GEOMETRY ─ THE EASY WAY
NXA Geometry
GuideU – Adaptive graphical user interface
The laser-based geometry systems by Acoem are characterized by their user-friendliness, thanks to an industry-leading adaptive graphical user interface.
We pride ourselves in developing our products to be as easy to handle as possible, regardless of whether you use your measurement equipment on a regular basis or just a few times a year. We also value your time, being user-friendly also means being fast!
With our systems’ graphical user interface, GuideU, you do not have to waste time on refreshing your memory or on second-guessing yourself during the actual work; our user interface guides you throughout the entire measurement and adjustment or alignment process. Below you will find an example of the graphics for a circular flatness measurement!
Software
The NXA Geometry includes the following software:
Standard straightness for measurement of e.g. machine beds, guideways, or support structures.
Straightness for full and half bore applications when measuring e.g. bearing journals in gearboxes, diesel engines, compressors, and turbines with split casings.
Flatness measurements, both rectangular and circular, of foundations and machine beds when installing machines.
Receiver
The NXA Geometry comes in two versions, the NXA Geometry Basic and NXA Geometry Full respectively.
The content is the same with one exception for the NXA Geometry Full version, which also includes an extra receiver, the RS sensor unit, as described below.
R2 SENSOR UNIT
An optional extra R2 sensor unit can be used as a reference detector during your measurement.
2-axis 20 mm PSD detector
Slim design
Rechargeable Li-Ion batteries
Target integrated into fixture
Integrated direction coordinates
Inclinometer with high accuracy
Integrated Bluetooth for wireless communication between the display unit and smart sensor
Instant battery check-in both on and off mode
TRANSMITTERS
In order to perform straightness and/or flatness measurements, you also need to choose between the four different laser transmitters listed below.
For straightness measurements, choose between the T110 or T111:
Laser transmitter T110
For straightness applications
Rigid design for measurement stability
Laser range up to 50 m
Micrometer screw for adjustment of the laser transmitter in both horizontal and vertical level
Powered by battery
Laser transmitter T111
For straightness applications
Rigid design for measurement stability
Laser range up to 50 m
Micrometer screw for adjustment of the laser transmitter in both horizontal and vertical level
Powered by AC-adapter
For straightness and flatness measurements, choose between the T21 or the T220:
Laser transmitter T21
For applications such as straightness, flatness, and squareness
Compact design for measurement stability
Measuring distance up to 20 m
Manual adjustment of the laser turret
Battery-powered transmitter
Laser transmitter T220
For applications such as straightness, flatness, and squareness
Robust design for measurement stability a high measurement accuracy
Measuring distance up to 50 m
Micrometer screw for rotational adjustment of the turret
Built-in spirit levels and micrometer screws for adjustment of the laser transmitter
Battery-powered laser transmitter
What's in the case?
NXA Geometry Full R2 package with case
Display unit
2 pcs of R2 sensor/receivers
2 pcs of R2 receiver holders, cc 60 mm
2 pcs of rotational magnet bases for the sensor holder
Tape measure, 5 m
2 pcs of angled universal tools
Power supply with 2 pcs of power cables US, EU
Power supply with 2 USB ports, adapter plugs and USB cable A-micro B, 1,5 m
USB memory
NXA User Manual (GB)
NXA Geometry User Manual (GB)
NXA Geometry Full R2 package with case
Display unit
R2 sensor/receiver
R2 sensor holder, cc 60 mm
Rotational magnet base for the sensor holder
Tape measure, 5 m
2 pcs of angled universal tools
Power supply with 2 pcs of power cables US, EU
Power supply with 2 USB ports, adapter plugs and USB cable A-micro B, 1,5 m
USB memory
NXA User Manual (GB)
NXA Geometry User Manual (GB)
Accessories
AT-010 RUNOUT PROBE
The AT-010 Runout Probe is a battery-powered displacement probe connecting wirelessly via Bluetooth to the NXA display unit.
It can be used for:
checking bearing clearances
checking axial and radial runout on flanges
measurement during the positioning of machine components.
Level
The Level is a battery-powered two-axis measuring sensor that connects wirelessly via Bluetooth to the NXA display unit.
It can be used for:
as a digital level
for leveling machines or machine parts during installation
for measuring twist on linear guideways
for measuring parallelism between machine foundations.
Angular Prism
The angular prism is used for the measurement of perpendicularity and parallelism together with any NXA Geometry transmitter, R2 sensor, and a display unit. It is useful when measuring eg:
parallelity between two linear guides
perpendicularity of flanges
squareness between linear guides/machine components
XY Table
XY table with long arms
3 long arms with magnets for XY table, ø300 – 600 mm
Set of short arms for XY table, ø180 – 300 mm
Sliding table
Protective foil for the display screen
Magnetic base
Tripod
Angular bracket with a tripod adapter
Chain 8 mm 60 links
Can be used as an extension chain. Delivered with hooks.
Offset fixtures and software
Complete set of fixtures and software for alignment of offset mounted machines/cardan coupled machines.
OL2R fixtures with software
For the measurement of dynamic movements from offline to running conditions
AT-010 Run-out probe
A smart displacement probe for safe and reliable measurement of axial and radial runout.
LEVEL
A measuring sensor used for leveling machines or machine parts during installation.
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