Sonic Meter Soni Manuel utilisateur
Sonic Meter ®
Soni
Operating Manual
Rev. A
Important: Do not attempt to operate this instrument without completely reading
this manual and understanding the correct operating procedures.
For online technical support and further information refer to our web site at
www.sonicmeter.com
Rev A-815
Table of Contents
1. Safety
1.1 Batteries
1.2 Charger
1.3 Meter
1.4 robe
1.5 Electromagnetic Compatibility
2. Introduction
3. Description
3.1 Sonic Meter
3.2 Keypad
3.3 LCD display
3.4 Sonic Meter probe
3.5 Battery Charger
3.6 Batteries
4. Operation
4.1 Changing the batteries
4.2 Resetting the circuit breaker
4.3 owering up the meter
4.4 Reading the display
4.5 Battery capacity
4.6 How to take measurements
5. Appendices
A. Specifications
B. Troubleshooting
C. arts List
D. Warranty
E. Calibration sheet
1. Safety Issues:
1.1 Batteries:
The Sonic Meter
Soni
is powered by 4 AAA Nickel Metal Hydride (NiMH)
batteries rated at 800mAh. The meter is fault protected against reverse polarity
via a resettable circuit breaker. The meter ships with 8 AAA batteries. The 4
AAA batteries in the meter were charged at the time of shipping. The other 4
AAA batteries are not charged.
CAUTION: Shorting the batteries (positive terminal connected to negative
terminal) is extremely dangero s and co ld ca se serio s inj ry. Extreme
ca tion sho ld be sed when handling and charging the batteries.
Do not store meter for long periods with the batteries installed. When disposing
of batteries follow all state and local laws.
1.2 Charger:
The battery charger is powered by 120/240Volts AC at 50/60Hz. Use of charger
with any other voltage input will damage the charger and could cause serious
injury.
1.3 Meter:
The Sonic Meter’s housing is not waterproof. If the meter becomes immersed in
water do not attempt to use it. Do not attempt to repair it. Return the meter to
SyncroCraft® for authorized repair.
1.4 robe:
The probe is integrated into the housing of the Sonic Meter
Soni
.
1.5 Electromagnetic Compatibility:
The Sonic Meter
Soni
complies with EN 61326-1:1997. The meter is CE
approved.
Important: The Sonic Meter
Soni
is not designed for use as a medical
device.
Important: Never operate the Sonic Meter
Soni
and probe in areas where
high voltage potentials are not properly contained.
NOTE: lease read and understand the entire manual before operating the Sonic
Meter
Soni
.
2. Introduction:
The Sonic Meter
Soni
is a pressure sensitive measuring device. It is
designed to help maintain the quality and integrity of parts during cleaning cycles
in ultrasonic cleaners.
Ultrasonic cleaners utilize a transducer attached to the tank’s exterior. The
transducer outputs pulsating mechanical energy at high frequencies (ultrasonic),
which cause the liquid in the tank to agitate.
The agitation at this high frequency level is what gives ultrasonic cleaners their
cleaning ability. As the liquid becomes agitated, a phenomenon known as
cavitation takes place. Cavitation is the almost instantaneous formation and
implosion of small bubbles and cavities in the cleaning liquid.
As the liquid cavitates, the minute bubbles and the coincidental implosions cause
the surrounding liquid to impinge forcefully upon the surface areas of the part
being cleaned. The force that the liquid applies to the area of the part is
commonly referred to as the scrub-force.
This scrub-force action takes place throughout the tank. However, the scrub-force
can vary significantly due to the placement of the tank’s transducer and the
constructive and destructive interference caused by the shape of the tank and parts
being cleaned.
These process variations in scrub-force throughout the tank can be referred to as
hot spots or cold spots in the liquid. Hot and cold spots are locations of high and
low intensity scrub-force relative to a mean value scrub-force. These process
variations can significantly alter the cleanliness or integrity of the parts being
cleaned. Some parts may not have been thoroughly cleaned for the next process,
or the stresses due to the cleaning action may have altered the integrity of the
parts. With the Sonic Meter these process variation situations can be minimized.
With the Sonic Meter’s slender probe, operators can probe ultrasonic cleaners to
pinpoint areas of optimum intensity in which to place each part. The Sonic
Meter’s LCD displays the intensity variations. arts can be varied in their z-
height or their x and y positions via an adjustable array fixture. The operator can
determine the location for each part so that all parts are placed in regions of the
same specified pressure reading (scrub-force).
The Sonic Meter
Soni
measures in units of pounds per square inch (psi). The
Soni
works with tanks that use frequencies up to 500kHz.
3. Description:
Figure 1
Figure 1 shows the main components of the Sonic Meter
Soni
.
3.1 Sonic Meter:
The Sonic Meter
Soni
is packaged in an ergonomic T-shaped housing. The
housing is made of aluminum with a durable anodized surface. The housing is
not waterproof.
3.2 LCD Display:
The LCD is a four digit, high contrast display. recision is one decimal place.
The units are in psi (lbs. /in²)
3.3 Sonic Meter robe:
The probe is made of 304 stainless steel with the sensing transducer located at the
bottom tip. The probe has a unique sensitivity value associated with the sensing
transducer. The sensitivity value is calibrated to the meter. The top of the probe
is engraved with a serial number.
LCD Display
Soni
Soni
robe
3.4 Battery charger:
The battery charger can only be used to charge Nickel Metal Hydride (NiMH)
type rechargeable batteries. Do not attempt to charge NiCd batteries or mix
other batteries with NiMH batteries.
The battery charger should only be powered by 120/240Volts AC at 50/60Hz.
The plug type is NEMA 5-15.
3.5 Batteries:
The Sonic Meter
Soni
ships with 8 AAA Nickel Metal Hydride (NiMH)
batteries. The meter uses 4 AAA NiMH batteries rated 1.2V/800mAh or higher.
The batteries should reach full charge in 5hrs or less.
Do not attempt to charge these batteries on any other charger than the nit
shipped with the meter.
4. Operation:
4.1 Changing the Batteries
Figure 2
Figure 3 shows how the 4 AA batteries are removed.
With a hillips screwdriver, unscrew the 6-32 flathead screw from the back of the
meter. Lift the battery cover out from the meter. Remove the 4 AA NiMH
batteries, and replace with 4 charged batteries. Make certain that you replace the
batteries into their sockets with the correct polarity. The polarity is clearly
marked on the bottom of each battery socket. Reinstall the battery cover with the
retaining tab positioned first in the bottom of the meter before securing the cover.
If the batteries are installed with the incorrect polarity, one of three situations will
be evident:
1. One of the 4 batteries was installed with the incorrect polarity.
hillips Screwdriver
#6-32 Flat Head Screw
Battery Cover
Retaining Tab
4X AAA Batteries
robe
Observation: The meter will power on, but the battery percentage will not be
displayed, and keypad keys will not function. Reinstall the battery correctly.
2. Two or three batteries were installed with the incorrect polarity.
Observation: The meter will not power on. Reinstall the batteries correctly.
3. All four batteries were installed with the incorrect polarity.
Observation: The 0.63Amp circuit breaker will disengage power. The meter
will not power on. Remove all four batteries. Reset the circuit breaker.
Reinstall the batteries correctly.
4.2 Resetting the circuit breaker
Figure 3
Figure 4 shows the circuit breaker located at the bottom of the meter just below
the battery housing.
Remove the battery cover. With a small screwdriver, push the small white tab of
the circuit breaker to the right. A small click will sound when the reset tab has
been moved all the way to the right. The circuit breaker is now reset.
The most probable reason for setting off the circuit breaker would be incorrectly
installed batteries.
ush white tab to the right
to reset circuit breaker
0.63 Amp Circuit Breaker
4.3 owering up the meter
To power on the meter, slide the power (ON/OFF) switch to the right as shown in
Figure 5.
Figure 4
ress and release the ower ON key to power up the meter as shown in Figure 5.
Note: Before taking meas rements, wait approximately 1 min te after
powering p the meter. Waiting 1 min te allows the probe to come to f ll
charge.
4.4 Reading the Display
When operating the
Soni
, you will notice the output of the ultrasonic readings
can vary. The
Soni
reads in real time only. In order to take represented
readings of your tank’s output, a technique of visual approximation will have to
be employed.
Begin probing the tank with the meter. Notice the fluctuations in the readings.
The readings on average usually fluctuate + 3 psi for most tanks, but can fluctuate
higher depending on your tank and the shape of the part sitting inside of it.
You my notice more variation in the readings, e.g. 18 to 25 psi. Hold the probe
steady and watch the output. While watching the numbers fluctuate, estimate and
approximate average.
Take 10 to 20 readings throughout the tank (more readings for lager tanks). Make
sure to hold the probe steady while taking each average. Write down each
reading. Then average these readings to get an overall pressure value for the tank.
Note: Higher acc racy is achieved by taking more readings. If mapped at
different depths, a clear pict re of the distrib tion can be determined.
Additional methods for increased repeatability involve readings at tightly
held locations sing some sort of fixt re or grid plate located over the tank
with locating holes. Incl ding m ltiple depths by sing a lock collar along
the body of the probe t be is very helpf l.
ON/OFF
Switch
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