Product Datasheet

OEM Gas Sensing Module LGD Compact-A Series

1 General Description

Axetris is offering Laser Gas Detection (LGD)

modules with exceptional advantages and value for
the customer. Tunable Diode Laser Spectrometry
(TDLS), enhanced by proprietary technology, is
used for the measurement of CH4, CO2, C2H6,
C2H2, NH3 and H2O. The modules are designed for
integration by Original Equipment Manufacturers
(OEMs), active in the field of gas detection and
monitoring in various industries.

The LGD Compact series allows the measurement

of target gas, based on contactless, near-infrared
Benefits at a Glance:
absorption. The modules come with a flow-through
cell set-up for extractive measurements and are
 Suited for ambient gas measurement
self-contained, ready-to-use.
applications
The proprietary lock-in technology as well as the
 Optical, laser-based and contactless
onboard digital signal processing unit runs
measurement
algorithms compensating drift phenomena and
providing reliable and stable measurements over  High selectivity and long-term stability
time as well as enhanced detectivity. The OEM  Fast response time
modules include an analog and digital data  Compact and self-contained design permitting
interface as well as digital outputs for state-of-the quick integration by OEMs
art industrial connectivity.  Digital and analog data interfaces, digital outputs
Low maintenance during operation and long life-  Continuous sensor status monitoring
time provide customers with exceptional low cost-  Power supply 3.7 - 5 VDC and 10 – 30 VDC
of-ownership and make the LGD Compact series  Low power consumption for battery–powered
the ideal solution for your OEM gas sensing applications
applications.  Low cost-of-ownership

Main applications

 Leak Detection: portable instruments, static  Medical Applications related to Breath Analysis:
measurement stations, vehicle-mounted, gastrointestinal diseases, liver and kidney
underwater, refrigeration, toxic gases, … diseases detection, …
 Environmental & Climate Monitoring: landfill,  Various Applications: gas analysis, control and
greenhouse gases, biogas, livestock, monitoring in various sectors such as industrial,
underwater research chemical, automotive, semiconductor,
agricultural, …

Product Datasheet DS LGD Compact-A RevH Page 1 of 19

2 Execution Specifications
2.1 Gas detection specifications for LGD Compact-A CH4
Reference conditions (if not otherwise specified): operating temperature 20°C, pressure 1013 hPa and
humidity 45% r.H., power supply 10 - 30 VDC

Parameter Unit Value / Range

Principle of measurement - Tunable Diode Laser Spectroscopy (TDLS)

Target gas - CH4
0 – 100 0 – 40'000
Measuring range ppm
(Full Scale) (Full Scale)
≤ 0.4
Lowest Detection Limit1 2 ppm
≤ 0.15 with 10 s averaging2
≤ 0.8 ≤ 250
Precision3 2 ppm
≤ 0.25 with 10 s averaging ≤ 100 with 10 s averaging
Sampling rate Hz 2
T90 time s ≤ 1.8 at 2 l/min
Resolution ppm 0.01
Accuracy4 % of FS ±2

Linearity and repeatability - included in the accuracy

Cross interference - Gas matrix and application dependent
Temperature limitation °C -10 to +50

1
Lowest Detection Limit (LDL): The LDL is defined as 2 times the standard deviation  evaluated over a time period of a 2 min measurement
at stable reference conditions with set point 0 ppm. The LDL of the system can be improved by mean of averaging.
2
Averaging time: An exponential moving average (EMA) is applied on measured concentration values. The averaging time expresses the
period of time of past measurements considered to compute the next averaged value. The averaging time can be set up to 600 s.
3
Precision: The precision is defined as 2 times the standard deviation  of a 2 min measurement at stable reference conditions over the full
measuring range. The precision of the system can be improved by mean of averaging.
4
Accuracy: The accuracy is defined as the difference between the mean response during a 2 min time interval and the reference value at
reference conditions. Variations of the operating temperature and pressure can affect the accuracy of the system.

Product Datasheet DS LGD Compact-A RevH Page 2 of 19

 2.2 Gas detection specifications for LGD Compact-A CH4/C2H6
Reference conditions (if not otherwise specified): operating temperature 20°C, pressure 1013 hPa and
humidity 45% r.H., power supply 10 - 30 VDC

Parameter Unit Value / Range

Principle of measurement - Tunable Diode Laser Spectroscopy (TDLS)

Target gas - CH4 C2H6
0 – 100 0 – 40'000 0 – 1’000*
Measuring range ppm
(Full Scale) (Full Scale) (Full Scale)

≤ 15
5 ≤ 0.8
Lowest Detection Limit 2 ppm or 10 / % CH4,
≤ 0.25 with 10 s averaging6
whichever is larger
≤ 1.5 ≤ 250 ≤ 20
Precision7 2 ppm ≤ 0.5 with 10 s ≤ 100 with 10 s or 10 / % CH4,
averaging averaging whichever is larger
Sampling rate dual gas mode Hz 0.7
Sampling rate single gas mode Hz 2 -
T90 time s ≤ 1.8 at 2 l/min ≤ 15 at 2 l/min
Resolution ppm 0.01
≤2
Accuracy8 % of FS ±3 or 4 / % CH4,
whichever is larger
Linearity and repeatability - included in the accuracy
Cross interference - Gas matrix and application dependent
Temperature limitation °C 0 to 40

* Examples for C2H6 detection in CH4 gas matrix

C2H6 CH4 Ratio9 Measurement Result

50 ppm 10`000 ppm 1:200 C2H6 detectable

50 ppm 5`000 ppm 1:100 C2H6 detectable

50 ppm 20`000 ppm 1:400 C2H6 not detectable

1000 ppm 10`000 ppm 1:10 C2H6 detectable

5
Lowest Detection Limit (LDL): The LDL is defined as 2 times the standard deviation  evaluated over a time period of a 2 min measurement
at stable reference conditions with set point 0 ppm. The LDL of the system can be improved by mean of averaging.
6
Averaging time: An exponential moving average (EMA) is applied on measured concentration values. The averaging time expresses the
period of time of past measurements considered to compute the next averaged value. The averaging time can be set up to 600 s.
7
Precision: The precision is defined as 2 times the standard deviation  of a 2 min measurement at stable reference conditions over the full
measuring range. The precision of the system can be improved by mean of averaging.
8
Accuracy: The accuracy is defined as the difference between the mean response during a 2 min time interval and the reference value at
reference conditions. Variations of the operating temperature and pressure can affect the accuracy of the system.
9
C2H6/CH4 Ratio: C2H6 is just detectable in a CH4 gas matrix in the ratios from 1:200 up to 1:10 at reference conditions. Variations of
operating temperature and pressure can affect the C2H6 detectivity.

Product Datasheet DS LGD Compact-A RevH Page 3 of 19

 2.3 Gas detection specifications for LGD Compact-A CH4/CO2
Reference conditions (if not otherwise specified): operating temperature 20°C, pressure 1013 hPa and
humidity 45% r.H., power supply 10 - 30 VDC

Parameter Unit Value / Range

Principle of measurement - Tunable Diode Laser Spectroscopy (TDLS)

Target gas - CH4 CO2
0 – 100 (Full Scale)
Measuring range ppm 0 – 100’000 (Full Scale)
linear up to 250 ppm
≤ 0.4 ≤ 2'000
Lowest Detection Limit10 2 ppm
≤ 0.15 with 10 s averaging11 ≤ 600 with 10 s averaging
≤ 0.8 ≤ 2000
Precision12 2 ppm
≤ 0.25 with 10 s averaging ≤ 600 with 10 s averaging
Sampling rate Hz 0.7
T90 time s ≤ 30 at 0.3 l/min
Resolution ppm 0.01
Accuracy13 % of FS ±2 ±3
Linearity and repeatability - included in the accuracy
Cross interference - Gas matrix and application dependent
Temperature limitation °C 10 to 40

10
Lowest Detection Limit (LDL): The LDL is defined as 2 times the standard deviation  evaluated over a time period of a 2 min measurement
at stable reference conditions with set point 0 ppm. The LDL of the system can be improved by mean of averaging.
11
Averaging time: An exponential moving average (EMA) is applied on measured concentration values. The averaging time expresses the
period of time of past measurements considered to compute the next averaged value. The averaging time can be set up to 600 s.
12
Precision: The precision is defined as 2 times the standard deviation  of a 2 min measurement at stable reference conditions over the full
measuring range. The precision of the system can be improved by mean of averaging.
13
Accuracy: The accuracy is defined as the difference between the mean response during a 2 min time interval and the reference value at
reference conditions. Variations of the operating temperature and pressure can affect the accuracy of the system.

Product Datasheet DS LGD Compact-A RevH Page 4 of 19

 2.4 Gas detection specifications for LGD Compact-A NH3/H2O
Reference conditions (if not otherwise specified): operating temperature 45°C, pressure 1013 hPa and
humidity 20% r.H., power supply 10 - 30 VDC

Parameter Unit Value / Range

Principle of measurement - Tunable Diode Laser Spectroscopy (TDLS)

Target gas - NH3 H2O
Measuring range ppm 0 – 100 (Full Scale) 0 – 50’00014 (Full Scale)
≤ 0.4 ≤ 1'500
Lowest Detection Limit15 2 ppm
≤ 0.15 with 10 s averaging16 ≤ 400 with 10 s averaging
≤ 0.8 ≤ 2'000
Precision17 2 ppm
≤ 0.25 with 10 s averaging ≤ 500 with 10 s averaging
Sampling rate Hz 0.7
T90 time s ≤ 3 at 2 l/min
Resolution ppm 0.01
Accuracy18 ppm ±2 ± 4000

Linearity and repeatability - included in the accuracy

Cross interference - Gas matrix and application dependent
Temperature limitation °C 0 to +55

14
H2O Range: depending on operating temperature, non-condensing conditions required in any case.
15
Lowest Detection Limit (LDL): The LDL is defined as 2 times the standard deviation  evaluated over a time period of a 2 min measurement
at stable reference conditions with set point 0 ppm. The LDL of the system can be improved by mean of averaging.
16
Averaging time: An exponential moving average (EMA) is applied on measured concentration values. The averaging time expresses the
period of time of past measurements considered to compute the next averaged value. The averaging time can be set up to 600 s.
17
Precision: The precision is defined as 2 times the standard deviation  of a 2 min measurement at stable reference conditions over the full
measuring range. The precision of the system can be improved by mean of averaging.
18
Accuracy: The accuracy is defined as the difference between the mean response during a 2 min time interval and the reference value at
reference conditions. Variations of the operating temperature and pressure can affect the accuracy of the system.

Product Datasheet DS LGD Compact-A RevH Page 5 of 19

 2.5 Gas detection specifications for LGD Compact-A C2H2/H2O
Reference conditions (if not otherwise specified): operating temperature 45°C, pressure 1013 hPa and
humidity 20% r.H., power supply 10 - 30 VDC

Parameter Unit Value / Range

Principle of measurement - Tunable Diode Laser Spectroscopy (TDLS)

Target gas - C2H2 H2O
0 – 100 (Full Scale) 0 – 100’00019 (Full Scale)
Measuring range ppm
linear up to 500 ppm
≤ 0.6 ≤ 1'000
Lowest Detection Limit20 2 ppm
≤ 0.20 with 10 s averaging21 ≤ 500 with 10 s averaging
≤ 0.8 ≤ 1'000
Precision22 2 ppm
≤ 0.25 with 10 s averaging ≤ 500 with 10 s averaging
Sampling rate Hz 0.7
T90 time s ≤ 60 at 0.6 l/min
Resolution ppm 0.01
Accuracy23 % of FS ±2 ± 1.5
Linearity and repeatability - included in the accuracy
Cross interference - Gas matrix and application dependent
Temperature limitation °C 15 to 55

19
H2O Range: depending on operating temperature, non-condensing conditions required in any case.
20
Lowest Detection Limit (LDL): The LDL is defined as 2 times the standard deviation  evaluated over a time period of a 2 min measurement
at stable reference conditions with set point 0 ppm. The LDL of the system can be improved by mean of averaging.
21
Averaging time: An exponential moving average (EMA) is applied on measured concentration values. The averaging time expresses the
period of time of past measurements considered to compute the next averaged value. The averaging time can be set up to 600 s.
22
Precision: The precision is defined as 2 times the standard deviation  of a 2 min measurement at stable reference conditions over the full
measuring range. The precision of the system can be improved by mean of averaging.
23
Accuracy: The accuracy is defined as the difference between the mean response during a 2 min time interval and the reference value at
reference conditions. Variations of the operating temperature and pressure can affect the accuracy of the system.

Product Datasheet DS LGD Compact-A RevH Page 6 of 19

3 General Specifications
3.1 Environmental conditions

Parameter Unit Value / Range

Usage - Interior use

Operating temperature range C -10 …+6524
Operating humidity % r.H. 0 … 99, non-condensing
Operating pressure mbar 800 … 1100
Storage temperature C -40 … +80
Storage humidity % r.H. 0 … 99, non-condensing

3.2 Mechanical characteristics

Parameter Unit Value / Range

Measurement cell - Flow-through set-up

Cell volume ml 19
Gas flow (min - max) ml / min 100 - 3’000
Generation 1:
163 (length)
50 (diameter w/o fittings and electrical connector)
Dimensions of sensor module mm
Generation 2:
Basic: 146 (length) // 50 (diameter)
EMC Conform: 163 (length) // 50 (diameter)
Generation 1:
≤ 600
Approx. weight sensor module g Generation 2:
Basic: 510
EMC Conform: 630
Generation 1:
Dimensions of electronic unit 257 x 83 x 26 (L x W x H)
mm
with housing Generation 2:
163 x 78 x 43 (L x W x H)
Dimensions of electronic board 105 x 70 x 11 (L x W x H, main board)
mm
without housing (optional) 84 x 70 x 11 (L x W x H, interface board)

24
For application specific temperature ranges please see the specifications in chapter 2

Product Datasheet DS LGD Compact-A RevH Page 7 of 19

 3.3 Electrical characteristics

Parameter Unit Value / Range

Voltage supply with interface VDC 10 - 30 (max. ripple ± 100mV, max. current 1A, inrush
board; min. - max. current limitation)
VDC 3.7 – 5 (no inrush current limitation)
Voltage supply without
Note: Limitations related to data interface to be
interface board; min. - max.
considered, refer to section 3.4
W ≤ 1 at Tamb 20°C
Power consumption
(Up to 3 W in extreme conditions)
Start-up time s ≤ 30

3.4 Data interface

Module powered at 10 - 30 VDC (with interface board)

Parameter Unit Value / Range

RS 232 EIA - RS232 protocol
Analog Current Output mA 4 - 20, 12-bit resolution
Analog Voltage Output V 0 - 5, 12-bit resolution
Resistive loads
for voltage output kΩ >2
for current output kΩ < 0.47
Capacitive loads
For voltage output pF < 200
For current output pF < 200
Digital Alarm Outputs (relay) - Relay power supply: 10 V < Vcc Relay < 30 V; max. 0.75 A
Various alarm outputs available, for more details refer to the
Operation and Integration Instructions.
Protection ESD protected

Module powered at 3.7 – 5 VDC (without interface board)

Parameter Unit Value / Range

RS 232 TTL - RS232 protocol, TTL signal amplitude 0 - 3.3 VDC
Analog Voltage Output V 0 - 2.5, 12-bit resolution
Resistive loads kΩ >5
Capacitive loads pF < 100
Digital Alarm Outputs - TTL signal amplitude 0 – 3.3 VDC
Note: contact Axetris if needed
Protection No protection implemented

Product Datasheet DS LGD Compact-A RevH Page 8 of 19

4 Configuration Options
4.1 Generation 1 (available until approx. end of 2023)

EMC conform product execution

LGD Compact Sensor module with main- and interface board

in a box and a shielded cable
Available cables:
M12 straight D sub 200 mm shielded (Phoenix Contact 1430200)
M12 angled D sub 200 mm shielded (Phoenix Contact 1430242)

Basic product executions

LGD Compact Sensor module with main- and interface board

and an unshielded cable
Available cables:
M12 straight D sub 200 mm unshielded (Phoenix Contact 1430695)
M12 angled D sub 200 mm unshielded (Phoenix Contact 1430734)

LGD Compact Sensor module with mainboard and an

unshielded cable
Available cables:
M12 straight D sub 200 mm unshielded (Phoenix Contact 1430695)
M12 angled D sub 200 mm unshielded (Phoenix Contact 1430734)

Cable and gas fitting connectors

Cable Connectors Gas Fittings

Phoenix Contact (M12 Phoenix Contact (M12 Festo (QSM-M5-4, Festo (QSML-M5-4,
straight D sub 200 mm) angled D sub 200 mm) straight) angled)

Product Datasheet DS LGD Compact-A RevH Page 9 of 19

 W / 270°
Phoenix Contact (M12 angled D sub)
S / 180°

The angled plug can be oriented in any direction.

The orientation must be specified when ordering.

E / 90°

4.2 Generation 2 (available starting mid 2023)

EMC conform product execution

LGD Compact Sensor module with main- and interface board

in a box and a shielded cable. The cable is not detachable
from the sensing module.

Basic product executions

LGD Compact Sensor module with main- and interface board

and an unshielded cable
Available cable:
Flat ribbon 16p, 28AWG (JST, JFCR28L-16G127), 200mm with
MicroMatch 16 pol connector (Cvilux, CA3016P1310)

LGD Compact Sensor module with mainboard and an

unshielded cable
Available cable:
Flat ribbon 16p, 28AWG (JST, JFCR28L-16G127), 200mm with
MicroMatch 16 pol connector (Cvilux, CA3016P1310)

Product Datasheet DS LGD Compact-A RevH Page 10 of 19

5 Connector Assignments
5.1 Product execution with electronics housing
Figure 1: 15pol D-Sub
connector (J1)

Connector assignment J1

Pin Name Description

Power 1 POWER IN Power supply 10 … 30V
Supply 2 GND IN* Power supply ground
3 SHIELD DB 15 Connector - Housing
Digital 6 GND* Ground serial communication
Interface 7 RS232 TX UART serial communication
8 RS232 RX UART serial communication
14 N/A Not used
15 N/A Not used
Digital 4 ALARM 1 On/Off signal at defined conditions for relay control, hardware
Alarms watchdog, etc.
(relay) 5 ALARM 2 On/Off signal at defined conditions for relay control, hardware
watchdog, etc.
11 ALARM 3 HW watchdog, firmware error and warnings
12 VCC RELAY Relay power supply: 10 V < Vcc Relay < 30 V; max. 0.75 A
13 GND* Ground, relay alarms
Analog 9 ANALOG GND* Analog ground
Interface 10 ANALOG OUT Analog output
Factory setting: current output (4-20mA); voltage output (0-5V)
configurable

* same potential

Product Datasheet DS LGD Compact-A RevH Page 11 of 19

 5.2 Product executions without electronics housing
Figure 2: Top view main
board with connector J5
and J6 J5
10 20

1 11

J6

Connector assignment J5

Pin Name Description

Power 1 5V* Power supply input for mainboard (3.7 – 5V)
Supply 2 5V* Power supply input for mainboard (3.7 – 5V)
3 3.3V Power supply output 3.3V from mainboard to drive digital
hardware on interface board; not used in case of removing the
interface board
Digital 4 TXD TTL UART serial communication TTL-Level
Interfaces 5 RXD TTL UART serial communication TTL-Level
Digital 13 ALARM 1 Signal for alarm 1 from Microcontroller, contact Axetris if
Alarms needed
15 ALARM 2 Signal for alarm 2 from Microcontroller, contact Axetris if
needed
Analog 10 DAC Analog output signal (0…2.5V) from Microcontroller, contact
Interface ANALOGOUT Axetris if needed
16 HW Input for identification of interface board, connect to GND in
INTERFACE case of removing the interface board
PCB
11 GND** Ground
12 GND** Ground
Not used 6…9 n/a n/a
14, n/a n/a
17…20
* connected on mainboard
** same potential

Product Datasheet DS LGD Compact-A RevH Page 12 of 19

 Figure 3: Top view
interface board with
connector J3.

J3
9 1

8
16

Connector assignment J3
The connector assignment of J3 is identical to J1 (refer to section 5.1) except the additional pin 16 which is not
used.

Pin Name Description

Not used 16 n/a n/a

Product Datasheet DS LGD Compact-A RevH Page 13 of 19

6 Product Dimensions
6.1 Generation 1 (available until approx. end of 2023)

Figure 4: Side and front view, with gas connectors. Dimensions in mm

Figure 5: View of the electronics housing. Dimensions in mm

Product Datasheet DS LGD Compact-A RevH Page 14 of 19

6.2 Generation 2 (available starting mid 2023)

EMC conform product execution

Figure 6 Dimensions from EMC Conform sensing module Generation 2

Figure 7 Dimensions from EMC Conform electronic box Generation 2

Product Datasheet DS LGD Compact-A RevH Page 15 of 19

 Basic product executions

Figure 8 Dimensions from Basic execution sensing module Generation 2

6.3 Electronic boards (common to all generations)

Figure 9: Main printed circuit board. Dimensions in mm

Product Datasheet DS LGD Compact-A RevH Page 16 of 19

Figure 10: View of the interface printed circuit board. Dimensions in mm

Product Datasheet DS LGD Compact-A RevH Page 17 of 19

7 Norms and Regulations

Important: conformity to the standards specified here only applies for product executions delivered
with electronics housing and shielded cables specified in section 4.

Type Standard / Directive Limits / description

LGD Compact Platform REACH, CE
conformity
Electronics conformity RoHS, WEEE
EMC EN/IEC 61326-1 Conformity granted only for product executions
EN/IEC 61000-6-2 delivered with electronics housing.
EN/IEC 61000-6-325 For product executions without electronics
housing, the EMC conformity has to be fulfilled by
the integrating Original Equipment Manufacturer
itself.
Shock EN60068-2-27 max acceleration 150 m/s2, 11 ms, half sinus, 18
cycles
Vibration EN60068-2-6 5 - 55 Hz, amplitude 0.35 mm, 1 octave/min, 2h
20 min per orientation (20 frequency cycles)
Drop Test EN 22248 Free fall with packaging

25 LGD Compact-A Generation 2 EMC Conform execution: norm EN/IEC 61000-6-4 is tested and achieved

Product Datasheet DS LGD Compact-A RevH Page 18 of 19

 failure of the product could result in personal injury
8 Caution or death.

9 Important Notice / Disclaimer

8.1 Product damage
The information furnished by Axetris is believed to be
 Read all instructions carefully before using the correct and accurate. However, Axetris shall not be
device. held liable to recipient or any third party of any
 The LGD Compact laser gas detection modules damages, including but not limited to personal injury,
are calibrated for a particular gas and property damage, loss of profits, loss of use, interrupt
concentration range. Do not use the device of business or indirect, special incidental or
outside of its specifications. consequential damages, of any kind, in connection
 The device is not suited for measuring gases with with or arising out of the furnishing, performance or
a dust load. The incoming measurement gas must use of technical data herein. No obligation or liability
be conditioned in order to avoid dust and to recipient or any third party shall arise or flow out of
condensation of liquid in the measurement cell. Axetris rendering of technical or other services.
Gas loaded with particles or other substances can While due caution has been exercised in the
eventually contaminate the measurement cell and production of this document, possible errors and
make it necessary to service the instrument. omissions are unintentional.
 The appliance must not be used in damp or wet
surroundings. 10 Axetris Certifications
 Use only accessories that are indicated in the
instructions for use or are recommended by the
manufacturer. Axetris is an ISO 9001:2015 certified company. The
 Failure to comply with these instructions could LGD Compact module is CE and RoHS compliant
result in product damage. (only be granted for product executions delivered
with electronics housing and shielded cables
specified in section 4).
8.2 Danger of life

 The device must not be used with flammable or

explosive gases or mixtures.
 Unprofessional gas handling can cause injury or
death. The use of gas detection modules should
only be performed by qualified personnel
 Do not use this product as safety or emergency
CLASS 1 LASER PRODUCT
stop device or in any other application where (classified according to
SN EN 60825:1:2014-08)

© 2020 AXETRIS AG – Company of the Leister Group

Contact
Headquarters: USA: China: Japan:
Axetris AG, Switzerland Leister Technologies LLC Leister Technologies Ltd. Leister Technologies KK
Schwarzenbergstrasse 10 1275 Hamilton Parkway Building 11, 155 Yuanke Road Shinyokohama Bousei Bldg 1F
CH-6056 Kaegiswil Itasca, IL 60143 Xinzhuang Industry Park 3-20-12, Shinyokohama,
Switzerland United States Shanghai 201109 PR China Kohoku-ku
phone: +41 41 662 76 76 phone: +1 630 760 1000 phone: +86 21 6442 2398 Yokohama 222-0033 / Japan
fax: +41 41 662 75 25 fax: +1 630 760 1001 fax: +86 21 6442 2338 phone: +81 45 477 36 37
axetris@axetris.com axetris.usa@axetris.com axetris@axetris.cn fax: +81 45 477 36 38
www.axetris.com www.axetris.com www.axetris.cn axetris@axetris.jp
www.axetris.jp

Swiss Made Quality. Axetris is an ISO 9001 certified enterprise. Specifications are subject to change without prior notice

Product Datasheet DS LGD Compact-A RevH Page 19 of 19