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LCJ Seires Laser Distance Sensors

LCJ Seires

The LCJ-Series Laser Distance Sensors are at the forefront of our continuous development and innovation. They measure long distances with the highest precision, reliability and speed, even in the most difficult situations. The LCJ-series can measure on dark surfaces - even in exterior applications with solar irradiation. With this series, which is now avilable in a new modern design. We have expanded its product range with a device, that has an output rate of 1 kHz.

Currently the following models are available:
LPE-10-500
LPE-30-500
LEN-10-500
LEH-30-500
LAN-10-150
LAN-30-150
LAE-10-050
LBN-50-050
LEH-30-150
LSP-10-150

Return list
-Main features-

MAIN FEATURES

1. Measuring range 0 to 500 m

2. Max. measuring rate 250 Hz

3. ±1 mm accuracy

4.  Serial interfaces

5. High precision analog output (0.1%)

6. Two programmable digital outputs

7. Digital input

8. Digital output for error signalization

9. Profibus interface (optional)

10. PROFINET, EtherNet/IP and EtherCAT interfaces (optional)

11. Degree of protection IP65

10. Extended temperature range -40...+60°C



LCJ Series –  Laser Distance Sensors

main parameter

10 models:


Measuring ranges, m:                   

from 0.05 to 500          

Typical accuracy, mm: 

up to ±1

Repeatability typ., mm: 

up to ±0.3

Measuring rate, Hz: 

up to 250

LPE-10-500_DataSheet.pdf

LPE-30-500_DataSheet.pdf

LEN-10-500_DataSheet.pdf

LEH-30-500_DataSheet.pdf

LAN-10-150_DataSheet.pdf

LAN-30-150_DataSheet.pdf

LAE-10-050_DataSheet.pdf

LBN-50-050_DataSheet.pdf

LEH-30-150_DataSheet.pdf

LSP-10-150_DataSheet.pdf



500309 Protective Cover for Alignment Unit LCJ-Series

For light, short-term outdoor applications; Protection only with horizontal laser ex

it;No IPprotection class; Can only be used together with "500308 Alignment unit 

LCJ-Series"


500308 Alignment Unit LCJ-Series

Allows +/-4° adjustment in two axis; Ideal for distances up to about 300m; Steel, 

zinc-plated;Applicable for LCJ-Series


500700 PROFINET Interface for LCJ-Series

An exchangeable cover for self installation


500701 EtherNet/IP Interface for LCJ-Series

An exchangeable cover for self installation



500702 EtherCAT Interface for LCJ-Series

An exchangeable cover for self-installation



500310 Air-cooling jacket for LCJ-Series sensors with standard interface

This air-cooling jacket can be used with all LCJ-Series Laser Sensors that are 

equipped with standard interfaces. The sensor extensions PROFINET, Ethern

et/IP and EtherCAT cannot be used with this air-cooling jacket. 


500311 Air-cooling jacket for LCJ-Series Sensors with Industrial EtherNet

This air-cooling jacket protects the laser sensor and cools it with air. It is used 

with Series sensors that are equipped with the sensor extensions PROFINET, 

Ethernet/IP or EtherCAT.The LCJ-Series Laser Sensors that are equipped with 

standard interfaces require a different air-cooling jacket. 

500595 Accessories for Starter Kit LCJ-Series

USB-cabel 2m Power supply USB-Stick with Manual, Utility Software and access

ories summary


500113 Reflective Plate 210 x 297 mm

The reflective aluminum target plate provides a defined measuring target. It imp

roves the reflected signal strength. This improved signal strength is used by the 

LCJ-Series to measure long-distance ranges. Please check the device specific

ation to ensure the applicable minimum distances.


500114 Reflective Foil 600 x 1200mm

The reflective foil provides a defined highly-reflecting measuring target. It impr

ovesthe reflected signal strength. This improved signal strength is used by the 

LCJ-Seriesto measure long-distance ranges. Please check the device specifi

cation to ensurethe applicable minimum distances.


500215 Numeric Digital Display

Numeric digital display 6 digits Character height 14mm; LED red; RS-232/485; Rea

ding distance: 1…5m


500301 Exchangable Cover Assembly without Borehole

An exchangeable cover set for self-installation


500300 Spare part kit LCJ-Series

Includes 10 items: - Cable Glands M16x1.5, black, Plastic - Hexagonal nut brass 

M16x1.5 - Terminal Block1 coded and printed - Terminal Block2 coded and print

ed - Set Screw M4x4Tuflock- Rear Screw Freedriv M2.5x18.5mm


500205 Sensor cable, A-Coded, 5pole, 5m, female

with M12 5pin sensor-connector IP65, other side open ends



500206 Sensor cable, 2x D-Coded, 4pole, 5m, male

with M12 4pin male sensor-connectors IP65 on both sides, cable color: green, 

for Industrial Ethernet


500207 Sensor cable, D-Coded-RJ45, 5m

with M12 4pin male sensor-connector to RJ45, cable color: green,for Industrial 

Ethernet



-Application area-

Controlling of the filling and pour of steel and iron

LCJ Series sensors were installed in foundries to monitor the moulding 

of hot steel and iron. With the aid of the sensors, fluid levels can be 

measured and an overflows avoided.

Floodgate position measurement

LCJ Series laser distance sensors are used to monitor floodgates. This 

means that the amount of water outflow is known at all times. The 

sensors measure the exact position of the floodgates in millimeter-

precision and absolutely contactless.

Cutting application

In the metal industry, devices for length division are frequently used. 

However, many standard solutions, presently available on the market, 

are not optimal for some companies. With LCJ Series laser distance 

sensors, an inexpensive special model is offered.

Monitoring of pressure tunnel

An automatic monitoring system is used in a headwater pressure tunnel 

to measure the passive bias of penstocks during injections. As soon as 

the limit values were exceeded, an alarm lamp is illuminated, so that 

the injections can be stopped.

Supervision of railway infrastructure

Accurate distance measurement is essential in railway construction – for 

new development as well for maintenance. Speed trains of the latest 

generation move at maximum speeds of over 300km/h, in order to preserve 

the rolling stock at such strains, millimeter precise measuring is inevitable.

Monitoring of rockformation above railwaytrack

LCJ Series sensors are used to monitor a debris flow activity. These rocks 

can lead to the accumulation of a mountain stream, which can lead to a 

flooding of a rail track. In addition, two additional lasers are used to monitor 

a large boulder that moves downhill and warns communities in danger.

Movement of large structures

In order to move large structures as bridges and buildings, the PolyDist system

 is the optimal solution. With up to four Dimetix sensors the process of moving 

is constantly monitored so that the structure can be moved and repositioned precisely.

Monitoring of railway tunnel

During construction work on railway infrastructure automated monitoring systems 

are crucial to early detect potentially hazardous structural deformations.

As Ristag AG successfully demonstrated with this tunnel monitoring system, 

expensive standard surveying equipment can often be substituted by much more 

economical LCJ Series laser distance sensors, while maintaining the demanded 

monitoring accuracy and reliability.

Monitoring of heritage materials

In historic buildings the fabric can often become damaged. With the aid of a measuring 

concept, which includes LCJ Series sensors, the evolution of historical buildings are 

monitored and examined.

Truck position measurement

In times of increasing traffic and ever more demanding tasks where time is of the 

essence, a system has been developed to speed up customs inspections on HGV 

vehicles. This device significantly helps to reduce time consumption checking up 

on vehicles as the positioning of trucks can be done with sensors.

Customs uses mobile X-Ray scanners to examine the content of trucks and 

containers. During the scanning process, movements of the scanner must be 

precisely determined.

Glass panel measurement

In order to transport glass panels, they are positioned after production from a conveyor 

belt onto a pallet. To prevent glass breakage, a system of LCJ Series sensors has been 

developed to precisely monitor positioning.

Silo level measurements

With LCJ Series laser distance sensors, the level in silos can be exactly measured at 

any time. The LCJ Series sensors measure on different surfaces, like stones, sand, 

grain or dark surfaces.

Automated diameter and width measurement

An exact measurement is extremely important when positioning and dimensioning 

paper rolls. The LCJ Series laser distance sensors measure the width of the paper 

roll using two sensors on each side of the paper roll.

Monitoring transfer car position

In a steel production facility, large transfer cars transport glowing steel plates. Due 

to a malfunction of the micro-switches, cars collided at the end of a transfer line. 

With the help of two LCJ Series lasers integrated in protective housings, smooth 

operation could be restored.

Saw blade alignment

Large saw blades used for cutting different materials frequently shift out of alignment, 

resulting in cuts at wrong angles, unnecessary reworking and wasted scrap. Our 

maintenance-free laser distance sensor saw blade alignment system provides a reliable, 

repeatable and cost-effective means of improving production quality and eliminating 

unnecessary scrap.

Measuring flood gate height

The ability to reliably and precisely monitor flood gate height is a challenge for 

hydropower and reservoir flood gate operators. LCJ Series laser sensors can be 

used for remote monitoring of the flood gates. The sensors measure the distances 

on the surface of the flood gates.

Laser controlled cut-off solution

Increasing operational demands, a multiplicity of maintenance requirements and the 

growing importance for efficiency are crucial factors in nearly all industries. This is 

relevant for metal production and especially true for small and medium-sized companies 

at the heart of manufacturing and metalworking. Laser measurement technology 

provides an economical approach to reducing production delays and improving quality. 

Our affordable technological advantage helps you increase efficiency.

Structural health monitoring

In modern urban environments, heavy construction often must be conducted immediately 

adjacent to properties and structures that must remain open to business or residency during 

excavation and construction. Traditional surveying techniques allow for +/-5 mm precision 

of displacement, but LCJ Series laser distance sensor technology allows for measurements 

with sub-millimeter accuracy at distances up to 500 m to detect any shift or displacement 

of structures.

Lifting of mining equipment

In mining applications, LCJ Series laser distance sensors have been used to ensure accurate 

lifting and lowering processes of superstructures. In the case of a deviations, a signal was 

sent to the hydraulic system so that corrections can be made.

Rock surveillance tsunami warning

In Norway, an early warning system was developed using three LCJ Series sensors, which 

regularly measure the daily movement of rock above a bay. Thus, a warning can be triggered 

in the event of a potential landslide.

-Technical specifications-

Product type
LCJ Series
LPE-10-500LPE-30-500LEN-10-500LEH-30-500LAN-10-150LAN-30-150LAE-10-050LBN-50-050LEH-30-150LSP-10-150
Part No.500630500636500637500638500632500634500633500635500900500648
Specifications
Measuring range on reflective foil0.5...500 m40...150 m40...50 m-0.5...150 m40...150 m
Measuring range on natural surfaces0.05...100 m0.05...50 m0.05...100 m
Typical accuracy @ 2σ± 1 mm± 3 mm± 1 mm± 3 mm± 1 mm± 3 mm± 1 mm± 5 mm± 3 mm± 1 mm
Repeatability typ.± 0.3 mm± 0.7 mm± 0.3 mm± 0.7 mm± 0.3 mm± 0.7 mm± 0.3 mm± 1.8 mm± 0.7 mm± 0.3 mm
Max measuring rate250 Hz50 Hz10 Hz50 Hz
Operating temperature-40...+60 °C-10...+50 °C-10...+60 °C-10...+50 °C-40...+60 °C-10...+50 °C-10...+60 °C-10...+50 °C
Degree of ProtectionIP65
Power supply12...30 VDC
Laser red, visibleYes
Diameter laser dot at 10m7x3 mm
Diameter laser dot at 50m28x13 mm
Diameter laser dot at 100m55x30 mm
Dimensions (l x w x h)140x78x48 mm
Weight350 g
Interfaces
Analog output, programmable, 0/4...20 mAYesNoYesNoYes
Max error analog output± 0.1 %No± 0.1 %± 0.2 %No± 0.1 %
2 digital outputs, programmableYesNoYesNoYes
1 digital output, error displayYes
1 digital input, programmable (instead of DO1)Yes
RS-232Yes
RS-422 with programmable IDYesNoNoYes
SSIYesNoYes
PROFINET (option)YesNoYes
EtherNetIP (option)YesNoYes
EtherCAT (option)YesNoYes
PROFIBUS (extern)
Connection
Internal screw terminalYes
Features
Auto startYes
Direct connectivity of an external remote displayYes
External trigger for measurementsYes

1) The accuracy and measurement speed depend on the configuration of the measurement characteristic, see 6.3 Measuring characteristic and environmental conditions, see 7.3 Measuring performance influence. 

2) Confidence level description, see 4.3 Measuring accuracy definition according the ISO-recommendation ISO/R 1938-1:2015. 

3) Performance on natural surfaces depends on target reflectivity, background light and atmospheric conditions (see also 7.3 Measuring performance influence). 

4) The spot size can vary depending on production lot. Approximation about spot size: Increase about 0.6 mm / m for long and 0.3 mm / m for short diameter of laser spot ellipse. 

5) Voltage range 12...30 VDC can be extended to about 9...30 VDC but with limitations using analog output. If analog output is used consider the min. needed input voltage according the following guideline: V+min ≥ RAO_LOADmax * IAOmax + 3.5 V (for more details see 5.6 Analog output). 

6) The current consumption of the device is defined without connected analog and digital outputs (AO, DO1, DO2 and DOE). The current consumption of analog and / or digital outputs has to be considered in addition. 

7) In case of permanent measurement (continuous distance measurement) the max. temperature during operation may be reduced. 

8) For LCJ-Series devices with an optional Industrial Ethernet interface (exchangeable cover) the max. operating temperature is limited to +50°C. 

9) Material with high mechanical strength, excellent balance of stiffness/toughness, good temperature performance and chemical resistance 

10) Measuring on orange (reflective) foil possible from at least approx. 40 m to maximum distance of 50 m.




-Measuring principle-


-Industry solutions-

Controlling of the filling and pour of steel and iron

LCJ Series sensors were installed in foundries to monitor the moulding 

of hot steel and iron. With the aid of the sensors, fluid levels can be 

measured and an overflows avoided.

Floodgate position measurement

LCJ Series laser distance sensors are used to monitor floodgates. This 

means that the amount of water outflow is known at all times. The 

sensors measure the exact position of the floodgates in millimeter-

precision and absolutely contactless.

Cutting application

In the metal industry, devices for length division are frequently used. 

However, many standard solutions, presently available on the market, 

are not optimal for some companies. With LCJ Series laser distance 

sensors, an inexpensive special model is offered.

Monitoring of pressure tunnel

An automatic monitoring system is used in a headwater pressure tunnel 

to measure the passive bias of penstocks during injections. As soon as 

the limit values were exceeded, an alarm lamp is illuminated, so that 

the injections can be stopped.

Supervision of railway infrastructure

Accurate distance measurement is essential in railway construction – for 

new development as well for maintenance. Speed trains of the latest 

generation move at maximum speeds of over 300km/h, in order to preserve 

the rolling stock at such strains, millimeter precise measuring is inevitable.

Monitoring of rockformation above railwaytrack

LCJ Series sensors are used to monitor a debris flow activity. These rocks 

can lead to the accumulation of a mountain stream, which can lead to a 

flooding of a rail track. In addition, two additional lasers are used to monitor 

a large boulder that moves downhill and warns communities in danger.

Movement of large structures

In order to move large structures as bridges and buildings, the PolyDist system

 is the optimal solution. With up to four Dimetix sensors the process of moving 

is constantly monitored so that the structure can be moved and repositioned precisely.

Monitoring of railway tunnel

During construction work on railway infrastructure automated monitoring systems 

are crucial to early detect potentially hazardous structural deformations.

As Ristag AG successfully demonstrated with this tunnel monitoring system, 

expensive standard surveying equipment can often be substituted by much more 

economical LCJ Series laser distance sensors, while maintaining the demanded 

monitoring accuracy and reliability.

Monitoring of heritage materials

In historic buildings the fabric can often become damaged. With the aid of a measuring 

concept, which includes LCJ Series sensors, the evolution of historical buildings are 

monitored and examined.

Truck position measurement

In times of increasing traffic and ever more demanding tasks where time is of the 

essence, a system has been developed to speed up customs inspections on HGV 

vehicles. This device significantly helps to reduce time consumption checking up 

on vehicles as the positioning of trucks can be done with sensors.

Customs uses mobile X-Ray scanners to examine the content of trucks and 

containers. During the scanning process, movements of the scanner must be 

precisely determined.

Glass panel measurement

In order to transport glass panels, they are positioned after production from a conveyor 

belt onto a pallet. To prevent glass breakage, a system of LCJ Series sensors has been 

developed to precisely monitor positioning.

Silo level measurements

With LCJ Series laser distance sensors, the level in silos can be exactly measured at 

any time. The LCJ Series sensors measure on different surfaces, like stones, sand, 

grain or dark surfaces.

Automated diameter and width measurement

An exact measurement is extremely important when positioning and dimensioning 

paper rolls. The LCJ Series laser distance sensors measure the width of the paper 

roll using two sensors on each side of the paper roll.

Monitoring transfer car position

In a steel production facility, large transfer cars transport glowing steel plates. Due 

to a malfunction of the micro-switches, cars collided at the end of a transfer line. 

With the help of two LCJ Series lasers integrated in protective housings, smooth 

operation could be restored.

Saw blade alignment

Large saw blades used for cutting different materials frequently shift out of alignment, 

resulting in cuts at wrong angles, unnecessary reworking and wasted scrap. Our 

maintenance-free laser distance sensor saw blade alignment system provides a reliable, 

repeatable and cost-effective means of improving production quality and eliminating 

unnecessary scrap.

Measuring flood gate height

The ability to reliably and precisely monitor flood gate height is a challenge for 

hydropower and reservoir flood gate operators. LCJ Series laser sensors can be 

used for remote monitoring of the flood gates. The sensors measure the distances 

on the surface of the flood gates.

Laser controlled cut-off solution

Increasing operational demands, a multiplicity of maintenance requirements and the 

growing importance for efficiency are crucial factors in nearly all industries. This is 

relevant for metal production and especially true for small and medium-sized companies 

at the heart of manufacturing and metalworking. Laser measurement technology 

provides an economical approach to reducing production delays and improving quality. 

Our affordable technological advantage helps you increase efficiency.

Structural health monitoring

In modern urban environments, heavy construction often must be conducted immediately 

adjacent to properties and structures that must remain open to business or residency during 

excavation and construction. Traditional surveying techniques allow for +/-5 mm precision 

of displacement, but LCJ Series laser distance sensor technology allows for measurements 

with sub-millimeter accuracy at distances up to 500 m to detect any shift or displacement 

of structures.

Lifting of mining equipment

In mining applications, LCJ Series laser distance sensors have been used to ensure accurate 

lifting and lowering processes of superstructures. In the case of a deviations, a signal was 

sent to the hydraulic system so that corrections can be made.

Rock surveillance tsunami warning

In Norway, an early warning system was developed using three LCJ Series sensors, which 

regularly measure the daily movement of rock above a bay. Thus, a warning can be triggered 

in the event of a potential landslide.


-Successful case-

Controlling of the filling and pour of steel and iron

LCJ Series sensors were installed in foundries to monitor the moulding 

of hot steel and iron. With the aid of the sensors, fluid levels can be 

measured and an overflows avoided.

Floodgate position measurement

LCJ Series laser distance sensors are used to monitor floodgates. This 

means that the amount of water outflow is known at all times. The 

sensors measure the exact position of the floodgates in millimeter-

precision and absolutely contactless.

Cutting application

In the metal industry, devices for length division are frequently used. 

However, many standard solutions, presently available on the market, 

are not optimal for some companies. With LCJ Series laser distance 

sensors, an inexpensive special model is offered.

Monitoring of pressure tunnel

An automatic monitoring system is used in a headwater pressure tunnel 

to measure the passive bias of penstocks during injections. As soon as 

the limit values were exceeded, an alarm lamp is illuminated, so that 

the injections can be stopped.

Supervision of railway infrastructure

Accurate distance measurement is essential in railway construction – for 

new development as well for maintenance. Speed trains of the latest 

generation move at maximum speeds of over 300km/h, in order to preserve 

the rolling stock at such strains, millimeter precise measuring is inevitable.

Monitoring of rockformation above railwaytrack

LCJ Series sensors are used to monitor a debris flow activity. These rocks 

can lead to the accumulation of a mountain stream, which can lead to a 

flooding of a rail track. In addition, two additional lasers are used to monitor 

a large boulder that moves downhill and warns communities in danger.

Movement of large structures

In order to move large structures as bridges and buildings, the PolyDist system

 is the optimal solution. With up to four Dimetix sensors the process of moving 

is constantly monitored so that the structure can be moved and repositioned precisely.

Monitoring of railway tunnel

During construction work on railway infrastructure automated monitoring systems 

are crucial to early detect potentially hazardous structural deformations.

As Ristag AG successfully demonstrated with this tunnel monitoring system, 

expensive standard surveying equipment can often be substituted by much more 

economical LCJ Series laser distance sensors, while maintaining the demanded 

monitoring accuracy and reliability.

Monitoring of heritage materials

In historic buildings the fabric can often become damaged. With the aid of a measuring 

concept, which includes LCJ Series sensors, the evolution of historical buildings are 

monitored and examined.

Truck position measurement

In times of increasing traffic and ever more demanding tasks where time is of the 

essence, a system has been developed to speed up customs inspections on HGV 

vehicles. This device significantly helps to reduce time consumption checking up 

on vehicles as the positioning of trucks can be done with sensors.

Customs uses mobile X-Ray scanners to examine the content of trucks and 

containers. During the scanning process, movements of the scanner must be 

precisely determined.

Glass panel measurement

In order to transport glass panels, they are positioned after production from a conveyor 

belt onto a pallet. To prevent glass breakage, a system of LCJ Series sensors has been 

developed to precisely monitor positioning.

Silo level measurements

With LCJ Series laser distance sensors, the level in silos can be exactly measured at 

any time. The LCJ Series sensors measure on different surfaces, like stones, sand, 

grain or dark surfaces.

Automated diameter and width measurement

An exact measurement is extremely important when positioning and dimensioning 

paper rolls. The LCJ Series laser distance sensors measure the width of the paper 

roll using two sensors on each side of the paper roll.

Monitoring transfer car position

In a steel production facility, large transfer cars transport glowing steel plates. Due 

to a malfunction of the micro-switches, cars collided at the end of a transfer line. 

With the help of two LCJ Series lasers integrated in protective housings, smooth 

operation could be restored.

Saw blade alignment

Large saw blades used for cutting different materials frequently shift out of alignment, 

resulting in cuts at wrong angles, unnecessary reworking and wasted scrap. Our 

maintenance-free laser distance sensor saw blade alignment system provides a reliable, 

repeatable and cost-effective means of improving production quality and eliminating 

unnecessary scrap.

Measuring flood gate height

The ability to reliably and precisely monitor flood gate height is a challenge for 

hydropower and reservoir flood gate operators. LCJ Series laser sensors can be 

used for remote monitoring of the flood gates. The sensors measure the distances 

on the surface of the flood gates.

Laser controlled cut-off solution

Increasing operational demands, a multiplicity of maintenance requirements and the 

growing importance for efficiency are crucial factors in nearly all industries. This is 

relevant for metal production and especially true for small and medium-sized companies 

at the heart of manufacturing and metalworking. Laser measurement technology 

provides an economical approach to reducing production delays and improving quality. 

Our affordable technological advantage helps you increase efficiency.

Structural health monitoring

In modern urban environments, heavy construction often must be conducted immediately 

adjacent to properties and structures that must remain open to business or residency during 

excavation and construction. Traditional surveying techniques allow for +/-5 mm precision 

of displacement, but LCJ Series laser distance sensor technology allows for measurements 

with sub-millimeter accuracy at distances up to 500 m to detect any shift or displacement 

of structures.

Lifting of mining equipment

In mining applications, LCJ Series laser distance sensors have been used to ensure accurate 

lifting and lowering processes of superstructures. In the case of a deviations, a signal was 

sent to the hydraulic system so that corrections can be made.

Rock surveillance tsunami warning

In Norway, an early warning system was developed using three LCJ Series sensors, which 

regularly measure the daily movement of rock above a bay. Thus, a warning can be triggered 

in the event of a potential landslide.


-Mounting dimensions-

1) Reset push button 

2) Screw terminal block & plug. For conductor cross section 0.14...1.5 mm2. (Power supply, digital input / output, analog output, RS-232 and RS-422 / RS-485 / SSI) 

3) Shield tab for an adequate receptacle 

4) Slot hole for installation and alignment (M4 or M3 screws) 

5) Hexagon socket set screw for sensor alignment 

6) Sensor front (Laser beam output and receiver lens) 

7) Product label (for more details, see in chapter 2.11)

8) Status LED's (Power, error, digital outputs) 

9) Industrial Ethernet interface 

10) USB 2.0 Mini-B 

11) Exchangeable cover (Used for optional interfaces) 

12) Valve diaphragm 

13) Cable gland M16 x 1.5 mm (Cable diameter: 5...10 mm, tool size: 20 mm) 

14) Screws, Philips Slotted Combo (Philips size 1, slot size 2). The target torque for these screws is 1.6 Ncm.

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