| |
New!! |
|
|
|
Thermal
Validation Systems-Validator 2000
|
| |
 |
The Validator 2000 is a standalone thermal validation
solution |
|
|
specifically designed to conform with new FDA data
protection |
|
guidelines (21 CFR Part 11) and meet international
and European |
|
cGMP requirements for inspection of pharmaceutical,
biotechnology |
|
and medical device (EN285, EN554) manufacturing. The
Validator |
|
2000 simplifies the entire validation process by reducing
setup time |
|
and minimizing sensor handling, automating sensor
calibration, |
|
neatly organizing study data and generating regulatory
required |
|
reports. |
|
|
Temperature
Dry Wells - HTR 400 (-40℃ to 400℃) |
| |
| The
HTR and LTR Series temperature references are dry
wells specifically designed |
 |
| to
fully automate sensor calibration when used with GE
Kaye validation software and |
| traceable
temperature standards. |
| |
| GE
Kaye dry wells employ unique inserts which minimize
cooling of the thermocouple |
| tips
due to hear conduction providing anduncertainty of
merely 0.1℃. Without proper |
| inserts,
for example,transfer uncertainty in excess of 0.5℃
can occur with 22 gage, |
| type
T thermocouples. |
| |
| Both
the HTR and LTR feature fast heat up and cool down,
a capacity to hold from 18 |
| to
24 thermocouples and require no messy oils. |
| |
| Calibrating
sensors in the environment where they will be used
provides the highest |
| degree
of accuracy as system temperature coefficient errors
are eliminated. The |
| references
are lightweight and rugged so you can calibrate sensors
almost anywhere. |
| |
| When
calibrating sensors for autoclaves, dry heat ovens
and sterilization tunnels, use |
| the
HTR-400. It operates from 25℃ above ambient to 400℃. |
| |
| For
freezers,cold rooms, incubators,and autoclaves,use
the LTR series of dry wells |
| with
operating ranges of -40℃ to 140℃ or -25℃ to 140℃. |
|
|
|
|
|
Temperature
Dry Wells - CTR 80 (-80℃ to 30℃) |
| |
|
| The
CTR-80 bath is the ideal unit for calibrating temperature
sensors |
|
 |
| |
used
in freeze dryers, freezers, and cryo units. Operating
from -80 to |
| 30℃
theCTR-80 brings fast response and high stability to your
cold |
|
| temperatureapplications.
With a cool-down time of 120 minutes from |
|
| ambient
to -80℃, and a stability and uniformity of 0.03℃,the CTR-80
outperforms all other low temperature baths in its class. |
|
|
|
| For
thermal validation applications,you can save more time
by using the CTR-80 with a Validator 2000 system. |
|
| The
Validator 2000 sets the CTR automatically to your calibration
points, determines stability and deviation, and |
|
| corrects
sensor offsets. |
|
| |
|
|
|
Important Features |
|
|
| *120-minute
cool-down time from 30 to -80℃ |
|
|
| *large
capacity for multiple and different size sensors |
|
|
| *stability
and uniformity of 0.03℃ |
|
|
| *indicated
temperature to 0.01℃ resolution |
|
|
| *automates
calibration when used with the Validator 2000 |
|
|
| *quiet
operation |
|
|
|
|
Temperature
Dry Wells - CTR 40 (-40℃ to 150℃) |
| |
| |
The
CTR-40 features many of the same design element as the
larger |
 |
| CTR-80(above).
It's operating range of -40 to 150℃ covers the majority |
| of
thermal process applications with excellent stability
and uniformity. |
| The
liquid bath configuration is especially well suited for
use with the |
| ValProbe
system. |
|
|
Important Features |
| *stability
to 0.005℃ |
| *uniformity
to 0.01℃ |
| *lagre
capacity to handle up to 8 ValProbe Loggers |
| *immersion
basket simplifies loading and ensures proper sensor positions |
| *benchtop
size |
| *quiet
operation |
|
| |
IRTD
temperature standards |
|
|
 |
Kaye's
IRTD standards provide ultra-high accuracy temperature data
to your |
| computer
with no additional measurement or readout equipment required.
The |
| IRTD
standard removes common sources of error because its integrated
|
| electronics
and sensor are calibrated as a single instrument. Analog
to digital |
| conversion
is automatic-no manual interpolations or calculations are
necessary. |
| The
self-contained IRTD standard allows you to cut system error
in half while |
| eliminating
the cost and effort of calibrating supporting equipment.For
thermal |
| validation
applications,theIRTD communicates bath temperature directly
with |
| the
Kaye system. |
|
|
| Specifications
for IRTD Temperature Standards |
|
|
|
Temperature range |
|
-195 to 420℃ |
|
|
Accuracy over range |
0.025℃ |
|
|
Resolution |
0.001℃ |
|
|
Sensor element |
200 Ohm Platinum
sensor |
|
|
Sheath material |
InconelTM
600 |
|
|
Immersion depth
|
101.6mm (4") |
|
|
Calibration |
Traceable to NIST
or PTB;Recommended calibration period 1 year |
|
|
Measurement rate |
30 readings per
second |
|
|
Ambient temperature
range |
0 to 60℃ (32 to
140F) |
|
|
Humidity |
Humidity
0 to 95% non-condensing |
|
|
Dimensions |
Overall length:603mm
(23.75"); |
|
|
|
Grip:89mm x 32mm
(3.5" x 1.25") |
|
|
|
Sensor sheath:
457mm x 6.35mm (18" x 0.25") |
|
|
| |
|
|
|
|
|
| |
|
|
|
| 
|
| 
台北縣新店市安興路7-1號6樓
TEL:02-2211-3939 FAX:02-2211-5522
http://www.vercopak.com.tw
E-mail:vercopak@vercopak.com.tw
|
|
