored,
trended, graphically displayed, and
even exported to Microsoft Excel.
Automatic setup
and onboard expertise
The MicroVibe P has automatic setup
and extensive evaluation of vibration
results. Compares readings to preprogrammed velocity and enveloped
acceleration severity criteria for
accurate evaluation of machine
vibration levels. This helps even novice
users to easily determine abnormal
conditions and take appropriate action.
FFT spectrum analysis
Time waveform displays
Cursor position readout with display
zoom optimizes your analysis power.
In addition, it tabulates and displays
the highest vibration peaks from a
spectrum, making it easy to quickly
identify signals indicative of specific
machine problems, like misalignment,
imbalance, rubs, or bearing faults.
Time waveform displays are
available for acceleration, velocity,
displacement, or enveloped acceleration
measurements. A unique “automatic
transient capture” feature automatically
starts data collection when the
measured vibration signal exceeds a
user-specified trigger level, enabling
more detailed analysis of the preand post-trigger events surrounding
a change in machine condition.
Ordering details
Order no.
Description
CMVL 3860-ML
MicroVibe P Kit, including: module, accelerometer, 1.5 m (5 ft.) integral cable with
plug and stinger, two-bar magnetic base, high strength 40 lb. pull, earphones,
data management software CD-ROM and manual, user manual, quick start
guide, CE declaration of confirmation, and carrying case. Note: Pocket PC (PDA)
NOT INCLUDED.
CMVL 3860-EN-U
-PPC-RUG
MicroVibe P with Pocket PC, including: CMVL 3860-ML and Trimble Recon
Pocket PC with English operating system Windows Mobile 6.0, universal
AC adapters
Accessories and Replacement parts
Order no.
Description
CMSS 3811
Accelerometer, 1.5 m (5 ft.) integral cable with plug
CMSS 3812
Velocity pickup sensor, 1.5 m (5 ft.) integral cable with plug
CMAC 3825
Two-bar magnetic base, high strength 40 lb. pull
CMAC 3830
Earphones
CMAC 3835-U-RUG
Trimble Recon Pocket PC with English operating system Windows Mobile 6.0,
universal AC adapters
Note: SKF MicroVibe P also works with Certified Pocket PC’s (PDA) with Windows Mobile 2005/2006 Hewlett Packard
11
Handheld monitoring
Infrared Thermometer
CMSS 3000-SL
Heavy duty, long range, dual laser non-contact infrared thermometer
Rugged and easy to use — just
aim, pull the trigger, and read the
temperature in less than a second.
Measure surface temperatures of
hot, hazardous, moving, or hard-toreach objects safely without physical
contact. Ideal for a broad range of
maintenance tasks.
Scanning
in progress
• Dual point lasers provide easy
aiming and define the target area
Laser function
ON/OFF
Battery low
indicator
“Lock” function
for continuous
temperature
scanning
Selected
temperature unit
(˚C /˚F)
Surface
temperature
Average
Average
value
• Adjustable emissivity for more
accurate measurement of different
surface materials
LCD display
• 50:1 Distance to spot size ratio
• Temperature range: -60° to
+1,000° C (-76° to +1,832° F)
• Selectable temperature units
(°C or °F)
• Exceptional battery life with low
battery indicator (140+ hours)
• Programmable high and low
audible alarm
• MAX, MIN, DIF, AVG temperature
displays with “Lock” function for
continuous temperature scanning
• Bright amber, back-light LCD display
• High intensity, white LED flashlight
• Heavy duty magnet in base of handle
• Water resistant, dust-proof hard case
The non-contact thermometer senses
the thermal energy radiated from an
object with an infrared detector.
When pointed at an object, the infrared
detector collects energy, producing
a signal that the microprocessor
translates as a reading on the backlit
display. As the trigger is squeezed,
the object temperature is continuously
measured by the infrared detector.
This allows for fast and accurate realtime readings.
Available in SKF assessment and
monitoring kits. See Ordering details.
Ordering details
Order no.
Description
CMSS 3000-SL
SKF Non-contact Infrared Thermometer, including quick start guide,
two AAA batteries, hard carrying case and magnetic stand
Available on request
National Institute of Standards and Technology (NIST) Certificate of
Calibration Accuracy (Watlow-Gordon XACT-CAL)
Kits that include the Infrared Thermometer CMSS 3000-SL
Order no.
Description
CMAK 300-SL
SKF Bearing assessment kit. See page 17 for details.
CMAK 400-ML
SKF Basic condition monitoring kit. See page 18 for details.
CMAK 450-ML
SKF Energy monitoring kit. See page 19 for details.
Note: Under an electromagnetic field of 3 V/m from 90 to 360 MHz the maximum error is ±10° C
12
2.4 in at
120 in
0.06 m
at 3 m
1.6 in at
80 in
0.04 m
at 2 m
Target area
Laser 2
Laser 1
Focal point
Distance to spot ratio 50:1.
Dual laser sighting and
distance to spot ratio
Dual lasers provide easy aiming and
define the target area. The target
area is highlighted at all distances with
two laser dot markers. Laser 1 indicates
one point of the measurement spot
on one side of the target area to
be measured and Laser 2 indicates
the location of the diametrically
opposed point on the other side of the
measurement spot. At the focal point,
where the spot size is the smallest, the
dots line up vertically, rotating as the
SKF Infrared Thermometer is moved
closer or further from the target.
Thermal Camera
TKTI 10
Digital camera with extensive thermal imaging capabilities
The SKF Thermal Camera TKTI 10
is an extremely user-friendly camera
designed especially for use by
maintenance technicians to visualize
troublesome hotspots quickly and
easily.
This unique thermal camera requires
no special training and by simply
pointing at the application, hotspots
are rapidly identified. Moreover the
images can be stored and analyzed
using the advanced thermal imaging
capabilities.
The camera captures both digital
and thermal images, which can
be blended, allowing you to easily
interpret and analyze the scene.
Powerful PC software for analysis
and report-writing is supplied as
standard, enabling you to perform
comprehensive image analysis and
produce professional reports.
• Compact, lightweight, ergonomic
design
• Captures and displays both digital
and thermal images
• Blend function allows a mixture of
digital and thermal images for easy
interpretation
• Non-contact measurement technique allows measurements to be
made safely on running equipment
• Laser pointer pinpoints the center of
the image area
Powerful analysis software
• Wide temperature measurement
range (in °C and °F) from -10° to
300° C (14° to 572° F) suitable for
most applications
• High and low temperature
audible and visual alarms are easily
set to quickly detect abnormal
temperatures
• Images can be voice and/or text annotated so that situation details can
be recorded pertinent to the image
• Isotherms, temperature gradients,
area analysis and two user-selectable cursors can be displayed on the
camera screen, allowing advanced
scene analysis
• 8 different selectable color pallets
for ease of viewing
• Bright, backlit, 31/2 in. landscape
screen with clear sharp image
resolution
• Rechargeable integrated lithium-ion
battery with 6 hour running time
• Large image storage capacity, up to
1,000 radiometric and visual images
• Multilingual menus
• Advanced thermal image processing
and report-writing software supplied
• IP 54 suitable for industrial
environments
• Removable handle
Ordering details
Camera with handle removed
Order no.
Description
TKTI 10
SKF Thermal Camera, including removable handle, Micro SD card (1GB), USB connection
cable, Universal AC adaptor (UK, USA, European & Australian plugs), carrying case,
CD containing IFU and software, and Quick Start Guide
13
Handheld monitoring
Inspector 400 Ultrasonic Probe
CMIN 400-K
Easy detection of high frequency sounds
The Inspector 400 Ultrasonic Probe
senses high frequency sounds
produced by operating equipment,
leaks and electrical discharges. It
electronically translates these signals
by a heterodyning process, making
them audible, so that a user can hear
these sounds through a headset and
see them as intensity increments on a
meter. The high frequency, short wave
nature of ultrasound allows operators
to pinpoint problems even in noisy
environments.
The Inspector 400 Ultrasonic Probe
is easy to use and can detect early
stages of machine problems.
This simple approach to inspection
can save time, money, and energy and
can be a compliment to your condition
monitoring program.
• Detects pressure and vacuum leaks,
including compressed air
• Inspects steam traps for blow-by,
machine gunning, oversized traps
and line blockage
• Detects leaks in valve seats and
exhaust systems
• Locates leaks in fittings, valves, and
flanges in heat exchanger, boilers
and condensers
• Detects arcing, tracking, and corona
in electric apparatus
• General mechanical inspection of
bearings, pumps, motors, compressors, gearboxes and more
Ordering details
Available in SKF assessment and
monitoring kits. See Ordering details.
Order no.
Description
CMIN 400-K
Inspector 400 Ultrasonic Probe Stethoscope/Scanner Kit including: Probe pistol
housing with LED bar graph meter, 8-position sensitivity selection, low battery
indicator, scanning module, rubber focusing probe, stethoscope module, lightweight
foam headset, 9-volt alkaline battery, and user manual.
Accessories and replacement parts
Order no.
Description
CMAC 8600-1
Lightweight foam lined headset
CMAC 8600-2
Deluxe noise isolating headphones
CMAC 8600-3
Deluxe noise isolating headphones to be worn with hard hat
CMAC 8600-4
Utility belt with holster
CMAC 8600-5
Patented liquid leak amplifier, case of (12) 8 oz. bottles, (used for extremely low
level leaks 1 x 10-6 mil/sec)
CMAC 8600-6
Stainless steel unisonic scanning module
CMAC 8600-7
Stainless steel stethoscope/contact module
CMAC 8600-8
Stethoscope extension rods
CMAC 8600-9
Rubber focusing probe
Kits that include the 400 Ultrasonic Probe CMIN 400-K
Valve leakage
14
Order no.
Description
CMAK 400-ML SKF Basic condition monitoring kit. See page 18 for details.
CMAK 450-ML
SKF Energy monitoring kit. See page 19 for details.
Electrical Discharge Detector Pen
TKED 1
Unique, reliable and safe way to detect electrical discharges
in electric motor bearings
The SKF Electrical Discharge Detector
Pen (EDD Pen) is a simple to use
hand-held instrument for detecting
electrical discharges in electric motor
bearings.
Electrical discharges are a result of
motor shaft voltages discharging to
earth through the bearing, causing
electrical erosion, lubricant degradation
and ultimately bearing failure.
Electric motors are more vulnerable
to suffer electrical erosion in bearings
when controlled by a Variable
Frequency Drive.
When incorporated in a predictive
maintenance program, the EDD
Pen can help detect bearings more
susceptible to failure, and significantly
prevent unplanned machine downtime.
• Unique remote solution allows
operation at a distance from the
motors which protects the user from
touching machinery in motion
• No special training required
• Capable of detecting electrical
discharges on a time base of 10
seconds, 30 seconds, or indefinite
Lubricant degradation caused by electrical
discharge currents
• LED backlit screen allows use in dark
environments
• IP 55 (Ingress Protection) rating for
protection against dust and water
Available in SKF assessment and
monitoring kits. See Ordering details.
Ordering details
Order no.
Description
TKED 1
Electrical Discharge Detector Pen including batteries, a spare antenna,
carrying case, and instruction for use.
Fluting marks characteristic of electrical
erosion in bearing
Kit that includes the Electrical Discharge Detector Pen TKED 1
Order no.
Description
CMAK 200-SL
SKF Electric motor assessment kit. See page 16 for details.
15
Handheld monitoring
SKF Electric motor assessment kit
CMAK 200-SL
The SKF Electric motor assessment
kit makes the assessment of electric
motors a simple task for maintenance,
operations, reliability, and vibration
analysis departments.
• Inspect and assess electric motor
machine condition
• Measure velocity, temperature,
and enveloped acceleration in
electric motors and other operating
equipment
• Safely detect electrical discharges in
electric motors
• Ideal for novice and expert users
Machine Condition Advisor
CMAS 100-SL
The SKF Machine Condition Advisor
simultaneously
measures
machine vibration
signals and
temperature to indicate machine health
and bearing condition.
Details shown on page 6.
Electrical Discharge
Detector Pen
TKED 1
The SKF Electrical Discharge
Detector Pen is a simple to
use hand-held instrument
for safely detecting electrical
discharges in electric motor
bearings.
Details shown on page 15.
Ordering details
Order no.
Description
CMAK 200-SL
SKF Electric motor assessment kit includes: Machine Condition Advisor
and Electrical Discharge Detector Pen
16
SKF Bearing assessment kit
CMAK 300-SL
The SKF Bearing assessment
kit makes the assessment of
bearing condition a simple task for
maintenance, operations, reliability
and vibration analysis departments.
• Check bearing and lubrication
condition
• Inspect and assess overall machine
condition
• Measure velocity, temperature,
and enveloped acceleration in
operating equipment
Machine Condition Advisor
CMAS 100-SL
The SKF Machine Condition Advisor
simultaneously
measures
machine vibration
signals and
temperature to indicate machine health
and bearing condition.
Details shown on page 6.
Infrared Thermometer
CMSS 3000-SL
The heavy duty Infrared
Thermometer is a dual
laser sighted, noncontact instrument for
long range application.
Details shown on
page 12.
Convenient carrying case
The instruments are packaged in a
light, durable aluminum carrying case
for industrial environments.
Weight: 2.6 kg (5.7 lb.) case only
Dimensions:
Length 450 mm (18 in.)
Width 320 mm (13 in.)
Depth 150 mm (6 in.)
OilCheck™ monitor
TMEH1
The SKF OilCheck™
indicates the degradation
and contamination level
of oil, and detects
increased mechanical
wear and loss of
the oil’s lubricating
properties.
• Shows changes in oil
condition effected by:
-- Water content
-- Fuel contamination
-- Metallic content
-- Oxidation
• Handheld and user friendly
• Numerical readout to facilitate
trending
The OilCheck measures the changes
in dielectric constant of an oil. By
comparing the measurements obtained
from used and new oils of the same
type and brand, the OilCheck is able to
determine the degree of change in the
condition of the oil.
Dielectric change is directly related to
the degradation and the contamination
level of the oil and will allow the user
to achieve optimized intervals between
oil changes and detect increased
mechanical wear and loss of the oil’s
lubricating properties. To facilitate
trending, the instrument is equipped
with numerical read-out.
Note: The SKF OilCheck is not an analytical
instrument. It is an instrument to detect changes
in the oil condition only. The visual and numerical
readouts provide a guide and enable trending of
the comparative readings of a good oil to a used oil
of the same type and brand.
Ordering details
Order no.
Description
CMAK 300-SL
SKF Bearing assessment kit includes: Machine Condition Advisor,
Infrared Thermometer, OilCheck, and case
17
Handheld monitoring
SKF Basic condition monitoring kit
CMAK 400-ML
The SKF Basic condition monitoring
kit makes machine health monitoring
a simple task for maintenance,
operations, reliability and vibration
analysis departments.
• Inspect and assess overall machine
condition
• Measure vibration, temperature,
high frequency sound and enveloped
acceleration in operating equipment
• Ideal for novice and expert users
Machine Condition Advisor
CMAS 100-SL
The SKF Machine Condition Advisor
simultaneously
measures machine
vibration signals
and temperature
to indicate
machine health and bearing condition.
Details shown on page 6.
Extension sensor kit for the
Machine Condition Advisor
CMAC 105-K
The external vibration sensor with
magnet provides
convenience for
hard-to-reach
surfaces and
more repeatable
and accurate
measurements.
Details shown on page 7.
Infrared Thermometer
CMSS 3000-SL
Inspector 400 Ultrasonic
Probe CMIN 400
The heavy duty Infrared Thermometer
is a dual laser sighted,
non-contact instrument
for long range
application.
Details shown on
page 12.
The Inspector 400 Ultrasonic
Probe senses
high frequency
sounds produced
by operating
equipment, leaks,
and electrical
discharges and
makes them audible
so operators can
pinpoint problems even in
noisy environments.
Details shown on page 14.
Convenient carrying case
The instruments are packaged in a
light, durable aluminum carrying case
for industrial environments.
Weight: 2.6 kg (5.7 lb.) case only
Dimensions:
Length 450 mm (18 in.)
Width 320 mm (13 in.)
Depth 150 mm (6 in.)
18
Ordering details
Order no.
Description
CMAK 400-ML
SKF Basic condition monitoring kit includes: Machine Condition Advisor,
Extension sensor kit, 100 mV/g accelerometer with 1.5 m integral cable
and magnet, Infrared Thermometer, Inspector 400 Ultrasonic Probe,
and case.
SKF Energy monitoring kit
CMAK 450-ML
For compressed air systems
The SKF Energy monitoring kit makes
it possible for any facility to potentially
lower their energy cost and reduce
their CO2 emissions by monitoring and
optimizing the energy used by their
compressed air systems.
• Facilitate significant energy and cost
reductions without major capital
expense
• Measure energy data and condition
monitoring data at the same time
• Inspect and assess overall machine
condition
• Measure vibration, temperature,
high frequency sound and enveloped
acceleration in operating equipment
• Ideal for novice and expert users
Machine Condition Advisor
CMAS 100-SL
Infrared Thermometer
CMSS 3000-SL
Hioki Clamp-On Power Meter
3169-20
The SKF Machine Condition Advisor
simultaneously
measures machine
vibration signals
and temperature
to indicate
machine health and bearing condition.
Details shown on page 6.
The heavy duty Infrared Thermometer
is a dual laser sighted,
non-contact instrument
for long range
application.
Details shown on
page 12.
Instrument used for obtaining energy
related measurements for energy
conservation programs,
ISO 14001 testing,
and electrical
equipment
diagnosis.
Measures voltage,
current, active
power, reactive
power, apparent power, power factor,
integrated value, frequency,
and harmonics.
Extension sensor kit for the
Machine Condition Advisor
CMAC 105-K
The external vibration sensor with
magnet provides
convenience for
hard-to-reach
surfaces and
more repeatable
and accurate
measurements.
Details shown on page 7.
Inspector 400
Ultrasonic Probe
CMIN 400
The Inspector 400 Ultrasonic
Probe senses
high frequency
sounds produced
by operating
equipment, leaks,
and electrical
discharges and
makes them audible
so operators can
pinpoint problems even in
noisy environments.
Details shown on page 14.
• Measure up to two three-phase,
two-wire systems
• Measure up to four single-phase,
two-wire systems
• 5 A to 5,000 A range, PC card data
storage
• Power recording for individual
waveforms
• Simultaneous recording of demand
values and harmonics
continued on next page
19
Handheld monitoring
Hioki Power Meter Clamps
9661
Clamp-on sensor for use with the
Hioki Clamp-on Power Meter
3169-20.
• CE approved for input
up to 500 Ampere AC
• Sensors with a safety
barrier to protect
the user from direct
contact with live conductors
Convenient carrying case
The instruments are packaged in a
light, durable aluminum carrying case
for industrial environments.
Weight: 4.2 kg (9.25 lb.) case only
Dimensions:
Length 660 mm (26 in.)
Width 330 mm (13 in.)
Depth 178 mm (7 in.)
Ordering details
Order no.
Description
CMAK 450-ML
SKF Energy monitoring kit includes: Machine Condition Advisor,
Extension sensor kit, 100 mV/g accelerometer with 1.5 m integral cable
and magnet, Infrared Thermometer, Inspector 400 Ultrasonic Probe,
Hioki Clamp-on Power Meter, Hioki Power Meter Clamps and case.
20
Technical data
Machine Condition Advisor (page 6)
Designation
CMAS 100-SL
Vibration pickup
Designation
CMAS 100-SL
Humidity
95% relative humidity, non-condensing
Integrated piezoelectric acceleration
Enclosure
IP 54
External
Accepts ICP type 100 mV/g
accelerometer
Approvals
CE
Temperature sensor
Internal infrared temperature sensor
Drop test
2 m (6.6 ft.)
Weight
125 g (4.4 oz.)
Internal
Measurements
Velocity
Range: 0.7 to 65 mm/s (RMS),
0.04 to 3.60 in/s (equivalent Peak),
meets ISO 10816
Frequency: 10 to 1,000 Hz,
meets ISO 2954
Enveloped acceleration
Range: 0.2 to 50.0 gE
Frequency: Band 3 (500 to 10,000 Hz)
Range: -20° to +200° C (-4° to +392° F)
Temperature
Infrared temperature accuracy:
±2° C (±3.6° F)
Distance: Short range, maximum
10 cm (4 in.) from target
Operating temperature range
In use
-10° to +60° C (14° to +140° F)
While charging
0° to +40° C (32° to +104° F)
Storage temperature
Less than one month
-20° to +45° C (-4° to +113° F)
More than one month but
less than six months:
-20° to +35° C (-4° to +95° F)
Machine Conditioner
Advisor Accessory
100 mV/g Accelerometer
Dynamic performance
Dimensions
Length
200.0 mm (7.90 in.)
Width
47.0 mm (1.85 in.)
Height
25.4 mm (1.00 in.)
Battery capacity
550 mA hours
Battery life
10 hours before charging again
(≈1 000 measurements)
With external sensor:
Up to 55% less battery life
Supported external sensor
Any standard accelerometer with
100 mV/g sensitivity that needs ICP
(Integrated circuit-piezoelectric)
External sensor power
24 V DC at 3.5 mA
Charger specifications
Universal AC/DC wall plug-in
Input: 90 to 264 V AC, 47 to 60 Hz
Output: 5 V DC regulated
3 to 4 hours for a full charge
Machine Conditioner
Advisor Accessory
100 mV/g Accelerometer
Environmental
Sensitivity
(±10 %): 10.2 mV/(m/s2) (100 mV/g)
Measurement range
Frequency range (±3 dB)
Shock limit
49 km/s2 pk (5,000 g pk)
±490 m/s (±50 g)
Temperature range
-54° to +85° C (–65° to +185° F)
0.32 to 10 kHz
Spectral noise
Mounted resonant frequency
22 kHz
10 Hz
78.5 (mm/s2)/√Hz (8 µg/√Hz)
Amplitude linearity
±1 %
100 Hz
49.1 (mm/s2)/√Hz (5 µg/√Hz)
Transverse sensitivity
7%
1 kHz
39.2 (mm/s2)/√Hz (4 µg/√Hz)
2
Mechanical
Electrical
Settling time
≤2 sec
Size
12.70 x 26.67 mm (0.50 x 1.05 in.)
Excitation voltage
18 to 30 V DC
Weight (including 1.5 m cable)
70.7 g (2.5 oz.)
Excitation constant current
2 to 20 mA
Mounting thread
1/4-28 UNF-2B
Output impedance
<150 Ω
Mounting torque
2.7 to 6.8 N-m (2 to 5 ft-lb)
Output bias voltage
8 to 12 V DC
Sensing element
Ceramic/shear
Electrical case isolation
>108 Ω
Case material
Stainless steel
Electrical protection
RFI/ESD
Sealing
Potted
Integral cable
22 AWG, +105° C (22 AWG, +221° F)
Wrench flats
7/16 in.
21
Handheld monitoring
Technical data
Machine Condition Detector Pro IS (page 8)
Designation
Designation
CMVL 3600-IS
Vibration pickup
Integrated piezoelectric acceleration
(ceramic, shear type)
Measurement range
Velocity
0.3 to 55 mm/s (RMS), 0.02 to 3.00 in/s
(equivalent Peak). Meets ISO Standard
10816-1.
Enveloped acceleration
0.3 to 20.0 gE
Temperature
0° to +100° C (32° to +212° F)
CMVL 3600-IS
Physical characteristics
Measurements
Frequency range
Case
Water and dust resistant (IP 65)
Drop test
Six (6) feet on multiple axes
Dimensions
Length
190.5 mm (7.50 in.)
Width
43.2 mm (1.70 in.)
Height
41.4 mm (1.63 in.)
Weight
431 gms (0.95 lb.) with battery,
635 gms (1.4 lb.) with temperature
magnet probe tip
Overall velocity
10 Hz to 1 kHz (tolerances measured
within the frequency range are in
accordance with ISO 3945)
User environment
Enveloped acceleration
band 3:
500 Hz to 10 kHz
Hazardous locations
-20° to +40° C (-4° to +104° F)
Storage temperature
-37° to +70° C (-34° to +158° F)
Humidity
5 to 95% noncondensing
Display
Viewing area
54.99 x 17.78 mm (2.165 x 0.700 in.)
Operating temperature
Ordinary locations
Communications port
Power
Main power
Two (2) 1.5 V alkaline “AA” batteries
Battery lifetime
30 hours
QuickConnect interface
Backup battery
One (1) 3 V BR1225 Lithium ion battery
Receptacle
Auto off
Two (2) minute countdown on
last operation
Hazardous area ratings
Intrinsic Safety (IS)
ATEX
II1G EEx ia IIC T4 (Ta = -20 to +40° C)
Type
CMSS 3811 Accelerometer
QuickConnect Stud series CMSS 26xx Temperature Magnet
10 cm (4 in.) Stinger
CMSS 60139-04
Type
Pre-amp is built-in, shear type
Power supply
DC ±5 V
Voltage sensitivity
20 mV/g
Resonance frequency
20 kHz approximate
Frequency range
3 to 10 000 Hz
Maximum acceleration
500 m/s2
Vibration limit
5 000 m/s2
Maximum output voltage
±1 V
Output impedance
Below 100 Ω
Temperature range
-20° to +80° C (-5° to +175° F)
Material
SUS
Weight
60 g (2.1 oz.) approximate
Tapped hole
M6, P = 1, depth 5 mm, internal thread
Integral cable
Length 1.5 m (5 ft.)
Connector
8-pin modular plug
Structure
Dust-proof, spray-proof
1/4 turn 5/8-24 two (2) lead thread
with contact
Accessories to fit
MicroVibe P (page 10)
MicroVibe P Accessory Micro D RS 232
SKF QuickConnect
Class I, Division 1,
Groups A, B, C, D T3A
(USA, Canada)
22
-20° to +60° C (-4° to +140° F)
MicroVibe P (page 10)
Designation
CMVL 3860-ML
Minimum PDA requirements*
Conforms to the Pocket PC specifications
Operating system
Microsoft Windows Mobile 3.0/5.0/6.0
Processor
ARM processor
Interface
Compact Flash TYPE II Slot 3.3 V only
Recommended specifications
Processor
Memory (RAM)
PXA255 400 MHz or higher
64 MB or higher
Interface with Pocket PC
Compact Flash TYPE II Slot 3.3 V only
Power supply
+3.3 V (supplied by Pocket PC)
Current
Standby
44 µ A
Under measurement
48 mA
Pickup input (PU IN)
AC voltage signal
Maximum ±2.5 V
Input terminal
8-pin modular jack (RJ-45), constant current type pre-amp built-in accelerometer is not connected.
Raw waveform output (PU OUT)
AC voltage signal
Maximum ±2.5 V
Output terminal
Mini-jack (2.5 mm F)
Sampling frequency
Maximum 76.8 kHz (changes according to mode) 76.8 kHz /38.4 kHz
Aliasing filter
20 kHz/2 kHz (changes according to mode and sampling frequency)
A/D
16-Bit
Dynamic range
90 dB
Lines of resolution
1600/800/400
Averages
8/4/2/1
Window
Hanning
Frequency range
Acceleration
10 Hz to 15 kHz (upper bound frequency can be changed by utility menu's A filter)
Velocity
10 Hz to 1.0 kHz
Displacement
10 Hz to 150 Hz
Enveloped Acceleration Filter
E1: 5 Hz to 100 Hz
E2: 50 Hz to 1.0 kHz
E3: 500 Hz to 10 kHz
E4: 5 kHz to 20 kHz
Temperature range
0° to +45° C (32° to +113° F)
Humidity range
<90% relative humidity, non-condensing
Weight
25 g (0.88 oz.) approximate (card only)
Dimensions
Width
42.1 mm (1.66 in.)
Height
60.0 mm (2.36 in.)
Depth
16.9 mm (0.67 in.)
Shape
Conforms to CF Card TYPE II, Card Type. See photograph.
Color
Black
*May not work with all PDA’s.
23
Handheld monitoring
Infrared Thermometer (page 12)
Designation
CMSS 3000-SL
Designation
CMSS 3000-SL
Measurement range
-60° to +1,000° C
(-76° to +1,832° F)
Distance spot ratio
50:1
Operating range
0° to +50° C
(32° to +122° F)
Height
203.3 mm (7.90 in.)
Width
197.0 mm (7.71 in.)
±1.0° C (±1.8° F)
Depth
47.0 mm (1.85 in.)
±2% of reading or +2° C
(+4° F) whichever is greater
Weight:
386.1 g (13.62 oz.)
including batteries
Power
(2) AAA batteries (included)
Battery life
Typical 180 hours, minimum 140 hours
continuous use,
(Alkaline, without laser and back light)
Modes
Maximum, Minimum, Average
Difference (MAX-MIN), Lock
(allows for continuous temperature scan)
Hard case
Water resistant, dust-proof case
Dimensions
330 x 197 x 66 mm
(13.00 x 7.75 x 2.60 in.)
Accuracy
(Tobject = 15° to 35° C, Tambient = 25° C)
Accuracy
(Tobject =33° to 1,000° C; Tambient = 23 ±3° C)
Update frequency
1.4 Hz
Wave length response
8 to 14 µm
Emissivity range
0.95 default - adjustable
0.1 to 1 step .01
Relative humidity
5 to 95% non-condensing
Resolution (from -9.9° to +199.9° C)
0.1° C /0.1° F
Response time (90%):
<1 sec
Dimensions
Note: Under an electromagnetic field of 3 V/m from 90 to 360 MHz the maximum error is ±10° C
Thermal Camera (page 13)
Designation
TKTI 10
Performance
Temperature range
-10° to +300° C (14° to +572° F)
Field of view (FOV)
20° x 20°
Spectral Response
8 to 14 µm
Sensitivity
~0.3° C @ 30° C
Thermal detector/ visual camera
47 x 47 pixel array (interpolated to 180 x 180) /2 Mega pixel digital camera
Emissivity Correction
User selectable 0.1 to 1.0 in steps of 0.01
Emissivity table of common surfaces built-in with reflected ambient temperature compensation
Accuracy
The greater of ±2° C or ±2% of reading in °C
Frame rate
8Hz
Focal range
0.3 m (12 in) to infinity
Image storage Up to 1,000 images on Micro SD card supplied
Display
3-1⁄2 in. color LCD with LED Backlight. 8 color palettes. Mixed thermal and visual images
Laser pointer
Built in Class 2 laser
Imager Power Supply
Battery
Operation time
Lithium-ion field rechargeable
Up to 6 hours continuous operation
AC operation
AC adaptor supplied
Mechanical & Environment
Temperature operating
-5° to 45° C (23° to 113° F)
Humidity
10% to 90% non condensing
Storage range
-20° to 60° C (-4° to 140° F)
Ingress protection
IP 54
Dimensions 210 x 120 x 90 mm (8.3 x 4.8 x 3.5 in)
Weight
0,70 kg (1,5 lbs)
Software
Advanced imager analysis and report writing software
Computer Requirements
24
PC with minimum of 300MHz processor, MS Windows XP 128Mb RAM 16 bit color graphics
with 1024 x 768 capability
Inspector 400 Ultrasonic Probe (page 14)
Designation
CMIN 400-K
Construction
Handheld ABS pistol type ultrasonic processor, stainless steel sensor enclosures
Circuitry
SMD/solid state hybrid heterodyne receiver
Frequency response
20 to 100 kHz (centered at 38 to 42 kHz)
Indicator
10 segment LED bar graph (red)
Sensitivity selection
8-position precision attenuation
Power
9 V alkaline battery
Low battery voltage indicator
LED
Headset
Lightweight foam lined double headset wired monophonic impedance; 16 ohms
Probes
Rubber focusing probe
Scanning module stainless steel unisonic (single transducer) piezoelectric crystal type;
stethoscope/contact module stainless steel plug-in type with 5.5 in. stainless steel waveguide
Shields stray ultrasonic signals and focuses detected signals
Response time
300 millisec
Ambient operating temperature range
0° to +50° C (32° to +120° F)
Relative humidity
10 to 95% noncondensing at up to +30° C (+86° F)
Storage temperature
-18° to +54° C (0° to +130° F)
Dimensions:
Height
Width
133 mm (5.25 in.)
50 mm (2.00 in.)
Length
203 mm (8.00 in.)
Weight
320 g (11 oz.)
Carrying case
Cordura/nylon soft pack with die cut foam
Electrical Discharge Detector Pen (page 15)
Designation
TKED 1
Power supply
4.5V - 3 x standard AAA batteries (LR03, AM4)
Time control:
- pre-sets
10 or 30 seconds
- default
indefinite
Operational and storage temperature
0° to 50° C (32° to 122° F) -20° to 70° C (-4° to 158° F)
IP level
IP 55
Display
LCD counter range: 0 to 99999 discharges.
User selectable backlight and low battery warning
Case dimensions (w x d x h)
255 x 210 x 60 mm (10 x 8.3 x 2.3 in)
Total case and contents weight
0.4 kg (0.88 lbs)
OilCheck monitor (page 17)
TMEH1
Designation
Suitable oil types
Mineral and synthetic oils
Dimensions
Repeatability
Better than 5%
Width
95 mm (3.7 in.)
Readout
Green/red grading, numerical value (0 to 100)
Height
250 mm (9.8 in.)
Battery
9 V Alkaline IEC 6LR61
Depth
32 mm (1.3 in.)
Battery lifetime
> 150 hours or 3 000 tests
Designation
TMEH1
25
Handheld monitoring
Technical data
Hioki Clamp-on Power Meter (page 19)
Designation
3169-20
Measurement line type (50/60 Hz)
Single-phase, two-wire system
Single-phase, three-wire system
Three-phase, three-wire system
Three-phase, four-wire system
Number of systems that can be measured
(for systems that share the same voltage)
Single-phase
Two-wire, four systems
Three-wire, two systems
Three-wire (measures the voltage and current for two lines) two systems
Three-phase
Three-wire (measures the voltage and current for all three lines) one system
Four-wire (measures the voltage and current for three lines) one system
Four-wire (measures the voltage for three lines and the current for four lines) one system
Measurement range
Voltage
150 to 600 V, three ranges
Current
(when using Hioki Power Meter Clamps 9661): 5 to 500 A, five ranges
Power
75 W to 9 MW, 108 combination patterns
Basic accuracy
±0.2% single reading, ±0.1% full scale plus clamp-on sensor accuracy (active power, at 45 to 66 Hz)
Clamp sensor accuracy
Hioki Power Meter Clamps 9661 (rated for 500 A)
±0.3% single reading, ±0.01% full scale (full scale is the sensor’s rated primary current value)
Frequency characteristic
Fundamental waveforms up to the 50th order ±3% full scale plus measurement accuracy
(of a 45 to 66 Hz fundamental waveform)
Other functions
PC card (One slot, PC card standard compliant Type II, Flash ATA card type),
(9727/9728 PC card, 256 MB to 512 MB
RS 232C (Printer or PC connected to an RS 232C interface)
External input/output
Display update rate
Approximately every 0.5 seconds (except when using a PC card while accessing the internal memory,
or when performing RS 232C communications)
Power supply voltage rating
100 to 240 V AC, 50/60 Hz
Dimensions
Width
210 mm (8.27 in.)
Height
160 mm (6.30 in.)
Depth
60 mm (2.36 in.)
Weight
1.2 kg (42 oz.)
Accessories supplied
Voltage cord set (one cord each of black, red, yellow, and blue), one (1) set each
Power cord, one (1) each
Input cord label, one (1) each
Operating manuals - advanced edition and Quick Start Guide
Advanced edition and RS 232C interface operating manuals (CD)
26
Hioki Power Meter Clamps (page 20)
Designation
9661
Rated input current
500 A AC
Rated output current
0.5 V AC
Accuracy (at 45 to 66 Hz)
Amplitude
±0.5% single reading, ±0.2% full scale
Phase
±0.5° or less
Frequency characteristics
66 Hz to 5 kHz (±1% or less from accuracy)
Maximum allowable input
Continuous 550 A rms (45 to 66 Hz)
Maximum circuit voltage
600 V AC rms (insulated wire)
Core jaw diameter
Ø 46 mm (1.81 in.)
Dimensions
Width
77 mm (3.03 in.)
Height
151 mm (5.94 in.)
Depth
42 mm (1.65 in.)
Weight
360 g (12.7 oz.)
Cord length
3 m (9.84 ft.)
27
Handheld monitoring
28
Portable
data collectors
and analyzers
SKF Microlog Analyzer series
30
SKF Microlog Analyzer GX series
32
SKF Microlog Analyzer AX series
34
SKF Microlog Advisor Pro
36
SKF Microlog Consultant
37
Analysis modules
38
Product Support Plan
39
Technical data
40
29
Portable data collectors
and analyzers
SKF Microlog Analyzers
®
Portable data collection and analysis
for predictive maintenance
Unmatched versatility, reliability
and functionality have made the
SKF Microlog Analyzer series of
data collectors the premier choice
for portable, hand-held condition
monitoring units.
Designed to help users establish
or upgrade an existing condition
monitoring program, SKF Microlog
Analyzers handle the tasks required
to perform predictive maintenance
on rotating machinery in countless
industries.
Data capture from a range
of sources
SKF Microlog Analyzers automatically
collect both dynamic (vibration)
and static (process) measurements
from almost any source, including
handheld and magnetically mounted
accelerometers, permanently
mounted vibration sensors, or online monitoring systems. Temperature
measurements can be collected with
a non-contact infrared sensor, or with
a contact probe.
State-of-the-art
operating technology
With robust, high-speed data
processors and optimum data storage
capacity, SKF Microlog Analyzers
are equipped to operate within
today’s most advanced computerized
maintenance management systems.
All units are programmed to function
with the latest Windows operating
system for direct access/data transfer
to PC environments using USB
connectivity.
30
Rugged, ergonomic design
One-year Product Support Plan
SKF Microlog Analyzers are built
to withstand punishing industrial
environments, and are designed to
be easy to handle. These IP 65-rated
units seal out dust and water, and can
withstand multiple drops. The units
also feature function keys with right
or left-hand operation, color liquid
crystal displays, and red, amber, blue,
and green LED alarm indicators for
enhanced visibility.
Each SKF Microlog Analyzer bundle
includes a full year of the Premier
Product Support Plan, which provides
unlimited technical support, firmware
upgrades, preventive maintenance,
loaner units, and a one-year
subscription to SKF’s @ptitude
Exchange knowledge based web portal.
For more information, see page 39.
Separate analysis modules
meet changing needs
Units can be upgraded with a range
of individual modules for specific
types of analysis. Users can select the
features required to meet their plant’s
monitoring needs, then upgrade the
data collector to build new functionality
— without having to buy another
instrument. For more information,
see page 38.
SmartStart training
SmartStart product start-up training
is also included with each SKF Microlog
Analyzer bundle. This on-site product
startup service focuses on getting the
SKF Microlog Analyzer up and running,
your employees trained, and your
program implemented quickly and
effectively. This training is conducted
by an SKF Reliability Maintenance
Institute® instructor. For more
information, see page 77.
SKF Microlog Analyzer overview
2Standard
+ Available add-on
Microlog
Advisor Pro
GX-R
GX-M
GX-S
2
2
Microlog
Consultant
AX-M
AX-S
AX-F
2
2
2
2
2
2
2
+
+
+
+
+
Channel(s)
single
up to 3
1
1
up to 4
Routes
Stand-alone (Non-route)
2
2
Single-route
2
Multi-route
Software
Analysis and Reporting
Software
SKF @ptitude Analyst
Analysis Modules
Conformance check
Balancing
FFT analyzer/non-route
Bump test
Run up Coast down (RUCD)
Frequency response function
(FRF)
Data recorder
Spindle test
Idler sound monitor
Screen Size
Standard
Transflective Color LCD
256K Colors
2.83 x 2.13 in. (72 x 54 mm)
240 x 320 resolution (1/4 VGA)
2
2
+
+
+
+
+
+
+
+
+
2
1
1
1
1
1
+
+
+
+
+
+
+
+
+
2
2
2
2
2
2
2
1
1
2
2
2
2
2
+
+
+
+
2
2
23
+
+
+
+
+
+
2
2
2
2
23
2
+
+
2
+
+
2
2
2
2
2
2
2
2
+
2
2
23
+
+
+
+
+
+
2
2
23
2
+
+
2
+
+
2
2
2
23
2
2
2
2
+
2
2
Expanded
TFT VGA backlit color LCD
256K Colors
5.16 x 3.86 in. (131 x 98 mm)
640 x 480 resolution
2
2
2
2
Modules available as add-ons to the basic kit. Modules standard on certain kits. See product page for details
Analysis Modules available as add-ons only after upgraded to GX-M
3 Route-based analyzers (GX/AX) feature similar FFT analysis capabilities in their non-route data collection mode
1
2
31
Portable data collectors
and analyzers
SKF Microlog Analyzer GX series
Route-based, one- to three-channel data collector/FFT analyzer
Supporting one- to three-channel,
multi-route, or non-route-based data
collection, the SKF Microlog Analyzer GX
series combines high performance and
ease of use for a range of predictive
maintenance tasks in many industries.
Three-channel, simultaneous triaxial
input with separate tachometer input
enables faster and more comprehensive
data collection, without adding more
collection time.
For even faster data collection, you
can configure up to 12 measurements
for automatic data collection at one
measurement location, sensor, and the
press of one button.
The GX series can be easily upgraded
with additional analysis modules to
enhance functionality—without the
need to buy another instrument.
The GX series connects seamlessly with
SKF @ptitude Analyst software.
SKF @ptitude Analyst software
• Provides fast, efficient, and reliable
storage, analysis and retrieval of
machine information, and makes
it accessible throughout your
organization
• Incorporates data from other sources;
i.e. OSIsoft PI System, and interfaces
with your company’s Computerized
Maintenance Management System
(CMMS); i.e. SAP or Maximo
• Flexible set-up of databases and
routes, as well as analysis, reporting
and alarm parameters
• Analytical displays, easy-to-read
plots, and customizable toolbars all
contribute to the user-friendliness
of the software
32
• Alarm View window displays all
machines that require immediate
attention to help you quickly identify
and prioritize corrective actions
• Versatile viewing options permit
multi-parameter analysis utilizing
the software’s many functions
Key features
• Supports one- to three-channel
route and non-route data collection
• Significant data storage for large
and /or multiple route collection and
management
• Single and dual plane balancing
application
• Phase readings from trigger input
and cross-channel
• Ergonomic design with high
resolution color display
• Easy operation function keys
• Operates with SKF @ptitude Analyst
software
• Field upgradable
Analysis modules
The SKF Microlog Analyzer GX is
available in the following range of
models:
• Conformance check
• Bump test
• GX-R: Single-channel, single-route
measurements
• Data recorder
• Run up Coast down (RUCD)*
• Frequency response function (FRF)*
• Balancing
• FFT analyzer
• Idler sound monitor
• Spindle test
*SKF Analysis and Reporting software is required for
these modules.
• GX-M: Two-channel route measurements, three-channel simultaneous
triaxial input, and one- or two-plane
static or dynamic couple balancing
applications
• GX-S: All the features of the GX-M,
along with bump test and data
recorder modules
Ordering details
Order no.
Description
CMXA75-R-K-SL/CMSW7300D*
Microlog GX-R bundle includes: CMXA 75 instrument programmed for single-channel route measurement
(does not include non-route or the Balancing module); (1) accelerometer, general purpose, low profile,
side exit, industrial, non-NI; (1) accelerometer coiled cable, 1.8 m (6 ft.); (1) medium duty magnetic base,
35 mm (1.5 in.) diameter.
CMXA75-M-K-SL/CMSW7300D*
Microlog GX-M bundle includes: CMXA 75 instrument programmed for two-channel route measurements,
simultaneous tri-axial, and one or two plane static or dynamic couple balancing application; (2) accelerometers,
general purpose, low profile, side exit, industrial, non-NI; (2) accelerometer coiled cables, 1.8 m (6 ft.);
(2) medium duty magnetic bases, 35 mm (1.5 in.) diameter.
CMXA75-S-K-SL/CMSW7300D*
Microlog GX-S bundle includes: CMXA 75 instrument programmed for two-channel route measurements and
one or two plane static or dynamic couple balancing application and bump test and data recorder modules;
(2) accelerometers, general purpose, low profile, side exit, industrial, non-NI; (2) accelerometer coiled cables,
1.8 m (6 ft.); (2) medium duty magnetic bases, 35 mm (1.5 in.) diameter.
WICM265*
SmartStart Training for Microlog Analyzer GX Series and applicable software is included in each purchased
bundle (4 days onsite training, including 5 manuals).
All Microlog Analyzer GX Series bundles include: Battery pack, universal power supply, USB/power splitter cable, rubber bump sleeve,
hard shell carrying case, hand strap, shoulder strap, (2) screen protectors, connector cover set with lanyard, 4GB SD card, CD-ROM (with user manuals,
utilities, asset information page and literature), and SKF @ptitude Analyst for Microlog Software.
One year Product Support Plan to run concurrent with manufacturer warranty (coverage begins at time of shipment).
*SmartStart training is part of the bundled package of goods and services. SmartStart Training must be ordered in combination with the Micrologs.
33
Portable data collectors
and analyzers
SKF Microlog Analyzer AX series
Flexible, 4-channel performance has never looked better
Featuring a large, easy-to-read color
display, the SKF Microlog AX series
takes route-based data collection and
stand-alone analysis to a new level.
The AX series offers four input
channels for a wide range of data
collection including traditional
readings from individual transducers,
triaxial accelerometer support, and
simultaneous collection of up to four
separate inputs.
Users can select analysis modules to
create a custom device suited to their
requirements. Advanced capabilities
include impact natural frequency
testing, digital data recording, modal
and operating deflection shape FRF
measurements, transient analysis, and
quality/acceptance testing.
The AX series connects seamlessly
with SKF @ptitude Analyst software.
SKF @ptitude Analyst software
• Provides fast, efficient, and reliable
storage, analysis and retrieval of
machine information, and makes
it accessible throughout your
organization
• Incorporates data from other sources;
i.e. OSIsoft PI System, and interfaces
with your company’s Computerized
Maintenance Management System
(CMMS); i.e. SAP or Maximo
• Flexible set-up of databases and
routes, as well as analysis, reporting
and alarm parameters
• Analytical displays, easy-to-read
plots, and customizable toolbars all
contribute to the user-friendliness
of the software
34
• Alarm View window displays all
machines that require immediate
attention to help you quickly identify
and prioritize corrective actions
• Versatile viewing options permit
multi-parameter analysis utilizing
the software’s many functions
Key features
• Simultaneous collection of up to
4 input channels
• Supports multi-channel balancing,
orbit analysis, and connections to
permanently installed transducers,
and triaxial accelerometer collection
• Large 6.4 in. VGA color display for
easy viewing and analysis in any light
• 806 MHz PXA320 processor means
faster real time rate and display
updates
• Rechargeable lithium battery supports over 8 hours of continuous
data collection
• Modular, flexible analysis functionality
• Field upgradable
Analysis modules
The SKF Microlog Analyzer AX is
available in the following models:
• Conformance check
• Bump test
• Data recorder
• Run up Coast down (RUCD)*
• Frequency response function (FRF)*
• Balancing module
• AX-M: Four channel off-route/two
channel or simultaneous triaxial
route Analysis and two channel
Balancing modules are already
installed. The AX-M is upgradable to
the AX-S or AX-F
• AX-S: All the features of the AX-M
with the Bump Test and Data Recorder modules added
• FFT analyzer
• Idler sound monitor
• Spindle test
*SKF Analysis and Reporting software is required for
these modules.
• AX-F: Further enhances capability by
adding Run up Coast down (RUCD),
Frequency response function (FRF),
Conformance check, Idler sound
monitor and FFT analyzer modules.
Ordering details
Order no.
Description
CMXA80-M-K-SL/CMSW7300D*
Microlog AX-M bundle includes: CMXA 80 instrument programmed for 4-channel off-route/2-channel route,
or simultaneous triaxial route and Balancing module.
CMXA80-S-K-SL/CMSW7300D*
Microlog AX-S bundle includes: CMXA 80 instrument programmed for 4-channel off-route/2-channel route,
or simultaneous triaxial route and Balancing, Bump Test, and Data Recorder modules.
CMXA80-F-K-SL/CMSW7400D*
Microlog AX-F bundle includes: CMXA 80-F-SL unit, programmed for 4-channel off-route, 2-channel route
or simultaneous triaxial route and Balancing, BumpTest, Data Recorder, Run up Coast down (RUDC),
Frequency Response Function (FRF) and Conformance Check modules.
WICM264*
SmartStart Training for Microlog Analyzer AX Series and applicable software included in purchased bundle
(4 days onsite training, including 5 manuals).
All Microlog Analyzer AX Series bundles include: USB/power splitter cable, USB/A to B cable, docking station, battery pack, power cable, (2) accelerometers,
(2) accelerometer cables, (2) magnetic bases, hard shell carrying case, soft case, (2) hand straps, shoulder strap, (2) screen protectors, Fischer connector dust
cover set, SD card slot and dock connector cover with 4 GB SD Card, CD-ROM (with user manuals, utilities, asset information page and literature), and
SKF @ptitude Analyst for Microlog Software.
One year Product Support Plan to run concurrent with manufacturer warranty (coverage begins at time of shipment).
*SmartStart training is part of the bundled package of goods and services. SmartStart Training must be ordered in combination with the Micrologs.
35
Portable data collectors
and analyzers
SKF Microlog Advisor Pro
Easy-to-use 3-channel tool handles a range of applications
The SKF Microlog Adviser Pro gives
maintenance, service and quality
inspection technicians on-the-spot,
fast and easy to understand machine
condition diagnosis. This ‘stand-alone’
device does not rely on prior
measurement data, and does not
require advanced PdM software.
As a result, users can immediately
benefit from a proactive maintenance
approach without the need for
vibration expertise.
This three-channel, portable
maintenance tool combines an intuitive
user interface, simple wizard-driven
measurement instructions, and an
automated analysis system based
on pre-programmed ISO standards.
Green, yellow and red color-codes
quickly and clearly indicate test status,
invalid or abnormal measurements,
and machinery condition.
Pre-configured kits available:
• Conformance test kit
• FFT Analyzer and Bump test kit
• Balancing kit
• Spindle assessment kit
• Idler sound monitor kit
SKF Analysis and Reporting
software
• PC-based application for transferring, displaying and analyzing data
• Provides direct uploading of data
from the Advisor Pro; with a mouseclick, data is automatically displayed
in an interactive graphical plot
• Browse and manipulate data using a
familiar Microsoft Windows Explorerstyle tree display
• Generate text-based reports or
plots in various graphic formats
• All data can be saved as CSV files for
direct import into SKF Analysis and
Reporting software or Microsoft Excel
Key features
• Supports 3-channel,
non-route-based collection
• Simple to use for non-vibration experts
• Modular, flexible analysis functionality
• On-screen user assistance
• Ergonomic design with large
color display
• Easy operation function keys
• Easy data transfer and storage
Analysis modules
• Conformance check
• FFT analyzer
• Bump test
• Balancing
• Data recorder
• Frequency response function (FRF)
• Run up Coast down (RUCD)
• Spindle test
• Idler sound monitor
Ordering details
Order no.
Description
CMXA45-1A-SL/D*
Microlog Advisor Pro Conformance test kit includes: CMXA45 instrument with Conformance Check module, full suite of
SKF test templates, and (1) accelerometer kit.
CMXA45-2A-SL/D*
Microlog Advisor Pro FFT Analyzer and Bump test kit includes: CMXA45 instrument with Bump Test and FFT Analyzer
modules, and (2) accelerometer kits.
CMXA45-BAL-K-SL/D*
Microlog Advisor Pro Balancing kit includes: CMXA45 instrument with Balancing, Bump Test and FFT Analyzer modules,
Laser Tachometer kit, phase reference magnetic holder, and (2) accelerometer kits.
CMXA45-MTX-K-SL/D*
Microlog Advisor Pro Spindle assessment kit includes: CMXA45 instrument with Spindle Test, Balancing,
and Run up Coast down (RUCD) modules, Laser Tachometer kit, tachometer mount, run-out gage, belt tension checkers,
SKF Spindle Assessment guide (on CD), and (2) accelerometer kits.
CMXA45-ISM-K-SL/D
SKF Microlog Advisor Pro Idler Sound Monitor kits includes: CMXA45 instrument with Idler Sound monitor and FFT Analyzer
modules, microphone, parabola, connector plate and screw, wind baffle, audio headphone cable, and audio industrial headset.
WICM254*
SmartStart Training for SKF Microlog Advisor Pro System (3 days onsite training, including 5 manuals)
All Microlog Advisor Pro bundles include: SD card, battery, rubber bump sleeve, USB communication cable, power adapter, power cable,
user manual on CD, hand strap, neck strap, hard shell carrying case. Includes Analysis and Reporting module.
One year Product Support Plan to run concurrent with manufacturer warranty (coverage begins at time of shipment).
*SmartStart training is part of the bundled package of goods and services. SmartStart Training must be ordered in combination with the Micrologs.
36
SKF Microlog Consultant
Stand-alone, four-channel vibration analyzer takes both complex signal analysis
and automated diagnostics into demanding environments
The SKF Microlog Consultant is a
stand-alone, four-channel vibration
analyzer, delivering both sophisticated
dynamic signal analysis and an
automated diagnosis expert system
in a single rugged, Class 1 Div 2 and
IP 65 rated unit that can go virtually
anywhere.
As a high-end signal analyzer for
expert users, the Consultant offers the
performance and features of PC-based
alternatives in a portable instrument
designed to cope with demanding
industrial environments.
In the hands of quality and repair
technicians, the Consultant delivers
on-the-spot, fast and easy to
understand machine condition
diagnosis, and production test quality
indications.
Key features
The SKF Microlog Consultant comes
fully loaded with the following range
of application modules, allowing users
to perform several advanced tasks,
such as impact tests, digital recording,
modal analysis, transient phenomena
analysis and quality inspections — all
with the same device:
• Balancing
• Bump test
• Recorder
• Frequency response function (FRF)
• Run up Coast down (RUCD)
• Conformance check
• FFT analyzer
• Idler sound monitor
Upgrade analysis modules
• Spindle test
Ordering details
Order no.
Description
CMXA 48-K-SL/D*
Microlog Consultant bundle includes: CMXA 48 instrument with all
modules (except the Spindle test module) installed and licensed
CD-ROM, user manuals, utilities and Conformance Check standards
library and literature. Analysis and Reporting module, stand alone
configuration; USB communication, power splitter straight cable,
2 m (6.6 ft.); USB, A to B straight cable; SD slot, dock connector cover;
docking station; battery; universal power supply; (4) accelerometers
with integral cables and magnets; (2) splitter, four channel;
laser tachometer kit; optical phase reference magnetic holder; soft case;
(2) hand straps; shoulder strap; Fischer and audio connector cover set;
SD card; carrying case; large screen; and Analysis and Reporting Module.
One year Product Support Plan to run concurrent with manufacturer
warranty (coverage begins at time of shipment).
WICM264*
SmartStart Training for Microlog Consultant and @ptitude Analyst
Software (4 days onsite training, including 5 manuals).
*SmartStart training is part of the bundled package of goods and services. SmartStart Training must
be ordered in combination with the Micrologs.
37
Portable data collectors
and analyzers
Analysis modules
Conformance check module
Idler sound monitor module
The conformance check
module transforms the
Microlog into a tool for
everyday inspection after delivery,
installation, or repair of machinery.
An automated assessment compares
vibration levels with established
limits and a pass or fail indication is
displayed to check that the product
complies with predefined quality
indicators or requirements.
The SKF Idler Sound
Monitor module turns an
SKF Microlog Analyzer into
a hand-held portable monitoring
solution. Designed for early detection
of faults in conveyer belt support
and return idler rollers in industries
such as mining and cement. Using
patented SKF enveloping technology
applied acoustically, the SKF Idler
Sound Monitor module allows users to
distinguish between good and faulty
idler rollers. It detects faulty rollers
earlier and more reliably than the
traditional conveyer belt maintenance.
Bump test module
A bump or rap test is an
impact test carried out to
excite the machine and
measure its natural frequencies.
This helps to determine if resonance
is responsible for high noise or
vibration levels or if there is a potential
machinery problem.
Data recorder module
Signals from sensors
connected to the Microlog are
digitally recorded and stored
as standard time waveform (WAV)
files. These files can be sent via e-mail
or transferred to a computer for post
processing in external software.
Run up Coast down module
This module records and
analyzes data from machines
where noise or vibration
levels are changing with speed, time or
load to establish the critical / resonant
speeds of a machine. The module
simultaneously acquires a noise or
a vibration signal plus a tachometer
signal and stores the data as a time
waveform (WAV) file for further
analysis.
38
Frequency response function
module
This module has two
primary functions:
• Establishes the properties of
mechanical structures (mass, stiffness
and damping) by performing modal
analysis using a calibrated hammer
for the excitation
• Measure and displays the transfer
function (ratio) between two accelerometers while a machine is running.
Measurements can be exported to
external software to calculate and
animate the Operating Deflection
Shapes
Balancing module
This module allows precision
balancing of rotating
machinery across a wide
range of speeds. It performs singleplane, two-plane, and static-couple
balancing with high precision. Clear,
comprehensive setup menus and
easy-to-follow display screens with
graphical data representation allow
easy operation.
FFT analyzer
The module allows you to
quickly set up spectral/
phase measurements and
immediately collect the data for inthe-field FFT spectrum and phase
analysis purposes. After collection, the
data may be stored in the Microlog for
future review and can be transferred
to a computer for additional analysis,
reporting or storage.
Spindle test module
Developed in conjunction
with the SKF Spindle
Services, the Spindle
test module performs nine tests on
machine tools and spindles, including
imbalance, mechanical condition,
bearing condition, tool nose runout,
clamp force (ISO, HSK), clamp EM, belt
tension, speed accuracy and resonance
frequency.
Product Support Plans (PSP)
Extend your warranty and access to SKF technical support
SKF is committed to providing the
highest degree of customer support
in the industry. Product Support
Plans extend the standard product
warranty for an additional length of
time to continue your unlimited access
to Technical Support, global repair
coverage and more.
Protect your investment
Product Support Plans ensure that
your equipment is maintained to the
highest standards. Condition monitoring
products are an investment and
there is no better way to protect your
investment for years than with a
Product Support Plan, which consists of:
• Firmware and/or software upgrades
keep your products advancing with
current industry standards
• Unlimited technical support from
knowledgeable professionals that
can save you time and frustration
by quickly resolving problems
• Annual preventive maintenance
keeps your equipment running optimally, helping ensure the reliability
of your data collection and extending
the life of your products
• Data accuracy with unlimited calibrations that comply with ISO standards
• Proactive notification of maintenance
releases
• Loaner equipment supplied when
your product is sent in for service
• Hassle-free repairs. We’ve got you
covered with parts, labor and shipping
Premier product support plans also
include a full SKF @ptitude Exchange
subscription. SKF @ptitude Exchange
is SKF’s knowledge portal, complete
with white papers, articles, interactive
services, tutorials and more — available
24 hours a day to help build your
staff’s asset maintenance and reliability
expertise.
For more information on analysis
modules and Product Support Plans,
please contact your SKF Authorized
Distributor or your local SKF
Representative.
39
Portable data collectors
and analyzers
Technical data
Microlog Advisor Pro, GX, Consultant and AX (page 32–37)
Feature
Advisor Pro and GX series
Consultant and AX series
Frequency range
40 kHz
80 kHz
Certifications
CSA Class I Div 2 (NI), Groups A, B, C, D
CSA Class I Div 2 (NI), Groups A, B, C, D
Size mm
186 x 93 (7.32 x 3.66 in.) narrowest point
220 x 220 x 71 (8.66 x 8.66 x 2.80 in.)
186 x 134 (7.32 x 5.28 in.) widest point
Weight
700 g/1.5 lbs
1.54 Kg/3.4 lbs
Display type
Transflective Color LCD
256K Colors
TFT VGA backlit color LCD
256K Colors
Host software
Advisor Pro: Analysis and Reporting Module
Consultant: Analysis and Reporting Module
GX series: SKF @ptitude Analyst
AX series: SKF @ptitude Analyst
Display size mm
72 x 54 (2.83 x 2.13 in.)
131 x 98 (5.16 x 3.86 in.)
Display resolution
pixels
240 x 320 (¼VGA)
640 x 480 resolution
LEDs
Blue, Green, Amber, Red, Blue, Green, Amber, Red
Connectors
Fischer, Type 102 and 103
Fischer, Type 103 and 102
Number of
simultaneous channels
up to 3 (excluding GX-R:1)
up to 4
Ingress protection rating
IP65
IP65
Drop test
6.6 ft, Mil-Std 810E
4 ft, Mil-Std 810E
Operating temperature
-10° C to +50° C (+14° to +122° F)
-10° C to +50° C (+14° to +122° F)
Storage temperature
-20° to +60° C (-4° to +140° F)
-20° to +50° C (-4° to +122° F)
Data storage memory internal
128 MB (up to 16 GB SD card)
128 MB (up to 16 GB SD card)
Battery technology
Li-ion 2200 mAh
Li-ion 6600 mAh with integral gas gauging
Battery capacity/ life (hours)
8 hrs continuous
8 hrs continuous
Processor type
Marvell 806 MHz PXA320
Marvell 806 MHz PXA320
DSP technology
Freescale DSP56311
Freescale DSP56311
Operating system
Windows Embedded CE 6.0
Windows Embedded CE 6.0
User interface
Advisor Pro and GX series
Consultant and AX series
Full hierarchy display
Yes*
Yes*
Missed point indication
Yes
Yes
Multiple measurement
storage/historical data
Yes
Yes
Multiple historical
data review (waterfall)
Yes
Yes
Type-in text notes
Yes
Yes
Overall bar
Yes
Yes
* Not applicable on SKF Microlog Advisor Pro and SKF Microlog Consultant
40
Fault detection
and sensors
Vibration sensor selection by industry
42
SKF Machine Condition Transmitter (MCT) systems
48
SKF Copperhead fault detection system CPHD kits
50
Loop-powered vibration transmitters series CMSS 420VT
53
General purpose industrial accelerometers CMSS 2100/2200
55
SKF Eddy Probe Systems
56
Technical data
62
41
Fault detection and sensors
Vibration sensor selection by industry
Introduction
The measurement of vibration is the
most common method of assessing
the mechanical status of machinery
for condition monitoring purposes.
Although advances have been made
in the field of vibration monitoring
and analysis equipment, the selection
of sensors and the way they are
installed on a machine remain critical
factors in determining the success of
any condition monitoring program.
Investments made for installing
superior sensors are a prudent
investment since the information
provided about the machine of interest
is accurate and reliable. Poor quality
sensors and inadequate installation
can easily give misleading data or, in
some cases, cause a critical machine
condition to be completely overlooked.
SKF has developed a range of
industrial vibration sensors that
incorporates over three decades of
practical experience from providing
transducers such as eddy current probe
displacement sensors, accelerometers
and velocity sensors, to machinery
monitoring of all classes in multiple
industries.
42
Sensor features
The range of vibration sensors offered
is wide, as a vibration sensor has many
different characteristics that may vary,
including measurement related factors
such as frequency response, sensitivity
and accuracy. Physical characteristics
such as temperature rating, size
and connector orientation are also
considerations.
The following is a guide to SKF’s
experience in sensor use in the most
common industrial sectors in which
vibration monitoring is employed.
For each industry, the features
required of a quality vibration sensor
are stated and explained. Industrial
sensor choices are then graded
accordingly:
• Good - A general purpose choice
that has adequate measurement and
physical characteristics for condition
monitoring programs, where data
is trended for change and absolute
precision is not so important.
• Better - A general purpose choice
that has adequate measurement
and physical characteristics for
condition monitoring programs,
but adds a specific feature such as
an extended temperature range
or mounting orientation better suited
to the application.
• Best - A premium choice that has
optimum measurement and physical characteristics, but also offers
the longest history as evidence of
reliability. These are particularly
suited to critical machinery applications where the sensor may be used
in safety-related functions such as
machinery protection.
Pulp and paper
Following are the desired features of a
quality vibration sensor in the pulp and
paper industry:
• Low frequency response ≤ 1.0 Hz
for low rotational speed of rolls
• Elevated temperature 120 to 150° C
(250 to 300° F) for heat and humidity
of the dryer section
• IP 68 cable/connector assembly for
wet environments and frequent roll
changes
• Good signal to noise ratio to better
detect potential bearing failure
Pulp and paper
Good
General purpose monitoring
CMSS 2100
CMSS2100T
Better
Installation robustness
CMSS2200T
Best
Elevated temperatures
CMSS2200
CMSS 2106
CMSS 2207
General purpose, food and
beverage
Following are the desired features of a
quality vibration sensor in the food and
beverage industry:
• Low frequency response ≤ 1.0 Hz for
machines with low rotational speed
• Small physical size to accomodate
small bearings in areas with restricted
access
• Corrosion resistant against cleaning
fluids and chemical attack
• Integral cable or IP 68 connector/cable
for frequent hose-down situations
General purpose, food and beverage
Good
Better
Best
General purpose monitoring
Installation robustness
Frequency and precision
CMSS 780C
CMSS 2235
CMSS 2230
CMSS 2100F CMSS 2100 CMSS 793T-3
CMSS 2200
CMSS 797T-1
43
Fault detection and sensors
Oil and gas, refining,
petrochemicals
Following are the desired features of
a quality vibration sensor in the oil
and gas, refining and petrochemicals
industries:
• ATEX/NEC certification for
hazardous areas
• Minimum 10 Hz to 10 kHz frequency
response for turbines, blades and gears
• ±5% sensitivity precision as recommended for API 670 machine trip
• High EMI/RFI shielding as recommended for API 670 machine trip
Oil and gas, refining, petrochemicals
Good
Monitoring in Class I, Division 2 areas
Better
Monitoring in intrinsically safe areas
Best
High precision and long experience
CMSS 786A-D2 CMSS 787A-D2 CMSS 786F-D2 CMSS 786F-D2 CMSS 786A-IS CMSS 787A-IS CMSS 786T-IS CMSS 786F-IS
CMSS 793-EE CMSS 793-EE CMSS 793V-EE
(-FM, -CA)
(-FM, -CA)
(-FM, -CA)
Power generation
(fossil fuel, nuclear, hydro)
Following are desired features of a
quality vibration sensor in the power
generation (fossil fuel, nuclear and hydro)
industry:
• Velocity and/or acceleration for
absolute shaft vibration
• High temperature, ≥ 120° C
(≥ 250° F) for steam leaks
• ±5% sensitivity precision as recommended for API 670 machine trip
• High EMI/RFI shielding as recommended for high voltage environment
44
Power generation (fossil fuel, nuclear, hydro)
Good
General purpose monitoring
Better
Elevated temperatures
Best
Higher precision
CMSS 2100 CMSS 2200 CMSS 2100T CMSS 2200T CMSS 2106 CMSS 2207 CMSS 793V CMSS 797V
Power generation
(wind turbines)
Following are the desired features of a
quality vibration sensor in the power
generation (wind turbines) industry:
• Very low frequency response
(-6 dB at 1.0 Hz) as required by
Germanischer Lloyd certification.
• Small and compact physical size to
accomodate areas with restricted
access
• Packaged components for the
convenience of wind turbine OEM's
• Integral cable to prevent cost of
travel to site for a loose connector
Power generation (wind turbines)
Good
Better
General purpose monitoring Higher sensitivity for low amplitudes
CMSS WIND-100-10
CMSS WIND-375-10
Best
Sensitivity for analysis
CMSS 797L
Metalworking
Following are the desired features
of a quality vibration sensor in the
metalworking industry:
• Low frequency response ≤ 1.0 Hz for
machines with low rotational speed
• Physically robust to protect against
misuse, abuse and flying debris
• Corrosion resistant in hot, dusty and
corrosive environments
• Good signal-to-noise ratio to better
detect potential bearing failure
Metalworking
Good
General purpose monitoring
CMSS 2110
CMSS 2230
CMSS 2100
Better
Installation robustness
CMSS 2200
Best
Elevated temperature
CMSS 2106
CMSS 2207
45
Fault detection and sensors
Mining, mineral processing
and cement
Following are the desired features
of a quality vibration sensor in the
mining, mineral processing and cement
industry:
• Physically robust to protect against
flying debris and high vibration
• Corrosion resistant in dusty and
corrosive environments
Mining, mineral processing and cement
• Good signal-to-noise ratio to better
detect potential bearing failure
Good
Better
General purpose monitoring Higher sensitivity for lower amplitudes
• Low frequency response 0.2 Hz for
very low rotational speed of rolls
CMSS 2310
Specialized models for
portable data collector/
analyzer usage
Following are the desired features
of quality, specialized vibration sensor
models for portable data collector/
analyzer usage:
• Low frequency accelerometer:
-- Narrow frequency response
0.2 Hz to 3.7 kHz
-- Non-rolling element bearing
applications where main rotational
components are 12 r/min or above
-- High sensitivity, 500 mV/g for low
amplitude events
• Medium-high frequency
accelerometer:
-- Wide frequency response
0.5 Hz to 25 kHz
-- Small size for minimum dampening
-- Small mounting area
-- Delicate connector
46
CMSS 2310T
CMPT 2323
CMSS 2323T
Best
Elevated temperature
CMSS 2106
CMSS 2207
• High frequency accelerometer:
-- Superior high frequency response
5 Hz to 60 kHz
-- Delicate connector
• Triaxial accelerometer kit:
-- Triaxial sensor
-- Three independent sensors in one
-- Speeds up route data collection
Specialized models for portable data collector/analyzer usage
Low frequency accelerometer
CMSS 793L CMSS 793L-FM
CMSS 797L
Medium-high High frequency
Triaxial
frequency
accelerometer kit accelerometer accelerometer
CMAC 4370-K
CMSS 732A
CMSS2114
Other specialized models
Following are the desired features
of other specialized vibration sensor
models for different applications:
• Gas turbine applications:
-- Velocity sensor, direct measurement
-- Moving coil type
-- High temperature, 375° C (710° F)
• Machine tools applications:
-- Wide frequency response
(0.3 Hz to 10 kHz) for spindles
-- Special shape for integral mounting
-- Good signal-to-noise ratio to better
detect potential bearing failure
Other specialized models
Gas turbines
applications
Underwater usage
applications
CMSS 85
Various
Machine tools applications
CMSS MT1
CMSS MT3
• Underwater usage applications:
-- Uses sensors with integral cable
-- All MIL connector sensors use
IP 68 connector/cable with locking
collar and assembled with silicone
grease to exclude air from joint
For complete details on the product
range, please see:
Publication: PUB CM/P1 11604 EN,
SKF Vibration Sensors Catalog.
47
Fault detection and sensors
SKF Machine Condition Transmitter
(MCT) systems
CMSS 5301/CMSS 5302
One and two channel, complete MCT system
The CMSS 5301 (one channel)
and CMSS 5302 (two channel) are
vibration monitors that have been
designed for use on typical rotating
machinery such as electric motors,
pumps, fans, turbines, compressors,
chillers, and more.
• Two levels of alarm with relays
• True “OK” circuitry with relay
• Adjustable time delays
• Trip multiply
• 4 to 20 mA output
• Buffered transducer output
• Reset button
• Bright LED digital readout
• Class I, Division 2 rated transmitters
with monitors
The CMSS 5301 and CMSS 5302
accept inputs from any industry
standard 100 mV/g accelerometer,
conditions the input signals and
provides a digital display and alarm
status indication.
Analog outputs (4 to 20 mA) are
provided for each channel for interface
to a PLC or DCS for trending, alarm and
operator interface. The alarm contacts
for the OK circuit and for Alert and
Danger may be interfaced to machine
control and shutdown systems for a
complete vibration protection solution.
The system is a pre-wired, turnkey
package with power supply and bright
LED displays. The power supply
accepts 110 or 220 V AC, 50 or 60 Hz.
They are available in either an Imperial
or Metric configuration. The standard
enclosure is NEMA 4X fiberglass;
powder coated steel and stainless steel
enclosures are available.
Example of SKF MCT system configuration.
Data collection
and analysis with
SKF Microlog
Gearbox and fan
4 to 20 mA
(and optional
relay output)
PLC or DCS
Control system
48
Sensor
Ordering details
Order no.
No. of
Enclosure
Transmitter type
Transmitter mix*
channels
Transmitter*
configuration
CMSS 530
1 Single
FG Fiberglass X
E
Velocity, Imperial,
ENV One velocity
MS
channel
NEMA 4
CMSS 530A100A-ER-ISOLF;
and one enveloped
0 to 1 in./s, RMS
acceleratione
2 Dual
PS Powder-coated
M
channel
steel NEMA 4
Master and slave
configuration,
two transmitters,
one sensor
Velocity, Metric,
CMSS 530A100A-MR-ISOLF;
0 to 25 mm/s, RMS
SS Stainless steel
ENV Enveloped acceleration,
NEMA 4X
CMSS 590A100A;
0 to 10 gE
*Only necessary to specify for dual channel configurations.
Commonly ordered configurations
CMSS 5301: one channel complete Machine Condition Transmitter system with display
Order no.
Description
CMSS 5301FG-E
(1) CMSS 530A100A-ER-ISOLF (0 to 1 in. /s RMS), universal power supply, NEMA 4X fiberglass enclosure
CMSS 5301PS-M
(1) CMSS 530A100A-MR-ISOLF (0 to 25 mm /s RMS), universal power supply, powder coated steel NEMA 4 enclosure
CMSS 5301SS-ENV
(1) CMSS 590A100A (0 to 10 gE, Band 3), universal power supply, stainless steel NEMA 4X enclosure
CMSS 5302: two channel complete Machine Condition Transmitter system with displays
Order no.
Description
CMSS 5302FG-E
(2) CMSS 530A100A-ER-ISOLF (0 to 1 in. /s RMS), universal power supply, NEMA 4X fiberglass enclosure
CMSS 5302PS-M
(2) CMSS 530A100A-MR-ISOLF (0 to 25 mm /s RMS), universal power supply, powder coated steel NEMA 4 enclosure
CMSS 5302SS-ENV
(2) CMSS 590A100A (0 to 10 gE, Band 3), universal power supply, stainless steel NEMA 4X enclosure
CMSS 5302FG-E-ENV
(1) CMSS 530A100A-ER-ISOLF, (1) CMSS 590A100A, universal power supply, NEMA 4X fiberglass enclosure
CMSS 5302FG-M-ENV
(1) CMSS 530A100A-MR-ISOLF, (1) CMSS 590A100A, universal power supply, NEMA 4X fiberglass enclosure
CMSS 5302PS-E-ENV-MS
(1) CMSS 530A100A-ER-ISOLF wired to (1) CMSS 590A100A, universal power supply, powder coated steel NEMA 4 enclosure
CMSS 5302SS-M-ENV-MS
(1) CMSS 530A100A-MR-ISOLF wired to (1) CMSS 590A100A, universal power supply, stainless steel NEMA 4X enclosure
The CMSS 5301 and CMSS 5302 are also available with any other CMSS 500 series monitor. Contact your SKF representative to discuss additional options.
49
Fault detection and sensors
SKF Copperhead™ fault detection system
CPHD kits
Fault detection systems for mining,
mineral processing and cement
Unplanned production shutdowns
caused by faults in mining and cement
machinery always cost more, in both
time and money, than planned
shutdowns for maintenance and
repair. With SKF Copperhead fault
detection systems, machinery faults
can be detected before an unplanned
shutdown occurs.
Using the latest vibration and
temperature measurement techniques
to monitor equipment, SKF Copperhead
systems detect faults such as loose
components, unbalance, gear and
bearing damage, lack of lubrication,
and high temperatures. The systems
feature rugged sensors developed for
the harsh mining, mineral processing
and cement industries.
These pre-engineered and easy-toinstall systems can be used for periodic
monitoring, stand-alone continuous
monitoring, or integrated into a plant/
mine process automation system.
SKF Copperhead becomes part of
the plant/mine process automation
system when the continuous fault
detection capabilities are used. It can
also be used in a predictive
maintenance program when the
sensors are connected with a portable
data collector.
SKF Copperhead systems enable plant/
mine operators and maintenance to:
• Avoid unplanned downtime
• Reduce maintenance and repair costs
• Detect process faults (machinery
function, pump cavitation)
• Improve productivity
• Reduce safety hazards (rotating,
height and machinery repairs)
50
Applications
Made-to-order kits
• Agglomeration drums
SKF Copperhead fault detection systems
are supplied as made-to-order kits
including rugged sensors, enclosures
for periodic or continuous monitoring,
vibration and temperature transmitters,
and display/alarm modules.
The kits can be supplied with
sensors with alternative cable lengths,
stainless steel enclosures, and high
temperature sensors (up to 200° C/
390° F) for higher temperature
grinding and process machinery
applications.
Mining, mineral processing and
cement machines come in many
different configurations; therefore,
each application needs to be evaluated
to determine the best combination of
components for the system kit.
Contact your SKF representative for
assistance when selecting your SKF
Copperhead fault detection system kit.
• Conveyors
• Crushers
• Kilns
• Roller presses
• Horizontal and vertical mills
• Vibrating screen
• Fans
• Gearboxes
• Motors
• Pumps
Sensors
For normal or very low speed
(<40 rpm) applications
• Normal speed sensors (CMPT 2310
and CMPT 2310T) have 100 mV/g
vibration sensitivity
Enclosures
“B” Type
Transmitter
CMPT CTU
For periodic monitoring
For vibration and temperature
“B” type enclosures are non-metallic
with snap latches with BNC type
terminals inside for periodic
connection with portable vibration and
temperature data collectors such as the
SKF Microlog Analyzer or equivalent.
The transmitter powers the sensor
and provides a vibration and
temperature analog signal which
is processed using one of three
user configurable techniques: SKF
enveloped acceleration, acceleration
or velocity.
• SKF enveloped acceleration vibration
analysis is used to identify repetitive
impact type vibrations generated
by machinery faults due to loose
components, gear and bearing faults,
and lack of lubrication
• Low speed sensors (CMPT 2323
and CMPT 2323T) have a higher
230 mV/g vibration sensitivity
• Available for monitoring both
acceleration and temperature
• Rugged, low profile construction
standard with an integral
5m (16 feet) armored cable
Display/alarm module
CMPT DCL
The display/alarm module is used
to provide stand-alone monitoring
of the signals from the vibration and
temperature transmitter (CMPT CTU).
The display/alarm module has a
front panel digital display and alarm
function, including programmable
alarm settings, a front panel alarm
lamp, and relay contacts.
One display/alarm module is needed
per vibration and temperature signal.
The kit provides permanent
mounted sensors for a safe, reliable
and repeatable periodic predictive
maintenance program.
“E” Type
For continuous monitoring
“E” type enclosures are steel with
a hinged window door that includes
the vibration and temperature
transmitter (CMPT CTU) for continuous
monitoring.
• Acceleration vibration analysis is
used to monitor overall machine
and structural vibration
• Velocity vibration analysis is used
to identify looseness, misalignment
and unbalance
The transmitter has an optional special
10 second decay feature for monitoring
large, low rotational speed machines.
When used with the low speed/higher
sensitivity sensors, it becomes a very
effective fault detection system for
roller presses, vertical grinding mills,
kilns, agglomeration drums, and more.
These enclosures can be connected
directly to the plant/mine automation
system, or can provide stand-alone
vibration and temperature monitoring
when the enclosure includes the
display/alarm module (CMPT DCL).
All “E” type enclosures come
standard with a universal voltage/
frequency power convertor and are
pre-wired for easy installation.
continued on next page
51
Fault detection and sensors
Ordering details
Order no.
No. of
Enclosure configuration*
Alternative sensors
sensors
Standard sensor is CMPT 2310T
CPHD
1
B
2
3
EC
4
ECV
ECM
ECMT
Enclosure with BNC terminals for periodic
/10 vibration and temperature monitoring
Enclosure with CMPT CTU transmitter for
/23T
monitoring by plant automation.
Included power converter and terminals.
One CMPT CTU per sensor
/23
Enclosure with CMPT CTU transmitter for
monitoring by plant automation. Plus additional
CMPT CTU transmitter set to Velocity
Enclosure with CMPT CTU transmitter and
CMPT CTU display/monitor for stand-alone
monitoring of vibration.
Included power converter and terminals
Enclosure with CMPT CTU transmitter and
CMPT CTU for stand-alone monitoring of
vibrating and temperature.
Included power converter and terminals.
Alternative sensor
cable length
Standard cable length 5 m,
check with SKF
CMPT 2310 vibration
x 10
(100mv/g) sensor
CMPT 2323 vibration
x 15
(230 mV/g) and
temperature sensor
CMPT 2323 vibration
(230 mV/g) sensor
Sensors with 10 m
integral cable length
Sensors with 15 m
integral cable length
*Enclosures are standard with CMPT 2310T sensors unless designated with an alternative sensor suffix.
Ordering examples
A kit with (2) CMPT 2310T sensors (standard with 5 m cable), (1) BNC enclosure, with (2) BNC connectors per vibration and temperature sensor would be
SKF Order no. CPHD 2B.
A kit with (3) CMPT 2310T sensors, (1) Enclosure with (3) CMPT CTU transmitters (one per sensor) would be SKF Order no. CPHD 3EC.
A kit with (4) CMPT 2310T sensors, (1) Enclosure with (4) CMPT CTU transmitters (one per sensor) plus (1) CMPT CTU set to velocity would be
SKF Order no. CPHD 4ECV.
A kit with (5) CMPT 2323T x 10 sensors (10 m cable length), (1) Enclosure with (5) CMPT CTU transmitters (one per sensor), (5) CMPT DCL display/alarm modules
to monitor vibration, (5) CMPT DCL display/alarm modules to monitor temperature would be SKF Order no. CPHD 5ECMT/23T x 10.
52
Loop-powered vibration transmitters series
CMSS 420VT
An economical approach
to continuous vibration monitoring
• Continuous 24/7 vibration
signal output
• Continuously monitors machine
health with integrated sensor
• Built in accelerometer and electronics
to process vibration signal
• Sends signal back along 24-volt
power line that supplies its power
• Transmits directly to a Programmable Logic Controller (PLC) or
Distributed Control System (DCS)
for trending, alarm, and eventual
machine shutdown
• Standard 4 to 20 mA output that is
proportional to overall vibration in
terms of velocity
• Dynamic signal output for portable
analyzers
• Simple installation with available
adapters
• Accessories available to display the
reading and provide connector for
SKF Microlog
• CE Approved
• Approved Class 1, Division 2,
Groups B, C, D for US and Canada
Accessories
Display retrofit (requires transmitter)
CMSS 420LCD/CMSS 420LED
BNC adapter retrofit
CMSS 420BNC
• LCD displays actual vibration levels in
velocity on a Liquid Crystal Display
• 90 degree 3/4 in. NPT conduit elbow
with a BNC connector to access the
raw acceleration signal
• LED displays actual vibration levels
in velocity on a Light Emitting Diode
display
• Useful for connecting the CMSS
420VT to the portable data collectors
• Displays are shipped loose, and
installation is simple
• Includes BNC connector that provides
access to the raw acceleration signal
from the CMSS 420VT
continued on next page
53
Fault detection and sensors
Weatherproof cable fitting
CMSS 420WF
• 3/4 in. NPT
• Provides simple weatherproof exit for
instrument wire when used with the
CMSS 420EL
Pipe thread accelerometer
mounting adapter
CMSS 203
• Provided in several NPT sizes to
accommodate the most common
plugs found on most machinery
•Adapters have a 1/4-28 threaded
hole to mate with the CMSS 420VT
and most common accelerometers
and vibration transmitters
Elbow
CMSS 420EL
• 90 degree, 3/4 in. by 3/4 in. NPT
• Useful for connecting CMSS 420VT
to hard or flexible conduit
• Provides simple weatherproof exit
for instrument wire when used with
the CMSS 420WF
Ordering details
Order no.
Description
CMSS 420VT-1
25.4 mm/sec. (0 to 1 in./sec.) RMS, includes 1/4-28 and M8 mounting studs
CMSS 420VT-2
50.8 mm/sec. (0 to 2 in./sec.) RMS, includes 1/4-28 and M8 mounting studs
Accessories
Order no.
Description
CMSS 420LCD-01
Display retrofit - Liquid Crystal Display (LCD) 0 to 1 in./sec
CMSS 420LCD-02
Display retrofit - Liquid Crystal Display (LCD) 0 to 2 in./sec
CMSS 420LCD-51
Display retrofit - Liquid Crystal Display (LCD) 25.4 mm/sec
CMSS 420LCD-52
Display retrofit - Liquid Crystal Display (LCD) 50.8 mm/sec
CMSS 420LED-01
Display retrofit - Light Emitting Diode display (LED) 0 to 1 in./sec
CMSS 420LED-02
Display retrofit - Light Emitting Diode display (LED) 0 to 2 in./sec
CMSS 420LED-51
Display retrofit - Light Emitting Diode display (LED) 25.4 mm/sec
CMSS 420LED-52
Display retrofit - Light Emitting Diode display (LED) 50.8 mm/sec
CMSS 420BNC 90°, 3/4 in. BNC adapter retrofit
CMSS 420WF
NPT Weatherproof cable fitting
CMSS 420EL
90°, 3/4 in. x 3/4 in. NPT Elbow
CMSS 203-01
1/2 in. NPT Pipe thread accelerometer mounting adapter
CMSS 203-02
3/4 in. NPT Pipe thread accelerometer mounting adapter
CMSS 203-03
3/8 in. NPT Pipe thread accelerometer mounting adapter
CMSS 203-04
1/4 in. NPT Pipe thread accelerometer mounting adapter
54
General purpose industrial accelerometers
CMSS 2100/2200
Rugged, economic vibration sensors
for a wide variety of industrial applications
Using knowledge acquired from
many years of supplying high quality
sensors to a broad spectrum of
industry users, SKF offers rugged
accelerometers designed for the
pulp and paper, petrochemical, steel,
mining, construction, metal working,
and machine tool industries.
Accelerometers sense vibration
commonly found in most industrial
machinery. Applications for acceleration
and velocity sensors include machinery
health monitoring of motors, fans,
pumps, gearboxes, blowers, machine
tool spindles, compressors, chillers,
rollers, and mixers.
Maintenance professionals use
accelerometers for predictive
maintenance to lower overall cost
and increase machinery performance.
• Incorporates the latest technologies
to meet the demanding CE, EMC,
and low noise level requirements
• For use with SKF junction boxes,
on-line systems, protection systems
and the portable data collection
instruments
General purpose, top exit,
industrial accelerometer
CMSS 2100
Industrial accelerometer with top exit
MIL-C-5015 two (2) pin connector.
• Exceptional bias voltage (BV) stability
at elevated temperatures
• Designed for exceptionally low noise
levels for low frequencies at elevated
temperatures
Industrial accelerometer with side exit
two pin connector offers a low profile
for machinery with limited clearance.
Mounts in any orientation.
2-Pin Connector
MIL-C-5015
1/4 in. Socket Head
Captive Screw
40.0 mm
(1.60 in.) 26.0 mm
(1.04 in.)
53.0 mm
(2.10 in.)
MODEL CMSS2100
S/N S00000
7/8 in. Hex
19.0 mm
(0.75 in.)
Diameter
• Rugged, economical, and all around
general purpose sensor
• Sensitivity, 100 mV/g to optimize
use in multiple applications
General purpose,
low profile, side exit,
industrial accelerometer
CMSS 2200/CMSS 2200-M8
22.3 mm
(0.87 in.)
1/4-28
Mounting
Hole
6.3 mm
(0.25 in.)
MODEL CMSS2200
MODEL CMSS2200-M8
S/N S0000
23.0 mm
(0.92 in.)
CMSS 2200:
1/4-28 Mounting thread
CMSS 2200M8:
M8 Mounting thread
25.0 mm
(1.00 in.)
37.0 mm
(1.44 in.)
53.0 mm
(2.10 in.)
A B
A B
+ -
2-Pin
Connector
MIL-C-5015
20.3 mm
(0.80 in.)
Ordering details
Order no.
Description
• Smaller profile
CMSS 2100
General purpose industrial accelerometer with top exit MIL-C-5015 two (2) pin
connector. 1/4-28 and M8 mounting studs provided. Calibration sensitivity and nominal
sensitivity is provided for each accelerometer package.
• Two (2) mounting studs (1/4-28
and M8 x 1.25) provided
CMSS 2200
General purpose low profile industrial accelerometer with side exit MIL-C-5015
two (2) pin connector. 1/4-28 and M6 mounting studs provided. Calibration sensitivity
and nominal sensitivity is provided for each accelerometer package.
CMSS 2200-M8
General purpose low profile industrial accelerometer with side exit MIL-C-5015
two (2) pin connector. M8 mounting stud provided.
• Corrosion resistant and hermetically
sealed for humid areas
• Reverse polarity wiring protection
55
Fault detection and sensors
SKF Eddy Probe Systems
RYTON-based eddy current transducers
Eddy Probe Systems
The Eddy Probe System is a field
proven method for reliably detecting
various machine displacement
parameters. The Probe’s simplicity and
rugged design enables it to withstand
the temperatures and chemicals
typically encountered in harsh machine
environments.
Eddy Probes measure radial or
axial shaft motion. They are mounted
through or to the side of a bearing
cap and observe the shaft’s movement
relative to its mounting position.
An Eddy Probe System is comprised
of a Probe, a Driver (oscillator
demodulator), and an Extension Cable.
Eddy Probe Systems have excellent
frequency response. They have no
lower frequency limit and are used to
measure shaft axial position as well as
vibration.
• Conforms to API 670 – American
Petroleum Institute has published
Standard 670 to define reliable
protection systems for rotating
equipment operating in the harsh
conditions found in oil production,
refining, and chemical processing
• Super tough RYTON probe tips and
driver case — RYTON’s strength approaches that of metal. The material
is now beginning to be used in the
manufacture of automobile engines
• DIN rail mounting and compression
connectors are used for optimum
installation
• Hazardous area approved units are
available
• Available with standard removable/
reversible connector or the optional
permanent fixed connector
Note: Eddy Probe, Displacement Probe, and
Proximity Probe are all synonyms for the same or
similar products manufactured and supplied by
various companies.
56
Selecting an Eddy Probe
System
Hazardous area approvals
North America
A wide variety of SKF systems are
offered to meet the requirements of
virtually any application.
Probe range is limited largely by
the probe’s diameter. The standard
SKF probe diameters are 5 mm
(CMSS 65), and 8 mm (CMSS 68).
The following should be considered
when selecting a system:
Approvals granted by Factory Mutual
(FM) and Canadian Standards
Association (CSA).
Range
The gap over which the system must
accurately operate.
Sensitivity
Must be compatible with monitors or
other companion instruments.
System length
The physical length of the systems is
approximate to the electrical length.
Excess cable in certain installations
is typically coiled and tied with no
harmful effects.
Probe case
The size of the probe mounting case
may be a factor in some installations.
Several case options are available.
Please see ordering information.
Class 1 Division 1 Groups A, B, C, D
Intrinsically safe when used with zener
barriers or galvanic isolators.
Class 1 Division 2 Groups A, B, C, D
When connected with National Electric
Code (NEC) without zener barriers or
galvanic isolator.
See ordering details for probe and
driver designations for hazardous area
approved models.
Contact your local SKF Reliability
Systems sales representative for
details.
For complete details on the product
range, please see:
Publication CM2004 EN,
SKF Eddy Probe Systems catalog.
5 mm Eddy Probe System RYTON-based eddy current transducers
CMSS 65/CMSS 665 Series
8 mm Eddy Probe System RYTON-based eddy current transducers
CMSS 68/CMSS 668 Series
Standard SKF Eddy Probe Systems
System
Usable range
Sensitivity
System length
Standard case
Description
CMSS 65/CMSS 665
80 mils
200 mV/Mil
5 meters
1/4-28
Standard system
CMSS 68/CMSS 668
90 mils
200 mV/Mil
5 meters
3/8-24
Meets intent of API 670
CMSS 68/CMSS 668-1
90 mils
200 mV/Mil
10 meters
3/8-24
Long system length
CMSS 68/CMSS 668-2
90 mils
200 mV/Mil
15 meters
3/8-24
Long system length
CMSS 68/CMSS 668-5
15-160 mils
100 mV/Mil
10 meters
3/8-24
Long range
continued on next page
57
Fault detection and sensors
5 mm Eddy Probe System
RYTON-based eddy current transducers
CMSS 65/CMSS 665 Series
Eddy Current Probe
Ordering details
Order no.
Description
CMSS 65-002-00-12-10
SKF Standard Eddy Current Probe
See ordering matrix below to build your order number if
requirements are different from SKF Standard Eddy Current Probe
CMSS 65
CASE
CABLE
Standard
Armored
Fiberglass sleeved
CSA/FM/SIRA
(ATEX) (Intrinsically
Safe) Certified
CSA/FM/SIRA
(ATEX) (Intrinsically
Safe) Certified and
Armored
FM (non-incendive)
FM (non-incendive)
Armored
00
01
02
07
2
3
0
1
4
E
08
A* - UNTHREADED CASE LENGTH
Fully threaded
0.1 inches to 5.0 inches
(Unthreaded)
5.1 inches to 9.9 inches
Reverse mount, 3/8-24 threads
1/4-28 threads
(Standard)
M8 x 1 threads
3/8-24 threads
M10 x 1 threads
No case
Button probe
(Fiberglass)
Standards:
No case
0.8 inches
1.2 inches
1.5 inches
2.0 inches
2.5 inches
3.0 inches
4.0 inches
4.7 inches
6.0 inches
9.0 inches
SPECIALS
0.9 to 5.9 inches
9.1 to 9.9 inches
Extension Cable
05
10
5A
0.5 meters
1.0 meter
(standard)
5.0 meters
+1: Length is Nominal Electrical:
Physical length may vary.
00
08
12
15
20
25
30
40
47
60
90
The 5A units have integral cable
and mate directly to the Driver.
09 to 59
91 to 99
*Product dimensions shown on page 59
Ordering details
Order no.
Description
CMSS 958-00-040
SKF Standard Extension Cable
See ordering matrix below to build your order number if
requirements are different from SKF Standard Extension Cable
CMSS 958
CABLE
58
51 to 99
RM
B* - CASE LENGTH
09
0B
Standard
Armored
Fiberglass sleeved
CSA/FM/SIRA
(ATEX) (Intrinsically
Safe) Certified
CSA/FM/SIRA
(ATEX) (Intrinsically
Safe) Certified and
Armored
FM (non-incendive)
FM (non-incendive)
Armored
00
01 to 50
C* - OVERALL
LENGTH +1
00
01
02
09
0A
0H
0J
LENGTH
(Compatible
system listed)
CMSS 665,
2.0 meters
CMSS 65
CMSS 665,
1.0 meter
CMSS 65
CMSS 665,
0.5 meters
CMSS 65
030
040
045
System ordering example
for CMSS 65
Probe: CMSS 65-092-05-25-05
5mm tip diameter, 1/4"-28 thread,
2.5" case length, 0.5" unthreaded
case length, 0.5 meter cable, no
armor, Class 1 Division 2 certified
Extension Cable: CMSS 958-0H-045
Extension Cable, no armor, 4.5 meter
length, Class 1 Division 2 certified
Driver: CMSS 665-20-00
Driver, FM (non-incendive),
5 meter system
Eddy Probe Systems in general are
electronically-matched systems, and it
is not possible to interchange components between systems from different
manufacturers. If replacing another
manufacturer’s component, it is
necessary to order a complete system,
including probe, cable and driver.
Driver
Driver for hazardous area approval
Class 1 Division 1 Groups A, B, C, D
CMSS 665-16-9/CMSS 665P-16-9
Driver for 5 meter system
CMSS 665/CMSS 665P
• CSA/FM/SIRA (Intrinsically Safe)
Certified Driver for 5 meter System
Use with these combination
of components:
• 1 meter Probe and 4 meter
Extension Cable
• 0.5 meter Probe and 4.5 meter
Extension Cable
Example: Use with CSA/FM/SIRA
(Intrinsically Safe) Certified 1 meter
CMSS 65 Probe and 4 meter
CMSS 958 Extension Cable
• For intrinsic safety installations,
drivers must be installed with
barriers as specified in CSA/FM/
SIRA certification and associated
documentation
• or 5 meter Probe
Driver for 10 meter system
CMSS 665-1/CMSS 665P-1
Use with these combination
of components:
Product dimensions
Standard mount case
C
0.28" maximum diameter
Armor (optional)
0.205" diameter
1/4–28 OR M8 X 1 thread
5.0 mm
B
Reverse mount case
0
CMSS 65
RM
• FM (non-incendive) Certified Driver
for the 5 meter System
7/16" HEX
3/8–24 thread UNF 2A
5.0 mm
Example: Use with FM
(non-incendive) Certified 1 meter
CMSS 65 Probe and CMSS 958
Extension Cable
Button (Disk) probe
CMSS 65
E
00
00
0.375"
diameter
Probe
Cable
0.100"
Note: All circuit boards used in SKF CMSS 665
Series Drivers are conformal coated as standard
procedure.
0.190"
diameter
0.030"
0.250"
0.101" diameter
6.35 cm
(2.50")
0.25" clearance hole
for mounting with
number 10 hardware
CMSS665
6.35 cm
(2.50")
5 mm
DISPLACEMENT
PROBE DRIVER
MADE IN U.S.A.
by
SKF Condition Monitoring
-24V
S/N
GND
7.62 cm
(3.00")
SIG
Specifications same as standard driver;
however, it is also filled with potting
material to provide additional measure
of protection when operated in adverse
environmental conditions.
GND
Driver for enhanced environmental
protection
CMSS 665-8/CMSS 665P-8
5.5 mm (0.215")
8.8 mm (0.348")
30.5 mm
(1.200")
-24V
• or 10 meter Probe
6.3 mm
12
Driver for hazardous area approval
CMSS 665-20-00/CMSS 665P-20-00
• 1 meter Probe and 9 meter
Extension Cable
A
CONNECTOR: Stainless steel
jack-type mates with CMSS 958
extension cable
1 2 3 4 5
7.62 cm
(3.00")
REMOVABLE OR PERMANENT
FIXED CONNECTOR: Terminal
strip type rated for 250 V, 10 AMPS
14 AWG maximum wire size.
4.06 cm
(1.60")
Ordering details
Order no.
Description
CMSS 665/CMSS 665P
Driver for 5 meter system
CMSS 665-1/CMSS 665P-1
Driver for 10 meter system
CMSS 665-8/CMSS 665P-8
Driver for enhanced environmental protection
CMSS 665-16-9/CMSS 665P-16-9
Driver for hazardous area approval (Intrinsic Safety)
CMSS 665-20-00/CMSS 665P-20-00
Driver for hazardous area approval (non-incendive)
Drivers containing the “P” in the model number, denote those models with permanent fixed connector.
continued on next page
59
Fault detection and sensors
8 mm Eddy Probe System
RYTON-based eddy current transducers
CMSS 68/CMSS 668 Series
Eddy Current Probe
Ordering details
Order no.
Description
CMSS 68-002-00-12-10
SKF Standard Eddy Current Probe
See ordering matrix below to build your order number if
requirements are different from SKF Standard Eddy Current Probe
CMSS 68
CASE
CABLE
Standard
Armored
Fiberglass sleeved
CSA/FM/SIRA
(ATEX) (Intrinsically
Safe) Certified
CSA/FM/SIRA
(ATEX) (Intrinsically
Safe) Certified and
Armored
FM (non-incendive)
FM (non-incendive)
Armored
0
00
01
02
07
1
4
E
A* - UNTHREADED CASE LENGTH
3/8-24 threads
(Standard)
M10 x 1 threads
No case
Button probe
(Fiberglass)
08
Fully threaded
0.1 inches to 5.0 inches
(Unthreaded)
5.1 inches to 9.9 inches
Reverse mount, 3/8-24 threads
Extension Cable
Ordering details
Description
CMSS 958-00-040
SKF Standard Extension Cable
See ordering matrix below to build your order number if
requirements are different from SKF Standard Extension Cable
CMSS 958
Standard
Armored
Fiberglass sleeved
CSA/FM/SIRA
(ATEX) (Intrinsically
Safe) Certified
CSA/FM/SIRA
(ATEX) (Intrinsically
Safe) Certified and
Armored
FM (non-incendive)
FM (non-incendive)
Armored
60
00
01
02
09
0A
0H
0J
00
08
12
15
20
25
30
40
47
60
90
C* - OVERALL
LENGTH +1
05
10
5A
AA
FA
0.5 meters
1.0 meters
(standard)
5.0 meters
10.0 meters
15.0 meters
+1: Length is Nominal Electrical:
Physical length may vary.
The 5A, AA, FA units have integral
cable and mate directly to the Driver.
09 to 59
91 to 99
*Product dimensions shown on page 61
Order no.
CABLE
51 to 99
RM
B* - CASE LENGTH
Standards:
No case
0.8 inches
1.2 inches
1.5 inches
2.0 inches
2.5 inches
3.0 inches
4.0 inches
4.7 inches
6.0 inches
9.0 inches
SPECIALS
0.9 to 5.9 inches
9.1 to 9.9 inches
09
0B
00
01 to 50
LENGTH
(Compatible
system listed)
CMSS 668,
1.0 meter
CMSS 68
CMSS 668,
0.5 meters
CMSS 68
CMSS 668-1,
1.0 meter
CMSS 68
CMSS 668-1,
0.5 meters
CMSS 68
CMSS 668-2,
1.0 meter
CMSS 68
040
045
090
095
140
System ordering example
for CMSS 68
Probe: CMSS 68-000-RM-12-10
8mm tip diameter, 3/8"-24 thread,
1.2" case length, reverse mount,
1.0 meter cable, no armor,
no hazardous area certification
Extension Cable: CMSS 958-00-090
Extension Cable, no armor, 9.0 meter
length, no hazardous area certification
Driver: CMSS 668-1
Driver, 10 meter system, no hazardous
area certification
Eddy Probe Systems in general are
electronically-matched systems, and it
is not possible to interchange components between systems from different
manufacturers. If replacing another
manufacturer’s component, it is
necessary to order a complete system,
including probe, cable and driver.
• or 5 meter Probe
Driver for hazardous area approval
Class 1 Division 1 Groups A, B, C, D
CMSS 668-16-9/CMSS 668P-16-9
Driver for 10 meter system
CMSS 668-1/CMSS 668P-1
• CSA/FM/SIRA (Intrinsically Safe)
Certified Driver for 5 meter System
Use with these combination
of components:
• 1 meter Probe and 9 meter
Extension Cable
• or 10 meter Probe
Driver for 15 meter system
CMSS 668-2/CMSS 668P-2
Use with these combination
of components:
• 1 meter Probe and 14 meter
Extension Cable
• or 15 meter Probe
Driver for extended range
CMSS 668-5/CMSS 668P-5
Use with these combination of
components:
• 1 meter Probe and 9 meter
Extension Cable
• or 10 meter Probe
Example: Use with CSA/FM/SIRA
(Intrinsically Safe) Certified 1 meter
CMSS 68 Probe and 4 meter
CMSS 958 Extension Cable
• For intrinsic safety installations,
drivers must be installed with
barriers as specified in CSA/FM/
SIRA certification and associated
documentation
Driver for hazardous area approval
Class 1 Division 2 Groups A, B, C, D
CMSS 668-20-00/CMSS 668P-20-00
Armor (optional)
8.0 mm
Example: Use with FM
(non-incendive) Certified 1 meter
CMSS 68 Probe and CMSS 958
Extension Cable
A
B
Reverse mount case
CMSS 68
0
RM
7.0 mm
12
7/16" HEX
3/8–24 thread UNF 2A
8.0 mm
6.9 mm (0.275")
8.8 mm (0.348")
30.5 mm
(1.200")
Button (Disk) probe
CMSS 68
E
00
00
0.500"
diameter
Probe
Cable
0.200"
0.300"
diameter
0.091"
0.515"
0.110" diameter
• FM (non-incendive) Certified Driver
for the 5 meter System
0.324" diameter
3/8–24 OR M10 X 1 thread
6.35 cm
(2.50")
7.62 cm
(3.00")
0.25" clearance hole
for mounting with
number 10 hardware
CMSS668
6.35 cm
(2.50")
8 mm
DISPLACEMENT
PROBE DRIVER
S/N
MADE IN U.S.A.
by
SKF Condition Monitoring
-24V
• 0.5 meter Probe and 4.5 meter
Extension Cable
C
0.28" Maximum diameter
GND
• 1 meter Probe and 4 meter
Extension Cable
Standard mount case
SIG
Use with these combination
of components:
Specifications same as standard driver;
however, it is also filled with potting
material to provide additional measure
of protection when operated in adverse
environmental conditions.
Product dimensions
GND
Driver for 5 meter system
CMSS 668/CMSS 668P
Driver for enhanced environmental
protection
CMSS 668-8/CMSS 668P-8
-24V
Drivers
CONNECTOR: Stainless steel
jack-type mates with CMSS 958
extension cable
Note: All circuit boards used in SKF CMSS 668
Series Drivers are conformal coated as standard
procedure.
1 2 3 4 5
7.62 cm
(3.00")
REMOVABLE OR PERMANENT
FIXED CONNECTOR: Terminal
strip type rated for 250 V, 10 AMPS
14 AWG maximum wire size.
Ordering details
Order no.
Description
CMSS 668/CMSS 668P
Driver for 5 meter system
CMSS 668-1/CMSS 668P-1
Driver for 10 meter system
CMSS 668-2/CMSS 668P-2
Driver for 15 meter system
CMSS 668-5/CMSS 668P-5
Driver for extended range
CMSS 668-8/CMSS 668P-8
Driver for enhanced environmental protection
CMSS 668-16-9/CMSS 668P-16-9
Driver for hazardous area approval (Intrinsic Safety)
CMSS 668-20-00/CMSS 668P-20-00
Driver for hazardous area approval (non-incendive)
4.06 cm
(1.60")
Drivers containing the “P” in the model number, denote those models with permanent fixed connector.
61
Fault detection and sensors
Technical data
Machine condition transmitter (MCT) systems (page 48)
Designation
CMSS 5301 /CMSS 5302
Physical
Dimensions:
FG Fiberglass, single and dual channel
PS Painted steel and SS Stainless steel, single channel
PS Painted steel and SS Stainless steel, dual channel
28.5 × 15.5 × 23.4 cm (11.21 × 6.09 × 9.20 in.)
25.0 × 15.0 × 20.3 cm (9.84 × 5.90 × 7.98 in.)
30.0 × 15.0 × 25.0 cm (11.81 × 5.91 × 9.85 in.)
Electrical
Power
Accepts 110 or 220 V AC, 50 or 60 Hz
Case
Isolated
Input
Sensor
Accelerometer, 100 mV/g
Sensor OK detection
Continuously monitors the transmitter bias and signal voltage; if this voltage exceeds preset limits,
the 4 to 20 mA output current is reduced to less than 2 mA
Output
Sensitivity
Depending on used sensor’s input sensitivity, ±10%
4 to 20 mA DC output
4 to 20 mA proportional to full scale range
Accuracy
±5% with single pole filter; -3 dB points at 2 Hz and 2 kHz
Buffered output
BNC connector 0 to 20 kHz
Maximum load
600 Ω resistive per channel
Environmental
Operating temperature
-20° to +80° C (-5° to +175° F)
Storage temperature:
-55 to +125 °C (-65 to +260 °F)
Relative humidity
0 to 95% non-condensing
Approvals:
FG Fiberglass and SS Stainless steel
PS Painted steel
NEMA 4X
NEMA 4
Copperhead CMPT Sensors (page 51)
Designation
CMPT sensors
Cable
Standard with 5 m (16 feet) integral armored cable
Mounting to machinery
Supplied with M6 and 1/4 inch socket head screw
Acceleration output range
70 g
Shock limit
5,000 g
Accelerometer measurement temperature range
-50 to +120° C (-58 to +248° F)
CMPT 2310
CMPT 2310T
CMPT 2323
CMPT 2323T
Vibration sensitivity
100 mV/g
100 mV/g
230 mV/g
230 mV/g
Temperature
N/A 10 mV/°C
N/A
10 mV/°C
Note: Some sensors are available with 10 m (32 feet) or 15 m (48 feet) cables length. Check with SKF for availability.
Copperhead CMPT CTU vibration and temperature transmitter (page 51)
Designation
CMPT CTU
Vibration process analysis
Acceleration Enveloping
gE3 (ENV3)
Acceleration, g
2 Hz to 20 kHz (RMS and Peak Hold)
Velocity, mm/s (inch/s)
ISO (10 Hz to 1 kHz)
Vibration signal decay
1 or 10 seconds (SKF enveloped acceleration)
Analog output
Processed vibration
4 to 20 mA and 0 to 10 V DC proportional to full scale vibration
Temperature
4 to 20 mA and 0 to 10 V DC proportional to 0 to +120° C
Buffered acceleration output
BNC connector, screw terminals
Output averaging option
62
On/Off
Copperhead CMPT DCL display/alarm module (page 51)
Designation
CMPT DCL
Accepts the following inputs types
Current
4 to 20 mA, 0 to 20 mA
Voltage
0 to 10 V DC; 0 to 1 V DC; O to 5 V DC; 1 to 5 V DC
Thermocouple
K, J, R, S, B, E, T, N, PL-II, C (W/Re5-26)
RTD
Pt100, JPt100 three-wire system
LED display
7.4 mm (height) x 4.0 mm (width)
Scaleable for vibration (gE, g, mm/s, inch/s), temperature (°C, °F), etc.
Alarm functions
Type
LED event lamp on front display (red)
One relay contact
48 V DC / AC; 1 A maximum (optional latching or non-latching relay)
Setting
One programmable alarm setting
Output signal
4 to 20 mA proportional to scaled input
Copperhead CPHD enclosures for kits (page 51)
Designation
CPHD enclosures
Description
Painted steel with hinged window door
Dimensions and weight
Dependent on kit type
IP rating
IP66 (NEMA 4)
Required supply voltage
100-250 V AC / 50-60 Hz
Loop-powered vibration transmitters (page 53)
Designation
CMSS 420VT
Dynamic
Output
4 to 20 mA proportional to full scale velocity
Accuracy
±5% of full-scale
Frequency response
2 to 2,000 Hz
Frequency response accuracy
-3 dB
2 Hz to 2 kHz
10%
10 Hz to 1 kHz
5%
Buffered output
15 Hz to 750 Hz
Acceleration, 100 mV/g
Environmental
Operating temperature
-20° to +80° C (-4° to +176° F)
Sealed
Epoxy encapsulated
Enclosure
SS, NEMA 4, 4X, 12
Mounting
Stud mounted
Weight (without display)
227 g (8 oz.)
Regulatory approval
CE Mark
SKF Loop-powered vibration transmitter CMSS 420 VT and displays CMSS 420LCD and CMSS 420LED
Hazardous area ratings
The CMSS 420VT is suitable for use in Class 1, Division 2, Groups B, C, D (US and Canada)
Electrical ratings
22 to 36 V DC, 4 to 23 mA, provided from an external DC source rated 36 V DC maximum, 23 mA maximum.
The CMSS 420VT is suitable for use in Class 1, Division 2, Groups B, C, D (US and Canada)
Maximum load
Up to 500 ohms resistive at 24 V DC and no display (See Note - Maximum load resistance calculations
for specific requirements)
Case isolated
Grounding
Note: Maximum load resistance calculations:
DC Supply Voltage range: 22 to 36 V DC
RLmax = (Vs - 14 - Vd) / 0.02
RL = Load resistance
Vs = DC supply voltage
Vd = Display voltage: 5.0 V DC for LED, 2.0 V DC for LCD, 0.0 V DC for no display
The recommended Load Resistance (RL) for most installations is: 100 or 250 ohms at Vs = 24 V DC, with or without an LED/LCD display.
63
Fault detection and sensors
Technical data
Industrial accelerometers (page 55)
Designation
CMSS 2100
CMSS 2200 / CMSS 2200-M8
Dynamic
Sensitivity
100 mV/g
Sensitivity precision
±5% at +25° C (+77° F)
Acceleration range
80 g peak
Amplitude linearity
≤1%, up to full scale
Frequency range
±10% at +25° C (+77° F)
1%
±5%
3.0 to 5,000 Hz
±10%
1.0 to 9,000 Hz
1.0 to 5,000 Hz
±3 dB
0.5 to 14,000 Hz
0.7 to 10,000 Hz
Resonance frequency
Mounted, nominal 30 kHz
Transverse sensitivity
≤5% of axial
Electrical
Power requirements:
Voltage source
+24 V DC nominal, 18 to 30 V DC
Constant current diode
2 to 10 mA DC, recommended 4 mA
Electrical noise
2.0 Hz; 20 µg/√Hz
Output impedance
<100 Ω
Bias output voltage
12 V DC
Grounding
Case isolated, internal shielding
18 to 30 V DC
Environmental
Temperature range
-50° to +120° C (-58° to +248° F), operating temperature
Vibration limits
500 g peak
Shock limit
5,000 g peak
Electromagnetic sensitivity, equivalent g,
maximum
70 µg/gauss
Sealing
Hermetic
Base strain sensitivity
200 µg/microstrain
CE
According to the generic immunity standard for Industrial Environment EN50082-2.
Acceptance criteria
The generated “false equivalent g level” under the above test conditions should be less than 2 milli g peak to peak.
Physical
Dimensions
Weight
See drawing
90 g (3.2 oz.)
Case material
316L stainless steel
Mounting
145 g (5.1 oz.)
Internal 1/4-28 thread
Captive mounting bolts provided
Mounting studs provided
One (1) 1/4-28 English thread
One (1) 1/4-28 to 1/4-28 English thread
and one (1) M6 x 1.00 metric thread
and one (1) M8 x 1.25 metric thread
Mounting torque
2.9 N-m (24 in-lbs)
Connector
Pin A
Signal/Power
Pin B
Common
Mating connector
CMSS 3106F-10SL-4S or equivalent
Recommended cable
Two conductor shielded, teflon jacket, 100 pF/m (30 pF/ft)
3.4 N-m (30 in-lbs)
Specifications conform to ISA-RP-37.2 (1 to 64) and are typical values referenced at +24° C (+75° F), 24 V DC supply, 4 mA constant current and 100 Hz.
64
CMSS 65 Eddy Current Probe System (page 58)
Usable range
Standard
2 mm (0.25 mm to 2.25 mm), 80 mils (10 mils to 90 mils)
With zener barrier
(Intrinsic Safety)
1.15 mm (0.25 mm to 1.4 mm) 45 mils (10 mils to 55 mils)
Sensitivity
Standard
7.87 mV/micron (200 mV/mil)
With driver for 10 meter system
7.87 mV/micron (200 mV/mil) ±10% of 200 mV/mil
Linearity
Standard
±25.4 microns (1 mil) of best straight line over 2 mm (80 mil) range
With driver for 10 meter system
±38 microns (1.5 mil) from best straight line
With zener barrier
(Intrinsic Safety)
±25.4 microns (1 mil) from best straight line over 1.15 mm (45 mil) range
Frequency range
DC to 10 kHz; DC to 600,000 CPM; down maximum of 3 dB at 10 kHz
Driver signal output
Impedance
Minimum calibrated load resistance of 3kΩ; output is protected against miswiring.
Voltage
Nominal 7.87 mV/micron (200 mV/mil) corresponding to -18 VDC at 2.3 mm (90 mils) with -24 VDC supply.
Power supply requirements
15 mA from -24 VDC to -30 VDC
Interchangeability
Compliant to API-670, which requires that probes, extension cables and drivers in 5 meter systems
be interchanged with ±5% or less performance change without recalibration.
A trim calibration adjustment on Driver provides a means for duplication of characteristics after
replacement of any component.
Probe
Operating temperature range
-34° to +177° C (-29° to +350° F), Note: Ex i regulations restrict upper limit to +100° C
Differential pressure
To 4 bar (60 PSI)
Materials
Case
Tip material
RYTON
Connectors
Nickel plated stainless steel; weatherproof, sealable
Cable
Coaxial with Teflon® insulation; high tensile and flexible strength
Mounting
300 stainless steel
Recommend minimum clearance of 1/2 Probe Tip diameter around the Probe Tip to maintain factory calibration
Extension cable
Temperature ranges, connectors, cable same as CMSS 65 Eddy Current Probe.
Drivers
Operating temperature range
0° to +65° C (+32° to +149° F)
Connections (Power, Signal, GND)
Five terminal removable and reversible compression terminal block accepting up to 2 mm2 (14 AWG) wire.
Three connections necessary per block (-24 VDC; GND; Signal).
The CMSS 665P has a permanent fixed connector with same connection characteristics.
Mounting
C-DIN Rail Mount which bolts onto Driver enclosure,
or the standard four number 10 clearance holes in a square on 63.5 mm (2.5 in.) centers.
Unless otherwise noted, the specifications apply to a complete CMSS 65 Eddy Current Probe System composed of: CMSS 65 Eddy Current Probe,
CMSS 958 Extension Cable, and CMSS 665 or CMSS 665P Driver at +23° C (+73° F), with a -24 VDC supply and target of AISI 4140 steel.
These specifications may vary with different options and systems.
65
Fault detection and sensors
Technical data
CMSS 68 Eddy Current Probe System (page 60)
Usable range
Standard
2.3 mm (0.25 mm to 2.5 mm), 90 mils (10 mils to 100 mils)
With driver for extended range
3.6 mm (0.4 mm to 4.0 mm), 145 mils (15 mils to 160 mils)
With zener barrier
(Intrinsic Safety)
1.6 mm (0.25 mm to 1.9 mm), 65 mils (10 mils to 75 mils)
Sensitivity
Standard
With driver for 10 meter system
7.87 mV/micron (200 mV/mil)
7.87 mV/micron (200 mV/mil) ±10% of 200 mV/mil
With driver for 15 meter system
7.87 mV/micron (200 mV/mil) ±10% of 200 mV/mil at +23° C
With driver for extended range
3.94 mV/ micron (100 mV/mil) ±10% of 100 mV/mil at +23° C
Linearity
Standard
With driver for 10 meter system
±25.4 microns (1 mil) of best straight line over 2.3 mm (90 mil) range
±38 microns (1.5 mil) from best straight line
With driver for 15 meter system
±38 microns (1.5 mil) from best straight line over 2.3 mm at +23° C
With driver for extended range
±25.4 microns (1 mil) from best straight line over 3.6 mm at +23° C
With zener barrier
(Intrinsic Safety)
±25.4 microns (1 mil) from best straight line over 1.15 mm (45 mil) range
Frequency range
DC to 10 kHz; DC to 600,000 CPM; down maximum of 3 dB at 10 kHz
Driver signal output
Impedance
Minimum calibrated load resistance of 3kΩ; output is protected against miswiring.
Voltage
Nominal 7.87 mV/micron (200 mV/mil) corresponding to -18 VDC at 2.3mm (90 mils) with -24 VDC supply.
Power supply requirements
15 mA from -24 VDC to -30 VDC
Interchangeability
Compliant to API-670, which requires that probes, extension cables and drivers in 5 meter systems
be interchanged with ±5% or less performance change without recalibration.
A trim calibration adjustment on Driver provides a means for duplication of characteristics after
replacement of any component.
Probe
Operating temperature range
-34° to +177° C (-29° to +350° F), Note: Ex i regulations restrict upper limit to +100° C
Differential pressure
To 4 bar (60 PSI)
Materials:
Case
300 stainless steel
Tip material
RYTON
Connectors
Nickel plated stainless steel; weatherproof, sealable
Cable
Coaxial with Teflon® insulation; high tensile and flexible strength.
Mounting
Recommend minimum clearance of 1/2 Probe tip diameter around the Probe tip to maintain factory calibration.
Extension cable
Temperature ranges, connectors, cable same as CMSS 68 Eddy Current Probe.
Drivers
Operating temperature range
0° to +65° C (+32° to +149° F)
Connections (Power, Signal, GND)
Five terminal removable and reversible compression terminal block accepting up to 2 mm2 (14 AWG) wire.
Three connections necessary per block (-24VDC; GND; Signal).
The CMSS 668P has a permanent fixed connector with same connection characteristics.
Mounting
C-DIN Rail Mount which bolts onto Driver enclosure,
or the standard four number 10 clearance holes in a square on 63.5 mm (2.5 in.) centers.
Unless otherwise noted, the specifications apply to a complete CMSS 68 Eddy Current Probe System composed of: CMSS 68 Eddy Current Probe,
CMSS 958 Extension Cable, and CMSS 668 or CMSS 668P Driver at +23° C (+73° F), with a -24 VDC supply and target of AISI 4140 steel.
These specifications may vary with different options and systems.
66
Cables
and enclosures
Vibration sensor cables and assemblies CMSS 932/933 Series
68
Termination junction boxes CMSS 265 Series
71
BNC junction boxes CMSS 300 Series
72
Switchable BNC junction boxes CMSS 310 Series
73
Technical data
74
67
Cables and enclosures
Vibration sensor cables and assemblies
CMSS 932/933 Series
Premium sensor cables and assemblies providing superior performance
in demanding environments
Bulk cable
Single or double shielded, yellow or
blue jacket, twisted pair or triads cables.
CMSS 932
The CMSS 932 cable is a single or
double shielded, twisted pair cable with
the conductors individually insulated
with DuPont FEP Teflon, a braided
shield with drain wire and an outer
insulated jacket also made of FEP
Teflon. Two insulated conductors are
cabled together with one un-insulated
drain wire and two glass cord fillers.
The double shielded option adds an
inner shield of aluminum polyester foil
with drain wire.
CMSS 933
The CMSS 933 cable has the same
characteristics as the CMSS 932 cable,
except it is a three-wire version for use
with dual temperature and vibration
sensors. This cable does not have a
double shielded option.
Drain wire
Jacket
Shield
Conductor
Insulation
Filter
Two-wire cable assembly
68
Connector and cable
assemblies
Using detailed knowledge acquired
from many years of supplying high
quality sensors to a broad spectrum of
industry users, SKF offers rugged cable
and connector assemblies for use with
vibration transducers.
The weakest part of any vibration
monitoring system is the sensor and
field cabling. Selection of a quality
sensor is the first important step
towards the integrity of a system,
but equally important is the choice of
mating connector and cable.
Features
• For use with the SKF range of
vibration sensors
• Rugged, economical
• Shielding for low-voltage dynamic
vibration signals
• Proven, advanced styles of connectors
• Two levels of dust and water ingress
protection
CMSS 932-68
The CMSS 932-68 is a cable connector
assembly designed for use with
piezoelectric vibration sensors that
require high specification shielded cable
to maximize the quality of the signal
transmitted to the monitoring system.
steel connectors are also physically
protected by a Viton “rubber boot”
with SKF molded logo for easy vendor
identification.
At the other end, the cables are
blunt cut, ready for installation in field
termination boxes.
CMSS 932/CMSS 933 IP 68 cable connector
assemblies with locking collar (top) and with
twist lock (bottom)
Two wire colors
(jacket) available
• Yellow: For high visibility in the often
dusty and debris laden industrial
environment
• Blue: For use in intrinsically safe
circuits in the Oil/Gas and Hydrocarbon Processing industries
Recommended uses
CMSS 933-68
• The single shield cable is recommended for use with sensors in
normal industrial applications where
these cable types have been previously used and installed.
The CMSS 933-68 has the same
characteristics as the CMSS 932-68,
except it is a three wire version for use
with dual temperature and vibration
sensors.
All IP 68 connectors are heavy duty
MIL-style, with sealing against dust
and water ingress. The stainless
• For double shielded versions, the
inner shield is isolated and the outer
shield is non-isolated.
• The double shield cable is highly
recommended for use with sensors
in industrial installations where there
is a high noise field, such as machine
tools and power generating facilities.
Cables - Ordering details
Order no.
Description
CMSS 932-SY-150M
Two-conductor, twisted pair, single shield, yellow cable with continuous cable length, 150 m (500 ft.) spool.
CMSS 932-SY-300M
Two-conductor, twisted pair, single shield, yellow cable with continuous cable length, 300 m (1 000 ft.) spool.
CMSS 932-DY-150M
Two-conductor, twisted pair, double shield, yellow cable with continuous cable length, 150 m (500 ft.) spool.
CMSS 932-SB-150M
Two-conductor, twisted pair, single shield, blue cable with continuous cable length, 150 m (500 ft.) spool.
CMSS 933-SY-150M
Three-conductor, triad, single shield, yellow cable with continuous cable length, 150 m (500 ft.) spool.
Connector and cable assemblies - Ordering details
MIL-style stainless steel connectors are designed for use with SKF sensors. There are two different styles of IP 68 connectors:
an assembly with a twist lock and an assembly with a locking collar.
The locking collar is a threaded connector that threads onto an accompanying sensor adapter. It is recommended to secure
the sensor adapter to the accelerometer connector using thread lock (Loctite).
Both provide excellent protection against dust and water, and both achieved an ingress protection rating of IP 68. However,
the connector/cable assembly with locking collar features a metal locking ring and is therefore more suitable for applications
under water.
Order no.
No. of
wires
IP 68 connector
Lock type
(immersion)
Isolated/
Non-isolated
Shield
Jacket
Length
CMSS 93
2 Two-wire
68 IP 68 connector TL Twist lock
I Isolated
D Double shielded
Y Yellow jacket
5M
twisted pair (immersion) (must use (must use
B Blue jacket
two-pin
single shielded) non-isolated)
connector
LC Locking collar
N Non-isolated
S Single shielded
10M
Length: 5 m
(16.4 ft.)
Length 10 m
(32.8 ft.)
3 Three-wire
20M Length: 20 m
twisted triad
(65.6 ft.)
three-pin
Specify length XX m,
connector
in 5 m increments
Note:
Isolated connectors cannot be selected with double shielded cables (e.g., part number CMSS 932-68LCI-DY-XXM is not valid).
As such, if a double shielded cable is required (shield = D), select a non-insolated connector (non-isolated = N); for example: CMSS 932-68LCN-DY-5M.
If a isolated connector is required (isolated = I), select a single shielded cable (shield = S); for example: CMSS 932-68LCI-SY-5M.
Double shielded cable should be grounded on both sides: the instrument side and the sensor side (through the machine).
If an isolated connector is selected with a double shielded cable, the sensor side will be cut off and never connected to the sensor ground.
continued on next page
69
Cables and enclosures
Connector and cable assemblies - Commonly ordered configurations
Twist lock cables, non-isolated
Order no.
Description
CMSS 932-68TLN-SY-5M
Two wire, IP 68 connector, twist lock, non-isolated, single shield, yellow cable, 5 m (16.4 ft.) length
CMSS 932-68TLN-SY-10M
Two wire, IP 68 connector, twist lock, non-isolated, single shield, yellow cable, 10 m (32.8 ft.) length
CMSS 932-68TLN-SY-20M
Two wire, IP 68 connector, twist lock, non-isolated, single shield, yellow cable, 20 m (65.6 ft.) length
Twist lock cables, isolated
Order no.
Description
CMSS 932-68TLI-SY-5M
Two wire, IP 68 connector, twist lock, isolated, single shield, yellow cable, 5 m (16.4 ft.) length
CMSS 932-68TLI-SY-10M
Two wire, IP 68 connector, twist lock, isolated, single shield, yellow cable, 10 m (32.8 ft.) length
CMSS 932-68TLI-SY-20M
Two wire, IP 68 connector, twist lock, isolated, single shield, yellow cable, 20 m (65.6 ft.) length
Locking collar cables, non-isolated
Order no.
Description
CMSS 932-68LCN-SY-5M
Two wire, IP 68 connector, locking collar, non-isolated, single shield, yellow cable, 5 m (16.4 ft.) length
CMSS 932-68LCN-SY-10M
Two wire, IP 68 connector, locking collar, non-isolated, single shield, yellow cable, 10 m (32.8 ft.) length
CMSS 932-68LCN-SY-20M
Two wire, IP 68 connector, locking collar, non-isolated, single shield, yellow cable, 20 m (65.6 ft.) length
Locking collar cables, isolated
Order no.
Description
CMSS 932-68LCI-SY-5M
Two wire, IP 68 connector, locking collar, isolated, single shield, yellow cable, 5 m (16.4 ft.) length
CMSS 932-68TLI-SY-10M
Two wire, IP 68 connector, locking collar, isolated, single shield, yellow cable, 10 m (32.8 ft.) length
CMSS 932-68TLI-SY-20M
Two wire, IP 68 connector, locking collar, isolated, single shield, yellow cable, 20 m (65.6 ft.) length
70
Termination junction boxes
CMSS 265 series
Connecting centers by SKF
The CMSS 265 series termination
junction boxes are multiple channel
connecting centers for terminating the
outputs of accelerometers or other
transducer field wiring.
Crew clamp, DIN-rail mounted
terminals (three inputs per channel,
usually signal, common, and shield)
are provided for the intermediate
termination of accelerometers,
proximity probes, speed sensors,
RTD’s, and other transducers.
NEMA 4X Fiberglass
termination junction boxes
CMSS 265FG
NEMA 4 Powder coated steel
termination junction boxes
CMSS 265PS
NEMA 4X Stainless steel
termination junction boxes
CMSS 265SS
The CMSS 265FG NEMA 4X enclosures
are made of molded fiberglass
polyester which is easily punched or
drilled. It has outstanding chemical and
temperature resistance and physical
properties. A seamless foam in-place
gasket provides a watertight and dust
tight seal. Screw covers are secured
with captivated monel cover screws.
The CMSS 265PS NEMA 4 enclosure
is constructed of 14 gauge mild steel
and is ANSI 61 gray polyester powder
coated on the all surfaces. A seamless
foam in-place gasket provides a water
and dust tight seal.
The CMSS 265SS NEMA 4X enclosure
is constructed from 14 gauge 304
stainless steel. This enclosure is more
resistant in corrosive environments.
They feature continuously welded
seems that are ground smooth with
no holes or knockouts. An oil-resistant,
in-place gasket provides a water and
dust tight seal. Stainless steel screws
and clamps are included.
Ordering details
Order no.
Size
Description; height x width x depth
CMSS 265FG
-XX
NEMA 4X Fiberglass junction box
CMSS 265PS
-XX
NEMA 4 Powder coated steel junction box
CMSS 265SS
-XX
NEMA 4X Stainless steel junction box
-02
2 channels, 6 terminals; 15.2 x 15.2 x 10.2 cm (6 x 6 x 4 in.)
-04
4 channels, 12 terminals; 15.2 x 15.2 x 10.2 cm (6 x 6 x 4 in.)
-08
8 channels, 24 terminals; 20.3 x 15.2 x 10.2 cm (8 x 6 x 4 in.)
-12
12 channels, 36 terminals; 25.4 x 20.3 x 15.2 cm (10 x 8 x 6 in.)
-16
16 channels, 48 terminals; 35.6 x 30.5 x 20.3 cm (14 x 12 x 8 in.)
Ordering example
NEMA 4 Powder coated steel junction box with 4 channels and 12 terminals would be
SKF Order no. CMSS 265PS-04.
71
Cables and enclosures
BNC junction boxes
CMSS 300 series
Easy to use high quality products
The CMSS 300 series BNC junction
boxes are multiple channel connecting
centers for terminating the outputs
of accelerometers or other transducer
field wiring. They are normally located
in close proximity to the machine
to reduce wiring cost and provide
convenient access to the vibration
signal when using a portable data
collector/analyzer.
• More room for wiring and
conduit entry
• Short connections for less noise
• Large Monel screw type terminals
• Quick and convenient access to
remotely installed accelerometers
with portable data collector/analyzer
• Withstands harsh factory and
outdoor environments
Internal models are provided with quick
access latches and external models
with screw covers and protective
caps for the BNC fitting. In harsh
environments, internal models should
be specified. Black and white bezel
tagging is provided for channel and
switch identification.
NEMA 4X Fiberglass
BNC junction boxes
CMSS 300FG
The CMSS 300FG NEMA 4X enclosure
is made of molded fiberglass polyester
which is easily punched or drilled.
It has outstanding chemical and
temperature resistance and physical
properties. A seamless foam in-place
gasket provides a water and dust tight
seal. Screw covers are secured with
captivated Monel cover screws.
NEMA 4 Powder coated steel
BNC junction boxes
CMSS 300PS
NEMA 4X Stainless steel
BNC junction boxes
CMSS 300SS
The CMSS 300PS powder coated
steel NEMA 4 enclosure is constructed
of 14 gauge mild steel and is ANSI 61
gray polyester powder coated on
all surfaces.
The CMSS 300SS NEMA 4X stainless
steel enclosure is constructed from
14 gauge 304 stainless steel.
Ordering details
Order no.
Size
BNC
Description; height x width x depth
CMSS 300FG
-XX
-XX
NEMA 4X fiberglass BNC junction box
-01
1 channel; 20.3 × 18.5 × 11.2 cm (8.00 × 7.29 × 4.41 in.)
-02
2 channels; 20.3 × 18.5 × 11.2 cm (8.00 × 7.29 × 4.41 in.)
-04
4 channels; 20.3 × 18.5 × 11.2 cm (8.00 × 7.29 × 4.41 in.)
-06
6 channels; 25.4 × 18.5 × 11.2 cm (10.00 × 7.29 × 4.41 in.)
CMSS 300PS
-XX
NEMA 4 powder coated steel BNC junction box
-01
1 channel; 19.1 × 17.8 × 10.8 cm (7.50 × 7.00 × 4.24 in.)
-02
2 channels; 19.1 × 17.8 × 10.8 cm (7.50 × 7.00 × 4.24 in.)
-04
4 channels; 19.1 × 17.8 × 10.8 cm (7.50 × 7.00 × 4.24 in.)
-06
6 channels; 25.4 × 17.8 × 10.7 cm (10.00 × 7.00 × 4.21 in.)
CMSS 300SS
-XX
NEMA 4 stainless steel BNC junction box
-01
1 channel; 19.1 × 17.8 × 10.9 cm (7.50 × 7.00 × 4.28 in.)
-02
2 channels; 19.1 × 17.8 × 10.9 cm (7.50 × 7.00 × 4.28 in.)
-04
4 channels; 19.1 × 17.8 × 10.9 cm (7.50 × 7.00 × 4.28 in.)
-06
6 channels; 24.1 × 17.8 × 10.7 cm (9.50 × 7.00 × 4.21 in.)
-XX
-XX
-01
Internal BNC
-02
External BNC
Ordering example
NEMA 4 Power coated steel BNC junction box with 4 channels and an external BNC would be
SKF Order no. CMSS 300 PS-04-02.
72
Switchable BNC junction boxes
CMSS 310 series
Convenient, quick, and safe
The CMSS 310 series switchable
BNC junction boxes are designed for
terminating and switching the outputs
of up to 48 accelerometers. They are
installed in a location as close to the
machine as practical to reduce wiring
cost and yet provide convenient, safe
access to the vibration signal by an
operator with a portable data collector/
analyzer.
• RoHS compliant
• Easier wiring, switch module
(front panel) can be disconnected
from the back board
• Large Monel screw type terminals
Both internal and external switch/BNC
models are available. Internal models
are provided with quick access latches,
and external models with screw covers
and protective caps for the BNC fitting.
In harsh environments, internal models
should be specified. Black and white
bezel tagging is provided for channel
and switch identification.
NEMA 4X Fiberglass switchable
BNC junction boxes
(FG) CMSS 310FG
The CMSS 310FG NEMA 4X fiberglass
enclosure is made of molded fiberglass
polyester which is easily punched or
drilled. It has outstanding chemical and
temperature resistance and physical
properties. A seamless foam in-place
gasket provides a water and dust tight
seal. Screw covers are secured with
captivated Monel cover screws.
NEMA 4 Powder coated steel
switchable BNC junction boxes
(PS) CMSS 310PS
NEMA 4X Stainless steel
switchable BNC junction boxes
CMSS 310SS
The CMSS 310PS NEMA 4 powder
coated steel enclosure is constructed
of 14 gauge mild steel and is ANSI 61
gray polyester powder coated on all
surfaces.
The CMSS 310SS NEMA 4X stainless
steel enclosure is constructed from
14 gauge 304 stainless steel.
Ordering details
Order no.
Size
BNC
Description; height x width x depth
CMSS 310FG
-XX
-XX
NEMA 4X fiberglass switchable BNC junction box
-06
6 channels; 25.4 × 18.5 × 11.2 cm (10.00 × 7.29 × 4.41 in.)
-12
12 channels; 25.4 × 18.5 × 11.2 cm (10.00 × 7.29 × 4.41 in.)
-24
24 channels; 40.7 × 33.9 × 21.5 cm (16.01 × 13.34 × 8.47 in.)
-32
32 channels; 45.7 × 39.0 × 21.5 cm (18.01 × 15.34 × 8.47 in.)
-48
48 channels; 45.7 × 39.0 × 21.5 cm (18.01 × 15.34 × 8.47 in.)
CMSS 310PS
-XX
NEMA 4 powder coated steel switchable BNC junction box
-XX
6 channels; 24.1 × 17.8 × 9.6 cm (9.50 × 7.00 × 3.79 in.)
12 channels; 24.1 × 17.8 × 9.6 cm (9.50 × 7.00 × 3.79 in.)
24 channels; 39.4 × 33.1 × 21.1 cm (15.50 × 13.02 × 8.29 in.)
32 channels; 44.5 × 38.2 × 21.1 cm (17.50 × 15.02 × 8.29 in.)
48 channels; 44.5 × 38.2 × 21.1 cm (17.50 × 15.02 × 8.29 in.)
CMSS 310SS
-XX
NEMA 4X stainless steel switchable BNC junction box
-06
6 channels; 24.1 × 17.8 × 10.9 cm (9.50 × 7.00 × 4.28 in.)
-12
12 channels; 24.1 × 17.8 × 10.9 cm (9.50 × 7.00 × 4.28 in.)
-24
24 channels; 39.4 × 33.1 × 16.0 cm (15.50 × 13.02 × 6.29 in.)
-32
32 channels; 44.5 × 38.2 × 21.1 cm (17.50 × 15.02 × 8.29 in.)
-48
48 channels; 44.5 × 38.2 × 21.1 cm (17.50 × 15.02 × 8.29 in.)
-XX
-01
Internal BNC
-02
External BNC
Ordering example
NEMA 4 Powder coated switchable BNC junction box with 32 channels and an internal BNC would be
SKF Order no. CMSS 310PS-32-01.
73
Cables and enclosures
Technical data
Vibration sensor cables and assemblies (page 68)
Designation
Description
Cables
Two insulated conductors are cabled together with one uninsulated drain wire and two glass cord fillers
Material:
Conductor
Tin plated copper, 19 × 32 strands, size 20 AWG (American Wire Gauge)
Insulation
Extruded FEP
Drain wire
Tin plated copper, 7 × 32 strands, size 24 AWG
Shield
36 AWG tin plated copper braid
Jacket
Extruded FEP
Molded boot
Black Viton B, offering better chemical resistance
Adaptor /locking rings
Stainless steel
Color code
Conductor
Black and white pair
Jacket
Yellow or blue
Color code for CMSS 932
A = White = Acceleration signal/power
B = Black = Common
A = Red = Acceleration signal/power
Color code for CMSS 933
B = Black = Acceleration and temperature common
C = White = Temperature signal
Dimensions
Conductor
0.96 mm (0.038 in.) nominal
Insulation
1.40 mm (0.058 in.) nominal
Drain wire
0.61 mm (0.024 in.) nominal
Shield
3.50 mm (0.138 in.) nominal
Jacket
4.80 mm, ±0.1 mm (0.190 in., ±0.005 in.)
Electrical
Capacitance
Approximately 89 pF/m (27 pF/ft.)
Voltage rating
600 V RMS maximum continuous use
Environmental
Voltage rating
600 V RMS maximum continuous use
Minimum bend radius
48 mm (1.9 in.)
Working temperature range
-80 to +200 °C (-110 to +390 °F)
Heat and flame resistance
Non-flame propagating
Plenum rated
Meets ROHS requirements
74
Reliability
Maintenance
Institute Training
®
Benefits and structure of training
76
Course categories
77
SmartStart product training
77
Reliability Maintenance Institute On-line
78
75
Training
Reliability Maintenance Institute training
Equip your people
to deliver results
The Reliability Maintenance Institute is
your resource to help meet challenging
business targets. A key focus area is
to manage the total cost of ownership
by increasing machine reliability and
uptime. To leverage your invested
capital in machinery and equipment,
it is essential to continuously develop
your people as you increase efficiency
and productivity.
Benefits of training
• Achieve higher levels of personnel
and machine efficiency
• Eliminate machinery problems to
increase reliability and productivity
• Determine and fix the root cause of
machine and component problems
• Reduce accidental damage or
under-utilization of equipment
Blended learning
Our established classroom training
approach is now complemented with
a package of self-study materials with
selected on-line courses and reference
material. These materials are accessed
via the @ptitude® Exchange website
(http://www.aptitudexchange.com)
• Increase machine uptime and
productivity
• Enhance plant safety
Unique learning environments
The Reliability Maintenance Institute
offers a mix of course types and
venues to meet your specific training
needs. On-site training is available at
your plant or facility and many classes
are held at SKF training centers and
other regional locations, bringing the
subject matter closer to you.
• RMI classroom and regional
classroom
• On-site classroom courses
and customized training
• Mentoring
The course portfolio is designed
around the SKF Asset Efficiency
Optimization (AEO) workflow process
and has been created to allow
participants to gain the knowledge
and expertise in a structured
development path. It uses an array
of technologies such as on-line,
classroom and mentoring to reach
the learning objectives.
Course
levels
Advanced
Advanced training delivered by SKF specialists
Intermediate
Classroom / onsite delivered by local SKF trainers
Introductory
e-learning delivered via the internet
• Web-based courses
• Computer based training
The SKF reliability
and maintenance portfolio
structure
Course categories
Maintenance
Strategy
Work
Identification
Work
Control
Work
Execution
Living program (continual improvement)
76
Course categories
Work Identification - continued
While specific course topics vary
widely, RMI training courses are
organized to match the following
facets of the SKF Asset Efficiency
Optimization workflow process:
Course no.
Description
WI321
Airborne Ultrasound-Level I
WI322
Airborne Ultrasound-Level II
WICM350
Advanced SKF @ptitude Analyst
and SKF Microlog Applications
Maintenance Strategy
Work Control
Includes methods and technologies
used to develop a comprehensive
maintenance strategy. Courses
emphasize a technically and financially
sound maintenance strategy developed
to match business goals.
Includes methods and technologies
used to control maintenance work.
Course topics include maintenance
planning and scheduling, standard job
plans, spare parts alignment, and supply
and logistics.
Course no.
Description
Course no. Description
MS212
Managing Proactive Reliability
Maintenance Programs
WC200
Maintenance Planning and
Scheduling
MS230
Maintenance Strategy Review
MS300
Asset Reliability Improvement
WC230
Spare Parts Management and
Inventory Control
MS331
Streamlined Reliability Centered
Maintenance (SRCM)
MS332
Reliability Centered Maintenance
(RCM)
Work Identification
Includes methods and technologies
used to identify maintenance work.
Course topics include preventive
maintenance, predictive technologies,
information integration and decision
support systems, and work order
request generation.
Work Execution
Includes methods and technologies
used to complete maintenance
tasks. Course topics include precision
maintenance, best practices in
lubrication, installation, precision
alignment, balancing, and post
maintenance testing.
Course no. Description
WE201
Bearing Maintenance and Technology
WE202
Bearings in Rotating
Machinery Applications
WE203
Lubrication of Rolling
Element Bearings
WE204
Root Cause Bearing Damage Analysis
Bearing Reliability in Aggregate
and Cement
Course no.
Description
WI201
Fundamentals of Machine Condition
WI205
Vibration Troubleshooting
for Reliability
WI210
Vibration Analysis ISO Category I
WE212
WI211
Vibration Analysis ISO Category II
WE214
Bearing Reliability in Paper Machines
WI212
Vibration Analysis ISO Category III
WE216
Machine Tool Reliability
WI213
Vibration Analysis ISO Category IV
(Part I)-Vibration Analysis III
WE220 Wind Turbine Shop
Bearing Maintenance
WI241
Machine Lubrication TechnicianLevel I
WE221 Wind Turbine Uptower
Bearing Maintenance
WI251
Machine Lubrication AnalystLevel I
WE240
Precision Shaft Alignment Laser Systems
WI304
Vibration Analysis ISO Category IV
(Part II)-Advanced Vibration Analysis
WE241
Precision Maintenance Skills - Part 1
WE242
Precision Maintenance Skills - Part 2
WI305
Applied Modal and Operating
Deflection Shape Analysis
WE250 Dynamic Field Balancing
WE291 Aeroengine Bearing Inspection:
Level I
WE303 Advanced Lubrication Technology
continued
SmartStart on-site product
start-up training
SmartStart is an on-site product
startup service that focuses on
a specific product or system. It is
designed to get that product up and
running, your employees trained,
and your program implemented quickly
and effectively.
Benefits of SmartStart training
• Small class size
• Individual instruction
• Field exercises on your
plant’s machinery
• Standardized plant-wide procedures
How is SmartStart training
conducted?
SmartStart instructors will provide you
with real world application expertise
by using your actual plant applications
and requirements. The training is
designed to take the form of mentoring
rather than traditional classroom
instruction.
The site instructor will offer guidance
in applicable product and/or database
optimization and functionality.
Furthermore, the instructor will offer
insightful, pragmatic information that
will provide you with powerful tools for
predictive maintenance requirements.
continued on next page
77
Training
SmartStart courses
Course no.
Description
WICM255
Introduction to SKF Microlog series
analyzers and SKF @ptitude Analyst
WICM233
SKF Microlog Inspector and
SKF @ptitude Analyst Inspector
WICM254
SKF Microlog Advisor Pro System
WICM256
SKF Microlog Consultant System
WICM264
AX Series SKF Microlog and
SKF @ptitude Analyst
WICM265
GX Series SKF Microlog and
SKF @ptitude Analyst
WICM270
On-line Systems and
SKF @ptitude Analyst
WICM271
SKF Copperhead Series
On-line System
WICM272
IMX System and SKF @ptitude
Observer
WE245
TKSA Series Laser Alignment
WE255
Balancing with an SKF Microlog
WI280
Compressed Air System
Fundamentals and Energy
Monitoring
WI281
Pump System Fundamentals
and Energy Monitoring
Where is SmartStart
training conducted?
Training is conducted at your site,
in your training facility, using your
computers and SKF purchased
hardware and/or software.
What’s included in
SmartStart training?
SmartStart training packages include
a qualified SKF instructor, all travel and
living expenses for the instructor, up
to five training kits, on-site consulting,
and start-up assistance. SmartStart is
priced to include up to five participants
(there is an extra charge for more
participants).
Reliability Maintenance
Institute On-line™
Work Execution courses
Course no.
Description
Learn at your own place and pace.
The on-line area of Reliability
Maintenance Institute offers an
expanding range of e-learning courses
covering a range of topics. This enables
self-paced learning to be enjoyed by
the participant at the time and place
that best suits their situation.
These e-learning courses are an
integral part of Reliability Maintenance
Institute’s extensive training portfolio.
They are designed to complement the
higher level courses that are delivered
by our specialist training staff. Like
RMI’s classroom training, RMI On-line
courses are structured according to
the five facets of SKF’s Asset Efficiency
Optimization process.
An RMI on-line subscription includes
access to all listed courses for one year
per person. (Part # AEX-RMI)
WE 140
Shaft Alignment Basics
WE 150
Balancing Basics
WE 170
Basics of Industrial Seals
for Rotating Motion
General reference courses
Course no.
Description
GRB 001
Bearing Basics
GRB 002
Spherical Roller Bearings
GRB 003
Angular Contact Ball Bearings
GRB 004
CARB® Toroidal Roller Bearings
GRB 005
Tapered Roller Bearings
GRB 006
Deep Groove Ball Bearings
GRL 001
Lubrication Basics
Product course
Course no.
Description
PT01-MCA
SKF Machine Condition Advisor
Maintenance Strategy courses
Course no.
Description
MS 100
AEO Basics
MS 101
Assessment Basics
MS 113
Proactive Reliability Maintenance
MS 120
Operator Driven Reliability
MS 130
Maintenance Strategy Review
Work Identification courses
Course no.
Description
WI 100
Vibration Basics
WI 130
Thermography Basics
WI 140
Lubrication Analysis Basics
Work Control course
Course no.
Description
WC 130
Spare Parts Management
For more information
Visit www.skfusa.com/rmi for
complete details about Reliability
Maintenance Institute:
• Current RMI catalog
• Course schedules and locations
• Course syllabus including objectives,
description, prerequisites and length
of course
• Tuition costs
• Registration information
• Instructor profiles
To register, or for more information,
call 1-866-753-7378 or e-mail us at:
[email protected]
Ordering details
78
Order no.
Description
AEX-RMI
One year Reliability Maintenance Institute on-line subscription, for one individual
Machine Health
Reporting
Program
Benefits of predictive maintenance
80
Vibration Transducer kits
81
79
Machine Health
Reporting Program
SKF Machine Health Reporting Program
The benefits of predictive maintenance—
at a fraction of the cost
For years, large-scale manufacturers
have been using predictive maintenance
(PdM) programs to cut maintenance
costs, boost machine availability and
prevent production losses. For limitedscale manufacturers, however, PdM
program investment costs have put
these benefits out of reach — start-up
costs alone often exceed $100,000 per
year. SKF has a much more affordable
solution.
Benefits, help to:
• Reduce unplanned downtime
• Reduce maintenance costs
• Improve machine availability
• Prevent catastrophic failures
• Help prevent lost productivity
Typical applications
• Motors
• Pumps
• Fans
• Compressors
• Gearboxes
Industry examples
• Food and beverage
• Manufacturing
• Medical
• Metals processing
• Mining and mineral processing
• Municipalities
• Packaging
• Power generation
• Waste processing
• Wood processing
For more information
Visit www.skfprograms.com/mhrp
for complete details about the
Machine Health Reporting Program,
or contact your participating SKF
Authorized Distributor.
80
A partnership — you collect
the data, SKF analyzes it
The SKF Machine Health Reporting
Program is a partnership offering that
can help your plant enjoy many of the
benefits of a comprehensive predictive
maintenance program —without the
need to invest in condition monitoring
equipment or specialized data analysis
training that a PdM program requires.
SKF instructs your maintenance
personnel how to use an SKF handheld
data collector to capture vibration data
during their normal duties. Collected
data is transmitted to SKF via the
Internet, then analyzed by a certified
SKF Reliability Engineer who identifies
problems and recommends actions to
avoid unplanned downtime.
Program highlights
The SKF Machine Health Reporting
Program allows your team to tap into
decades of SKF predictive maintenance
and rotating machinery analysis
expertise, even as it enables them
to focus on more production-related
activities. For a monthly fee based on
the number of machines you choose
to monitor, the program delivers many
benefits. Highlights include:
• SKF provides a state-of-the-art
data collector and on-site instruction
• Your own people collect the vibration
data
• SKF certified Reliability Engineers
manage your database using
specialized software
• SKF analyzes your data and
publishes monthly Machine Health
Reports on a private web page
• SKF calls to alert you to urgent
machinery health conditions
• SKF keeps your program on track
with quarterly visits and up to
12 out-of-schedule analyses
SKF Vibration Transducer kits
MHRP is all about partnership—
your plant personnel collect the
machine data with the provided SKF
Microlog data collector, and SKF
provides the expertise. Since some of
your machines may be inaccessible to
safely reach during operation, we've
specified transducer kits to make data
collection at these points possible.
Each kit contains the sensors, cables
and switch boxes you will need to easily
collect data from these hard to reach
machines. The kits shown below make
it easy to order everything necessary
to install these remote transducers.
MHRP customers, you can also take
advantage of the time that an SKF
Reliability Engineer is on-site to get
expert advice on how and where to
mount transducers.
Ordering details
Order no.
Description
CP1101002
2-Channel Vibration Transducer kit, including: (2) Transducers (100 mV, general purpose, hermetically sealed, low profile side exits)
with 30 ft. cable; (1) Junction box (2 BNC fiber glass connection box).
CP1101003
4-Channel Vibration Transducer kit, including: (4) Transducers (100 mV, general purpose, hermetically sealed, low profile side exits)
with 30 ft. cable; (1) Junction box (4 BNC fiber glass connection box).
CP1101004
6-Channel Vibration Transducer kit, including: (6) Transducers (100 mV, general purpose, hermetically sealed, low profile side exits)
with 30 ft. cable; (1) Junction box (6 channel, switchable).
CP1101005
12-Channel Vibration Transducer kit, including: (12) Transducers (100 mV, general purpose, hermetically sealed, low profile side exits)
with 30 ft. cable; (1) Junction box (12 channel, switchable).
81
Index
Description
Page no.
A
Accelerometers, general purpose industrial
Analysis modules
Assemblies, cable
55
31, 38
68–69
64
-
18
17
72
-
C
Cable assemblies
Cables
Camera, Thermal
Clamps, Hioki Power Meter
Copperhead fault detection systems
68–69
68
13
20
50
24
27
62–63
D
Data collectors /analyzers overview
Data collectors /analyzers, Microlog Advisor Pro
Data collectors /analyzers, Microlog Analyzer AX-F
Data collectors /analyzers, Microlog Analyzer AX-M
Data collectors /analyzers, Microlog Analyzer AX-S
Data collectors /analyzers, Microlog Analyzer GX-M
Data collectors /analyzers, Microlog Analyzer GX-R
Data collectors /analyzers, Microlog Analyzer GX-S
Data collectors /analyzers, Microlog Consultant
Data collectors /analyzers, Product Support Plan
Data collectors /analyzers, SmartStart product training
Display/alarm module, Copperhead fault detection systems
Driver, Eddy probe system, 5 mm
Driver, Eddy probe system, 8 mm
30
36
34–35
34–35
34–35
32–33
32–33
32–33
37
39
77
51
59
61
40
40
40
40
40
40
40
40
63
65
66
E
Eddy probe system, 5 mm
Eddy probe system, 8 mm
Eddy probe systems overview
Electric motor assessment kit
Electrical Discharge Detector Pen
Enclosures, Copperhead fault detection systems
Energy monitoring kit
Extension cable, Eddy probe system, 5 mm
Extension cable, Eddy probe system, 8 mm
58
60
56
16
15
51
19
58
60
65
66
25
63
65
66
F
Fault detection systems, Copperhead 50
62–63
H
Hioki Clamp-on Power Meter
Hioki Power Meter Clamps
19
20
26
27
I
Industrial accelerometers, general purpose Infrared Thermometer
Inspector 400 Ultrasonic Probe
55
12
14
64
24
25
J
Junction boxes, BNC
Junction boxes, Switchable BNC
Junction boxes, Termination
72
73
71
-
B
Basic condition monitoring kit
Bearing assessment kit
BNC junction boxes
Technical data
continued on next page
82
Index
Description
Page no.
Technical data
K
Kit, Basic condition monitoring
Kit, Bearing assessment
Kit, Electric motor assessment
Kit, Energy monitoring
18
17
16
19
-
L
Loop-powered vibration transmitters
53
63
6
8
48
80
36
34–35
34–35
34–35
32–33
32–33
32–33
37
10
31, 38
17
21
22
62
40
40
40
40
40
40
40
40
22
25
O
OilCheck monitor
17
25
P
Pen, Electrical Discharge Detector
Power Meter, Hioki Clamp-on Probe, Eddy probe system, 5 mm Probe, Eddy probe system, 8 mm Product Support Plan, Data collectors /analyzers
15
19
58
60
39
25
26
65
66
-
R
Reliability Maintenance Institute On-line
78
-
S
Sensors, Copperhead fault detection systems
SmartStart product training
Switchable BNC junction boxes
51
77
73
62
-
T
Termination junction boxes
Thermal Camera
Thermometer, Infrared
Training overview
Training, Reliability Maintenance Institute On-line
Training, SmartStart
Transmitters, Copperhead fault detection systems
71
13
12
76
78
77
51
24
24
62
U
Ultrasonic Probe, Inspector 400
14
25
V
Vibration sensor cables and assemblies, CMSS 932 /933 Series
Vibration transducer kit
Vibration transmitters, loop-powered
68
81
53
74
_
63
M
Machine Condition Advisor
Machine Condition Detector Pro IS
Machine Condition Transmitter, CMSS 5301 /5302
Machine Health Reporting Program
Microlog Advisor Pro
Microlog Analyzer AX-F
Microlog Analyzer AX-M
Microlog Analyzer AX-S
Microlog Analyzer GX-M
Microlog Analyzer GX-R
Microlog Analyzer GX-S
Microlog Consultant
MicroVibe P
Modules, Analysis
Monitor, OilCheck
83
84
SKF condition monitoring tools,
technologies and training
The foundation for effective
condition-based maintenance
SKF USA Inc.
Lansdale, PA 19446, USA
Customer service: 1-888-753-3477
Technical support: 1-800-523-7514
www.skfusa.com
® SKF, @ptitude, Microlog, and Reliability Maintenance Institute are registered trademarks and Copperhead, SmartStart, RMI, RMI On-line, and OilCheck are all
trademarks of the SKF Group.
Microsoft, Windows, Excel, Windows Mobile, Freescale, Hewlett Packard, OSIsoft PI, SAP, Maximo, Fischer, RYTON, DuPont FEP Teflon, Hioki, and Marvel are all
trademarks of their respective owners.
The contents of this publication are the copyright of the publisher and may not be reproduced (even extracts) unless prior written permission is granted.
Every care has been taken to ensure the accuracy of the information contained in this publication but no liability can be accepted for any loss or damage whether
direct, indirect or consequential arising out of use of the information contained herein.
© 2009 SKF USA Inc.
Publication 710-800
(20M/CW 4/2012)
Version 4/2012
Printed in U.S.A.
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