Showing results: 61 - 75 of 182 items found.
-
Encoder -
ZETLAB Company
Encoder is used for measuring the relative position (displacement), displacement velocity and direction by means of optical angular or linear displacement sensors (encoders) connected to the ADC input channels.
-
ZETLAB Company
For the purpose of oscillations period determination, there is used an indirect measuring method, which registers oscillation processes in three mutually transverse axes. As a result of measurements, one can obtain oscillations period values and corresponding decrement values for each of the axes.
-
ETHERNET Connection -
ZETLAB Company
There is a utility for connecting several devices via Ethernet, which checks if there are any Ethernet devices and provides point-to-point connection to all selected devices simultaneously.
-
Signal Transmitter (Data Server) -
ZETLAB Company
The program is used for transferring ZETLAB digitalized signals through the network. As soon as the data server is turned on, any computer in the same subnetwork can connect to it via the program Signal Receiver (Data Client) – and all signals of the server computer appear in its channel list. Then, it does not matter whether these signals are processed by the server computer or a computer to which they are coming via the Data server → Data client system.
-
ZET 7173 -
ZETLAB Company
Offline recorder ZET 7173 is used for recording of the data received over CAN bus from digital transducers.
-
ZET 302 -
ZETLAB Company
Digital USB oscillograph ZET 302 is used for high-frequency signals control in the range up to 20 MHz. Implementation of 50 MHz ADC converter along with equivalent sampling mode use allows to increase effective frequency up to 500 MS/s.
-
ZET 7190-R -
ZETLAB Company
ZET 7190-R — PID controller on CAN bus. It is used in automated systems for control signal forming.
-
ZETLAB Company
Portable bridge structures control system is a set of digital modules and intelligent sensors placed inside of a compact case. Basic delivery scope of the system includes:
-
ZET 7112-A VER.2 -
ZETLAB Company
The ZET 7112-A VER.2 pressure meter is intended for use in automated process control systems for various industrial applications:
-
Multichannel Recorder -
ZETLAB Company
Multichannel Recorder is used for long-term recording and display of signal parameters coming to the input signals of FFT spectrum analyzers (included in the delivery scope) and ADC/DAC modules (optional).
-
Historical Events View -
ZETLAB Company
This program is included into basic ZETLAB software set and enables representation and analysis of historical events registered by means of ZETLAB sotware for a long-term time span.
-
Signal Reproduction Software -
ZETLAB Company
Signal Reproduction is used for reproducing signals recorded by Signal Recording. When reproduction is on, the reproduced signals become available for analysis and measurement in all ZETLAB programs.
-
Signal Recording Program -
ZETLAB Company
The signal recording program is used for continuous real-time recording of signals coming to the input channels of measuring instruments. For convenient signal processing, the program provides an unlimited number of records for text and voice comments. Signals can be recorded in the bounded or direct RAM buffer with further copying to a storage unit. This recording mode allows to record any unknown event with historical data.
-
Multi-User Access to Trends View -
ZETLAB Company
Signals and events demo-server enables 24 hours a day test view of signals and events trends without the necessity to have a ZETLAB device or access key in on-line mode. All you should have is an internet connection so that to connect to the signals and events demo-server. The server enables simultaneous work of several users, which can view the data they need.
-
Trend Viewer -
ZETLAB Company
A trend is a diagram facilitating analysis of long records of measured sensor values (for hours, days, months, years). Based on the sampling frequency, an n number of counts per second are performed, and their yearly number equals to 31,556,926*n. If the user needs to evaluate short-term moments of the source signal, then there is no difficulty. It is much more difficult, when it is necessary to evaluate the parameters for the entire year or several years, and no monitor and no person would handle it. And this is the case when trend building could help.