Battery Care Instructions – Use only Duracell
Coppertop AA Batteries
1. Keep battery contact surfaces and battery compartment contacts clean
by rubbing them with a clean pencil eraser or a rough cloth each time you
replace the batteries.
2. Remove batteries from the meter when it is not expected to be in use for
more than a month.
3. make sure that you insert batteries into your SLTD 100 properly, with the
+ (plus) and – (minus) terminals aligned correctly.
4. Extreme temperatures reduce battery performance. Avoid putting
battery-powered devices in very warm places.
Safety Information
SGS Instruments meters are designed for years of service; please observe
the following safety precautions. When changing the batteries, make sure
that all seals on the meter box are properly reinstalled. The product is
designed for continuous use in industrial process applications and complies
with safety regulations currently in place. Improper use could lead to
hazards for the user or a third party, and/or adverse effects to its operator.
The probe portion of the system is 100 % waterproof. Although the handheld
display portion of the meter is IP67 water resistant,
it is not designed
or intended to be submerged. If dropped into the water, remove
immediately by pulling the probe cord to retrieve it and dry off.
Do not
use the meter until the handheld portion is completely dry (which may take
more than 24 hours).
Any other use, or use not mentioned herein, that is incompatible with the
technical specifications is deemed inappropriate. The operator is solely
responsible for any damage arising from such use. When using the SLTD
100:
• Observe all applicable local and federal safety regulations.
• Take proper precautions with prescribed environmental and operational
conditions.
• Consider chemical compatibility with all wetted materials.
Certification
NSF International has certified the meter for accuracy. The water conditions
of a typical pool were simulated and tests performed to determine the
accuracy of the SLTD 100. Please note that extreme water conditions
(temperature under 58 degrees F and over 105 degrees F) may cause
accuracy to vary outside the + or – 2 % of scale readings.
