PerkinElmer Lambda 465 Manual de usuario
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Lambda 465 Peltier Control Single Cell with Peltier
Controller Installation Instructions
This instruction sheet describes the installation of this accessory which is used with the Lambda 465
Spectrophotometer.
NOTE: Read these instructions before you install this accessory.
Contacting PerkinElmer
Supplies, replacement parts, and accessories can be ordered directly from PerkinElmer, using the part
numbers.
See our website:
http://perkinelmer.com
PerkinElmer's catalog service offers a full selection of high-quality supplies.
To place an order for supplies and many replacement parts, request a free catalog, or ask for information:
If you are located within the U.S., call toll free 1-800-762-4000, 8 a.m. to 8 p.m. EST. Your order will be
shipped promptly, usually within 24 hours.
If you are located outside of the U.S., call your local PerkinElmer sales or service office.
Features
•Easy to install
•Full software control
•Liquid cooling system
•N2gas purging available
Figure 1. Lambda 465 Peltier control Single Cell [P/N: N4104009]
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Dimensions and Specifications
Dimensions of Peltier Controller
Physical Characteristic Specification
Power
100-240 VAC, 50/60 Hz, 300W, Free Voltage
Temperature Range
-10 to 100°C (Maximum Internal Temperature)
Maximum Ambient Operating Temperature
40°C
Dimensions
310 (W) x 410 (D) x 275 (H)
Weight
20.0 kg
Coolant Volume
2 L
N
2Gas Available 100 psi (6.9 bar)
Liquid Cooling
System
Magnetic Stirrer Control Available
Emergency Power Off Switch Available
Dimensions of Peltier Control Single Cell
Physical Characteristic Specification
Dimensions 101(W) x 189(D) x 133(H) mm
Weight 2.2 kg
Temperature Accuracy ±0.15°C
Temperature Precision ±0.1°C
Temperature Stability ±0.1°C
Ramping Time (from 0 to 100°C) 4 minutes
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Safety Warnings
WARNING
When this label is attached to an instrument it means refer to the
manual.
Lorsque cette étiquette est attachée à un instrument, il est nécessaire
de voir le manuel.
See the following figure for the location of warning labels on the back of the instrument:
Warning
To prevent electrical shock,
do not open cover.
Refer all servicing to qualified
personnel.
Avertissement
Afin d’éviter tout risque
d’électrocution ne pas enlever
Warning
For continued protection against electrical
shock, replace with same type and ratings of
fuse
Avertissement
Pour assurer la protection contre le risque de
choc électrique, remplacez le fusible
seulement avec le même type et la même
valeur nominale.
Warning
FUSE
Avertissement
FUSE
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Description
Configuration of the Peltier Control Single Cell Holder
Figure 2 Lambda 465 Peltier Control Single Cell
a) Interface connector between Peltier Single Cell Holder and Peltier Controller
b) Coolant Inlet/Outlet Quick Coupler
c) N2 gas fitting
d) Interface slot for Temperature Probe
e) Cell Lifting knob
f) Temperature probe
Figure 3 Temperature Probe Accessory
Figure 4 Base Plate
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Figure 5 Wrench bolt M5, Length 15 mm, 2 ea
Figure 6 Phillips round head screw with washer M4, 15 mm, 4 ea
Front View of Peltier Controller
Figure 7 Front view of the Peltier Controller
a. Manual touch pad with Display: Temperature Control Unit (Heating/Cooling Block)
b. LED Indicators: Indicate the status of the operation of Coolant circulation, Fan, Pump, etc. (If
there is a problem in the components, Red LED will flash with beep alarm.).
c. Manual ON/OFF button: As the Manual ON/OFF button is ON, the temperature can be
controlled manually by a) Manual touch pad with display.
NOTE:
Manual operation is used only for the manufacturing process so it should be turned off during the
measurement.
d. N2gas ON/OFF button:It is used for using N2gas to remove the frost from the heating and
cooling.
e. Stirrer ON/OFF button: It is used for controlling of the stirring.
f. Stirrer Speed Controlling Knob: Control the stirring speed (rpm).
g. Emergency switch: Stop all the operations in an emergency situation.
NOTE:
During the operation, the emergency switch should be turned off.
h. Coolant Inlet
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Rear View of Peltier Controller
Figure 8 Rear view of the Peltier Controller
a. RS-232 port
b. AC POWER:Main Power ON/OFF
c. FUSE:AC Socket + Fuse Holder
d. INTERFACE:Interface cable for connecting with Peltier control Single Cell
e. Air Vent Manual switch:Used for removing the air in the coolant hose.
f. Buzzer: It makes an alarm sound. If there is any problem before the measurement, the buzzer
beeps 6 times every 10 sec. If the malfunction occurs during the operation, the buzzer beeps
twice every 10 sec.
g. Quick Coupler of Coolant lnlet/Outlet
h. Quick Coupler of Coolant Drain
i. N2Gas Inlet/Outlet ports
NOTE:
N2gas is not always required [Tube for N2 gas is not supplied with the accessory].
j. Flow Gauge: Indicator of the flow rate of N2gas.
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Configuration of the equipment
Peltier control Single Cell
Peltier Controller
Power Cord, 3ea
Base Plate, 1ea
Wrench bolt. 2ea
Phillips round head screw with washer, 4ea
Coolant Hose, 1ea
Magnetic Stirrer, 1ea
Coolant, 2ea
Waste Basket for Coolant, 1ea
Waste Hose for Coolant, 1ea
Interface Cable (RS-232 or USB to RS-232), 1 each
Spare Fuse (AC 250V T5AL), 2ea
Temperature Probe, 1ea
Installation
1. Place the Lambda 465, Peltier Controller and Peltier Control Single Cell in a location that is
compatible with the required environmental conditions for the operation.
2. Open the lid of the coolant inlet on top of the Peltier Controller.
Figure 9 Lid of coolant inlet
3. Fill up the liquid coolant using the funnel.
CAUTION
ATTENTION
Make sure the instrument is turned off while installing this accessory.
Assurez-vous que l’instrument est é
teint lors de l’installation de cet
accessoire.
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NOTE
:
Keep the amount of liquid coolant to the level where the indicator is located between the ‘L’ (low) and ‘H’
(high) mark in the scale on the left side of the Peltier Controller. When the coolant is running short for the
operation, the LED of Low Water Level changes to red with an alarm sounding.
CAUTION
ATTENTION
The liquid coolant must
be used as refrigerant.
Do not use any water (tab
water, DI, etc).
In case that the water is used as refrigerant, Peltier Controller’s
components might be corroded and its performance may be deteriorated.
Use any kind of liquid coolant in normal grade as is available (e.g. liquid coolant
including Distilled Water 70 wt%, Propylene Glycol 27 wt%, Additives 3 wt%).
Le liquide de refroidissement doit être utilisé comme réfrigérant.
N'utilisez
jamais d'eau (eau du robinet, eau déminéralisée, etc.)
L'eau risque en
effet de corroder les composants du contrôleur Peltier et de réduire les
performances de ce dernier.
Utilisez un liquide de refroidissement du commerce de qualité normale (par
exemple, un liquide de refroidissement à base d'eau distillée à 70 % M/V, de
propylène glycol à 27 % M/V et d'additifs à 3 % M/V).
4. Connect the power cord and the communication cable of the Lambda 465.
NOTE:
Make sure that the instrument is turned off when the accessory is installed.
5. Take apart the existing cell holder in the sample compartment.
Figure 10 Taking apart the existing cell holder
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6. Place the base plate at the bottom of the sample compartment and tighten the bolt with a
wrench. Next fix and tighten the Peltier Control Single Cell with the Phillips round screw.
Figure 11 Placing the plate at the bottom of the sample compartment
7. Connect the accessory interface cable of the Peltier Controller to the interface connector of the
Peltier Control Single Cell.
Figure 12 Connecting the accessory interface cable of the Peltier Controller to the
interface connector
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8. Connect the coolant inlet/outlet and N2gas tube between the Peltier Controller and the Peltier
Control Single Cell.
NOTE:
N2 gas is not always required, so the gas and inlet hose are not supplied.
Figure 13 Connecting the coolant inlet/outlet and N2gas tube
9. Connect the temperature probe to the interface slot of the Peltier Control Single Cell.
Figure 14 Connecting the temperature probe
10. Connect the Peltier Controller with the PC via the RS-232 or USB to RS-232 cable. See Installing
the USB to RS-232 driver on page 15 when you use the USB to RS-232 cable.
Figure 15 Connecting the Peltier Controller
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