Brand: Vibro-Meter Description: signal conditioner Condition: New Warranty: 1 year Inventory Qty: 1 Payment term: T/T Shipping Port: Xiamen IQS900 204-900-000-011 A1-B23-C1-H05-I0 is designed for operation with vibro-meter TQ proximity sensors, that is, non-contact proximity sensors / measurement chains based on the eddy-current principle.
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Manufacture |
Vibro-Meter |
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Model Number |
IQS900 |
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Ordering Number |
204-900-000-011 A1-B23-C1-H05-I0 |
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Catalog |
Vibration Monitoring |
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Country Of Origin |
Switzerland |
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HS CODE |
8537109090 |
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Dimension |
16cm*16cm*12cm |
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Packing Dimension |
18cm*18cm*15cm |
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Weight |
0.8kg |
Product Overview
The IQS900 signal conditioner is the core processing unit of the new generation of high-performance, modular proximity measurement systems under the Parker Meggitt Vibra-Meter brand. Product model 204-900-000-011 A1-B23-C1-H05-I0 represents the signal processing section of a complete, systematically calibrated measurement chain and should be used in combination with specified eddy current probes (such as TQ902/TQ912) and extension cables (EA902). Form a complete non-contact displacement and vibration measurement system.
Specific model analysis: 204-900-000-011 A1-B23-C1-H05-I0
A1 The environmental version is "Standard Type", suitable for non-hazardous areas. If IQS900 is used in an explosive environment, A5 (explosion-proof type) should be selected.
B23 Defines the measurement range and sensitivity. B23 represents a linear measurement range of 4 millimeters, with an output signal in voltage mode and a sensitivity of 4 mV/μm. This means that for every 1 micron the target moves, the output voltage changes by 4 millivolts.
C1 The diagnostic function is "Without diagnosis". This is a basic version and does not have the built-in sensor/cable fault self-check and remote indication functions.
H05 The total system length is configured as 5 meters. This determines the combined length of the probe integrated cable and the extension cable that go with it to ensure the optimal overall electrical performance of the system.
I0 The installation method is "without DIN rail adapter", that is, the signal conditioner can be directly installed using the built-in installation holes of the main body (2 M4 screws).
Specifications & Parameters
Electrical and performance parameters
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Parameter category |
Specification description |
Remarks/Conditions |
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Output configuration |
voltage output |
three-wire transmission |
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Linear measurement range |
0.3mm to 4.3mm |
Corresponding to a full scale of 4mm |
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Full-scale output |
-1.6V to -17.6V |
Span 16V |
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Output sensitivity |
4 mV/µm |
Or 101.6 mV/mil |
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Zero gap voltage |
-1.6V (±5% |
The target is at 0.3mm |
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Full-scale voltage |
-17.6V (±5%) |
The target is at 4.3mm |
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Frequency response |
DC to 20 kHz |
-3 dB points |
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Output impedance |
< 100 Ω (DC |
Low impedance design, strong driving capability |
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Linearity error |
See the performance curve |
The typical value is within ±10% of the range |
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Temperature drift |
< 5% F.S. |
Ambient temperature: -30°C to +150°C |
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System calibration |
At +23°C ±5°C, with VCL 140 steel (1.7225) |
Customized curves can be provided for calibrating other target materials |
High precision and wide frequency response, specially designed for dynamic analysis
The wideband signal processing with a flat frequency response from DC to 20kHz enables it to precisely capture the complete signal spectrum ranging from extremely slow shaft displacement to high-speed vibration. This is crucial for the early diagnosis of mechanical faults (such as identifying imbalance, misalignment, bearing defects, etc. through spectral analysis).
Low-noise and high-resolution output, the voltage output mode provides a full-scale span of 16V. Combined with a high signal-to-noise ratio design, IQS900 204-900-000-011 A1-B23-C1-H05-I0 can distinguish displacement changes at the micrometer level, meeting the requirements for vibration monitoring accuracy in strict standards such as API 670.
