Price | Negotiable |
MOQ | 1 |
Delivery Time | 5-8 work days |
Brand | LONROY |
Place of Origin | China |
Certification | Includes Calibration Certification |
Model Number | BGD 578 |
Packaging Details | Wooden pakage |
Payment Terms | L/C,D/A,D/P,T/T,Western Union,MoneyGram |
Supply Ability | 200 pieces |
Place of Origin | China | Warranty | 1 Year |
Packaging Details | Wooden pakage | Model Number | BGD 578 |
Supply Ability | 200 pieces | Certification | Includes Calibration Certification |
Weight | 265KG | Power Supply | 220V, 50HZ |
Brand Name | LONROY | Payment Terms | L/C,D/A,D/P,T/T,Western Union,MoneyGram |
Price | Negotiable | Delivery Time | 5-8 work days |
Minimum Order Quantity | 1 | Effective Test Width | 400mm |
Overall Size(L×W×H) | 480mm × 750mm × 1920mm | Maximum Test Force | 10KN |
BGD 578 Universal Material Testing Machine Material Tester With High Low Temperature Chambr
1.Description:
BGD
578
High
Low
Temperature
Universal
Material
Testing
Machine
is
mainly
applied
to
the
testing
of
mechanical
properties
such
as
tensile,
compression,
bending,
peeling,
tearing,
etc.
of
elastic
coatings,
waterproof
coatings,
rubber,
plastic
profiles,
plastic
pipes,
plates,
sheets,
films,
wires
and
cables,
waterproof
coils,
metal
wires,
etc.
of
the
materials
in
high
or
low
temperature
environment.
The
product
is
also
widely
used
in
testing
aviation,
aerospace,
information,
electronics,
electrical,
instrumentation,
plastics,
automotive
parts
and
other
products:
by
simulating
the
electrical
and
electronic
products,
aerospace
products
and
various
types
of
meteorological
products
and
their
components,
materials
in
low
temperature,
high
temperature,
hot
and
humid
application
environment
to
analyze
and
evaluate
its
performance
to
show
for
the
prediction
and
improvement
of
the
quality
and
reliability
of
these
products
to
provide
the
correct
basis.
The
instrument
consists
of
tensile
machine
host,
fixture
and
movable
high
and
low
temperature
test
box
and
other
parts.
Tensile
machine
adopts
a
full
set
of
imported
full
digital
AC
servo
system
and
high
rigidity
frame
structure,
and
controlled
by
PC.
The
high
and
low
temperature
test
chamber
adopts
double-layer
heat-insulating
glass
door,
which
is
convenient
for
users
to
observe
the
test
situation,
and
adopts
full
stainless
steel
frame
and
inner
liner,
which
is
not
only
beautiful,
but
also
corrosion-resistant.
The
instrument
has
a
novel
shape,
high
precision,
low
noise,
easy
to
operate,
and
has
passed
the
EU
CE
certification.
Product
Features:
Tensile
machine
mainframe
*
::
Ultra-high
rigidity
structure
Gantry-type
ultra-high
rigidity
frame
structure,
wide
speed
control
range,
sealed
vertical
shaft
support,
super
rigidity,
backlash-free
ball
bearings,
high
precision
and
good
stability.
*
::
Three
speed
closed-loop
controls
Stress,
strain,
displacement
three
speed
completely
closed-loop
control
mode;
test
can
be
programmed
in
segments
according
to
the
above
control
mode,
and
the
control
mode
can
be
seamlessly
switched
between;
the
use
of
advanced
closed-loop
AC
servo
maintenance-free
control
system,
high
precision,
high
reliability;
imported
reducer
and
ball
screws
to
improve
the
control
accuracy
and
stability.
*
::
Intelligent
digital
measurement
and
control
technology
It
adopts
imported
high-quality
load
sensors,
and
the
acquisition
part
adopts
the
method
of
segmental
linear
correction
to
ensure
the
high
accuracy
and
stability
of
the
load
detection
part.
The
sensor
adopts
original
intelligentized
and
digitalized
design,
which
gets
rid
of
the
traditional
collection
and
transmission
methods
and
greatly
improves
the
sampling
accuracy
and
stability
of
the
sensor;
it
adopts
the
latest
sensor
identification
technology,
which
can
automatically
identify
the
installation
state
of
the
sensor,
the
nature
of
the
sensor
and
the
sensor
coefficients;
there
is
no
need
to
set
up
the
software
for
the
change
of
the
sensor,
and
no
need
for
on-site
calibration.
*
::
High-speed
processors
The
use
of
a
high-speed
processor
with
a
built-in
DSP
not
only
greatly
improves
the
sampling
rate
of
the
system,
but
also
improves
the
system
control
accuracy
as
well
as
response
time.
*
::
Strain
measurement
systems
Equipped
with
large
deformation
extensometer,
with
good
bidirectional
followness
and
strong
following,
it
can
accurately
measure
the
deformation
of
the
specimen
within
the
specimen
marking
spacing,
so
as
to
get
more
accurate
yield
strain,
rupture
strain,
and
stress
at
X%,
etc.;
it
can
be
equipped
with
Y
small
deformation
extensometer,
X
small
deformation
extensometer,
deflection
extensometer,
etc.,
with
a
measuring
accuracy
of
0.1um,
and
is
able
to
accurately
measure
tensile
elasticity,
Poisson's
ratio,
and
flexural
elasticity
modulus.
The
measurement
accuracy
is
0.1um.
*
::
Modular
software
design
Adopting
TestExplorer
measurement
and
control
software,
the
software
is
divided
into
four
test
modules:
test,
program,
report
and
measurement,
and
adopts
guided
operation
process,
which
makes
test
operation
simple
and
easy.
The
design
concept
of
testing
standards
as
the
test
base
module,
including
most
of
the
current
common
test
methods,
support
for
customized
test
program
design,
built-in
hundreds
of
test
results
and
results
expression
calculator,
greatly
enriching
the
user's
personalized
test
needs.
*
::
Powerful
software
features
TestExplorer
measurement
and
control
software
for
the
analysis
of
test
results
provides
a
variety
of
auxiliary
means
of
analysis:
support
for
test
curve
playback,
test
results
recalculation
(add
or
modify
the
calculation
results);
support
for
the
results
of
the
unit
switching
and
data
modification;
embedded
data
analysis
and
comparison
software
to
analyze
the
curve
point
by
point
and
the
results;
support
for
the
analysis
of
the
characteristic
points,
the
end
of
the
test
characteristics
of
the
point
in
the
test
curve
automatically
marked;
with
a
variety
of
statistical
functions
to
automatically
count
and
summarize
the
test
results;
test
report
templating
and
customization,
can
be
exported
to
Excel
word
pdf
report
formats.
With
a
variety
of
statistical
functions,
it
can
automatically
perform
statistics
and
summarize
the
test
results;
the
test
report
is
templated
and
customizable,
and
can
be
exported
to
a
variety
of
report
formats,
such
as
Excel,
word,
pdf,
etc.
It
adopts
network
technology
to
realize
the
diagnosis
and
upgrading,
and
can
be
updated
and
upgraded
online
at
any
time
free
of
charge
over
the
network.
At
the
same
time,
the
software
is
also
designed
with
a
test
process
editor,
which
can
realize
a
variety
of
control
modes,
such
as
stress
rate,
strain
rate,
displacement
speed,
constant
load
and
constant
strain,
multi-stage
test
process
control,
and
seamless
switching
between
controls.
In
addition,
the
software
has
a
practical
return-to-zero
function,
which
can
reasonably
and
effectively
eliminate
the
initial
stress
of
the
specimen
by
adjusting
the
position
of
the
crossbeam,
thus
obtaining
more
accurate
test
results;
The
software
provides
a
variety
of
curve
forms
such
as
stress-strain,
load-displacement,
strain-time,
displacement-time,
etc.
It
can
realize
the
functions
of
arbitrary
coordinate
system
configuration
and
display
unit
switching.
Any
curve
can
be
selected
for
comparison.
And
it
provides
printout
of
any
size
and
curve
enlargement
function,
which
can
be
realized
by
dragging
the
mouse
in
the
area
to
enlarge
and
pan
the
curve.
Finally,
the
software
also
has
Chinese,
English,
Russian
and
other
multi-language
support,
to
achieve
the
internationalization
of
the
software;
support
for
customizing
the
display
of
real-time
data
channel
content
and
display
unit
settings;
High
and
low
temperature
chambers:
*
High
and
low
temperature
box
with
RS485
or
RS232
communication
function,
for
the
collection
of
samples
insulation
box
temperature.
*
The
shape
of
the
test
chamber
is
horizontal,
the
head
of
the
front
chamber
protrudes
and
can
be
nested
in
the
test
machine.
The
rear
part
is
designed
according
to
the
space
requirement
of
refrigeration
and
electrical
system
arrangement.
(The
rear
structure
of
the
test
chamber
is
on
wheels
at
all
four
corners,
and
the
depth
may
be
increased
according
to
the
arrangement
of
the
center
of
gravity.)
*
Tensile
machine
test
chamber
door
can
be
opened
to
load
card
samples,
the
left
side
of
the
installation
of
hinges,
door
locks
installed
on
the
front,
does
not
interfere
with
the
test
box
into
and
out
of
the
rear
side
of
the
open
access
door,
for
the
installation
of
air
duct
structure
for
maintenance.
*
Tensile
machine
test
box
volume
is
smaller,
but
the
box
is
flatter,
the
insulation
area
is
larger,
the
implementation
of
low-temperature
cold
loss
is
larger,
the
layout
of
the
double-machine
cascade
refrigeration
system.
*
::
Complete
safety
measures,
with
safety
protection
measures
against
leakage,
overcurrent,
overvoltage,
over-temperature,
etc.,
and
complete
warning
signs.
*
::
The
whole
machine
adopts
international
first-class
electric
control
and
refrigeration
accessories,
stable
and
reliable
operation;
*
::
Easy-to-learn
operation,
powerful
functions,
humanized
design
and
extremely
convenient
maintenance;
*
Taiwan
fan,
good
temperature
resistance,
unique
circulation
of
air
supply,
temperature
distribution
is
more
uniform,
the
performance
of
the
parameters
is
better
than
the
national
standard;
*
::
The
observation
window
is
made
of
multi-layer
vacuum
glass
with
automatic
defrosting,
which
allows
clear
observation
of
the
interior
of
the
test
chamber;
2.Technical Parameter
Temperature
Chamber
Specifications
Feature | Specification |
---|---|
Maximum Test Space | 200mm |
Temperature Display Resolution | 0.1°C |
Temperature Control Accuracy | ±2°C |
Temperature Fluctuation | ±1°C (High Temp); ±2°C (Low Temp) |
Temperature Gradient | 2°C |
Temperature Range | -40°C to 150°C (Mechanical Refrigeration Type) |
Cooling Rate | Average 0.7°C/min ~ 1°C/min |
Heating Rate | Average 1°C/min ~ 3°C/min |
Power Supply | 220VAC-15% ~ 220VAC+10%, 50Hz, 1kVA, single-phase three-wire system |
Universal
Testing
Machine
(U
TM)
Specifications
Feature | Specification |
---|---|
Maximum Test Force | 10kN |
Machine Class | Class 0.5 |
Force Measurement Range | 0.2% ~ 100% FS |
Force Indication Error | ±0.5% |
Data Acquisition Rate | 50Hz |
Sensor Channel Bandwidth | 8.4Hz |
Force Resolution | 1/300,000 |
Deformation Measurement Range | 0.2% ~ 100% FS |
Deformation Indication Error | ≤±0.5% |
Deformation Resolution | 1/300,000 |
Large Deformation Range | 25mm ~ 700mm |
Large Deformation Error | ≤±0.50% |
Large Deformation Resolution | 0.0125mm |
Crosshead Displacement Error | ≤±0.50% |
Displacement Resolution | 0.001mm |
Force Control Rate Range | 0.005 ~ 5% FS/s |
Force Control Rate Error | ±1% of set value |
Deformation Control Rate Range | 0.02 ~ 5% FS/s |
Deformation Control Rate Error |
When
rate
<
0.05%
FS:
±2%
of
set
value When rate ≥ 0.05% FS: ±0.5% of set value |
Crosshead Speed Range | 0.001 ~ 500mm/min |
Crosshead Speed Error |
When
speed
<
0.05mm/min:
±1.0%
of
set
value When speed ≥ 0.05mm/min: ±0.5% of set value |
Constant Force/Deformation/Displacement Control Range | 0.5% ~ 100% FS |
Control Accuracy |
Set
value
≥10%
FS:
±0.1%
of
set
value Set value <10% FS: ±1% of set value |
Effective Test Width | 400mm |
Maximum Tensile Stroke (with grips) | 900mm |
Power Supply | 220VAC-15% ~ 220VAC+10%, 50Hz, 1kVA, single-phase three-wire system |
UTM Dimensions (L*W*H) | 480mm * 750mm * 1920mm |
Chamber Dimensions (L*W*H) | 390mm * 700mm * 1030mm |
Weight | 265kg |