ZETLab ZET 7054 User Manual
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ZETLab ZET 7054 User Manual

Digital inclinometer
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DIGITAL INCLINOMETER
ZET 7054, ZET 7154
USER MANUAL
LLC "ETMS"

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Summary of Contents for ZETLab ZET 7054

  • Page 1 DIGITAL INCLINOMETER ZET 7054, ZET 7154 USER MANUAL LLC “ETMS”...

  • Page 2: Table Of Contents

    TABLE OF CONTENTS ............3 DESIGNATION AND TECHNICAL SPECIFICATIONS Introduction ........................3 Designation of inclinometers ..................4 Operational environment ....................4 Technical specifications ....................5 Delivery scope ......................... 6 2 EXTERNAL VIEW, CONTACTS LABELLING AND CONNECTION DIAGRAM ..7 External view of inclinometers (industrial version) ............7 External view of inclinometers (explosion-proof version) ..........

  • Page 3: Designation And Technical Specifications

    Designation and technical specifications Introduction The present User manual describes structure and operating principles if digital inclinometers of ZET 7х54 series (hereinafter referred to as “inclinometers”). The document contains general rules of inclinometers operation as well as instructions concerning installation, start-up and maintenance activities.

  • Page 4: Designation Of Inclinometers

    Designation of inclinometers Inclinometers are used for measurement (by two mutually transverse axes X and Y) of tilt angle of buildings, structures or controlled structural elements. The most popular spheres of use of inclinometers are as follows: 1. Platforms position and alignment control; 2.

  • Page 5: Technical Specifications

    Technical specifications Basic technical characteristics of the inclinometers are specified in Table 1.2 Table 1.2 Technical specifications of ZET 7x54 Значение Value Parameter ZET 7054 ZET 7154 ZET 7054 ZET 7154 Measured physical value Tilt angle Number of measurement axes 2 (X and Y) Measurement range, °...

  • Page 6: Delivery Scope

    Tiltmeter ZET 7х54 1 pc Adjusting plate for ZET 7х54 1 pc Plug for the cable FQ14-4TJ-7 2 pcs CD with ZETLAB SENSOR software 1 pc Product certificate 1 pc User manual 1 pc a set of Products can be provided with a single copy of the Document...

  • Page 7: External View, Contacts Labelling And Connection Diagram

    External view, contacts labelling and connection scheme External view of inclinometers (industrial version) External view of inclinometers (industrial version) is shown in Figure 2.1. Figure 2.1 External view of digital inclinometer (industrial version) General dimensions and mounting dimensions of inclinometer (industrial version) are specified in Figure 2.2.

  • Page 8: External View Of Inclinometers (Explosion-Proof Version)

    External view of the inclinometers (explosion-proof version) Explosion-proof product version of the inclinometer (1ExdIICT5/T6). External 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 inclinometer (explosion-proof version) are specified in Figure 2.4.

  • Page 9: Digital Inclinometers: Contacts Labelling

    RS-485 or CAN interface. Transducer’s connector Mating connector Connection to the measuring network Contact number ZET 7054 ZET 7154 9…24 V RS-485 line B or «DATA-» CAN 2.0 line «H» RS-485 line A or «DATA+»...

  • Page 10: Digital Inclinometers: Mounting

    Digital inclinometers: mounting It is possible to mount the inclinometers directly to the controlled surface (the inclinometer package has 4 mounting holes with 4,5 mm diameter). In order to provide the possibility of inclinometer adjustment by azimuth and horizon, one can use the adjustment plate for mounting of the inclinometer (Figure 2.6).

  • Page 11: Establishing Measuring Network: Connection Diagram

    Establishing measuring network: connection diagram In the course of measuring network development, digital transducers ZET 7x54 are connected sequentially. The resulting measuring network of digital transducers is further 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.

  • Page 12: Parameters Configuration: Preparation

    To select the digital transducer to be configured, double-click its name. (Additional information is available in the document “ZETLAB Software. User manual”). The program “Device manager” available in the “Service” menu of ZETLAB control panel is used for adjustment and configuration of the inclinometers.

  • Page 13: Digital Inclinometers: Parameters Configuration

    «Axis X», «Axis Y»), corresponding to the two measuring axes. When assigning the addresses, please note that the channels of digital transducers ZET 7154 have two addresses in the measuring network, while the channels of digital transducers ZET 7054 are assigned a common address.

  • Page 14: Functions And Composition Of The Tabs Used For Configuration Of Measuring Part Of The Digital Inclinometers

    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”.
  • Page 15 shows an example of the tab «Axis Х». Figure 4.1 Figure 4.1 The tab «Axis X»...
  • Page 16 4.2.2 “Settings” tab The tab “Settings” contains information of the parameters specified in Table 4.2. Table 4.2 Parameters of the “Settings” tab Possibility of Admissible Parameter Description configuration values Data refresh rate, Frequency of data registration by the inclinometer Exponential Number of averaged counts moving average order...
  • Page 17 shows an example of “Settings” tab. Figure 4.2 Figure 4.2 “Settings”tab...
  • Page 18 4.2.3 “Offset” tab The ”Offset” tab contains information of the parameters specified in Table 4.3 Table 4.3 Parameters of the “Offset” tab. Possibility of Admissible Parameter Description configuration values 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”...
  • Page 19 “multichannel oscilloscope” from the scope of ZETLab software). Then select the option “On” and save the settings again. The digital inclinometer will start recording the change of the tilt angle in relation to the set zero value.

  • Page 20: Control Of Digital Inclinometers

    Control of digital inclinometers Checksum control The “Metrology” tab contains digital ID of the software. The field “Digital ID” should have the value «81964459B471A73B777AD09E1FD45773». shows an example of “Metrology” tab. Figure 5.1 Figure 5.1 “Metrology” tab...

  • Page 21: Constant Control

    5 minutes of program operation. For inclinometers ZET 7154, it is possible to control the data quality and the synchronization quality, while inclinometers ZET 7054 have only the function of data quality control. shows an example of the program “Synchronization control”.

  • Page 22: Metrological Self-Check Of The Inclinometers

    Metrological self-check Inclinometers ZET 7154 have a function of metrological self-check. A reference signal is applied to the sensing element of the inclinometer in order to imitate the change of tilt angle at a particular value. The deviation of the measured value from the reference one is used to evaluate the metrological reliability of the inclinometer.

This manual is also suitable for:

Zet 7154

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