3M Static Monitor 790 User manual

User’s Guide
3M™Static Monitor 790

2
Table of Contents
Section Page
Intended Use .........................................................................................................3
1.0 Theory of Operation ....................................................................................4
2.0 Attaching Ground & Chassis Cords ............................................................5
3.0 Attaching the 3M™Static Monitor 790 to a Workbench or Equipment
Chassis.........................................................................................................8
4.0 Operating Your System................................................................................9
5.0 Connecting an Operator to the Static Monitor 790 ...................................11
6.0 Verification Procedure ...............................................................................12
7.0 Specifications ...........................................................................................14
8.0 Parts Included............................................................................................15
9.0 Required Accessories and Optional Available Parts..................................15
Regulatory Information and Warranty ......................................................16
Read and understand all safety information before operating this equipment.

3
INTENDED USE
The 3M™Static Monitor 790 is designed to monitor the operation of two wrist
strap grounding systems and the ground connection of a specified equipment
chassis. This product has been designed and tested for indoor use only and with
3M™Dual Conductor Wrist Bands 2300VM Series and 3M™Dual Conductor
Ground Cord 2300 Series.* The monitor operates from a 120VAC adaptor
that is included in the North America version. Outside North America, obtain
an appropriate AC adapter meeting the specifications as stated in Section 7
Specifications under Power Supply Requirements. The product has not been
tested or proven safe for other uses.
CAUTION
• Incorrect grounding of an operator may cause electrostatic discharge (ESD) damage to components
or assemblies being handled. For proper grounding of the operator when using the Static Monitor
790, use the three-prong AC adapter or the supplied chassis/ground cords specified in the user
instruction manual.
• The Static Monitor 790 does not have the capability of verifying that the ground point is a suitable
ground. Verify that the electrical ground point is suitable prior to use. If you are not sure what a
suitable ground is, contact a licensed electrician before installation.
• When using two chassis/ground cords, attach each of the cords to separate ground bonding points.
By attaching the cords to the same ground but at different physical locations, the monitor can
check for loose or lost connections.
• At the end of product life, dispose of product in accordance with governmental regulations.
Explanation of Symbols
CAUTION: refer to user instruction guide
Chassis ground
Electrical ground
Power input connector polarity (center negative)
See user instruction manual for explanation of the indicator lamps
*3M Dual Conductor Cords & Wrist Bands 2300VM Series are required for use with the Static
Monitor 790, ordered separately.

4
1.0 Theory of Operation
The 3M™Static Monitor 790 is designed to continuously monitor the voltage
level on an operator(s) using a high impedance voltage measurement circuit.
The measured operator’s voltage is compared to one of four user selectable
(1V, 3V, 6V and 9V) internal reference voltages. An alarm will sound with a
corresponding red flashing lamp(s), when an operator’s voltage level (caused by
static generation) exceeds the selected internal reference voltage.* In addition,
a wrist band contact detection circuit is also employed to let the user know if
the wrist band is being worn improperly or has experienced a loss of continuity
between the ground cord and wrist band.
The ground connection of the Static Monitor 790 is continuously monitored
through a low DC current-loop measurement circuit. The ground connection of
an equipment chassis can also be monitored when connected in series with the
monitor’s ground measurement circuit. An alarm will sound with corresponding
red lamps, when this loop resistance exceeds 10Ω.**
If all monitored components are operating within the selected operating
parameters of the Static Monitor 790, a green lamp will illuminate.
The Static Monitor 790 uses a modified version of the 3M™Dual Conductor
Wrist Band (VM Series) and the standard 3M™Dual Conductor Grounding Cord
(see Accessories Section).
*Voltage alarm levels ±15%
**Ground disconnect ±20%
***Ordered separately
AC Adapter Mounting Plate
3M™Static Monitor 790
Chassis/Ground
Cords with Two-
Wire Connector
Figure 1 - 3M™Static Monitor 790

5
2.0 Attaching Ground and Chassis Cords
Tools required – Small blade screwdriver.
Refer to Figures 2A, 2B, 3A and 3B for this section.
Figure 2A and 2B-Attachment of Ground Cords
Note: Perform Step #1 below when monitoring directly to the ground connection (Fig. 3A).
Perform Step #2 when monitoring the ground connection through a grounded chassis (Fig. 3B).
2.1 Installation of Static Monitor 790 with Chassis Terminal Connected Directly
to Earth/Electrical Ground
Determine how you want to ground the Static Monitor 790:
a. If you are grounding the Static Monitor 790 through the 3-Wire AC adaptor
(North America) supplied, perform the following steps:
• Attach the tinned ground wire of the AC adaptor to the ground terminal of
the two-wire connector by inserting it into the opening and securing with
screwdriver.
• Attach one of the supplied Static Monitor 790 Chassis/Ground Cords
(tinned end) to the chassis terminal of the twowire connector in the same
manner.
• Attach the ring terminal end of the Chassis/Ground Cord to an earth/
electrical ground with a screw (not supplied).
• Plug the two-wire connector into the jack at the rear of the Static Monitor
790.
The 3M™Static Monitor 790 does not have the capability of verifying that the ground point is a suitable
ground. If you are not sure what a suitable ground is, contact a licensed electrician before installation.
CAUTION
Two-Wire Connector
AC Adapter Ground Wire
AC Adapter
DC Plug
790 Chassis/Ground Cord
Attach 3M™Static Monitor 790
Chassis/Ground Cord or AC Adapter
Ground Wire

6
b. If you are grounding the 3M™Static Monitor 790 through a Chassis/
Ground Cord perform the following steps:
• Attach one of the supplied Chassis/Ground Cords (tinned end) to the
ground terminal of the two-wire connector by inserting it into the
opening and securing with screwdriver.
• Attach the other Chassis/Ground Cord to the chassis terminal of the two-
wire connector in the same manner.
• Attach the ring terminal ends of both cords separately with two screws
(not supplied) to an earth/electrical ground.
• Plug the two-wire connector into the jack at the rear of the Static
Monitor 790.
Figure 3A and 3B - 3M™ Static Monitor 790 Connected Directly to Ground or Through Equipment Chassis Ground
When using two Chassis/Ground Cords, attach each of the cords to separate ground bonding
points. By attaching the cords to the same ground but at different physical locations, the monitor
can check for loose or lost connections.
CAUTION
3M™Static Monitor 790 Connected
Directly to Ground
3M™Static Monitor 790 Connected through
Equipment Chassis Ground
Rear of 790 Monitor
AC Adapter
Ground Wire
or Chassis/Ground
Cord
AC Adapter
Ground Wire
or Chassis/Ground
Cord
Chassis/Ground
Cord Chassis/GroundCord
Electrical Ground
Existing Equipment
Ground Wire

7
2.2 Installation of 3M™Static Monitor 790 with Chassis Terminal Connected to
a Grounded Equipment Chassis
Determine how you want to ground the Static Monitor 790:
a. If you are grounding the Static Monitor 790 through the 3-wire AC
adaptor supplied, perform the following steps:
• Attach the tinned ground wire of the AC adaptor to the ground terminal
of the two-wire connector by inserting it into the opening and securing
with screwdriver.
• Attach one of the supplied Chassis/Ground Cords (tinned end) to the
chassis terminal of the two-wire connector in the same manner.
• Attach the ring terminal end of the Chassis/Ground Cord to the
equipment chassis with a screw (not supplied).
• Plug the two-wire connector into the jack at the rear of the Static
Monitor 790.
b. If you are grounding the Static Monitor 790 through a Chassis/Ground
Cord perform the following steps:
• Attach one of the supplied Chassis/Ground Cords (tinned end) to the
ground terminal of the two-wire connector by inserting it into the
opening and securing with screwdriver.
• Attach the other Chassis/Ground Cord to the chassis terminal of the two-
wire connector in the same manner.
• Attach the ring terminal end of the Chassis/Ground Cord connected
to the ground terminal of the two-wire connector, with a screw (not
supplied) to an earth/electrical ground.
• Attach the ring terminal end of the Chassis/Ground Cord connected to
the chassis ground terminal of the two-wire connector, with a screw (not
supplied) to an equipment chassis.
• Plug the two-wire connector into the jack at the rear of the Static
Monitor 790.
When using two Chassis/Ground Cords, attach each of the cords to separate ground
bonding points. By attaching the cords to the same ground but at different physical locations,
the monitor can check for loose or lost connections.
CAUTION

8
3.0 Attaching the 3M™Static Monitor 790 to a Workbench or
Equipment Chassis
Refer to Figures 4, 5, and 6
Locate the Mounting Plate.
• Attach the Mounting Plate in the desired location using one of the following
methods:
a. Foam tape (already applied to the Mounting Plate). Clean the surface to be
mounted to with isopropyl alcohol. Remove release liner from tape before
mounting.
b. Two #8 pan head machine or wood screws (not supplied).
• Attach the Static Monitor 790 to the mounted plate as shown in Figure 4.
Align the plate with the opening on the bottom of the monitor and slide
forward onto plate until it latches.
Figure 4: Attachment of Mounting
Plate to 3M™Static Monitor 790
Figure 6: 3M™ Static Monitor 790
attached to equipment chassis
Figure 5: 3M™ Static Monitor 790
attached to workbench

9
4.0 Operating Your System
Refer to Figures 7 and 8
Power Up
Apply power to the 3M™Static Monitor 790 by inserting the round connector
on the end of the AC adaptor, into the jack at the rear of the Static Monitor 790.
Plug the AC adaptor into an appropriate electrical outlet. The green lamp should
illuminate, signaling that the unit is operational and that there are no alarm
conditions. If the green lamp does not illuminate, but red lamps are illuminated
with audible alarm sounding, check all cords and ground connections.
Audible Alarm Volume Level
Select the desired audible alarm volume level at the rear of the Static Monitor
790 by sliding the switch to the Hi or Lo position.
Selection of the Reference Voltage
The Static Monitor 790 allows for the selection of one of four internal reference
voltages (1V, 3V, 6V and 9V) with 1V being the most sensitive setting and 9V
the least sensitive. Select a voltage level by sliding the switch to the appropriate
position. These ranges have been designed to accommodate global ESD
requirements. The selection of this operational parameter is based upon the user
s ESD control program requirements.
Fault Conditions – Lamps & Audible Alarms
For wrist strap malfunctions, the Static Monitor 790 indicates different alarms
for each operator; a slow audible beep/flashing lamp for the operator on the left
input side and a fast audible chirping beep/flashing lamp for the operator on the
right input side. For grounding/chassis-monitoring malfunctions, a continuous
tone is emitted with both lamps illuminated.
Fault Lamps
OK Lamp
Input Jack
Voltage
Selection
Switch
Input Jack
DC Power
Input Jack
Electrical
Ground
Chassis
Ground
Hi-Lo Volume
Level Switch
Figure 7: Front of 3M™Static Monitor 790 Figure 8: Rear of 3M™Static Monitor 790

10
a. Red lamp(s) flashing with an audible alarm.
This alarm mode can be caused by two conditions and both are interrelated. If
either the voltage level on the operator is greater than the pre-selected internal
reference voltage or poor contact between the wrist band and the arm exist, the
alarm will activate.
If the 3M™Static Monitor 790’s alarm activates when the operator is not
moving (normally a non-charging situation), the cause is most likely due to
poor contact between the wrist band and the arm. The alarming period would
normally be long in duration (unless intermittent contact) during this type of
condition. Check contact between the wrist band and arm. Some operators
may have difficulty in providing sufficient contact to the wrist band because
of dry skin or arm hair. They may need to use an approved skin moisturizer or
reposition the wristband on the arm.
If the monitor’s alarm does not activate while the operator is not moving, then
the cause of the alarm was most likely due to a voltage being developed on the
operator. A high resistance between the operator and ground would allow the
operator to charge up as they moved about. The alarm period for this type of
fault would normally be short and coincide with their body movement.
Alarming can also be caused by an intermittent or high resistance in the wrist
strap’s dual conductor ground cord. Replace a suspect cord with a known good
ground cord or check the end to end resistance of the cord using an ohmmeter.
Approximately 1 megohm of resistance should exist between the tip to tip and
barrel to barrel contacts of the two plugs located on opposite ends of the cord.
Note: The operators may complain that the alarm is sounding too often until they learn to adjust the
wristband to fit securely or apply an approved skin moisturizer on a frequent basis. Please remember
that the monitor is informing you that the operator is exceeding the established static control
requirement for voltage to ground when wearing a static protective wrist strap assembly. These
alarms alert the operator when sensitive electronics are possibly being exposed to static electricity.
Prior to incorporating the static monitor into your static control process, the operator was unaware
of these events.
b. Two red lamps illuminated (continuously) with an audible alarm.
This indicates that a high resistance condition (greater than 10Ω) exists
between the Chassis/Ground Cord and ground. This will include the
equipment chassis ground if being monitored. Check the ground cords for
continuity and ground attachment points.

11
5.0 Connecting an Operator to the 3M™Static Monitor 790
(See Section 9 Accessories for selection of 3M™Wrist Bands and Ground Cords)
• Attach a 3M™Dual Conductor Wrist Band to the arm and adjust the band for a
snug fit, following the instructions received with the wrist band.
• Insert a Dual Conductor Ground Cord (longer plug end) into either one of
the input jacks located on the front of the Static Monitor 790. The wrist strap
monitoring function is activated during this step. The green lamp extinguishes
at this time and the corresponding red lamp will illuminate with an audible
alarm.
• Insert the other end of the ground cord (shorter plug end) into the wrist band
socket. The red lamp and the audible alarm should be extinguished at this
time.
Note: Following the attachment sequence above provides an operator(s) with a simple go-no-go
test of the wrist strap function every time they connect to the Static Monitor 790. A more detailed
verification procedure of the Static Monitor 790 system is outlined in Section 6.
Quick Review of Functions
• If the monitor’s ground connection is maintained (including the chassis ground
connection when monitored) and the operator’s voltage is held below the
pre-selected range, the cord, wrist band, and contact to the arm of the wearer
are all considered to be functioning correctly. At this time, the green lamp
illuminates on the front of the monitor.
• If an operator(s) develops a voltage that exceeds the pre-selected voltage
during normal work activities or the monitor loses its ground connection, the
green lamp extinguishes, and red lamp(s) will illuminate with a corresponding
audible alarm. This is an indication of an exceeded voltage condition on
the operator, due to poor electrical contact between the arm and band or
intermittent or broken ground cord.
• An operator’s fault condition is easily identified by one of the two red lamps
next to each input jack. The flashing red lamp(s) identifies the operator that is
experiencing the fault condition. The red lamps and audible alarms flash and
beep at different rates to help identify the location of the fault.
3M™Standby Jack 3057
Use of an optional Standby Jack 3057 at the workstation extends the life of the
monitor s input jacks. The operator disconnects the ground cord from the wrist
band and plugs into the Standby Jack 3057 that is mounted at the workstation.
Plugging into the Standby Jack 3057 prevents the Static Monitor 790 from
continuously alarming when disconnected from the wrist band.

12
6.0 Verification Procedure
This procedure verifies the positive/negative voltage detection levels and ground
monitoring performance of the 3M™Static Monitor 790 as stated in Section 7,
Specifications of this user’s guide.
Equipment Required – Supplied by User
• DC Power Supply (DCPS) with connecting wires. Output 0 to +10VDC
minimum.
• DC Voltmeter (DCV) with digital display ± 1% accuracy and test leads. Use of
a voltmeter is only required if DCPS does not include a digital display.
• Resistance Substitution Box (RSB), 1Ωto 12Ω(minimum) ±1% or discrete
resistors 8 and 12Ω±1% value.
3M™Verification Kit 790VK (Ordered Separately)
• 3M™Dual Conductor Ground Cord 2360 (5 ft.).
• Two-wire male connector with 24"tinned lead-wires.
• Test wrist band socket.
Procedure:
1. Ground Disconnect / Hi & Lo Audible Alarm Volume Level Functions
Ground Disconnect Specification: 10Ω ±20%
a. Connect the RSB to the two-wire male connector with 24” tinned lead-
wires. Insert the two-wire male connector into the mating jack located at
the rear of the monitor.
b. Connect the AC adaptor supplied with the Static Monitor 790 to the
25VDC input power-jack located at the rear of the monitor and plug the
AC adaptor into a wall outlet.
c. Set the RSB as follows and observe all lamps and audible alarm:
8Ω– Green lamp ON, Red lamps OFF, and audible alarm OFF.
12Ω– Green lamp OFF, Red lamps both ON (Continuous illumination),
and audible alarm ON (Continuous tone).
Note: Confirm Hi and Lo audible alarm volume levels during 12Ωtest condition by adjusting
Hi & Lo slide switch located at the rear of the monitor while alarm is sounding.
2. Wrist Strap Function – Open Circuit Test
a. Adjust the RSB connected to the two-wire male connector to 8Ωor less
to silence the Ground Disconnect alarm. The green lamp should be ON at
this time.

13
b. Connect the 3M™Dual Conductor Cord (longer plug end) into one of the
wrist strap inputs on the 3M™Static Monitor 790. Leave the other end
of the cord (shorter plug end) open circuited at this time. Verify that the
green lamp is now OFF, red lamp nearest the wrist strap input being tested
is flashing, and that the audible alarm is sounding.
Note: The red lamp on the left side of the monitor flashes at a slower rate than the lamp located
on the right. Also the audible alarm will sound at the same rate as the indicating flashing red
lamp(s). This function allows for identifying the fault location.
c. Repeat this step for the other wrist strap input, verifying performance as
stated above.
Voltage Level Test
V-Level Specification: 1V (±15%) & 3V, 6V, and 9V (±10%)
d. Unplug the AC adaptor from the wall outlet.
e. Adjust DCPS output to 0VDC.
f. Connect a wire between the positive output terminal of the DCPS and
to one of the back plates of the test wrist band socket. Connect a wire
between the common of the DCPS to the other back plate of the test wrist
band socket.
Note: Be careful not to cause a short condition between the two connecting wires.
g. Insert the Dual Conductor Cord (shorter plug end) into the test wrist band
socket and the other end of the cord (longer plug end) into one of the
wrist strap inputs on the front of the Static Monitor 790.
h. Plug the AC adaptor into the wall-outlet.
i. Select the 1V level (using a small tip tool) on the V-Level switch located
at the rear of the monitor.
Voltage Level Tolerances
V-Level Switch +15% -15%
1V 1.15VDC 0.85VDC
3 V 3.45VDC 2.55VDC
6 V 6.9VDC 5.1VDC
9 V 10.35VDC 7.65VDC

14
j. Activate the output of the DCPS and adjust to 1.15VDC. Verify that the
green lamp has turned OFF, red lamp nearest the wrist strap input being
tested is flashing, and that the audible alarm is ON.
Note: The red lamp on the left side of the monitor flashes at a slower rate than the lamp located
on the right. Also the audible alarm will sound at the same rate as the indicating flashing red
lamp(s). This function allows for identifying the fault location.
k. Adjust the DCPS to 0.85VDC. Verify that the green lamp is ON, red
lamp nearest the wrist strap input being tested is OFF, and that the
audible alarm is OFF.
l. Repeat steps (J & K), however, now adjusting the 3M™Static Monitor
790 for V-Levels of 3, 6, and 9VDC and the DCPS to the appropriate
voltage level tolerances as stated in the above table. Alarm indications
will follow as stated in the 1V level check.
m. Repeat steps (J - L) using the other wrist strap input on the 3M™Static
Monitor 790, verifying performance as stated above.
n. Change voltage polarity to the wrist band test socket by reversing the wires
previously connected in step f. above at the test socket or at the output
terminals of the DCPS and verify performance repeating steps (I - M).
7.0 Specifications
3MTM Static Monitor 790
Approximate Size
1.25” H x 4.0” W x 3.5” D (31.8 mm x 101.6 mm x 88.9 mm)
Weight 3 oz. (84 g)
Power Supply Requirements* Input: 120 VAC ±10% (North America) Outside North America (As required)
Output: 25 VDC @ 50 mA rated load
Output Plug Polarization: Center Negative
Output Plug Dimensions: 5.5 mm O.D. x 2.1 mm I.D. x 10 mm Length
*Reference: Helms-Man Industrial Co. Ltd. Model No. DPX411454G
Purchased power supply must have all local required regulatory certifications. Line voltage within the
power supply shall be isolated from low voltage by double or reinforced insulation. The AC adaptor
is required to operate the Static Monitor 790. If the ground wire of the AC adaptor is not used, it is
recommended that the wire be taped back onto the main cable of the AC adaptor using electrical tape.
CAUTION

15
Accuracy The following parameters are valid for altitudes up to 2000 m. Pollution
degree 2, Class 3, Equipment:
Voltage Detection Levels: 1V ±15%; 3V, 6V, and 9V ±10%
Ground Disconnect: 10Ω±20%
Environmental Operating Conditions:
Temperature: Maximum 104°F, (40ºC) Minimum 50°F (10ºC)
Humidity: Maximum 75% R.H.
8.0 Parts Included
1 ea. 3M™Static Monitor 790
1 ea. User’s Guide
1 ea. Mounting Plate with removable foam tape
1 ea. AC Adaptor
2 ea. Chassis/Ground Cords
1 ea. Two-wire Connector
9.0 Required Accessories and Optional Available Parts
Model No. Description Size
2368VM 3M™ Dual Conductor Fabric Wrist Band adjustable
2360 3M™ Dual Conductor Coil Cord 5 ft. (1.5m)
2370 3M™ Dual Conductor Coil Cord 10 ft. (3.0m)
2371 3M™ Dual Conductor Coil Cord 20 ft. (6.1m)
3057 3M™ Stand-By Jack 1.9 x 1.3 x 1.1 in. (4.8 x 3.3 x 2.8cm)
790VK 3M™Verification Kit
724P 3M™Power Supply Replacement AC Adapter

16
Regulatory Information
China RoHS
Electronic Industry Standard of the People’s Republic of
China, SJ/T11363-2006, Requirements for Concentration
Limits for Certain Hazardous Substances in Electronic
Information Products.
This symbol, per Marking for the Control of Pollution Caused
by Electronic Information Products, SJ/T11364-2006, means that the product
or part does contain a substance, as detailed in the chart below, in excess of the
following maximum concentration values in any homogeneous material: (a) 0.1%
(by weight) for lead, mercury, hexavalent chromium, polybrominated biphenyls
or polybrominated diphenyl ethers; or (b) 0.01% (by weight) for cadmium.
Unless otherwise stated by 3M in writing, this information represents 3M’s best
knowledge and belief based upon information provided by third party suppliers to
3M.
This numerical reference should not be construed as a representation regarding
the product’s life or an extension of a product warranty. In the event any product
is proven not to conform with 3M’s Regulatory Information Sheet, then 3M’s
entire liability and buyer’s exclusive remedy, will be at 3M’s option either: (i)
replacement of product with a conforming product, or (ii) refund of the purchase
price paid by buyer for each nonconforming product, within a reasonable time
after written notification of said nonconformance and return of said product to
3M. 3M shall not under any circumstances be liable for direct, incidental, special,
or consequential damages (including but not limited to loss of profits, revenue, or
business) related to or arising out of this certification, including, the use, misuse
or inability to use the product. Unless stated otherwise in writing, the foregoing
language cannot be waived, modified, or supplemented in any manner whatsoever.
WEEE Statement
The following information is only for EU-members States: The mark shown
to the right is in compliance with Waste Electrical and Electronic Equipment
Directive 2002/96/EC (WEEE). The mark indicates the requirement NOT to
dispose the equipment as unsorted municipal waste, but use the return and
collection systems according to local law.
cULus Statement
Meets UL Safety Requirements.

17
FCC
NOTE: This equipment has been tested and found to comply with the limits
for a Class A digital device, pursuant to Part 15 of the FCC Rules. These limits
are designed to provide a reasonable protection against harmful interference
when the equipment is operated in a commercial environment. This equipment
generates, uses, and can radiate radio frequency energy and, if not installed and
used in accordance with the instruction manual, may cause harmful interference
to radio communications. Operation of this equipment in a residential area is
likely to cause harmful interference in which case the user will be required to
correct the interference at their own expense.
NOTE: Modifications to this device shall not be made without the written
consent of 3M. Unauthorized modifications may void the authority granted
under Federal Communication Rules and Industry Canada Rules permitting the
operation of this device.
This device complies with Part 15 of the FCC Rules. Operation is subject to the
following two conditions: (1) this device may not cause harmful interference,
and (2) this device must accept any interference received, including interference
that may cause undesired operation.
ICES Statement
This Class A digital apparatus meets all requirements of the Canadian
Interference-Causing Equipment Regulations.
Cet appareil numérique de la classe A respecte toutes les exigences du
Règlement sur le matériel brouilleur du Canada.

3
Electronics Materials Solutions Division
Static Control Products
926 JR Industrial Drive
Sanford, NC 27332-9733
Toll-Free: 866-722-3736
International: 919-718-0000
Email: [email protected]
www.3Mstatic.com
Please recycle. Printed in USA.
© 3M 2014. All rights reserved.
78-9102-1492-9 JHA
Important Notice
All statements, technical information, and recommendations related to 3M’s products
are based on information believed to be reliable, but the accuracy or completeness is
not guaranteed. Before using this product, you must evaluate it and determine if it is
suitable for your intended application. You assume all risks and liability associated with
such use. Any statements related to the product which are not contained in 3M’s current
publications, or any contrary statements contained on your purchase order shall have no
force or effect unless expressly agreed upon, in writing, by an authorized ofcer of 3M.
Warranty; Limited Remedy; Limited Liability.
This product will be free from defects in material and manufacture for one year from
the time of purchase. 3M MAKES NO OTHER WARRANTIES INCLUDING, BUT
NOT LIMITED TO, ANY IMPLIED WARRANTY OF MERCHANTABILITY
OR FITNESS FOR A PARTICULAR PURPOSE. If this product is defective within
the warranty period stated above, your exclusive remedy shall be, at 3M’s option, to
replace or repair the 3M product or refund the purchase price of the 3M product. Except
where prohibited by law, 3M will not be liable for any indirect, special, incidental or
consequential loss or damage arising from this 3M product, regardless of the legal
theory asserted.
UL Listed to U.S. and Canadian Safety Standards.
Mark of Conformity to European Directives (Conformité Européene).
3M is a trademark of 3M Company. Other trademarks used herein are the properties of their respective
owners.

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