Application
In the international market for
precision electrical measurement
Typical circuit board shown
and control, the transducer has
become the standard, providing
local and remote indication in
conjunction with instruments,
recorders, data loggers and
Supervisory Control and Data
Acquisition systems ( SCADA) .
Transducers with high accuracy
and reliability are becoming
increasingly important features in
the provision of cost effective
system control. Istat 300 has been
designed to meet these
requirements.
Why Istat 300?
Istat 300 is the result of extensive
market research. The purpose of
this was to reconsider the
developing needs of the market on
an international scale, across
applicable industry sectors -
electrical utilities, switchgear/
switchboard manufacturers,
energy management, SCADA,
building management and control,
process control and
instrumentation.
Customers’ comments on our own
Istat 200 range and those offered
by other transducer manufacturers
were prime considerations.
Istat 300 is the result of inspired
engineering design with the brief
to ‘ design-in’ the highest possible
quality at the lowest possible cost
to the customer.
A high specification transducer
with genuine, proven reliability,
Istat 300 combines quality and
value.
Inherent Design Quality
ALSTOM T& D Protection & Control
manufactures for the highly
specialised power system
protection market and all products
are inspected to ensure ultimate
quality at each stage of
manufacture within quality systems
conforming to ISO 9001.
Quality control procedures start in
the Electronic Components
Appraisal Department where all
low and medium volume
components are individually tested
against specified parameters and
tolerances. High volume
components are sample tested to
an AQL of better than 0.25% .
Durability and
Reliability
Careful selection of components
and inherent design quality ensure
that Istat 300 transducers have the
highest combined specification of
any transducer in the world. This
not only results in outstanding
performance but also has the
additional benefits of extreme
reliability and unparalleled
durability. Mean time between
failure analysis predicted times of
between 50 years and 25 years
for transducers with low and high
component counts respectively. |