T1000
Acoustic Imager
Locate suspected discharge, leaks and abnormal sound.Explore T1000The Qidoo instruments
Acoustic imaging.Signal analysis.
Two different tasks. Two purpose-built instruments.
Choose by what you need to measure.
T2000
Multi-Channel Signal Analyzer
Acquire, analyze and excite acoustic and vibration signals.Explore T2000Example equipment configurations. Accessories and host computer are specified separately.
Handheld acoustic imaging
T1000 Acoustic Imager
Find the sound source before deciding what to inspect. An acoustic overlay connects the measurement to the physical scene.
Actual instrument photographs. Colored overlays show acoustic imaging output.
Locate.
Inspect. Document.
A MEMS microphone array captures the sound field. Localization is displayed over the camera image, helping an operator relate a suspected source to equipment, pipework or electrical assets.
- 128*
- MEMS microphone channels
- Acoustic
+ visual - Sound-source overlay
*128-channel reference configuration. A 32-channel option is also listed; confirm the supplied array.
Discuss T1000T1000 technical specifications
- Microphone array
- 128-channel reference / 32-channel configurable option
- Imaging
- Acoustic heatmap over the visible camera scene
- Inspection targets
- Suspected partial discharge, gas leaks and abnormal sound
- Records
- Images, video and audio; confirm enabled software functions
- Frequency range
- Model-dependent. Source versions list 1–64 kHz and 2–96 kHz
- Detection distance
- Confirm source level, environment and quoted configuration
- Communications & mounting
- Confirm interfaces, mounting accessories and deployment mode
- Infrared, ingress protection & battery runtime
- Specify required options and verified ratings in the quotation
Reference information for configuration review, not an approved delivery specification. Frequency and sound-level ranges differ between source versions.
Multi-channel acquisition and excitation
T2000 Signal Analyzer
Connect sensors, record multiple channels and examine the response. Use dual outputs when your test needs a defined excitation signal.
Acquire.
Analyze. Validate.
ICP or voltage inputs connect your sensors to a multi-channel measurement system. Pair acquisition with defined excitation and review the response in the host software.
- 6
- BNC input channels
- 2
- BNC output channels
- 192kHz
- Maximum listed standard sampling rate
Instrument view · Six inputs. Two outputs.
Connect the sensors.
ICP or voltage inputs support acoustic and vibration measurements. Select sensors by sensitivity, bandwidth and required input conditions.
Control the excitation.
Use sine, white noise, pink noise, burst or sweep signals in a defined excitation-and-response arrangement.
Keep the test repeatable.
A Windows host handles channel setup, range selection, recording and analysis through the instrument’s network connection.
T2000 technical specifications
- Inputs / outputs
- 6 BNC inputs / 2 BNC outputs
- Input modes
- ICP or voltage
- Sampling settings
- 48 / 96 / 192 kHz
- Listed A/D depth
- 32 bit in the website and brochure; confirm ADC vs. data format*
- Range settings
- −20 dB / 0 dB / 20 dB
- Output modes
- Sine, white noise, pink noise, burst, frequency and amplitude sweeps
- Listed output frequency range
- 1 Hz–80 kHz, ±0.1 dB — reference specification
- Host connection
- RJ45 Ethernet / Windows PC. Confirm network speed and accessories
- Reference dimensions
- 242 × 150 × 50 mm
- Input bandwidth, dynamic range & weight
- Confirm the quoted hardware revision and measurement conditions*
*Source documents differ on A/D depth, input bandwidth, dynamic range, network speed and weight. Sampling rate is not usable signal bandwidth. Obtain a configuration-specific specification before purchase.
Choose by the measurement task
Which instrument
fits your work?
Acoustic imaging and signal analysis answer different questions.
They complement one another; they are not interchangeable.
| Your requirement | T1000Acoustic Imager | T2000Signal Analyzer |
|---|---|---|
| Main question | Where is the suspected sound source? | What is in the measured signal? |
| Measurement method | Microphone array + camera overlay | Sensor inputs + multi-channel acquisition |
| Typical work | Discharge, leak and abnormal sound localization | Noise, vibration, response and laboratory tests |
| Primary result | Localized acoustic image and inspection record | Waveforms, spectra and recorded test data |
| External sensors | Integrated array for imaging | Compatible microphones or vibration sensors |
| Signal excitation | Not the instrument’s primary function | Two configurable output channels |
| Project configuration | Array, software functions and deployment accessories | Sensors, ranges, output modes and software modules |
Continuous monitoring, hazardous-area suitability and additional analysis modules require their own project specification.
T2000 measurement software
A working view
of your signals.
Configure channels, watch the waveform and move into frequency analysis. Keep the settings and results together for the next test.
Read the test
as a whole.
View time-domain signals and frequency content alongside channel settings. The reference interface includes waveform, FFT and octave analysis views.
- Channel input and range setup
- Live measurement displays
- Acquisition records and screenshots
Actual reference software interfaces. Language, version, licence and available modules are defined in the agreed configuration. Click the image to enlarge.
The complete measurement chain
Specify the system.
Not just the instrument.
Sensors, connections and software determine what your setup can measure.
Agree them together before placing an order.
Match the signal.
Specify the signal type, frequency band, sensitivity and measurement range. Confirm ICP supply and voltage-input compatibility for each sensor.
Define the setup.
Agree cable lengths, BNC connections, mounting and power requirements. Confirm whether transport protection or battery operation is needed.
Set the scope.
List the required analysis modules, interface language, data export and integration needs. Structural analysis and online monitoring are separately configured.
T1000 uses its integrated microphone array. T2000 sensor and accessory choices depend on the specific measurement task.
Technical resources
Keep the details
at hand.
Use the reference guide for an initial discussion. For procurement, request the confirmed specification for your quoted instrument and software.
Equipment reference guidePDF · Initial specifications and confirmation notesRequest a configuration-specific datasheetModel revision · Sensors · Modules · Supply scope
Before you specify.
Can T1000 measure the same signals as T2000?
No. T1000 localizes acoustic sources with an array and camera. T2000 acquires signals from connected sensors and supports quantitative signal analysis and excitation.
Does 192 kHz sampling mean 192 kHz bandwidth?
No. Sampling rate and usable input bandwidth are different specifications. Confirm the effective bandwidth, anti-alias filtering and quoted hardware revision.
Are the laptop and sensors in the photographs included?
The photographs show example systems. The quotation defines each included instrument, sensor, cable, accessory and software licence.
Can either instrument be used in a hazardous area?
Do not assume suitability. Identify the area classification and required certification, then verify the exact model and documentation before use.
A clearer measurement brief
Tell us what
you need to measure.
Share your equipment, signal type, frequency range and operating conditions.
We’ll help define the instrument and configuration.