MODULAR DATA ACQUISITION6 × ISOLATED ANALOGUE
Precision data.
Across electrical boundaries.
A stand-alone measurement and recording platform conceived for high-voltage, fully differential and mixed-signal work — from a laboratory bench to automated production and remote monitoring.
32 kSPS AC mode
8 kSPS DC mode
Wi-Fi + LAN
Battery / DC / PV
CH A150 / 60 Hz ANALYSIS32.0 kSPS
A1ISOLATED ANALOGUEACQUIRE
A2ISOLATED ANALOGUEACQUIRE
A3PRECISION DCLOG
D1DIGITAL / SENSORSYNC
NETREMOTE RECORDINGLINK
SDLOCAL STORAGEWRITE
PRECISION DC50/60 Hz WAVEFORMSHIGH VOLTAGEISOLATED CHANNELSREMOTE LOGGINGAUTOMATION
01 / CORE CAPABILITIESDesigned to capture the real system,
Designed to capture the real system,
not just a single signal.
One instrument combines isolated analogue acquisition, digital and sensor connectivity, local control, storage and networked recording. The public specification below focuses on capabilities relevant to a prospective user.
Six removable, independently galvanically isolated analogue measurement modules for multi-domain measurements.
MODULARAUTORANGINGCALIBRATABLE
High-time-resolution acquisition mode intended for 50/60 Hz waveform, RMS, frequency and harmonic-domain analysis.
A separate mode optimized for precision DC and slowly varying measurements with additional conversion-resolution headroom.
Minimum 19,999-count measurement-class objective. Final absolute accuracy and drift specifications remain subject to calibration and validation.
AUTORANGING VOLTAGE WORKFLOW
From millivolts to high voltage.
The current user-facing voltage range plan spans five scales and is designed for automatic range selection. Final production accuracy will be published after metrology validation.
01400mV
021V
0310V
04100V
051000V
02 / WHERE IT FITS
Built for demanding measurement workflows.
The DAQ is intended to move between bench development, field capture and automated systems without changing the measurement philosophy.
EV & power electronics R&D
Capture high-voltage and low-level signals across separated electrical domains while studying converters, battery systems, chargers and power stages.
HIGH VOLTAGEISOLATIONLOGGING
50/60 Hz AC analysis
Acquire mains-frequency waveforms at 32 kSPS for time-domain inspection and downstream RMS, frequency, phase and harmonic analysis.
32 kSPSWAVEFORMRMS
Precision DC research
Use the 8 kSPS precision mode for slowly varying signals, calibration experiments, long-duration characterization and high-resolution trends.
8 kSPSDCCALIBRATION
Automation & production
Combine analogue measurements, sensor interfaces and general-purpose I/O for repeatable test sequences, fixtures and customized production-line use cases.
GPIOSENSORSSEQUENCES
Product development labs
Record mixed measurement data during design verification, environmental experiments, endurance tests and prototype characterization.
MULTICHANNELSDLONG RUN
Remote data presentation
Use wired or wireless networking for local or internet-connected recording, review and presentation of acquisition data.
LANWI-FIWEB
03 / FIELD + BENCHStand-alone when you need it.
Stand-alone when you need it.
Connected when you want it.
The product definition includes a 7-inch capacitive-touch interface, removable storage, wired and wireless networking, and flexible power options for fixed or mobile use.
7.0" TOUCH800 × 480LOCAL CONTROL
Local instrument control
Operate measurement views, module configuration, logging, alarms, connectivity and device setup directly from the capacitive-touch display.
Local + removable storage
SD-card storage is part of the platform for acquisition data and extended logging workflows.
Networked acquisition
2.4 GHz Wi-Fi and dedicated wired LAN provide paths for local-server and internet-connected data transfer.
3S LiPo8 Ah11.1 V NOMINAL
Flexible power
Designed for battery operation with external DC adapter or photovoltaic input. Runtime depends strongly on display, networking, modules and logging duty cycle.
04 / SOFTWARE DIRECTION
From touch screen to code.
The planned software ecosystem is intended to let the same instrument serve users who want a self-contained appliance, a desktop recorder, a browser workflow or a programmable measurement engine.
PLANNED SOFTWARE — product direction under implementation
Embedded device firmware
Stand-alone measurement, configuration, acquisition, logging, diagnostics, networking and power management.
Desktop high-speed recorder
Planned Linux, macOS and Windows recording application for extended local acquisition to computer storage.
Browser data recording
Planned local or remote channel views, combined multi-source monitoring and browser-accessible data review.
Visual scenario programming
Planned drag-and-drop workflows with timelines, loops, schedules, conditions and event-triggered actions.
Developer APIs
Planned C/C++ low-level access plus high-level Ruby/Python scripting for automation and custom applications.
05 / PROJECT STATUS
Ambitious engineering, careful claims.
Key product decisions are now defined, while metrology validation, production software and formal safety testing remain active project work.
Core product configuration
Six isolated analogue modules, seven digital interfaces, 10 GPIOs, dual acquisition modes, 7-inch touch control and 8 Ah battery specification are frozen project decisions.
1 kV RMS isolation objective
The analogue-module isolation design targets reinforced insulation for 1 kV RMS continuous working voltage. This is a system design target, not a current certification claim.
Metrology in progress
Final absolute accuracy, noise, drift, bandwidth, input impedance and calibration interval require measured validation before commercial figures are published.
Important: Ultimeters DAQ is currently a development project. Final safety, compliance and commercial metrology specifications will only be claimed after the corresponding validation and certification work is complete.
PROJECT SIGNAL
Would this belong on your bench?
If the combination of isolated multichannel acquisition, local control, logging and automation is useful to you, leave a signal. It helps gauge real interest while the project evolves.
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