19635 Desco, 19635 Datasheet
19635
Manufacturer Part Number
19635
Description
TESTER MINIMEG 9VDC NIST
Manufacturer
Desco
Type
Testerr
Specifications of 19635
Features
Pocket Size
Power Supply Type
9V Battery
Battery Type
9
Includes
Cable for resistance-to-ground measurements
Resistance Range
10^10 Ohms
Standards
ANSI⁄ESD S20.20
Tester Type
Pocket Megohmmeter
Lead Free Status / RoHS Status
Not applicable / Not applicable
For Use With/related Products
Surface Resistance
Lead Free Status / Rohs Status
RoHS Compliant part
Available stocks
Company
Part Number
Manufacturer
Quantity
Price
Company:
Part Number:
196357-10041-3
Manufacturer:
MINDSPEED
Quantity:
1 684
TB-2083 January 2009 Page 1 of 4
Micro Meg™ Pocket Megohmmeter
Operation and Maintenance
Figure 1. 19635 Micro Meg Pocket Megohmmeter
Description
The Desco 19635 Micro Meg Pocket Megohmmeter is
a portable test instrument designed for measuring both
surface and surface-to-ground resistance of static
dissipative and conductive materials. Seven color-
coded LEDs, read from right to left, easily identify static
dissipative and conductive ranges. The µMeg will test
materials with surface resistivity of 1x10E5 to 1x10E10.
This test instrument is ideally suited for Quality Control
and Field Service personnel as well as for use in
routine auditing of your ESD protective materials. The
:Meg features simple one-button operation and a 9V
battery for ease of use and maximum portability. This
auto-ranging instrument weighs only six ounces. The
high-impact plastic case ensures durability despite the
meter’s light weight.
The Micro Meg has not been designed to meet ESD
S4.1 test equipment requirements and therefore
measurements obtained with this device may not agree
with measurements taken according to the ESD S4.1
test procedure. This test instrument is intended for use
only as an auxiliary tool for monitoring surface
resistance performance.
If you are interested in obtaining a meter which does
meet all the test equipment requirements of ESD S4.1,
we recommend our model 19780 Surface Resistance
Test Kit. For more information on this product ask for
Techical Bulletin TB-3014.
TECHNICAL BULLETIN TB-2083
Installation
Remove the meter from the carton and inspect for
damage. Each unit should be fully charged and
includes:
1 Micro Meg Pocket Megohmmeter
1 Surface-to-Ground, cord assembly
1 Installed 9V battery
Properly store the megohmmeter and its component
assemblies when not in use.
Operation
The Micro Meg will perform Surface Resistivity and
Surface-to-Ground resistance measurements. Work
surfaces and materials to be tested should be cleaned
prior to testing to ensure that surface dirt and
contamination do not affect results. It is recommended
that non-silicone and non-alcohol based cleaners such
as Desco’s Reztore™ Surface and Mat Cleaner be
used for regular cleaning of ESD protective work
surfaces. When non-ESD surfaces are being used,
Reztore™ Topical Antistat is recommended for
eliminating static charge generation.
Figure 2. Cleaning the work surface before testing.
Surface and Surface-to-Ground resistance readings
are indicated by the series of LEDs on the face of the
mater. The LEDs are read from right to left as follows:
1. RED
2. GREEN
3. GREEN
4. GREEN
5. GREEN
6. YELLOW – Less than 1 x 10E6
7. YELLOW – Less than 1 x 10E5
– >10E10, Meter is on and battery is
– Less than 1 x 10E10
– Less than 1 x 10E9
– Less than 1 x 10E8
– Less than 1 x 10E7
functioning
Made in America
19635 Summary of contents
Page 1
... Micro Meg™ Pocket Megohmmeter Operation and Maintenance Figure 1. 19635 Micro Meg Pocket Megohmmeter Description The Desco 19635 Micro Meg Pocket Megohmmeter is a portable test instrument designed for measuring both surface and surface-to-ground resistance of static dissipative and conductive materials. Seven color- coded LEDs, read from right to left, easily identify static dissipative and conductive ranges. The µ ...
Page 2
SNAP SOCKET CONDUCTIVE RUBBER SNAP STUD Figure 6. Cleaning the electrodes. 2. Clean both the snap stud and the electrodes with a cotton swab soaked in isopropyl alcohol. Check the rubber centers for wear - the rubber should form a ...