Proceq Zonotip User manual

Made in Switzerland
Operating Instructions
Thickness Gauge

2© 2014 Proceq SA
Table of contents
1. Safety and Liability 3
2. Tutorial 4
3. Getting Started 5
3.1 Overview 5
3.2 Connect Probes 6
3.3 Overview Keypad 6
3.4 First Steps before Measuring 7
4. Use of the Instrument 8
4.1 The Different Measuring Modes 8
4.1.1 Overview of Settings / Menu Structures 8
4.1.2 Norm Mode 10
4.1.3 Memory Mode 11
4.1.4 A-Scan Mode 12
4.2 Pictograms 13
4.2.1 Signal Strength Indicators and Measurement Method 13
4.2.2 Operation Pictograms A-Scan 14
4.3 Setup-Screen 14
4.3.1 Create a New Material / Edit a Material 14
4.3.2 Calibration on known Material / Determinate the US velocity 15
4.3.3 Overview of Different Setup-Items 15
5. Velocity of Longitudinal Ultrasonic Waves 16
6. Zonolink 16
7. Technical Specifications 18
8. Part Numbers and Accessories 19
9. Maintenance and Support 19

© 2014 Proceq SA 3
1. Safety and Liability
1.1 Safety and Usage Precautions
This manual contains important information on the safety, use and maintenance of the Zonotip /
Zonotip+. Read through the manual carefully before the first use of the instrument. Keep the manual
in a safe place for future reference.
1.2 Liability and Warranty
Proceq’s “General Terms and Conditions of Sale and Delivery” apply in all cases. Warranty and li-
ability claims arising from personal injury and damage to property cannot be upheld if they are due
to one or more of the following causes:
• Failure to use the instrument in accordance with its designated use as described in this
manual.
• Incorrect performance check for operation and maintenance of the instrument and its compo-
nents.
• Failure to adhere to the sections of the manual dealing with the performance check, operation
and maintenance of the instrument and its components.
• Unauthorized structural modifications to the instrument and its components.
• Serious damage resulting from the effects of foreign bodies, accidents, vandalism and force
majeure.
All information contained in this documentation is presented in good faith and believed to be
correct. Proceq SA makes no warranties and excludes all liability as to the completeness and/or
accuracy of the information.
1.3 Safety Instructions
The instrument is not allowed to be operated by children or anyone under the influence of alcohol,
drugs or pharmaceutical preparations. Anyone who is not familiar with this manual must be
supervised when using the instrument.
1.4 Correct Usage
• The instrument is only to be used for its designated purpose as describe herein.
• Replace faulty components only with original replacement parts from Proceq.
• Accessories should only be installed or connected to the instrument if they are expressly
authorized by Proceq. If other accessories are installed or connected to the instrument then
Proceq will accept no liability and the product guarantee is forfeit.

4© 2014 Proceq SA
2. Tutorial
The Zonotip / Zonotip+is designed to measure the thicknesses of ferrous and non-ferrous metals
as well as products made of plastics and other materials with a low ultrasonic attenuation. It meas-
ures the double traverse of an ultrasonic pulse through the object under test from one surface to
the other (see figure 1). This value is then converted into the product thickness value.
Transducer
Object under test
E1 E2
t
E1
E2
En
t0
2 x t0
n x t0
h
2
t0c
hThickness ⋅ =
, c: speed of sound
Figure 1: Determining the thickness of an object by means of ultrasound pulse echo technique
The probe has a sharp radiation directivity and ultrasound receiving pattern, therefore, the product
thickness is determined directly under the converter installation place. If the material surface op-
posite to the one on which the probe is installed, has cavities, the US pulses will be reflected from
them, and the thickness is determined as the shortest distance from the external surface to these
cavities.
The Zonolink Software, included in the package, allows downloading the data measured by the
Zonotip / Zonotip+using any PC. Communication with the computer is provided through a USB
port.
Practical Advice for Measuring
To receive the maximal measurement accuracy, make sure that the probe, the calibration sample
and the test object have roughly the same temperature. If the measured velocity of the material
differs from the actual velocity, revise the velocity manually or perform a calibration.
The measurement accuracy directly depends on the accuracy of the velocity setting. For a precise
measurement, take a sample of the same material as the test object and set the velocity according
to it. For this procedure, use the same US converter as for the actual measurement. If possible, use
a plane-parallel sample with smooth surface for the test measurement.

© 2014 Proceq SA 5
3. Getting Started
3.1 Overview
Functional keys
Navigation keys
Zeroing sample / test plate
USB Port
Figure 2: The Zonotip instrument
Figure 3: Connection of the 4.0 MHz
transducer. Make sure the red cable is
connected to the port with the red dot.
Figure 4: Connection of the 2.5 MHz trans-
ducer
Ports for transducers

6© 2014 Proceq SA
3.2 Connect Probes
The Zonotip is available with two different transducers: The standard 4.0 MHz dual-element trans-
ducer is meant for most measurements (see figure 5). It requires two cables, one for the outgoing
signal, one for the incoming. The optional 2.5 MHz single-element integrated transducer is smaller
and requires only one cable (see figure 6). This makes it more convenient to use in smaller areas
or in areas that are harder to access. The 2.5 MHz is included when purchasing the Zonotip+unit.
It is also available separately.
Figure 5: 4.0 MHz transducer (D1771) Figure 6: 2.5 MHz transducer (S3567)
3.3 Overview Keypad
ON / OFF Turn the instrument “on” or “off”.
Functional Key
Carry out various actions depending on
the settings. The respective operation is
displayed above each of the keys.
Measurement Mode
/ Setup Screen
Switch between the measurement modes
and the setup screen.
Enter Confirm a selection.
Left / Right Navigate through the menu.
Up / Down Navigate through the menu.
Plus / Minus Select and change active parameters.

© 2014 Proceq SA 7
3.4 First steps before measuring
After connecting the desired probe, turn on the instrument.
Click to enter the setup screen (see figure 7).
Figure 7: Setup-Screen
• Select the desired mode - Norm, Memory, A-Scan (Zonotip+only). The different modes are
explained in chapter 4.1.
• Select the probe which you have connected. A text will appear on the screen. Please
follow these instructions. This process is needed to calibrate the instrument before the first
measurement.
• Please put a little coupling paste onto the built-in zeroing sample (test plate) of the Zonotip
(see figure 2). The thickness of the zeroing sample is 5 mm.
• Select the material you are about to test.

8© 2014 Proceq SA
4. Use of the Instrument
4.1 The Different Measuring Modes
4.1.1 Overview of Settings / Menu Structures
The Zonotip / Zonotip+features different measuring modes that can be set in the Setup-Screen:
the Norm mode, the Memory mode and the A-Scan mode (Zonotip+only).
Measuring Mode
Norm Memory A-Scan
Mode 1
Probe 2
Material 3
Calibrating on 4
Monitor 5
Limit: beginning 6
Limit: end 7
Discrete 8
Sound 9
Vibration 10
Language 11
Measuring units 12
Brightness 13
Mode 1
Probe 2
Material 3
Calibrating on 4
Monitor 5
Limit: beginning 6
Limit: end 7
Discrete 8
Clear Memory 14
Sound 9
Vibration 10
Language 11
Measuring units 12
Brightness 13
Mode 1
Probe 2
Material 3
Calibrating on 4
Discrete 8
Scan beginning 15
Scan end 16
Gate: beginning 17
Gate: end 18
Gain 19
A-Scan type 20
Sound 9
Vibration 10
Language 11
Measuring units 12
Brightness 13

© 2014 Proceq SA 9
All Modes
Mode 1
Norm
Memory
A-Scan
Probe 2
Test
Open
D1771 4.0 MHz
S3567 2.5 MHz
Material 3 Open
New, Aluminium, Gold, Brass, Copper,
Ice, Polyethylene, Lead, Silver, Steel,
Plexiglass, Glass, Titan
Calibrating on 4
Run for details see 4.3.2
Edit
Monitor 5
Inside
Off
Outside
Limit: beginning 6 Edit for details see 4.3.2
Limit: end 7 Edit for details see 4.3.2
Discrete 8
0.1 Select the number of decimals
0.01
Sound 9
On
Off
Vibration 10
On
Off
Language 11
English to change the language, please press
the functional keys multiple times.
German
French
Italian
Portuguese
Spanish
Chinese
Russian
Measuring units 12
mm
inch
Brightness 13
+
-

10 © 2014 Proceq SA
Memory Clear Memory 14 Run The % amount represents the used
memory capacity
A-Scan Scan beginning 15 Edit for details see 4.3.2
Scan end 16 Edit for details see 4.3.2
Gate: beginning 17 Edit for details see 4.3.2
Gate: end 18 Edit for details see 4.3.2
Gain 19 Edit for details see 4.3.2
A-Scan type 20
Filled
Empty
4.1.2 Norm Mode
Using the Norm mode is convenient when the measurement results do not have to be recorded.
This mode enables the Zonotip to promptly determine the thickness of the test object and to set
the “monitor” (5) response range. If “monitor” (5) is set to “inside” and the readings are within the
defined limits, the readings are shown in red. If “monitor” is set to “outside” and the readings are
within the defined limits, the readings are shown in white.
1. Active bookmark of Norm mode
2. Battery charge indicator
3. Measurement units
4. Measurement results
5. Indicator of the measurement
taking method (see chapter 4.2.1)
6. Indicator of the signal level (see
chapter 4.2.1)
7. Current Probe
8. Lower limit
9. Upper limit
10. Current material
11. US waves velocity in the current
material

© 2014 Proceq SA 11
4.1.3 Memory Mode
The Memory mode of the Zonotip / Zonotip+allows to promptly determine the thickness of the test
object, to record the measurement in the memory of the instrument, to browse them on the display
as well as to correct the entries and to conduct re-measurements.
The screen is divided into two parts: the upper part displays information about the measurement,
the lower part shows information about previously saved results.
Up to 500 cells (single measurements) can be stored in up to 100 groups. If the maximum number
of cells in a group is reached, a related information caption will appear on the instrument screen.
To store a measurement, please press .
1. Active bookmark of the Memory
mode
2. Battery charge indicator
3. Measurement units
4. Measurement result
5. Indicator of the measurement
taking method (see chapter 4.2.1)
6. Indicator of the signal level
(see chapter 4.2.1)
7. Number of group
8. Number of measurement
9. Stored measurement results
Editing Stored Measurements
1. Press the key to enter the edit mode. The screen will show .
2. Use the keys to to select the measurement that needs to be overwritten.
3. Press the key to start a new measurement.
4. By pressing , the measured data will be stored (the old data will be overwritten).
5. Press to exit the edit mode.
Transferring data
Please note that device needs to be in Memory Mode in order to communicate with PC, refer to
section 6. Zonolink

12 © 2014 Proceq SA
4.1.4 A-Scan Mode (Zonotip+only)
The A-Scan mode allows excluding measurement inaccuracies, caused by e.g. flaws or cracks in
the test object. The signal is visualized on the display as an A-Scan, which allows a more indepth
analysis of the reading.
The A-Scan mode features the following measurement options:
• thickness of a test object even if it contains flaws or cracks
• general flaw and crack detection
• bond quality of layered materials, including delamination detection
• thickness of layered materials
It is also possible to zoom in on an arbitrary location of the A-Scan in order to interpret the meas-
urements better. Furthermore, the horizontal and vertical position as well as the length of the gate
(red horizontal bar) can be adjusted. The gate feature is especially useful for situations where
several echos appear in the A-Scan. Therefore, the gate must be moved to the echo that needs
to be evaluated.
The screen is divided into two parts: the upper part shows the signal, the lower part displays the
numerical values of the parameters and the operation pictograms (see chapter 4.2.2).
The results of the A-Scan measurement are saved at the end of the last used measurement group.
The latter is created in the Memory mode (see chapter 4.1.3). To view the saved A-Scans, switch to
the Memory mode. The saved A-Scans have the symbol to the left of the test results.
i
When returning to the A-Scan mode, the graphic image of the A-Scan will be lost.
1. Active bookmark of A-Scan
mode
2. Battery charge indicator
3. Measurement units
4. Measurement results
5. A-Scan signal
6. Gate
7. Scan beginning
8. Scan end
9. Gain
10. Operation pictograms
(see chapter 4.2.2)

© 2014 Proceq SA 13
Using the Keys in the Active mode
Operation Pictogram Key Purpose
Change of gate length
Vertical position of the gate
Horizontal position of the gate
Zoom in on the A-Scan
Set the signal gain in decibel
Horizontal scrolling of the signal on the screen
Set the signal gain in decibel
4.2 Pictograms
4.2.1 Signal Strength Indicators and Measurement Method (Norm Mode and
Memory Mode only)
Signal level is maximal
Signal level is average
Signal level is minimal
No signal
No measurements
Measurement using the ACF method (see chapter 4.2.2)
Measurement using the threshold method (see chapter 4.2.2)
Overwrite mode (see chapter 4.1.3)

14 © 2014 Proceq SA
4.2.2 Operation Pictograms A-Scan (Zonotip+only)
Change gate parameters
Select signal section to be displayed
Selection of the measurement method: the instant the signal within the gate exceeds
the threshold (vertical position of the gate) is used for the measurement.
Selection of the measurement method: the distance between the peaks of two signals
within the gate is used for the measurement.
Selection of the measurement method: the peak of the signal within the gate is used
for the measurement.
Selection of the measurement method: Auto Correlation Function (ACF) is applied to
the signals within the gate.
4.3 Setup-Screen
4.3.1 Create a New Material / Edit a Material (Applicable for all Modes)
The Zonotip / Zonotip+can store up to 64 different materials. Enter the “Material” menu to create
or edit a new material. Select “Create” or “Edit” on the screen.
Use the keys to scroll in the table of symbols (“1”). Press the key
to choose a symbol.
Use the keys to edit the lines (“2” and “3”).
To jump from the left to the right box (from “2” to “3”), position the cursor on the first position of
the left box and press the key.

© 2014 Proceq SA 15
4.3.2 Calibration on known Material / Determinate the US velocity
To determine the velocity of an US wave in a material with a known thickness, use the “Calibrating
on” function in the setup screen.
Enter the thickness of the sample with “Edit” and start the calibration process by pressing “Run”.
The sample thickness should be within 2.0 - 80.0mm (0.078 - 3.15 inch).
Once the data acquisition is finished, the velocity and material can be saved and added to the
database of the instrument (see 4.3.1.).
4.3.3 Overview of Different Setup-Items
Calibration On 4 All Modes
Designed for determining the velocity
of an US wave in a material with a
known thickness
2.0 - 80.0 mm
(0.078 - 3.15 inch)
Monitor 5 All Modes Set response conditions for color,
sound or vibration alarm
• Inside: results are within the
set interval
• Outside: results are not in
the set interval
• Off: monitor is switched off
Limit: beginning 6 All Modes Set the lower limit of the “monitor” 0 - 150 mm (0 - 5.9 inch)
Limit: end 7 All Modes Set the upper limit of the “monitor” 1 - 300 mm (0 - 11.8 inch)
Clear Memory 14 Memory Erasing the measurement results
Scan beginning 15 A-Scan Set the beginning of the reflection
area on the screen 0 - 150 mm (0-5.9 inch)
Scan end 16 A-Scan Set the end of the reflection area on
the screen 5 - 300 mm (0.2 - 11.8 inch)
Gate: beginning 17 A-Scan Set lower limit 0 - 150 mm (0 -5.9 inch)
Gate: end 18 A-Scan Set upper limit 1 - 300 mm (0 - 11.8 inch)
Gain 19 A-Scan Set the amplification of the instrument
inlet path 0 - 80 dB
Type of A-Scan 20 A-Scan Selection of the signal reflection type
• Fill: reflected in the filled
type
• Outline: reflected in form of
an outline

16 © 2014 Proceq SA
5. Velocity of Longitudinal Ultrasonic Waves
Material Velocity [m/s] Material Velocity [m/s] Material Velocity [m/s]
Chrome 6845 Copper 4700 Concretes 2000 - 5400
Zinc 4170 Molybdenum 6290 Gabbro 38 6320
Basalt 5930 Aluminum 6260 Plaster stone 4790
Vanadium 6000 Ebonite 2400 Foliated granite 7870
Bismuth 2180 Osmium 5478 Granite 4450
Tungsten 5460 (Phosphor) bronze 3530 Diabase 85 5800
Iron 5850 Limestone 6130 Dolomite 4450
Gold 3240 Ceramized glass 6740 Fused quartz 5930
Constantan 5240 Steel 20 6060 Plexiglas 2670
Brass 4430 Steel 15 5400 Polystyrene 2350
Capron 2640 Steel 40 5600 Rubber 1480
Ice 3980 Steel 70 5960 Mica 7760
Manganine 4660 Steel 35 5680 Organic glass 2550
Marble 6150 Tantalum 4235 Silicate glass 5500
Silver 3600 Manganese 5561 Teflon 1350
Lead 2160 Magnesium 5790 Steel St3 5930
Tin 3320 Cast iron 3500 - 5600 Textolite 2920
Nickel 5630 Labradorite 44 5450 Porcelain 5340
6. Zonolink
Control Panel
If this icon is in color - there is a connection to the instrument.
If this icon is in greyscale - there is no connection to the instrument.
If there is a connection, the process of data receiving from the instrument can be launched.
saving the data to the PC.
request the online help.
request the information about the application.
Loading the data
• Turn on the thickness gauge.
• Set the device to Memory Mode.
• Connect the thickness gauge to the PC using a USB cable.
• Press the button (in color).
i
Please note that the device is in the Memory Mode; otherwise the device will not
connect to the PC, enabling you to transfer your data.

© 2014 Proceq SA 17
• The process of data receiving will be launched.
• If the data is transferred successfully, the message “The data from the instrument was fully
received” will appear, and the data will be displayed.
Saving of the received data on the PC
• Press the button .
• In the window «Save as» name the file and indicate the path for saving.
By default, the software will save the data to the folder where the application is installed. However,
the user can select any folder to save the data in. The default name of the file will have the format
«resultsX», where X is an index number. The index number is generated automatically from the
numbers that are missing in the selected folder. For instance, if there are files «results25» and
«results27» in the folder, the software will advice to save the file with the name «results26».
However, the user can set any name for the data file.
The software will save the files in the *.csv format, which can then be opened in programs such as
Excel or Notepad.
Shutdown
Press the button
If the changes were not saved, the software will warn about that.

18 © 2014 Proceq SA
To save the data, press «Yes». The software will open the window for data saving.
To exit the software without saving the changes press «No».
To return to the application press «Cancel».
7. Technical Specifications
Instrument
Operating temperature -20 °C to 50 °C (-4 °F to 122 °F)
Humidity up to 85% RH with a temperature of 25 °C (77 °F)
Battery operation period 9 h
Power built-in LiPol accumulator
Operation supply voltage 3.7 V
Dimension 157 x 70x 23 mm (6.1 x 2.7 x 0.9 inch)
Weight 250 g
Display type TFT
Permissible surface roughness Rz160 / N12 / Ra = 50 µm
Minimum curvature radius 10 mm (0.4 inch)
Ultrasonic velocity range from 1000 to 9999 m/s
Data memory 100 groups each max. 500 measurements
Interface type USB
Thickness resolution
< 99.99 mm: 0.01 mm
> 100.0 mm: 0.1 mm
IP Classification IP52
Transducer
Type Dual-element Single-element
Frequency 4.0 MHz 2.5 MHz
Measurement range (steel) 0.7 - 300 mm 0.7 - 300 mm
Diameter of ultrasonic element 16 mm (0.6 inch) 10 mm (0.4 inch)
Connector type LEMO type 00.250 LEMO type 00.250
Size 45 x ∅23 mm (1.8 x ∅0.9 inch) 24 x ∅16 mm (0.9 x ∅0.6 inch)
(∅18.5 at the connector)
Weight 23 g 16 g
Standards and Regulations Applied
• ASTM E 797
• EN 15317

© 2014 Proceq SA 19
8. Part Numbers and Accessories
8.1 Units
Part No. Description
790 10 000 Zonotip unit consisting of: Indicating device with calibration sample, transducer 4.0 MHz,
transducer cable 2pol 1.2 m, couplant, battery charger with USB cable, carrying strap, data
carrier with software, documentation, protective pouch, carrying case
790 20 000 Zonotip+unit consisting of: Indicating device with calibration sample, transducer 4.0 MHz,
transducer cable 2pol 1.2 m, transducer 2.5 MHz, transducer cable 1pol 1.2 m, couplant,
battery charger with USB cable, carrying strap, data carrier with software, documentation,
protective pouch, carring case
8.2 Parts and Accessories
790 11 001 D1771 Ultrasonic Transducer 4.0 MHz
790 12 001 S3567 Ultrasonic Transducer 2.5 MHz
710 10 031 Ultrasound couplant, 250 ml
790 80 001 Step Test Block (inches)
790 80 002 Step Test Block (mm)
9. Maintenance and Support
9.1 Support Concept
Proceq is committed to providing a complete support service for this instrument. It is recom-
mended that the user registers the product on the www.proceq.com to obtain valuable information
on available updates and other useful information.
9.2 Standard Warranty and Extended Warranty
The standard warranty covers the electronic portion of the instrument for 24 month and the me-
chanical portion of the instrument for 6 month. An extended warranty for one, two or three years for
the electronic portion of the instrument may be purchased up to 90 days of purchase.

Made in Switzerland
Proceq Europe
Ringstrasse 2
CH-8603 Schwerzenbach
Phone [phone]
Fax [phone]
[e-mail]
Proceq UK Ltd.
Bedford i-lab, Priory Business Park
Stannard Way
Bedford MK44 3RZ
United Kingdom
Phone [phone]
[email protected]
Proceq USA, Inc.
117 Corporation Drive
Aliquippa, PA 15001
Phone [phone]
Fax [phone]
[email protected]
Proceq Asia Pte Ltd
12 New Industrial Road
#02-02A Morningstar Centre
Singapore 536202
Phone [phone]
Fax [phone]
[email protected]
Proceq Rus LLC
Ul.Optikov 4
korp.2, lit. A, Office 410
197374 St. Petersburg
Russia
Phone/Fax + 7 812 448 35 00
[email protected]
Proceq Middle East
P. O. Box: 8365
SAIF Zone, Sharjah
U.A.E
Phone [phone]
Fax [phone]
[email protected]
Proceq SAO Ltd.
South American Operations
Alameda Jaú, 1905, cj 54
Jardim Paulista, São Paulo
Brasil Cep. 01420-007
Phone [phone]
[email protected]
Proceq Trading (Shanghai) Co.
Unit B, 19th Floor
Five Continent International Mansion, No. 807
Zhao Jia Bang Road
Shanghai 200032
Phone [phone]
Fax [phone]
[email protected]
www.proceq.com
Subject to change without notice.
Copyright © 2014 by Proceq SA, Schwerzenbach
Part number: 820 790 01 E