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INTERELEKTRO Ltd. dünya
çapında bir marka olan Slaughter
Test Systems'in AC Motorlar için Elektriksel Test
Sistemlerini, Surge Test Cihazlarını ve Akü Plaka Test
Cihazlarını pazarlamaktadır. Aşağıda belirtilen cihaz ve
çözümler hakkında detaylı bilgilere ulaşmak için ekran resimleri
üzerine tıklayınız veya bizlerle temasa geçiniz.
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STS 1740 MOTOR (ENDÜVİ/ROTOR)
TEST SİSTEMLERİ
Model 1740 WOUND
PRODUCT TEST SYSTEM
The fully programmable
Model 1740 facilitates high speed, production
line testing in both automated and manual
applications.
Standard tests include
AC Hipot, DC Hipot, Resistance, patented Tang-Weld
Resistance and Surge.
Robust software offers
automatic setup of all test parameters, complete
result storage, Go/No-Go testing requiring no
operator judgment, and online statistics for all
tests.
Whether you need flexibility, reliability,
durability, accuracy, speed or data, the Model
1740 has it all.
Take a closer look and
see why this is simply the best test system
available.
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SURGE TEST CİHAZLARI
Model 1660 Surge Tester
Surge testing is undoubtedly the most
comprehensive single test available for wound
products. Its primary function is verification
of insulation integrity. Designed for rapid Go/No-Go
testing, the 1660 detects latent and existing
insulation failures such as turn-to-turn shorts,
layer-to-layer shorts, coil-to-coil shorts,
winding-to-winding shorts, and phase-to-phase
shorts are best detected by surge testing. Open
circuit and ground detection are secondary
benefits of surge testing. The verification of
insulation integrity of simple coils, chokes,
solenoids, transformers, stators, field coils
and other wound products make the surge test a 'must'
for the quality conscious manufacturer.
Testing Features
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Digital display of voltage and deviation
with digital limit selection.
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Unique go, no-go operation with automatic
reject.
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Tests solenoids, chokes, transformers,
stators and other wound products.
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Detects shorted turns as well as opens and
grounds.
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Masterless operation, does not depend on
operation judgment.
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SCR high voltage switching and solid state
control circuitry.
The series 1660
Surge tester is Masterless as it requires no
active-master for analysis. Instead, reference
settings are determined based upon initial setup
with a 'good' workpiece and then simply repeated
when needed. All test results are go/no-go and
do not require operator interpretation or
judgment.
The Series 1660
Surge tester operates as a capacitive-discharge
system. A capacitor is charged with high voltage
on the first half of a sine wave and then
discharged or dumped into the workpiece, through
an SCR, on the second half of the sine wave.
This sequence continues throughout the dwell
time thus stressing the insulation of the
workpiece with high voltage DC pulses.
Because the workpiece is characteristically
inductive it will automatically respond to the
Surge tester's pulsed excitation by generating a
counter-electromotive force or flyback action,
which produces a ring wave of diminishing
proportions. The criteria for workpiece
acceptance is based upon the integrated value of
this self generated ring-wave.
During the surge test, the workpiece can be
subjected to high instantaneous voltages and
currents. However, the average power dissipated
by the workpiece is relatively low thus avoiding
damage to good parts.
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TEST DÜZENEKLERİ
Test Fixtures
Standard and custom test fixtures offer fast,
accurate and safe testing for a wide variety of
applications. These fixtures maximize operator
comfort and safety while providing the speed and
durability required in the most demanding
environments. Dual station models maximize
throughput by allowing the operator to unload
and load one station while the other is testing.
The model 1740 has the flexibility to allow
fixtures for armatures, stators and coils to be
used with the same test system.
Safety Guarded Test Fixtures
Standard and custom test fixtures are designed
for operator safety and comfort. Testing is
automatically initiated upon closure of the
safety guard.
Air-Activate
Armature Test Heads
Our air-actuated
armature test heads require zero insertion force
and create minimal witness marks on the
commutator.
Positive Contact Armature Test Head
Our
positive contact test heads make contact with
the leading edge of the commutator. Insertion of
the armature creates a wiping action that
ensures good electrical contact.
Quick Change Tooling Faces
All
armature test heads feature quick change tooling
faces that minimize downtime for service and
maintenance.
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AKÜ PLAKALARI için TEST
CİHAZLARI
Battery Element Testers
All STS Battery Element Testers provide a unique
method for the detection of assembly level
insulation defects in lead-acid batteries,
including missing and damaged separators.
Detection of such faults prior to filling and
charging the battery minimizes costly
reclamation. Traditional AC dielectric tests can
detect such faults, but may produce damaging
heat in moist cell applications. To overcome
this limitation, STS has developed testers that
employ a high-voltage, short duration pulse to
maximize stress to the dielectric material while
minimizing average energy. The goal is to
provide sufficient stress to cause current flow
in the presence of a failure. This technique
allows reliable fault detection while
eliminating damage due to overheating that may
occur with an AC test.
All testers feature an adjustable test voltage
with a peak output of 3,000 volts, accommodating
a wide range of separator spacing and types.
Durable solid state switching of the high
voltage assures reliability for high volume
applications. Easy-to-read digital meters
provide readouts for applied voltage and quality.
Following a simple setup procedure, operation is
go/no-go, and requires no operator
interpretation of results. The test voltage is
applied using included safety probes. When a
failure occurs, the high voltage is shut off and
both audible and visual alarms warn the operator
of the failure.
Testing Features
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Designed for Quick and Accurate Fault
Detection on High Volume Production Lines.
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Detects Fault Prior to Costly Reclamation.
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Produces Rapid Go/No-Go Results for Faster
Throughput.
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Safe, Efficient, Easy-to-Use Safety Probes
for Applying High Voltage.
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Lockout Feature Shuts Off High Voltage if
Product Fails.
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Digital Voltmeter Displays Actual High
Voltage Output.
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Digital Quality Meter Displays Reading for
the Battery Under Test.
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Voltage Control Knob Allows Selection of the
Voltage.
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Solid State Design for Durability in High
Volume Product Testing.
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Audible and Visual Failure Indicators.
Available Models
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