Measuring module ZET 7180-I

Measurement module ZET 7180-I
CAN 2.0 digital output,
connected sensors type – current output

From 147 USD

Specifications

of Measuring module ZET 7180-I

Technical Specifications
Measured parameter	based on the type of the connected gauge
Type of connected gauges	ВС 401 rpm meter sensor with 4‑20; 0‑20; 0‑5 mA output
Gauge power supply	24 V
Maximum relative measurement error	< 1 %
Data output frequency	1, 10, 50, 100, 200, 400 Hz
Data interface	CAN 2.0
Data transmission rate	100, 300, 1,000 kbps
Performance Specifications
Dimensions	71×39×17 mm
Weight (kg)	30 g
Power supply	9 to 24 V
Consumed power	0.5 W
Reverse polarity protection	yes
Operational temperature range	-40 to +100 °С
Electromagnetic Compatibility, EMC
IEC 61000-4-2, ESD	contact 4 kV, air 8 kV
IEC 61000-4-4, EFT	power supply 0.5 kV, signal 0.25 kV
IEC 61000-4-5, Surge	500 V

* Depends on the type of the connected gauge

Operating In “Encoder” Mode
The “Encoder” mode set according to the signal levels is used for RPM sensors. It can measure the RPM, speed and acceleration
Hardware Versions
Standard: laboratory design in a plastic cover (green)
ОЕМ: board covered with a sealing compound.
Heavy Duty*: unit of standard design in an air-tight cover
(with a transparent lid)
*Option

Features

of Measuring module ZET 7180-I

Measurement Accuracy
ZET 7180-I must be installed as close to the sensor as possible (or built into the cover) and signal digitization is performed in close vicinity to the sensing element which decreases the noise corruption of the measurement result.
Ready to Operation
The settings of the digital gauge are stored in the memory of the measuring unit which facilitates immediate start of measurements after powering on, without any need to set the measuring channels.

Cost Effectiveness
No additional costs for expensive cables are required for building distributed measurement networks using ZET 7180-I digital gauges since data are transmitted in a digital form.
No Data Processing Required
Ready-to-use data are sent from the digital gauge output, i.e. the values of the measured variable, so no additional data processing is required.

Directive 2011/65/EU (ROHS, ROHS II)

MEASUREMENT MODULES MEET THE REQUIREMENTS OF DIRECTIVE 2011/65/EU (ROHS, ROHS II) CONCERNING LIMITATION TO USE HAZARD SUBSTANCES (PB, HG, CD, CR(VI)) IN ELECTRICAL AND ELECTRONIC EQUIPMENT; THEY ARE MANUFACTURED USING LEAD-FREE METHOD, IN COMPLIANCE WITH THE EUROPEAN COMMUNITY REQUIREMENTS

Operation Principle

of Measuring module ZET 7180-I

The measuring module ZET 7180-I together with current output sensor constitutes a digital gauge for measuring various parameters.

The primary transducer (current output sensor) converts a physical value to the electric signal while the measuring unit digitizes this signal and outputs the value of the measured variable in a digital form. The measurement results are transmitted via CAN 2.0 interface.

Connection Diagrams

of Measuring module ZET 7180-I

Pin definition for connecting sensor

Pin number	Marking	Definition
1	24 V	Power supply to gauge
2	GND	Common
3	5 V	Not used
4	SIG	Signal from the sensor

Pin definition for connecting to the measurement network

Pin number	Marking	Definition
1	+(9…24) V	Orange
2	H line of CAN 2.0	Blue
3	L line of CAN 2.0	White-blue
4	GND	White-orange

Diagram of connecting current output sensor to ZET 7180-I unit

Схема подключения датчиков к измерительному модулю ZET 7180-I

Diagram of connecting BC 401 to ZET 7180-I

Схема подключения ВС 401 к ZET 7180-I

The digital gauges can be used for building distributed measurement networks. Use interface converter for connecting the measurement network to ZETLAB and ZETVIEW systems. The ZETLAB software supports connection of up to 200 gauges to a single computer. Measurement networks can also be connected to any system via CAN 2.0 interface.

Возможные варианты построения измерительной сети на базе ZET 7180-I

Configuring

the Measuring module ZET 7180-I

Digital gauge are configured in Device Manager software in the “Service” menu on the ZETLAB panel.

The "Measurement" tab

Parameter	Changeability	Acceptable values	Description
Current measured value of the gauge (in units)	–	Within measurement range	Displays the measured value in the channel registered at the time of tab opening
Data refresh rate (Hz)	–	–	Defined by the “Data refresh rate” parameter value on the “Settings” tab
Unit	–	–	Corresponds to the current measurement unit. Defined by the “Measurement unit” parameter value on the “Settings” tab
Name of gauge	Yes	Any character sequence (not more than 32)	At user’s discretion
Minimum value (in units)	–	–	The cell shows the minimum possible value that can be measured the the digital gauge
Maximum value (in units)	–	–	The cell shows the maximum possible value that can be measured the the digital gauge
Reference value for calculation in dB	–	–	Displays the reference value required for conversion of the measured value in dB (not applicable to ZET 7×80-I series digital gauges)
Sensitivity (in units)	–	–	Displays the sensitivity value
Sensitivity threshold (in units)	–	–	The parameter indicates measurement accuracy

The "Setting" tab

Parameter	Changeability	Acceptable values	Description
Output signal	Yes	0 – 20 mA 4 – 20 mA 0 – 5 mA	Select the value according to the data in the connected gauge certificate
Gauge serial number	Yes	–	Set the parameter only when gauge serial number identification is required
Unit	Yes	–	The set measurement units for identification of physical units used for measurement. This parameter is not used by the digital gauge for any conversions
Minimum measured value	Yes	–	Lower measurement threshold of the external gauge. Select the value according to the data in the connected gauge certificate
Maximum measured value	Yes	–	Upper measurement threshold of the external gauge. Select the value according to the data in the connected gauge certificate
Data refresh rate	Yes	1 10 50 100 200 400	Sampling rate
Angle encoder mode	Yes	откл вкл	Turns on/off the “Encoder” measurement mode

The "Encoder" tab

Parameter	Changeability	Acceptable values	Description
Activity status	No	Off On	Displays the current operation state of the “Encoder” mode
Upper threshold level	Yes	–	The parameter defines the upper level of mark triggering
Lower threshold level	Yes	–	The parameter defines the lower level of mark triggering
Number of marks per rotation	Yes	–	Indicates the number of marks per a single rotation
Measurement units	Yes	rot ° rad rot/sec °/sec rad/sec rot/sec² °/sec² rad/sec²	Measurement unit selection
Clear	Yes	Off On	Clears rotation meter (after settings saving returns to “off” state)

To configure the “Encoder” mode, initial data (“raw values”) must be measured by ZET 7×80-I digital gauge; for that, set the “Output signal” parameter on the “Settings” tab to the “0-20 mA” value. Then set values of “Minimum measured value” and “Maximum measured value” in accordance with the selected mode (to “0” and “20”, respectively).

It is necessary to determine the optical mark detection thresholds. To do so, point the optical sensor at the mark and record the current value from the “Direct current voltage meter” software in “Upper threshold level” on the “Encoder” tab. Then remove the mark and record the current value from the “Direct current voltage meter” software in “Lower threshold level” on the “Encoder” tab. Note that the values must be checked because, if the value does not exceed the set threshold, the mark will not be counted. This means that the values should be set with a little deviation to ensure mark operation, with the noise and distortion levels being much lower to prevent false triggering.

The "Displacement" tab

Parameter	Changeability	Acceptable values	Description
Displacement state	Yes	Off On	Turning on/off conversion of the current measured value to the value set for the “Displacement for” parameter
Displacement in unit	Yes	–	Indicates the value which is set as a current indication of the digital gauge, relative to which further changes of readings will be tracked.

Test impact types

AC - alternating signal

FR: «Required frequency value»: «Frequency tolerance» – alternating signal frequency;

AM: «Required signal amplitude value»: «Signal amplitude tolerance» – alternating signal amplitude;

OF: «Generated signal bias»: «Generated signal bias tolerance» – generated signal bias;

TM: «Signal analysis time» – signal control time (minimal signal analysis time for transient processes or long-time tests)

Example:
AC;FR:0.5:0.01;AM:0.4:0.002;OF:0.1:0.0001;TM:5 –
Alternating signal with frequency: 0.5 ± 0.01 Hz, amplitude: 0.4 ± 0.002 V, bias: 0.1 ± 0.0001 V, minimal signal control time – 5 s.

DC - constant signal

LE: «Required signal level»: «Signal level tolerance» – generated signal level.

TM: «Signal analysis time» – control signal time (signal analysis minimal time for transient and long-time processes tests)

Example:

DC;LE:0.5:0.001;TM:5 –
constant signal: 0.5 ± 0.001 V, minimal signal control time – 5 s.

ST1 - stepwise change

AM: «Minimal value»: «Maximum value» – change range.

TM: «Signal setting time» – time before signal control start

Example:
ST1;AM:100:200;TM:5 –
stepwise change: for 100..200 units, minimal signal control time – 5 s.

ST2 - stepwise change

MD: «Minimal change»: «Maximum change» – change amplitude.

TM: «Signal setting time» – time before signal control start

Example:
ST2;MD:10:10.5;TM:6 –
stepwise change: for 10..10.5 units in modulus, minimal signal control time – 6 s.

PPS - Pulse-per-second signal

SP: «Acceptable counts deviation» – amount of counts before or after start of a second.

Level change to be checked one time in a second.

Example:
PPS;SP:2 –
the change should take place in the beginning of a second, 2 counts.

Device type is selected from the dropdown list. In order to select a device, pick an element with left mouse key and choose a device to be checked from the list.

Use selector to set particular test. To set the test number click the number with left mouse key and set the required value by scroll. If the self-check is on, the selector will not be available until the user stops the project or the self-check is over. There is a key for start / stop of the process. The green key means that the diagnostics process is on, grey key stands for for idle state.

Indicator is a timer showing the elapsing time of the current test. The countdown is started after beginning of any test. Test results are available in the log.

Basic configuration

of Measuring module ZET 7180-I

Sensor basic configuration includes:

Measuring module ZET 7180-I;
DIN-rail mounting panel for plastic modules 71×39;
set of operational documentation.

From 147 USD

Necessary measuring equipment

supplied upon special order

ZET 7174
USB connection

ZET 7176
Ethernet connection

Датчики
Current output sensors
Primary transducer

Measuring module ZET 7180-I

Specifications

Operating In “Encoder” Mode

Hardware Versions

Features

Measurement Accuracy

Ready to Operation

Cost Effectiveness

No Data Processing Required

Operation Principle

Connection Diagrams

Configuring

Test impact types

Basic configuration

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Necessary measuring equipment

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