Chauvin Arnoux C.A 1110 User manual

Lux meter
GB - User’s manual
C.A 1110

2
Information or useful tip.
Battery.
Magnet.
The product is declared recyclable following an analysis of the life cycle in accordance with standard ISO 14040.
Chauvin Arnoux has adopted an Eco-Design approach in order to design this appliance. Analysis of the complete life-
cycle has enabled us to control and optimize the effects of the product on the environment. In particular this appliance
exceeds regulation requirements with respect to recycling and reuse.
The CE marking indicates conformity with European directives, in particular LVD and EMC.
The rubbish bin with a line through it indicates that, in the European Union, the product must undergo selective disposal
in compliance with Directive WEEE 2002/96/EC. This equipment must not be treated as household waste.
PRECAUTIONS FOR USE
This instrument is compliant with safety standard IEC 61010-2-030, for voltages up to 5 V with respect to ground. Failure to ob-
serve the safety instructions may result in electric shock, re, explosion, and destruction of the instrument and of the installations.
The operator and/or the responsible authority must carefully read and clearly understand the various precautions to be taken in
use. Sound knowledge and a keen awareness of electrical hazards are essential when using this instrument.
Observe the conditions of use, namely the temperature, the relative humidity, the altitude, the degree of pollution, and the place
of use.
Do not use the instrument if it seems to be damaged, incomplete, or poorly close.
Before each use, check the condition of the insulation on the leads, housing, and accessories. Any item of which the insulation is
deteriorated (even partially) must be set aside for repair or scrapping.
All troubleshooting and metrological checks must be done by competent, accredited personnel.
Thank you for purchasing this C.A 1110 lux meter.
For best results from your instrument:
read these operating instructions carefully,
comply with the precautions for use.

3
CONTENTS
1. FIRST USE................................................................................................................................................................................ 4
1.1. Delivery condition ........................................................................................................................................................... 4
1.2. Accessories .................................................................................................................................................................... 4
1.3. Spare parts..................................................................................................................................................................... 4
1.4. Inserting the batteries..................................................................................................................................................... 5
2. PRESENTATION OF THE INSTRUMENT ................................................................................................................................ 6
2.1. C.A 1110 ......................................................................................................................................................................... 6
2.2. Functions of the instrument ............................................................................................................................................ 7
2.3. Function keys ................................................................................................................................................................. 7
2.4. On/Off key ...................................................................................................................................................................... 8
2.5. Display............................................................................................................................................................................ 8
3. USE IN STAND-ALONE MODE................................................................................................................................................ 9
3.1. Measurement of illumination........................................................................................................................................... 9
3.2. Other functions ............................................................................................................................................................... 9
3.3. Recording the measurements .......................................................................................................................................11
3.4. Errors.............................................................................................................................................................................11
4. USE IN RECORDING MODE.................................................................................................................................................. 12
4.1. Connection ................................................................................................................................................................... 12
4.2. Get Data Logger Transfer software .............................................................................................................................. 12
4.3. USB link........................................................................................................................................................................ 12
4.4. Bluetooth link................................................................................................................................................................ 13
4.5. Data Logger Transfer software ..................................................................................................................................... 13
5. TECHNICAL CHARACTERISTICS ........................................................................................................................................ 16
5.1. Reference conditions.................................................................................................................................................... 16
5.2. Optical characteristics .................................................................................................................................................. 16
5.3. Memory......................................................................................................................................................................... 18
5.4. USB .............................................................................................................................................................................. 18
5.5. Bluetooth ...................................................................................................................................................................... 18
5.6. Power supply................................................................................................................................................................ 18
5.7. Environmental conditions ............................................................................................................................................. 18
5.8. Mechanical characteristics ........................................................................................................................................... 19
5.9. Compliance with international standards...................................................................................................................... 19
5.10. Electromagnetic compatibility (CEM).......................................................................................................................... 19
6. MAINTENANCE...................................................................................................................................................................... 20
6.1. Cleaning ....................................................................................................................................................................... 20
6.2. Maintenance................................................................................................................................................................. 20
6.3. Replacement of batteries.............................................................................................................................................. 20
6.4. Updating the embedded software................................................................................................................................. 20
7. WARRANTY............................................................................................................................................................................ 22
8. APPENDIX .............................................................................................................................................................................. 23
8.1. Illuminants .................................................................................................................................................................... 23
8.2. Illumination values........................................................................................................................................................ 24

4
1. FIRST USE
1.1. DELIVERY CONDITION
C.A 1110 lux meter
Supplied in a cardboard box with:
three AA or LR6 alkaline batteries,
one USB-micro USB cord,
one multilingual getting started guide,
one multilingual safety data sheet,
one test report,
one carrying case.
1.2. ACCESSORIES
Multi-purpose attachment accessory
Carrying bag.
USB-Bluetooth adapter
USB-mains adapter with USB-micro USB cord.
Protecting sheath
DataView application software
1.3. SPARE PARTS
USB-micro USB cord
For the accessories and spares, consult our web site:
www.chauvin-arnoux.com

5
1.4. INSERTING THE BATTERIES
Notches to hang up the instrument.
Non-skid pads
Magnet for attachment to a metallic surface.
Battery compartment cover.
Press the tab of the battery compartment cover and lift it clear.
Withdraw the battery compartment cover.
Insert the new batteries, paying attention to the polarity.
Close the battery compartment cover; make sure that it is completely
and correctly closed.

6
HOLD
MEM
REC UNIT
MAX
AVG
MIN
SRC
MAP
LUXMETER
C.A 1110
2. PRESENTATION OF THE INSTRUMENT
2.1. C.A 1110
Keypad with 5 keys.
On/Off key.
Type B micro-USB connector.
Backlit LCD display unit.
Cover protecting the sensor (captive).
Illumination sensor.
Spiral-wound cable used to remote the illumination
sensor.
Magnets used to secure the sensor to the measurement
housing.

7
2.2. FUNCTIONS OF THE INSTRUMENT
The C.A 1110 is a lux meter. It is used to make illumination measurements from 0.1 to 200,000 lux, in the visible part of the spectrum,
to the exclusion of electromagnetic radiation that is not visible (X rays, ultraviolet, infrared, microwaves, RF, audio frequencies, etc.).
It is used to check the illumination on work surfaces or trafc zones, in accordance with the recommendations of the AFE (Association
Française de l’Éclairage - French Association of Illumination). Sound management of illumination saves energy.
The instrument can also measure the decrease of illumination over time due to the aging of luminaires and to the dust that is de-
posited on them. The luminaires can then be cleaned or replaced before the illumination falls below the minimal allowed threshold.
This preventive maintenance serves to preserve good visual comfort.
This instrument is easy to use. It has extensive stand-alone capabilities and can be used:
to display illumination measurements in lux (lx) or in foot-candles (fc),
to record a minimum, an average (mean), and a maximum in a specied period,
to record a minimum, an average (mean), and a maximum on a surface or in a room,
to record the measurements,
to communicate with a PC via a Bluetooth link or a USB cable.
The Data Logger Transfer software can be installed on a PC and is used to congure the instruments and to recover the recorded
measurements.
2.3. FUNCTION KEYS
Key Function
SRC
MAP
A short press on the SRC key serves to select the type of illumination source: F11 uorescent, LED, or other
source (default). See §8.1.
A long press on the MAP key is used to enter the MAP mode.
MEM
REC
A short press on the MEM key records the measurement and the date.
In MAP mode, pressing the MEM key adds a measurement to the measurements of the MAP.
A long press on the REC key starts or stops a recording session.
UNIT A short press on the key switches on the back-lighting.
A long press on the UNIT key displays the measurement either in lux (lx) or in foot-candles (fc).
HOLD A short press on the HOLD key freezes the display.
A long press on the key activates or deactivates the Bluetooth link.
MAX
AVG
MIN
A short press on the MAX AVG MIN key opens the MAX AVG MIN mode; the current values continue to be
displayed.
A second press displays the maximum value.
A third press displays the average (mean) value.
A fourth press displays the minimum value.
A fth press results in a return to the rst-press condition and display of the current values
A long press is used to exit from the MAX AVG MIN mode.
In the MAP mode, presses on the MAX AVG MIN key display in turn the maximum, average (mean), and minimum
of the MAP measurements.

8
2.4. ON/OFF KEY
A long press on the key switches the instrument on.
A second long press on the key switches the instrument off when it is on.
However, it is not possible to switch the instrument off when it is in record mode and is recording.
LED Fluo. Nat. Incan.
MAX MIN AVG MAP
kfc
klx
REC
MEMMEM FULL HOLD
P
MIN/AVG/MAX
TIME
MAP
MAP function counter.
Main display unit.
When the measurement exceeds the limit, the instrument displays OL.
P
: indicates that auto-off is disabled and the instrument is in permanent mode.
This occurs when:
the instrument is recording, in MAX AVG MIN mode, in MAP mode, or in HOLD;
the instrument is connected via the USB cord either to an external power supply or for communication with a PC;
the instrument is in communication via Bluetooth;
or auto-off is disabled (see §4.5.3).
REC
If during start-up the instrument displays the screen shown opposite, it means that a
recording session has been brutally interrupted by a power outage.
During the display of this screen, the instrument recovers the recorded data. The longer
the record, the longer the recovery. Do not interrupt the recovery or the data will be lost.
2.5. DISPLAY

9
3. USE IN STAND-ALONE MODE
The instrument can operate in two modes:
the stand-alone mode described in this section,
the record mode, in which it is controlled by a PC. This mode is described in the next section.
3.1. MEASUREMENT OF ILLUMINATION
Remove the cap protecting the sensor.
Long-press the key to switch the instrument on.
The instrument displays the time, then the measurement. The time is set using the Data Logger Transfer software (see §4).
To display the measurements in foot-candles (fc), long-press the UNIT key. The instrument will continue to use this unit when
next switched on.
Choose the type of light source (see §8.1):
LED: this is the light from LED lamps.
Fluo. (uorescent): this is the light from type F11 uorescent tubes. This setting improves measurement accuracy with this
type of source. If the light is from uorescent tubes of a different or unknown type, it is preferable to use the default mode.
Other sources: this is the default light source. Nothing is indicated on the display unit.
Place the sensor on the surface on which you wish to know the illumination. Take care not to throw off the measurement by
placing yourself between the sensor and the light source(s).
Record the measurement.
Fluo.
lx
The sensor has no memory effect and is not dazzled, so you can make a low-illumination measurement just after a
very-high-illumination measurement.
Refer to appendix § 8.2 for the commonest illumination values.
3.2. OTHER FUNCTIONS
3.2.1. HOLD FUNCTION
Pressing the HOLD key freezes the display. A second press unfreezes it.
3.2.2. MAX AVG MIN FUNCTION
The MAX AVG MIN function is used to monitor the evolution of the illumination over time.
Pressing the MAX AVG MIN key activates the function and starts recording of the extrema and calculation of the mean.
Press the MAX AVG MIN key a second time and the instrument displays the maximum. Press it a third time and the instrument
displays the mean. A fourth time and the instrument displays the minimum. A fth time and it returns to the current value.

10
To exit from the MAX AVG MIN mode, long-press the MAX AVG MIN key.
3.2.3. MAP FUNCTION
The MAP function is used to map the illumination on a surface or in a room.
A long press on the MAP key activates the function. The counter of the number of points recorded reads zero.
Plot the map of the room and situate the measurement points.
Here’s an example of 2 rooms.
The represent the luminaires.
The represent the measurement points.
Refer to §4.4 of standard NF EN 12464-1 to establish a map in conformity with good practice.
Place the sensor on the rst measurement point and press the MEM key to record the value in memory. The counter is incremented.
lx
PMAP
MAP
lx
P
MIN/AVG/MAX
MAP
MAP

MEM
REC
Proceed in the same way for all the other points of the map.
When all of the points have been entered, you can look up the maximum, the mean, and the minimum of the values entered. To
do this, press the MAX AVG MIN key 3 times.
To exit from the MAP mode, long-press the MAP key.
  

MAX
AVG
MIN
MAX
AVG
MIN
MAX
AVG
MIN
MAX
AVG
MIN

MAX
AVG
MIN
MAX
lx
Fluo.
Fluo.
lx lx
Fluo.
AVG
MIN/AVG/MAX
TIME
MIN/AVG/MAX
TIME
MIN/AVG/MAX
TIME
lx
Fluo.
MIN
MIN/AVG/MAX
TIME
P
P
P
P

11
For each map measurement, a le is created with all of the measurement points. This le can then be recovered for analysis.
3.3. RECORDING THE MEASUREMENTS
A short press on the MEM key records the measurement and the date.
A long press on the REC key starts or stops a recording session.
To see the records, you must use a PC and install the Data Logger Transfer software (see §4).
3.4. ERRORS
The instrument detects errors and displays them in the form Er.XX. The main errors are the following:
Er.01: Hardware malfunction detected. The instrument must be sent in for repair.
Er.02: Error in internal memory. Format it using Windows.
Er.03: Hardware malfunction detected. The instrument must be sent in for repair.
Er.10: The instrument has not been adjusted or is not correctly adjusted. The instrument must be sent back to customer service.
Er.11: The update of the internal software is not compatible with the instrument (the software is that of another instrument of the
line). Install the correct internal software in your instrument.
Er.12: The update of the internal software is not compatible with the electronic boards in the instrument. Reload the previous
internal software into your instrument.
Er.13: Recording scheduling error. Check that the instrument’s time and the time of the Data Logger Transfer software are the same.

12
4. USE IN RECORDING MODE
The instrument can operate in two modes:
the stand-alone mode described in the previous section,
the record mode, in which it is controlled by a PC. This mode is described below.
4.1. CONNECTION
The device has 2 communication modes:
A USB link via a USB-micro USB cord,
A Bluetooth 4.0 BLE wireless link.
4.2. GET DATA LOGGER TRANSFER SOFTWARE
Visit our web site to download the latest version of the application software:
www.chauvin-arnoux.com
Go to the Support tab, then Download our software. Then search on the name of your instrument.
Download the software, then install it on your PC.
You must have administrator privileges on your PC to install the Data Logger Transfer software.
Minimum computer requirements:
Windows 7 (32/64 bits)
2 GB of RAM
200 MB of disc space
Windows®is a registered trade mark of Microsoft®.
Do not connect the instrument to the PC until you have installed the Data Logger Transfer software.
4.3. USB LINK
Long-press the key to switch the instrument on.
Once the Data Logger Transfer software has been installed, connect the instrument to the PC.
It is treated as a USB key and you can access its content. But to read the records, you must use the Data Logger Transfer software.

13
4.4. BLUETOOTH LINK
The instrument has a low-energy Bluetooth 4.0 link that requires no pairing.
Activate Bluetooth on your PC. If your PC does not have a Bluetooth link, you can add a board or Bluetooth adapter connected
to a USB port (see §1.2).
Since Windows 7 does not manage low-energy Bluetooth, a specic USB/Bluetooth adapter must be used (see §1.2).
Switch the instrument on by a long press on the key, then activate the Bluetooth link by a long press on the key. The
symbol is displayed.
The instrument is then ready to communicate with the PC.
4.5. DATA LOGGER TRANSFER SOFTWARE
Once the instrument has been connected to the PC, whether by USB or by Bluetooth, open the Data Logger Transfer software.
For context-sensitive information about the use of the Data Logger Transfer software, refer to the Help menu.
4.5.1. CONNECTING THE INSTRUMENT
To connect an instrument, click Add an instrument, then choose the type of connection (USB or Bluetooth).
A window opens with a list of all instruments connected to the PC.
The name of the instrument will be formed from the model of the instrument and the warranty number: CA 1110 - 123456ABC
You can personalize your instrument by adding a name and a location, by clicking on or .
Choose your instrument in the list. The software then displays complete information about the instrument and its measurements
in progress.

14
4.5.2. DATE AND HOUR
The Instrument menu lets you set the your instrument’s date and time.
These cannot be changed while recording or when a recording session has been scheduled.
By clicking , you can choose the date and time display formats.
4.5.3. AUTO OFF
As default, the instrument switches itself off automatically after 3 minutes of operation without the user’s presence being conrmed
by a key-press. By clicking , you can change this value to 3, 10, or 15 minutes.
It is also possible to disable this auto-off function; the instrument then displays the
P
symbol.
4.5.4. PROGRAMMED RECORDING SESSIONS
By clicking , you can program a recording session. Assign a name to the recording session. Then enter a starting date and time
and an ending date and time or a duration. The maximum duration of a recording session depends on the memory available.
Choose a sampling period. The possible values are: 1 s, 2 s, 5 s, 10 s, 20 s, 30 s, 1 min, 2 min, 5 min, 10 min, 15 min, 30 min and
1 hour. The shorter the sampling period, the larger the recorded le.
Before and after the recording session, if the instrument is switched on, the sampling period will be that of the stand-alone mode (1s).
If the instrument is off when recording starts, it switches itself on by itself. Then it displays the measurement, which it refreshes at
each sampling period.
Before starting a recording session, make sure that the battery life is sufcient, or else connect the instrument to an external
power supply to a wall outlet using a micro USB cord.

15
4.5.5. DISPLAY
By clicking , then opening to the Luxmeter tab, you can modify the display of the measurements on the instrument in the same
way as by pressing the SRC key, or the UNIT key.
4.5.6. READING THE RECORDS
The Data Logger Transfer software lets you read the records made. Click Recorded Sessions under the name of your instrument
to obtain a list of the records.
4.5.7. EXPORTING RECORDS
Once the list of the records is displayed, choose the one you want to export and convert it into a word-processing document (docx)
or a spreadsheet (xlsx), in order to be able to use it in the form of reports or curves.
It is also possible to export the data to the DataView application software (see §1.2).
4.5.8. REAL-TIME MODE
Click Real-time data under the name of your instrument to see the measurements being made on the instrument as they are made.
4.5.9. FORMATTING THE MEMORY OF THE INSTRUMENT
The internal memory of the instrument is already formatted. But if there is a problem (if it becomes impossible to read or to write),
it may be necessary to reformat it (in Windows).
In this case, all of the data will be lost.

16
5. TECHNICAL CHARACTERISTICS
5.1. REFERENCE CONDITIONS
Quantity of inuence Reference values
Temperature 23 ± 2°C
Relative humidity 45% to 75%
Supply voltage 3 to 4.5V
Light source illuminant A
Electric eld < 1V/m
Magnetic eld < 40A/m
The intrinsic uncertainty is the error specied for the reference conditions.
5.2. OPTICAL CHARACTERISTICS
The illumination sensor is a silicon (Si) photodiode of which the spectral response is corrected by an optical lter. The directional
response is ensured by a diffusing lens.
The C.A 1110 is a class C lux meter per standard NF C-42-710.
5.2.1. ILLUMINATION MEASUREMENTS
Specied measure-
ment range 0.1 to 200,000lx 0.01 to 18,580fc
Resolution
0.1 to
999.9lx
1.000 to
9.999 klx
10.00 to
99.99 klx
100.0 to
200.0 klx
0.01 to
99.99fc
100.0 to
999.9fc
1.000 to
9.999kfc
10.00 to
18.58kfc
0.1lx 1lx 10lx 100lx 0.01fc 0.1fc 1fc 10fc
Intrinsic uncertainty
on the illumination
measurement
3% of reading
Intrinsic uncertainty
on the spectral re-
sponse with respect
to V(l)
f1’ < 20%
Directional sensitivity f2< 1,5%
Intrinsic uncertainty
on the linearity f3< 0,5%
5.2.2. OTHER
Sensitivity to UV u<0.05% (class A)
Sensitivity to IR r<0.005% (class A)
Directional response f2<1.5% (class B)
F2<3% (class C)
Fatigue, memory effect f5+f12<0.5% (class A)
Inuence of temperature f6=0.05%/°C (class A)
Response to modulated light f7(100 Hz)=Inuence negligible
Response to polarization f8(e)=0.3 %
Response time 1s

17
400 550450 650500 600
0,1
0,2
0,3
0,4
0,5
0,7
0,8
0,9
1
0,6
350 800750700
nm
0
5.2.3. SPECTRAL RESPONSE CURVE V(l),
The light we see is electromagnetic radiation having a wavelength between 380nm and 780nm.
The response curve of the eye as a function of wavelength has been determined by the IEC (International Electrotechnical
Commission). This is the V(l) curve, or relative spectral luminous efciency curve for photopic vision (daytime vision).
Relative luminous efciency
V(l) photopic vision
lm = 555 nm
The error on the spectral response of the sensor is equal to the area of the differences between the V(l) curve and the curve of
the sensor.
5.2.4. VARIATION ACCORDING TO THE TYPE OF LIGHT SOURCE
The C.A 1110 provides 3 measurement compensations:
Illuminant A (default).
LED at 4000°K
Fluorescent of type F11
The LED compensation is provided for measurements on LEDs at 4000°K. The intrinsic uncertainty in this case is 4%. If this com-
pensation is used for other LEDs, the intrinsic error is increased as indicated in the table below.
The FLUO compensation is provided for measurements on type F11 uorescent sources. The intrinsic uncertainty in this case
is 4%. If this compensation is used for other uorescent sources, the intrinsic error is increased as indicated in the table below.
Quantities of inuence Range of inuence Quantity inuenced Inuence
Type of light source
LED
3,000 to 6,000K Illumination
The intrinsic uncertainty is increased by 3%
(for a total of 6%)
The intrinsic uncertainty is increased by 6%
(for a total of 9%)
Fluorescents of types
F1 to F12
Refer to §8.1 for the curves of the illuminants.

18
5.3. MEMORY
The size of the ash memory containing the records is 4 MB.
This capacity is sufcient to record a million measurements. At each measurement, the illumination is recorded with the date, the
time and the unit.
5.4. USB
Protocol: USB Mass Storage
Maximum transmission speed: 12 Mbit/s
Type B micro-USB connector
5.5. BLUETOOTH
Bluetooth 4.0 BLE
Range 10m typical and up to 30m in line of sight.
Output power: +0 to -23 dBm
Nominal sensitivity: -93 dBm
Maximum transfer rate: 10 kbits/s
Average consumption: 3.3 µA to 3.3 V.
5.6. POWER SUPPLY
The instrument is supplied by three 1.5V LR6 or AA alkaline batteries. It is possible to replace the batteries by rechargeable NiMH
batteries of the same size. But the rechargeable batteries, even when correctly charged, will not reach the voltage of the alkaline
batteries and the life indicated will be or .
The voltage range ensuring correct operation is from 3 to 4.5V for the alkaline batteries and 3.6V for the rechargeable batteries.
Below 3V, the instrument stops making measurements and displays BAt.
Battery life (with the Bluetooth connection deactivated) is:
in stand-alone mode, 500h
in recording mode: 3 years at rate of one measurement every 15 minutes.
The instrument can also be powered via a USB-micro USB cord, connected either to a PC or to a wall outlet via a mains adapter.
> 110 VAC
< 240 VAC
50 / 60 Hz
2,5 W
5.7. ENVIRONMENTAL CONDITIONS
For use indoors and outdoors.
Operating range -10 to 60°C and 10 to 90%RH without condensation
Storage range -20 to +70°C and 10 to 95%RH without condensation, without batteries
Altitude < 2000m, and 10,000m in storage.
Pollution degree 2

19
5.8. MECHANICAL CHARACTERISTICS
Dimensions (L x W x H)
Housing 150 x 72 x 32 mm
Sensor 67 x 64 x 35 mm with the protecting cap
Spiral-wound cable 24 to 120 cm
Mass 345 g approx.
Inrush protection IP 50, with the USB connector closed and the protecting cap on the sensor, per IEC 60.529.
Drop impact test 1 m per IEC 61010-1.
5.9. COMPLIANCE WITH INTERNATIONAL STANDARDS
The instrument is compliant with standard IEC 61010-1.
5.10. ELECTROMAGNETIC COMPATIBILITY (CEM)
The instrument is compliant with standard IEC 61326-1.

20
6. MAINTENANCE
Except for the batteries, the instrument contains no parts that can be replaced by personnel who have not been
specially trained and accredited. Any unauthorized repair or replacement of a part by an “equivalent” may grave-
ly impair safety.
6.1. CLEANING
To preserve good measurement quality, the sensor must be kept perfectly clean.
Switch the instrument off.
Use a soft cloth, dampened with soapy water. Rinse with a damp cloth and dry rapidly with a dry cloth or forced air. Do not use
alcohol, solvents, or hydrocarbons.
6.2. MAINTENANCE
Place the protecting cap on the sensor when the instrument is not in use so as to protect the sensor from impacts and dirt.
Store the instrument in a dry place and at constant temperature.
6.3. REPLACEMENT OF BATTERIES
The symbol indicates the remaining battery life. When the symbol is empty, all of the batteries must be replaced.
Disconnect everything connected to the instrument and switch it off.
Refer to §1.4 for the replacement procedure.
Spent batteries must not be treated as ordinary household waste. Take them to the appropriate recycling collection
point.
6.4. UPDATING THE EMBEDDED SOFTWARE
With a view to providing, at all times, the best possible service in terms of performance and technical improvements, Chauvin-
Arnoux offers you the possibility of updating the internal software of this instrument by downloading, free of charge, the new version
available on our web site.
See you on our site:
www.chauvin-arnoux.com
Then go to “Support”, then “Download our software”, then “C.A 1110”.
Updating the embedded software may reset the conguration and cause the loss of the recorded data. As a precaution,
save the data in memory to a PC before updating the embedded software.