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14 

 

4.2

 

Functions and composition of the tabs used for configuration of measuring part of the 

digital inclinometers  

Digital transducer consists of two channels (by default, the names of the channels are: “Axis X” and 
“Axis Y”). It is possible to configure parameters of the digital transducer only in the tab of the channel 
“Axis X”. As the parameters of the channel “Axes X” are changed, the system automatically applies 
the corresponding changes to all other channels.  

 

4.2.1

 

The tabs «Axis Х» and «Axis Y» 

Digital inclinometer ZET7х54 contains two mutually transverse channels X and Y. The tabs 

“Axis X” and “Axis Y” contain information of the channel parameters, that are further specified in 

Table 4.1

Table 4.1 Parameters of the tab “Axis X”

 

Parameter 

Possibility of 

configuration 

Admissible 

values 

Description 

Current value of the 

channel (in 
measurement unit) 

 

− 

Within the 
measurement 
range 

Displays the measured value of the 

channel (at the moment of tab activation)  

 

Refresh rate, Hz 

 

− 

 

− 

Depends on the value selected for the 

parameter  
«Conversion frequency» of the  
«Sensor» tab 

Measurement unit 

− 

− 

Corresponds to the current measurement 

unit 

Name of the 

channel for axis Х 

(or Y) 

 

Yes 

Any sequence of 

symbols 

(max  32) 

The  parameter  is  set  arbitrary.  For  the 

first  channel it  is recommended to  use  a 
name with the symbol “X” (and with the 
symbol  “Y”  for  the  second  channel 
respectively) 

 

Minimal value  (in 

measurement unit) 

 

− 

 

− 

The  section  contains  the  minimal 

possible  value  that  can  be  measured  by 
the digital inclinometer.  
 

Maximal value  (in 

measurement unit) 

 

− 

 

− 

The  section  contains  the  maximal 

possible  value  that  can  be  measured  by 
the digital inclinometer.  

Reference value for 

calculations, dB 

 

− 

 

− 

Displays the reference value used for 

calculation of the measured values in dB  
 

Sensitivity (in 
measurement unit) 

 

− 

 

− 

Displays the sensitivity value (the 
parameter is not applicable for 
inclinometers of ZET 7х54 series) 

Sensitivity threshold 

(in measurement units) 

 

− 

 

− 

The parameter specifies measurements 

precision 

Summary of Contents for ZET 7054

Page 1: ...DIGITAL INCLINOMETER ZET 7054 ZET 7154 USER MANUAL LLC ETMS...

Page 2: ...ntacts labelling 9 2 4 Digital inclinometers mounting 10 2 5 Establishing measuring network connection diagram 11 3 PARAMETERS CONFIGURATION PREPARATION 12 3 1 Connection of digital inclinometers 12 3...

Page 3: ...ng installation start up and pre starting procedure can be conducted by the User or by a representative of the organization performing technical maintenance of the equipment as per provisions of the A...

Page 4: ...tilt angle of industrial residential and municipal facilities The inclinometers can be easily installed on the controlled facility without the need to connect any external primary transducers 1 3 Ope...

Page 5: ...acitance transducer Data refresh rate Hz 1 Data interface RS 485 CAN 2 0 Power supply voltage V 9 24 Consumed power W 0 5 Protections class Industrial version Explosion proof version IP65 IP67 Dimensi...

Page 6: ...Delivery scope of ZET 7x54 Item Quantity 1 Tiltmeter ZET 7 54 1 pc 2 Adjusting plate for ZET 7 54 1 pc 3 Plug for the cable FQ14 4TJ 7 2 pcs 4 CD with ZETLAB SENSOR software 1 pc 5 Product certificate...

Page 7: ...digital inclinometer industrial version General dimensions and mounting dimensions of inclinometer industrial version are specified in Figure 2 2 Figure 2 2 Mounting dimensions of digital inclinomete...

Page 8: ...rnal view of explosion proof product version of the inclinometer is shown in Figure 2 3 Figure 2 3 External view of explosion proof product version of the inclinometer Mounting dimensions of the incli...

Page 9: ...4 V 2 RS 485 line B or DATA CAN 2 0 line H 3 RS 485 line A or DATA CAN 2 0 line L 4 GND Figure 2 5 Contacts labelling for connection to measuring network Connectors FQ14 4ZK S are intended for connect...

Page 10: ...te has four holes with 5 5 mm diameter for mounting on the controlled surface Figure 2 6 Mounting of ZET7x54 with the use of adjustment plate The selected range of tilt angle measurements for measurin...

Page 11: ...connected to the PC by means of interface converter Table 3 1 Figure 2 7 displays the measuring network based on digital transducers ZET 7154 Figure 2 7 Variants of establishing measuring lines with...

Page 12: ...rogram Device manager Configuration of digital transducers is conducted in the program Device manager available in the Service menu of ZETLAB control panel Figure3 1 Figure 3 1 ZETLAB panel The left s...

Page 13: ...Please note that it is necessary to set unique address for every device in the measuring network in the section Address node from 2 up to 63 of the Information tab In order to secure normal operation...

Page 14: ...splays the measured value of the channel at the moment of tab activation Refresh rate Hz Depends on the value selected for the parameter Conversion frequency of the Sensor tab Measurement unit Corresp...

Page 15: ...15 Figure 4 1 shows an example of the tab Axis Figure 4 1 The tab Axis X...

Page 16: ...Exponential moving average order No 256 Number of averaged counts Exponential moving average Yes 0 001 1 Ratio for EMA filter which is calculated by the formula DMAt EMAt 1 DMAt 1 The more is the valu...

Page 17: ...17 Figure 4 2 shows an example of Settings tab Figure 4 2 Settings tab...

Page 18: ...tatus Yes off on If the Offset option is disabled the values by X and Y axes are set to zero The offset value is displayed in the field Displacement by axis of the Settings tab As the Offset function...

Page 19: ...you can visually control the stabilization process with the use of the program multichannel oscilloscope from the scope of ZETLab software Then select the option On and save the settings again The dig...

Page 20: ...nometers 5 1 Checksum control The Metrology tab contains digital ID of the software The field Digital ID should have the value 81964459B471A73B777AD09E1FD45773 Figure 5 1 shows an example of Metrology...

Page 21: ...hronization quality while inclinometers ZET 7054 have only the function of data quality control Figure 5 2 shows an example of the program Synchronization control Figure 5 2 Example of the program Syn...

Page 22: ...5 times The tab Testing Figure 5 3 is used for metrological self check performance Figure 5 3 Testing tab Self check procedure sequence 1 Mount the inclinometer at a horizontal surface 2 Enter the me...

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