CZ800: Capabilities and reading map

This guide preserves a software operating record dated September 21, 2026. The date identifies the record, not a software release. The guide is not tied to a confirmed release, and applicability to the software currently in use has not been confirmed. The original record did not include runtime or hardware acceptance testing.

Use the chapter title and recorded date when referring to this guide. Functions not described here cannot be confirmed from this material. For hardware capabilities, use the formal documentation for the exact model. If the installed interface differs, verify the applicable release before relying on a procedure.

The main CZ800 workflow is to create equipment and measurement-point records, connect an acquisition card, capture vibration data, inspect waveforms and spectra, perform bearing diagnosis or field balancing, repeat measurements through inspection routes, and then create reports, export data and make backups. The AI assistant offers product-document questions and answers, selected software queries, and supported operations after confirmation.

An equipment record represents the machine being measured, such as a pump. An acquisition card is the hardware communicating with the computer. A measurement point is a particular measurement location on that machine. Selecting equipment does not connect an acquisition card; connecting a card does not create equipment or measurement points.

Function	Purpose	Entry and conditions
Home	Choose a module and inspect connection and service status	Displayed after startup
Overview	Review business statistics and recent captures	Home or the Overview menu
Equipment management	Organize groups, equipment and points; maintain codes, speed and thresholds	Equipment management
Data acquisition	Save measured vibration data against a selected point	Acquisition; requires the relevant license and a valid hardware connection
Waveform analysis	Inspect vibration over time, impacts and channel differences	Analysis workspace; select a measured record
Spectrum analysis	Inspect frequency components, peaks, harmonics and sidebands	Analysis workspace; requires a complete, analyzable record
Combined waveform and spectrum	Compare time and frequency views of the same record	Waveform and Spectrum in the workspace
Envelope analysis	Inspect the impact-signal envelope and its frequency components	Envelope Waveform or Envelope Spectrum
Cepstrum	Help identify repeating spacing in the spectrum	Cepstrum in the workspace
Trends	Compare accumulated indicators for one point over time	Trend view or the workspace trend menu
Waterfall	Compare spectra from repeated captures at one point	Waterfall; requires multiple historical records
Speed-amplitude plot	Compare historical CH1 1X amplitude with speed	The recorded Bode Plot entry; no phase curve is available
Shaft orbit	Learn how X/Y displacement trajectories are displayed	A sample only; measured records lack the required inputs
Bearing diagnosis	Match bearing characteristic frequencies using the model, speed and envelope spectrum	Bearing Diagnosis; requires its license
Field balancing	Calculate correction weights from initial, trial-weight and residual measurements	Field Balancing; requires its license
Inspection routes	Organize several points into an ordered inspection	Inspection Routes
Report center	Generate reports from captures, route executions or balancing projects	A dialog opened from Home or the workspace
Data export	Export waveforms, spectra, statistics or charts for review	Export in the analysis workspace
Settings	Manage defaults, language, licenses, backups and restoration	Settings
AI assistant	Consult documentation, learn procedures, query software data and propose supported operations	AI Assistant on Home

Whether an entry appears or can be used also depends on the actual license, available data and application state.

For a first measurement, begin with the first-use workflow. For an abnormal historical record, inspect waveform and spectrum before deciding whether bearing diagnosis is appropriate. Use inspection routes for repeated checks of several machines and the dedicated balancing workflow for rotor correction-weight calculations. Use reports to present results and data export when another application needs numerical data.

Chapter	Read about
01 - First use and complete workflows	Startup, a first capture and completion checks
02 - Equipment and measurement points	Hierarchy, parameters, configuration exchange and deletion
03 - Connection and acquisition parameters	Serial ports, sampling, sensors and speed requirements
04 - Acquisition and history	Single, continuous and timed tasks; stopping and saved records
05 - Analysis and chart controls	Waveforms, spectra, derived views and historical comparisons
06 - Bearing diagnosis	Bearing selection, matching, processing and human review
07 - Field balancing	Single-plane and two-plane stages and residual verification
08 - Inspection routes and execution	Plans, captures, skipped points and execution snapshots
09 - Reports and data export	Report scope, file formats and export checks
10 - Settings, licensing and backups	Defaults, authorization, backups and deferred restoration
11 - AI assistant and knowledge base	Knowledge and software modes, supported tools and confirmation
12 - Scenarios and troubleshooting	Practical workflows and common problems
13 - Capability checklist and limitations	Completion evidence and functions that are limited or unavailable

Hardware range, accuracy, wiring, installation dimensions and sensor compatibility must come from the formal documentation for the corresponding model. A capability mentioned in a product brochure does not establish that every related software entry is fully implemented. Consult CZ800 and CZ800D documentation separately for their respective models.

When no measured record is selected, some analysis views may show clearly labeled interface examples. These demonstrate the display. Before interpreting a measurement, check the equipment, point, capture time and record ID.

A sample curve is not a result just acquired from the connected instrument. Export functions also depend on having an eligible measured record.