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MSP °ø¾÷¿ë
OEM
ÁÖ»ç±âÆßÇÁ |

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[MSP
Series
Industrial
OEM
Syringe
Pumps] |
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+ È®´ëÇÑ ±×¸²º¸±â -> |
MSP1-C2  |
MSP1-D1  |
MSP1-E1  |
Accuracy |
¡Â1%
@ 100% stroke |
Precision |
¡Â0.5%
@ 100% stroke |
Stroke
length
|
30 mm |
Linear
force |
¡Ã6.8
kg (15 lbs) |
Step
resolution |
3000 step/stroke
|
1000 step/stroke
|
Syringe
speed |
1.2 sec
~20 min
|
2 sec
~1 min
|
Linear
speed |
0.025
~25
mm/sec
|
0.5
~15
mm/sec
|
Control
resolution |
0.01 mm/step
|
0.03 mm/step
|
Drive
mechanism |
Ball screw
drive
|
Rack and
pinion drive
|
Syringe |
50 uL
~ 5.0 mL
|
500 uL
~ 5.0 mL
|
Valve |
3-port
120°
|
3-port
solenoid valve
|
Valve
speed |
¡Â280
ms |
¡Â100
ms |
Max.
pressure |
0.68 MPa
|
1.0 MPa
|
Wetted
material |
Borosilicate
glass, PTFE, PEEK
|
Syringe
fitting |
1/4"-28
thread
|
Valve
fitting |
1/4"-28
thread
|
Signal
input |
2 TTL signal
|
1 TTL signal
|
Signal
output |
3 OC gate signal
|
3 OC gate signal
|
Communication |
RS-485
or RS-232
|
Baud
rate |
9600 or
38400 bps
|
Pump
ID setting |
BCD dial
switch, 0 to E corresponding
pump address 1-15
|
Pump
parameter setting |
DIP switch
|
Dimension |
110Lx44.4Wx127mmH
|
100Lx65Wx127mmH
|
Controller
weight |
1.23 kg
|
0.9 kg
|
Power |
DC 24V/1.5
Amp
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ÁÖ¹®Á¤º¸ |
Model |
Code
|
Stroke
|
Resolution
|
Voltage
|
Current
|
Diemension
|
Weight
|
MSP1-C2 |
05.03.20B |
30 mm
|
3000 step/stroke
|
24VDC |
¡Â1.5A |
110×44.4×127 |
1.23 |
MSP1-D1 |
05.03.21A |
30 mm
|
1000 step/stroke
|
24V DC |
¡Â1.5A |
100×65×127 |
0.9 |
MSP1-E1 |
05.03.22A |
30 mm
|
1000 step/stroke
|
24V DC |
¡Â1.5A |
100×65×127 |
0.9 |
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±â¼úÀÚ·á |
Industries Syringe
Pump & Micro Piston
Pump in Spectrometers
(Release Time£º2015-10-08)
|
Application Introduction:
Identifying the substance
and confirming its chemical
composition and relative
content based on its
spectrum is called spectrum
analysis. Spectrum analysis
has many advantages
when compared with other
analysis methods: such
as its high sensitivity,
better selectivity,
fast and easy operation,
strong anti-interference
performance, high accuracy,
which has been developed
rapidly. The spectrometer,
used for spectrum analysis,
has become an important
piece of equipment in
laboratory analysis,
it is widely used in
air pollution, water
pollution, food hygiene,
metal industry, etc.
Typically, a spectrometer
consists of 5 components:
a light source, a sample
processing system, a
wavelength selector,
detector and a signal
processing system. The
sample processing system
can precisely and automatically
provide samples and
reagents, and can promptly
remove waste. This ensures
accurate analysis results.
|
The Customer Requirements£º
1. To ensure the
accuracy of the spectrum
analysis, the spectrometer
always needs automatic
sampling system to provide
accurate samples and
reagents with a stable
flow rate. The sample
and reagent flow rate
can be changed according
to the substance which
needs to be detected,
to eliminate disturbance
during transfer. The
sampling system should
have good chemical and
abrasion resistance.
2. To ensure the
high efficiency of the
analysis, waste needs
to be promptly removed.
3. For the shear-sensitive
samples, the sampling
system needs to protect
the integrity of the
sample and reduce damaging.
|
Longer Pump Solution£º
1. Longer's Peristaltic
Pumps can effectively
seal tubing without
the need for any valves.
And the pumps have wide
range of flow rate which
can be precisely managed
through the speed control.
The increasing pump
rotor quantity reduces
the pulse and maintains
the stability of the
sample flow. When transferring
the samples and reagents,
the fluid only comes
into contact with the
bore of the tubing,
this eliminates the
contamination between
the pump and fluids.
By changing the tubing,
pumps can transfer different
corrosive and abrasive
fluids without cross-contamination.
Longer¡¯s peristaltic
pump has a variety of
control methods, and
can be integrated into
the control system to
complete the sampling
and waste discharging
function automatically.
Because of the low shear
and gentle pumping action,
Longer¡¯s peristaltic
pump is ideal for the
shear-sensitive substance
transfer.
2. Longer's Industrial
Syringe Pump is extremely
precise for small volume
transfers. The fluid
only comes into contact
with the bore of the
syringe and the tubing
system to eliminate
the contamination between
the pump and fluids.
3. Longer's micro
piston pump is extremely
precise and has an extended
life (10 million cycles),
making it ideal for
the transfer of small
volume samples/reagents,
ensuring the sampling
is accurate and reliable.
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Customer Value£º
1.High precision
ensures the accurate
sampling and the analysis
result, and could help
achieve automatic function
of the diluting and
preparation of the standard
solution. Longer
high precision micro
piston pump has excellent
dispensing precision:
CV of 100% dispensing
volume£¼0.1%. Dispensing
precision of Longer
industrial syringe pump
CV£¼0.5% Dispensing
precision of Longer
peristaltic pump CV£¼2%
2.Remove the waste
in a timely fashion Longer
peristaltic pump has
good self-priming capability
and could develop a
vacuum of -0.95Bar(g) Longer
peristaltic pump could
run dry without any
damage. With the
fixed speed peristaltic
pump, the waste could
be removed under a stable
flow rate. With the
variable speed peristaltic
pump, the waste could
be removed under variable
flow rate based on the
actual requirement. Longer
peristaltic pump could
be remote controlled
through RS485 interface
or analog signal interface.
So the pump can be integrated
into the control system
of the spectrometer
to remove the waste
in a timely fashion.
3.Suitable for abrasive
liquid with particles
or corrosive liquid
transferring. Gentle
pumping action of Longer
peristaltic pump is
ideal for the semisolids,
heterogeneous mixtures
and liquid with particles.
When transferring the
fluid, the fluid only
contacts the bore of
the tubing. By using
the tubing with good
abrasive resistance,
the pump can be used
to transfer the abrasive
liquid. By using the
tubing with good chemical
resistance, the pump
can be used to transfer
the corrosive liquid. Soft
particle size£¼25%*ID
(tubing inside diameter) Hard
particle size£¼5%*ID
(tubing inside diameter)
4.Reduce the damaging
and protect the integrity
for the shear-sensitive
samples. The
low shear, gentle pumping
action of peristaltic
pump ensures the substance
will not be damaged.
5.High reliability
and easy maintenance
of the pump help reduce
the cost Longer
peristaltic pump does
not need the valves
and seals when transferring
the fluid, and can run
dry without damage. Longer
high precision micro
piston pump has no consumable
parts during the millions
of life time. The
only consumable material
of peristaltic pump
is tubing, and the only
consumable material
of industrial syringe
pump is syringe. The
tubing and syringe can
be changed easily, which
reduces the maintenance
cost.
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20/05/27
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