Philips PW 2400
| Objektnummer | B00007070 |
|---|---|
| ID-number | 007070 |
| Object name | Philips PW 2400 |
| Status | Stock unit |
Product group: X-Ray analysis
Status, terms of delivery and payment
Verification of devices
The second-hand devices are verified by Labexchange Service GmbH before delivery. You are receiving only fully functional devices.
Dispatch time
The stated dispatch times are the shortest possible ones for each article. The effective dispatch times can vary. The effective dispatch times will be stated in the order confirmation.
As a matter of principle, we are offering collective deliveries. The shipping time is calculated based on the position with the longest lead time. A partial delivery is possible on explicit request.
Shipping methods
Parcel services, forwarding agencies, self-pickup, delivery by Labexchange fleet.
Delivery information
Prices exclude shipping costs. Stated shipping costs are to be expected. Deviations are possible. If transport costs are not specified, please ask separately for them.
The stated transport and packing charges apply to the most favorable route if transport and are to be understood as subject to verification due to unexpected cost increases. By reason of unpredictable events, cargo rates and delivery times can change at any time and therefore have to be adapted to the recent situation. Import formalities and possible customs charges will be borne by the purchaser. Incoterm coding according to Incoterms 2010: For persons who collect the devices themselves: EXW, for dipatch by sea: CFR, by air freight: CPT, other shipments: DAP. Note for international shipments: A proof of preference/EUR1 will not be issued by us. When self-collecting/ordering EXW from countries within or outside the European Union, 16% VAT will be retained as a deposit until we have received the corresponding confirmation of arrival/bill of delivery from the buyer.
Terms of payment
We do not accept payment by letter of credit, PayPal, etc. In each case the invoice amount is payable without deduction. Discount is not granted.
|
Country |
Possible payment methods |
Comment |
|
DE, AT, CH |
Payment by invoice, payment in advance, paymet by credit card |
Payment by invoice is only possible for corporate clients. |
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NL, BE, LU |
Payment by invoice, payment in advance, payment by credit card |
Payment by invoice is only possible for corporate clients |
|
Other countries |
Payment in advance, payment by credit card |
|
Our General Terms of Sale, Delivery and Payment are valid and are available for download here.
The goods are offered subject to prior sale.
Definition of status
All articles are used articles, except an article is listed especially as a new device.
|
Status |
Condition |
Comment |
|
Immediately available |
Used | The article is fully functional and in impeccable condition. It can be shipped immediately. |
| In stock |
Used |
The article is on stock. Our service technicians will verify the article before delivery. You are receiving only a fully functional article. |
|
Published |
Used |
The article is still with the provider. After your order the article will be purchased and verified by us before being shipped to you. A certificate of operativeness as well as a service report are included in delivery. |
|
New device |
new |
The article is brand new and unused. Regarding new equipment the guarantee/warranty conditions of the corresponding manufacturer apply. |
|
Labprocure |
Used |
Labprocure GmbH, as the advertiser, is responsible for the content of this device offer. Labprocure assumes liability for the offers advertised here and for the photos and offer texts included. Labprocure GmbH, Bruckstraße 58, 72393 Burladingen. |
model : PW 2400
annotation : Dokumente engl .
The following illustrations and descriptions refer to the instrument model and are drawn from brochures. They do not represent the scope of delivery. Please refer to the text of the offer for the exact scope of delivery.
Technical Specification
Safety Specifications
Electrical IEC 348 Class 1
Safety CSA C22.2 No. 151 - M1986
Electro-Magnetic: EN 55011
Compatibility EN 55022
FCC vol II, part 15, subpart J
VDE 0871 part 1
CISPR 16
Verfugung 1046
IEC 801 - 2, 3, 4, 5.
Radiation: Information Letter No. 591 of the Canadian "Health Protection Branch" r egarding Regulations, Part XVIII, Cabinet X-ray Equipment.
Code of Practice for Protection against Ionizing Radiation Emitted from X-ray Analysis Equipment (1984)
UL 187
DHEW Publication (FDA) 76-8035
NBS Handbook 111
NBS Handbook 114
Verandnung uber den Schutz vor Schaden durch Rontgenstralen ( RoV 1987)
lonising Radiation Regulations 1985 (GB).
Cabinet
Height
1094 mm
Width
1409 mm
Depth
961 mm
Weight
Approximately 700 kg
Temperature
30°
Control
The instrument is microprocessor controlled and receives the instruction via a RS232 port from a PC. For service an extra port is available to connect the service PC. For remote service an in/output port is available to do remote service.
Sample Handling
Airlock volume
115 cm³
Loading Operation
2 position internal sample changer
Sample introduction time
Air < 5 seconds
Nitrogen < 15 seconds
Vacuum < 10 seconds
Helium < 15 seconds
Time to change sample Position
2 seconds
Airlock pumping time
4 to 60 seconds (programmable)
Sample spinner
30 rpm
Sample diameter
52 mm maximum
Sample thickness
40 mm maximum
Sample weight
4 N (400 g) maximum including sample holder (also for sample changer)
Medium
N 2 /He/Vacuum
The Vacuum system is standard build in the instrument. The He /N 2 flushing system is an option.
Vacuum level
< 13 Pa (clean Steel sample)
Helium consumption
1 l/min
1 l/sample
and PW2662 (Vac. Scanner )
0.5 l/min. per Vacuum Scanner
Compressed Air System
Air pressure
Minimum 0.4 MPa
Maximum 0.5 MPa
Quality
Instrument air without oil lubrication
Water System
Temperature control, heat exchanger and cathode cooling
Min 5 I/min
Max 11 l/min
Water pressure
Min 0.35 MPa
Max 0.8 MPa
Water temperature
Min 8°C
Max 20°C
Closed cooling system
3 - 4.5 Iitres de-ionised water
Cathode cooling
1 - 2 l/min.
Temperature Control
Temperature setting
30°C ±1°C
Temperature stabilisation
±0.05°C
X-ray Tube (End Window)
Voltage
+60 kV maximum
Current
125 mA maxinnum
Load
3 kW maximum.
Focal Spot
7.5 - 12.5 mm toroidial
Anode
Rh target
Filament voltage
10V Max.
Filament current
11,5A Max.
Cooling water Anode
Min flow 3 l/min of de-ionised water
Cooling water window
Min flow 1 l/min. tap water
HT Supply
Output power
Up to 3kW
Output voltage
+10 kV to +60 kV, in 1kV steps
Output current
10 mA to 125 mA , in lmA steps
Stability kV
<10 V per 1% mains voltage variation
Stability mA
<10 µA per 1% mains voltage variation
Temperature Drift
100 ppm /°C for HT and Current
Supply voltage
180 to 264 V
Supply frequency
47.5 to 63 Hz
Power consumption
8.4 kVA Cos. Phi. 0.71 (for complete spectrometer)
Minimum fusing
40 A, > 35 A (R.M.S.)
Safety
The HT supply is fully protected against short circuits. It conforms to the safety requirements of IEC 348. The system is certified by the CSA under C22.2 No. 151 - M 1986. HT cannot be generated until all safety requirements are fulfilled. This includes the safety circuit which comprises the two independent safety loops both of which are associated with the HT key switch on the front panel of the spectrometer. In the event of any malfunction, the generation of HT is prevented or the HT supply is switched off. lt cannot be re-activated until the cause of the failure is rectified.
Control
The HT supply is controlled by the spectrometer system controller.
PW2400 Optical Path
X tal chamber volume 22 dm³
Tube Filters
Number of positions
5 (Positions 2 - 6)
Filters Material Thickness (micron)
----------------------------------------------------------------------------
PW2418/10 Brass 100
PW2418/20 Al 200
PW2418/30 Brass 300
PW2418/75 Al 750
PW2418/99 Pb 1000
Collimator Mask
Number of positions 4
Sizes 48, 37, 27 & 30 mm
Time to change < 2.5 sec
Collimators
Primary collimators Spacing
( microns )
PW2478/10 High Resolution
PW2478/15 150
PW2478/30 300
PW2478/55 550
PW2478/70 700
PW2478/00 4000
Collimator dimensions
width 30 mm
height 20 mm
Number of positions
3
T ime to change
< 2.5 seconds
Secondary Flow Detector collimator
Spacing 0.45 mm
Crystal Changer
8 positions
Time to change
< 2 seconds
X tal size
length 75 mm
width 30 mm
LiF 420, LiF 220, LiF200, Ge 111, InSb 111, PE 002, TLAP 100, PX1, PX3, PX4 PX5 and PX6
Detectors
Detectors
Argon flow detector + scintillation detector or argon flow detector + sealed detector + scintillation detector
Detector windows
1, 2 or 6 micron polypropylene for flow detector, 200 micron Be for sealed detector and 300 micron Be for scintillation detector
Operational angles
Flow & sealed detectors 13° < 2Θ° <148°
scintillation detector 0° < 2Θ° <104°
Flow gas consumption
1 Nl /hour
Flow gas stabilisation
Pressure 0.05 - 0.09 MPa
Detector HV Unit
900V and 2025V max. selectable by jumpers.
(900V - Scintillation counter - 2025V - Flow and Sealed Xenon counter)
Programmable via the software.
Fixed channel positions
2
Beam Stop
Single beam stop, moved by tube filter drive mechanism.
Detectors
Types
Argon flow detector
Neon 25µm. detector
Neon 50µm detector
Krypton detector
Xenon detector
Scintillation detector
Detector HV Unit
One HV Unit per 2 detectors of the same type
0 - 1650 V or 0 - 2250 V selectable by jumper
(900V Max. - Scintillation counter
(2025V Max. - Flow and Sealed Krypton and Xenon counters)
(1650V Max. - Neon Sealed counter)
Programmable via the software
PW2400 Goniometer
Θ/2Θ system De-coupled
AnguIar range 0 - 148° 2Θ
Slewing speed 1200° 2Θ/min
Scan speed selectable 0.001° - 2° 2Θsec
Minimum increment 0.0025° 2Θ
Angular reproducibility < 0,001° 2Θ
Counting Electronics
PW2400/00
Multi channel analyser 1 per detector
Number of channels per MCA 256
Max counts per channel 2 24
Timer Programmable up to 655 seconds
Detector pulse amplification Microprocessor controlled
Lower level µP controlled, 0 - 255 1 Channel/steps
Upper Ievel µP controlled, 0 - 255 1 Channel/steps
Correction for dead time Yes, by software
Sinus theta correction Yes, by software
Pulse shift correction By hardware (can be switched on/off from the
software )
Data handling of spectrum Possible
Maximum count rates 3 MCPS with a flow detector. The maximum count rate is dependent on the detector being used.
Detector identification On MCA PCB
High voltage detector Microprocessor controlled
Your Labexchange-Team will gladly help:
Christian Schmid
Laboratory and analysis, Laboratory equipment, Life science
Hubert Sauter
Spectroscopy, Chromatography
