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Instrument Database:
Agilent Technologies Inc. - 7500 ICP-MS
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| Year of introduction |
2000 |
| Status |
historical ( out of sale ) |
| Company |
Agilent Technologies Inc.
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| Categories |
Mass spectrometer: ICP-MS
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With the Agilent 7500 Series, Inductively Coupled Plasma Mass Spectrometry (ICP-MS) has moved out from the research and development environment into "real world" laboratories. The real world presents us with a variety of sample types and analytical challenges, for which we need powerful and flexible measurement solutions. In the real world, we may need to analyze environmental samples over a wide dynamic range, ultrapure materials used in semiconductor manufacture or clinical samples in microvolume quantities. Real world samples can be solids, liquids and even gases.
To help you solve your analytical problems, Agilent Technologies brings you the new 7500 Series, a range of instruments tailored specifically for the real world. Taking the best from our best-selling 4500 instrument and adding new and innovative features, the new 7500 Series is designed to enhance the reputation of the 4500 as the most powerful workhorse of the ICP-MS world.
The 7500 Series is the ultimate in trace element measurement, combining high performance with unparalleled sample introduction flexibility to give a practical and reliable problem-solving tool.
Building on the award-winning and best-selling 4500, the Agilent design team has taken the best of the previous model and added new and innovative features. From its durable stainless steel chassis, through the novel digital synthesized RF scanning quadrupole to the high speed, wide dynamic range detection system, the 7500 Series is an exceptionally powerful high-performance instrument with the robustness and reliability required of a routine workhorse.
It is often stated that the most critical part of ICP-MS analysis is in sample introduction. All of the instruments in the 7500 Series share an easy-access, open sample introduction area. In addition to shortening the critical sample uptake path length, this open architecture improves access for routine maintenance and ensures that switching between alternative or third party sampling devices is fast and simple.
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| Specifications |
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Hardware Specifications
ICP source
27.12 MHz max.1600 W
Quadrupole
Hyperbolic cross section rods
Q-pole radio frequency
3 MHz
Mass range
2-260 amu
Detector
Electron multiplier
Vacuum system
3 stage vacuum
Vacuum pump
Rotary pump
Turbo molecular pump
Environmental conditions
Temperature range
15-30°C
Humidity
20-80% (non-condensing)
Utility requirements
Electrical power
Single phase 200-240 V
30 A 50/60 Hz
Ar gas
>99.99% max.20L/min
max.700kPa
Cooling water
>5 L/min (15-20°C)
Exhaust duct
4-6m3/min (7-8m3/min:with optional duct)
Regulatory compliance
CSA-C22.2 No.1010
UL 3101-1
EN55011:1992 Group 1 Class A
EN50082-1:1997
Dimensions (WxDxH) **
1100x640x600 mm
(43.3"x 25.2"x23.6")
Weight**
175 kg (386 lb)
(**Not including PC and rotary pump).
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