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Nikon LV-N Metallographic Microscope

Product Serial:LV-N

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Nikon LV-N Metallographic Microscope
Product Specification

LV150N/LV150NL/LV150NA

model LV150N LV150NL LV150NA
Type of microscope Manual type Motorized type
(Nosepiece)
Compatible observation methods
  Brightfield Dark field DIC Fluorescence Polarizing Two-beam Interferometry
LV150/ LV150NA Episcopic O O O O O O
Episcopic (LED) O O O - Δ -
LV150NL Episcopic O - O - O O
*Use an objective lens suitable for the inspection method.
Δ: only simple polarizing observation
Compatible stage
  • LV-S32 3×2 stage (stroke: 75 × 50 mm, with glass plate) *Can be used with LV-S32SPL ESD plate
  • LV-S6 6×6 stage (stroke: 150 × 150 mm) *Can be fitted with LV-S6WH wafer holder / LV-S6PL ESD plate
  • LV-SRP P revolving stage
  • P-GS2 G stage 2 (Used with stage adapter LV-SAD)
Integration with Digital Sight microscope digital camera DS-L3 (independent control device) Objective lens information detection (when used with intelligent objective lens converter LV-NU5I and LV-INAD) Objective lens information detection and control
DS-U3+NIS-Elements
(Control device based on personal computer control + imaging software)
Objective lens information detection (when used with intelligent objective lens converter LV-NU5I and LV-INAD) Objective lens information detection and control

 

LV100ND/LV100DA-U

 

model LV100ND LV100DA-U
Type of microscope Manual type Motorized type
(Nosepiece / light intensity / aperture stop / observation method selector)
Compatible observation methods
  Brightfield Dark field DIC Fluorescence Polarized light relatively Double beam interferometry
LV100ND,
LV100DA-U
Episcopic O O O O O O -
Episcopic (LED) O O O - Δ - -
Diascopic O O O - O - O
* Use an objective lens suitable for the observation method.
Δ: only simple polarizing observation
Compatible stage
  • LV-S32 3x2 stage (Stroke: 75 x 50 mm with glass plate) *Can be fitted with LV-S32SGH slide glass holder
  • LV-S64 6x4 stage (Stroke: 150 x 100 mm with glass plate)
  • LV-SRP P revolving stage
  • P-GS2 G stage 2 (Used with stage adapter LV-SAD)
  • NIU-CSRR2 Ni-U right handle rotatable ceramic stage (Stroke: 78 x 54 mm)
  • C-SR2S right handle stage (Stroke: 78 x 54 mm: Used with stage adapter LV-SAD)
Integration with Digital Sight microscope digital camera DS-L3 (independent control device) Objective lens information detection (when used with intelligent objective lens converter LV-NU5I and LV-INAD) Objective lens, light intensity, aperture stop and observation method (field/dark field/fluorescence) information detection
DS-U3+NIS-Elements
(Control device based on personal computer control + imaging software)
Objective lens information detection (when used with intelligent objective lens converter LV-NU5I and LV-INAD) Objective lens, light intensity, aperture stop and observation method (bright field/dark field/fluorescence) information detection and control

 DS-L3(獨立型控制装置)DS-U3+NIS-Elements (基於個人計算機控制的控制裝置+ 成像軟件)


  LV150N LV150NA LV150NL
Base unit Maximum sample height: 38 mm (when used with LVNU5A U5A nosepiece and LV-S32 3x2 stage / LV-S64 6x4 stage)
* 73 mm when used with one column riser
12V50W internal power source for dimmer, coarse and fine adjustment knobs
Left: coarse and fine adjustment / Right: fine adjustment, 40 mm stroke Coarse adjustment: 14 mm/turn (with torque adjustment, refocusing mechanism) Fine adjustment: 0.1 mm/turn (1 μm/graduation)
Stage mounting hole intervals: 70 x 94 (fixed by 4-M4 screw)
Maximum sample height: 38 mm (when used with LV-S32 3x2 stage) * 73 mm when used with one column riser
Internal LED illumination power source, coarse and fine adjustment knobs
Left: coarse and fine adjustment / Right: fine adjustment, 40mm stroke
Coarse adjustment: 14 mm/turn (with torque adjustment, refocusing mechanism) Fine adjustment: 0.1 mm/turn (1 μm/graduation)
Stage mounting hole intervals: 70 x 94 (fixed by 4-M4 screw)
Nosepieces C-N6 ESD Sextuple Nosepiece ESD
LV-NU5 Universal Quintuple Nosepiece ESD
LV-NBD5 BD Quintuple Nosepiece ESD
LV-NU5I Intelligent Universal Quintuple Nosepiece ESD
LV-NU5A Motorized Universal
Quintuple Nosepiece ESD
LV-NU5AC Motorized Universal
Quintuple Nosepiece ESD
C-N6 ESD Sextuple Nosepiece ESD
LV-NU5 Universal Quintuple Nosepiece ESD
Episcopic Illuminator LV-UEPI-N
LV-LH50PC 12V50W Precentered Lamphouse, LV-LL LED Lamphouse
Bright/darkfield switch and linked aperture stop (centerable), field diaphragm (centerable)
Accepts ø 25 mm filter (NCB11, ND16, ND4), polarizer/analyzer, λ plate, excitation light balancer; equipped with noise terminator
LV-UEPI2
LV-LH50PC 12V50W Precentered Lamphouse, LV-LL LED Lamphouse
HG precentered fiber illuminator: C-HGFIE (with light adjustment) *option
Bright/darkfield switch and linked aperture stop (centerable), field diaphragm (centerable), automated optical element switching feature matched to brightfield, darkfield, and epi-fluorescence switch
Accepts ø 25 mm filter (NCB11, ND16, ND4), polarizer/analyzer, λ plate, excitation light balancer; equipped with noise terminator
1.1W white LED
Accepts polarizer/analyzer
Eyepiece tubes LV-TI3 trinocular eyepiece tube ESD (Erected image, FOV: 22/25)
LV-TT2 TT2 tilting trinocular eyepiece tube (Erected image, FOV: 22/25)
C-TB binocular tube (Inverted image, FOV: 22)
P-TB Binocular Tube (Inverted image, FOV: 22)
P-TT2 Trinocular Tube (Inverted image, FOV: 22)
LV-TI3 trinocular eyepiece tube ESD (Erected image, FOV: 22/25)
C-TB binocular tube (Inverted image, FOV: 22)
P-TB Binocular Tube (Inverted image, FOV: 22)
P-TT2 Trinocular Tube (Inverted image, FOV: 22)
Stages LV-S32 3x2 stage (Stroke: 75 x 50 mm with glass plate) ESD compatible
LV-S64 6x4 stage (Stroke: 150 x 100 mm with glass plate) ESD compatible
LV-S6 6x6 stage (Stroke: 150 x 150 mm) ESD compatible
LV-S32 3x2 stage (Stroke: 75 x 50 mm with glass plate)
ESD compatible
LV-S6 6x6 stage (Stroke: 150 x 150 mm) ESD compatible
Eyepieces CFI eyepiece series
Objective lenses Industrial Microscope CFI₆₀-2/CFI₆₀ optical system Objective lens series: Combinations in accordance with the observation method
ESD performance 1,000 to 10V, within 0.2 sec. (excluding certain accessories)
Power consumption 1.2 A / 75 W 0.1A / 3W
Weight Approx. 8.6 kg Approx. 8.7 kg Approx. 8.6 kg

  LV100ND LV100NDA
Base unit Maximum sample height: 38 mm (when used with LV-NU5 U5 nosepiece and LV-S32 3x2 stage / LV-S64 6x4 stage)
12V50W internal power source for dimmer, coarse and fine adjustment knobs)
Left: coarse and fine adjustment / Right: fine adjustment, 40 mm stroke)
Coarse adjustment: 14 mm/turn (with torque adjustment, refocusing mechanism) Fine adjustment: 0.1 mm/turn (1 μm/graduation)
Maximum sample height: 33 mm (when used with LVNU5AI U5AI nosepiece and LV-S32 3x2 stage / LV-S64 6x4 stage)
12V50W internal power source for dimmer, coarse and fine adjustment knobs
Left: coarse and fine adjustment / Right: fine adjustment, 40 mm stroke
Coarse adjustment: 14 mm/turn (with torque adjustment, refocusing mechanism)
Fine adjustment: 0.1 mm/turn (1 μm/graduation)
Nosepieces C-N6 ESD Sextuple Nosepiece ESD, LV-NU5 Universal Quintuple Nosepiece ESD
LV-NBD5 BD Quintuple Nosepiece ESD, LV-NU5I Intelligent Universal Quintuple Nosepiece ESD
D-ND6 Sextuple DIC Nosepiece
LV-NU5AI Motorized Universal Quintuple Nosepiece
(High-durability motorized 5-hole universal nosepiece)
Episcopic Illuminator LV-UEPI-N
LV-LH50PC 12V50W Precentered Lamphouse, LV-LL LED Lamphouse
Bright/darkfield switch and linked aperture stop (centerable), field diaphragm (centerable), accepts ø 25 mm filter (NCB11, ND16, ND4), polarizer/analyzer; equipped with noise terminator
LV-UEPI2
LV-LH50PC 12V50W Precentered Lamphouse, LV-LL LED Lamphouse
HG precentered fiber illuminator: C-HGFIE (with light adjustment) *option Bright/darkfield switch and linked aperture stop (centerable), field diaphragm (centerable), automated optical element switching feature matched to brightfield, darkfield, and epi-fluorescence switch
Accepts ø 25 mm filter (NCB11, ND16, ND4), polarizer/analyzer, λ plate, excitation light balancer; equipped with noise terminator
LV-UEPI2A
LV-LH50PC 12V50W Precentered Lamphouse, LV-LL LED Lamphouse
HG precentered fiber illuminator: C-HGFIE (with light adjustment: PC controlled) *option
Motorized operation and control of illumination selector turret
Motorized aperture stop linked to bright/darkfield selector (automatic optimization matched to objective lens), field diaphragm (centerable)
Accepts ø 25 mm filter (NCB11, ND16, ND4), polarizer/analyzer, λ plate, excitation light balancer; equipped with noise terminator
Diascopic Illuminator LV-LH50PC 12V50W Precentered Lamphouse (Fly Eye optical system)
Internal aperture, field diaphragm, filter (ND8, NCB11); transmitted/reflected selector switch; 12V100W also available (option)
Eyepiece tubes LV-TI3 trinocular eyepiece tube ESD (Erected image, FOV: 22/25), LV-TT2 TT2 tilting trinocular eyepiece tube (Erected image, FOV: 22/25),
P-TB Binocular Tube (Inverted image, FOV: 22), P-TT2 Trinocular Tube (Inverted image, FOV: 22)
Stages LV-S32 3x2 stage (Stroke: 75 x 50 mm with glass plate) / LV-S32SGH slide glass holder
LV-S64 6x4 stage (Stroke: 150 x 100 mm with glass plate), LV-SRP P revolving stage / P-GS2 revolving stage: Used with stage adapter LV-SAD
NIU-CSRR2 Ni-U right handle rotatable ceramic stage (Stroke: 78 x 54 mm), C-SR2S right handle stage (Stroke: 78 x 54 mm: Used with stage adapter LV-SAD)
Condensers LWD achromat condenser (brightfield), LV-CUD U condenser dry (phase contrast, diascopic DIC, darkfield), Achromat 2x-100x slide condenser (brightfield), DF dry condenser (darkfield), and others
Eyepieces CFI eyepiece series
Objective lenses Industrial Microscope CFI₆₀-2/CFI₆₀ optical system Objective lens series: Combinations in accordance with the observation method
ESD performance 1,000 to 10V, within 0.2 sec. (excluding certain accessories)
Power consumption 1.2 A / 75 W 1.2 A / 90 W
Weight Approx. 9.5 kg Approx. 10 kg

CFI₆₀-2

Evolved optical performance

Nikon's CFI₆₀ optical system, highly evaluated for its unique concept of high NA and long working distance, has achieved the apex in long working distance, chromatic aberration correction, and light weight.



T Plan & TU Plan Fluor & TU Plan Apo Lenses (Standard Plan objective lenses)


Standard objective lenses
TU Plan Fluor Series


Enable brightfield, darkfield, simple polarizing, sensitive polarizing, differential interference, and epi-fluorescence observations with just one lens. Achieves superior chromatic aberration performance with long working distance for all magnifications to adapt to any application.

Model Magnification NA Working Distance(mm)
TU Plan Fluor EPI
(brightfield type)
0.15 23.5
10× 0.30 17.5
20× 0.45 4.5
50× 0.80 1.0
100× 0.90 1.0
TU Plan Fluor BD
(brightfield/ darkfield type)
0.15 18.0
10× 0.30 15.0
20× 0.45 4.5
50× 0.80 1.0
100× 0.90 1.0

*Uses fly-eye lens.



Low-magnification objective lenses
T Plan EPI


Both clear observation using a conventional analyzer/polarizer and operability-oriented observation without the need of an analyzer/ polarizer are possible.

Model Magnification NA Working Distance(mm)
T Plan EPI
(brightfield type)
0.0.3 3.8
2.5× 0.075 6.5

Apochromatic objective lenses
TU Plan Apo Series


By using phase Fresnel lenses, these objective lenses achieve significantly longer operating distances while maintaining the superior chromatic aberration performance of apochromatic lenses.

Model Magnification NA Working Distance(mm)
TU Plan Apo EPI
(brightfield type)
50× 0.8 2.0
100× 0.9 2.0
150× 0.9 1.5
TU Plan Apo EPI
(brightfield/ darkfield type)
50× 0.8 2.0
100× 0.9 2.0
150× 0.9 1.5

Dark Field Illuminatuon

  Fly-eye lens

Through the use of fly-eye lenses, the CFI₆₀-2 optical system offers bright darkfield illumination throughout the field of view with little unevenness, even for lowmagnification lenses.

  Darkfield illumination system

As NA and WD improve, objective lenses increase in outside diameter. However, as the width of incident light is fixed, light intensity decreases with conventional illumination systems. The illumination system uses annular lenses or annular prisms to increase captured light and achieve bright darkfield illumination with no deterioration.


TU Plan ELWD & T Plan SLWD Lenses (Long working distance / Super-long working distance objective lenses)


Long working distance objective lenses
TU Plan ELWD Series


With the phase Fresnel lenses, these objective lenses enable long working distances while offering higher level chromatic aberration correction than conventional objective lenses. This improves operability for samples with different heights.

Model Magnification NA Working Distance(mm)
TU Plan EPI ELWD
(brightfield type)
20× 0.4 19.0
50× 0.6 11.0
100× 0.8 4.5
TU Plan BD ELWD
(brightfield/ darkfield type)
20× 0.4 19.0
50× 0.6 11.0
100× 0.8 4.5

Super-long working distance objective lenses
T Plan EPI SLWD


Improving on chromatic aberration while prioritizing working distance, the T Plan SLWD Series achieve the best-in-class super-long working distance. The SLWD 10x (WD: 37 mm) lens enables use with a greater diversity of samples.

Model Magnification NA Working Distance(mm)
T Plan EPI SLWD
(brightfield type)
10× 0.2 37.0
20× 0.3 30.0
50× 0.4 22.0
100× 0.6 10.0

Phase Fresnrl

Color aberration correction and longer working distance through phase Fresnel lenses


  Color aberration correction

Conventional lenses rely upon the refraction of light to form an image. As the strength of refraction varies according to color (wavelength), the image is formed starting with the light closest to the lens, in the order of blue, green, and red. In contrast, a phase Fresnel lens uses the diffraction of light to form an image starting with the light closest to the lens, this time, red, green, and blue, yielding a property opposite that of refraction. Combining these two lenses cancels out the color aberration of each and enables an image with little color aberration.

  Realization of Long Working Distance

Correction of color aberration, even with short distances between lenses, is possible with the use of phase Fresnel lenses. This enables longer working distance than that of conventional lenses.


Other lenses


Objective lenses with glass thickness correction features
CFI L Plan EPI CR


Equipped with corrective features that enable high contrast observation of cells or patterns, these observation lenses are unaffected by the glass substrate.

Model Magnification NA Working Distance(mm)
CFI L Plan EPI CR
(brightfield type)
20× CR 0.45 10.90 - 10.00
50× CR; 0.70 3.90 - 3.00
100× CRA 0.85 1.20 - 0.85
100× CRB 0.85 1.30 - 0.95

Objective lenses for brightfield/darkfield observation
CFI LE Plan EPI/BD


 

Model Magnification NA Working Distance(mm)
LE Plan EPI
(brightfield type)
0.1 31.0
10× 0.25 13.0
20× 0.4 3.6
50× 0.75 0.5
100× 0.9 0.31
LE Plan BD
(brightfield type)
0.1 18.0
10× 0.25 13.0
20× 0.4 3.6
50× 0.75 0.5

Easy Operation

Combination with digital camera


LV150N / LV100ND / LV150NA (Objective lens information detection and control)

  Information about the objective lens being used can be detected when combining the Intelligent Nosepiece LV-NU5I and the Nosepiece Adaptor LV-INAD. The information is automatically converted to appropriate calibration data when changing the magnification. In addition, the LV150NA allows switching of objective lenses via the imaging software.



LV100NDA (Microscope information detection and control)

The LV100NDA allows detection of information and control of objective lenses, light intensity, aperture stop, and observation method (brightfield / darkfield / fluorescence) via the imaging software, enabling optimization of the conditions vital for image acquisition.



Compatibility Chart of Information Detection and Control by Model
●:Information detection and control possible
O:Information detection only
LV150N/LV100ND
(When using LV-NU5I and LV-INAD)
LV150NA LV100NDA
(When using LV-UEPI2A Illuminator)
DS-Ri2/DS-Fi3 (+NIS-Elements) DS-Ri2/DS-Fi3 (+NIS-Elements) DS-Ri2/DS-Fi3 (+NIS-Elements)
Objective lens O
Reflected illumination
(ON/OFF, light intensity adjustment)
*When using LV-LH50PC
- -
Transmitted illumination
(ON/OFF, light intensity adjustment)
- -
Aperture stop - -
Observation method selector
(brightfield / darkfield / fluorescence)
- -

※Note: With NIS-Elements L and F, functions above are not available. Use NIS-Elements D/Br/Ar.




Camera System (Digital camera system for microscopes "Digital Sight System")
Microscope camera
DS-Fi3
Three main features of the previous models, high-resolution, high sensitivity and low noise, and high-speed live display are offered in 1 camera.

DS-Ri2
Capable of expressing images as is, this microscope digital camera offers high resolution, color reproduction, and frame rate.

Frame Rate 30 fps (1440×1024) 45 fps (1636×1088)
Max Recordable Pixels 2880×2048 2880×2048

Imaging software
NIS-Elements



Simply installing NIS-Elements L on a tablet PC enables setting and control of DS-Fi3/ DS-Ri2 microscope cameras, live image display, and image acquisition.

 
  • A wide variety of tools
NIS-Elements L enables the conducting of simple measurements on images, with input of lines and comments. These can also be written onto and saved with the image, and measurement data can be output.
 
  • Scene Mode
Ten camera setting patterns for optimal color reproduction and contrast for each microscope light source, observation method and type of sample, as well as custom settings, can be selected.
  • Wafer/IC
  • Metal, Ceramic/Plastic
  • Circuit board
  • Flat Panel Display
 
  • Image Stitching
Stitches together images acquired from multiple fields of view to create one image.
 
  • EDF (Extended Depth of Focus)
Create a single, all-in-focus image from images of differing focus.
 
* See the "Digital Camera Digital Sight Series for Microscopes" brochure for details on Digital Sight features.


Observation Methods

Compatible with a wide range of observation methods: brightfield, darkfield, polarizing, differential interference, epi-fluorescence, and two-beam interferometry.

Semiconductors (IC wafers)
From its objective lenses to its illumination systems, the LV-N Series offers thorough measures against flare and provides bright, high-contrast images.  



Semiconductors (IC wafers)
The use of Nikon's unique concepts in the objective lens darkfield illumination system enables bright darkfield observation and provides high-sensitivity detection of level differences and defects in samples.


Substrate
Standard-type and high-contrast-type DIC sliders are available to match samples. The LV-N Series is effective for applications such as observation of minute level differences in devices and precision molds.


Substrate (solder)
The LV-N Series demonstrates superiority in the observation of samples with fluorescent properties, such as organic ELs or mounted substrates.



Minerals
The LV-N Series is effective in the observation of samples with birefringent properties, such as liquid crystals or plastics/glass containing distortion.



Mica
Michelson (TI) and Mirau (DI) reflection-type two-beam interferometry is possible with the LV-N Series. When used with micrometer eyepieces, minute level differences can be detected and measured without contact with the sample.

LCD (color filter)
The LV-N Series is effective in the observation of samples with transparency, such as optical components, FPDs, and slide glass samples. When used in conjunction with the C-SP Simple Polarizer and analyzers, transmitted simple polarized observation is possible
Emulsion
Colorless, transparent samples can be made visible through bright/dark contrast and the use of diffraction and interference, two properties of light


Nanoparticle (silver)
Colorless, transparent samples can be observed in three dimensions by using polarization to create interference between two beams of light.




Lens Specifications

  Type Model Magnification Product Code No. NA Working Distance (mm)
  Brightfield T Plan EPI
Plan (Semi-apochromat)
MUE12010 0.03 3.8
2.5× MUE12030 0.075 6.5
TU Plan Fluor EPI
Universal Plan Fluor (Semi-apochromat)
MUE12050 0.15 23.5
10× MUE12100 0.3 17.5
20× MUE12200 0.45 4.5
50× MUE12500 0.8 1.0
100× MUE12900 0.9 1.0
TU Plan Apo EPI
Universal Plan Apo (Apochromat)
50× MUC11500 0.8 2.0
100× MUC11900 0.9 2.0
150× MUC11150 0.9 1.5
Polarizing TU Plan Fluor EPI P
Polarizing Universal Plan Fluor
(Semi-apochromat)
MUE13050 0.15 23.5
10× MUE13100 0.3 17.5
20× MUE13200 0.45 4.5
50× MUE13500 0.8 1.0
100× MUE13900 0.9 1.0
Brightfield
Long Working
Distance
TU Plan EPI ELWD
Long Working Distance Universal Plan
(Semi-apochromat)
20× MUE21200 0.4 19.0
50× MUE21500 0.6 11.0
100× MUE21900 0.8 4.5
Brightfield
Super-long Working
Distance
T Plan EPI SLWD
Super-long Working Distance Plan
(Semi-apochromat)
10× MUE31100 0.2 37.0
20× MUE31200 0.3 30.0
50× MUE31500 0.4 22.0
100× MUE31900 0.6 10.0
Brightfield/Darkfield TU Plan Fluor BD
Universal Plan Fluor (Semi-apochromat)
MUE42050 0.15 18.0
10× MUE42100 0.3 15.0
20× MUE42200 0.45 4.5
50× MUE42500 0.8 1.0
100× MUE42900 0.9 1.0
TU Plan Apo BD
Universal Plan Apo (Apochromat)
50× MUC41500 0.8 2.0
100× MUC41900 0.9 2.0
150× MUC41150 0.9 1.5
Brightfield/Darkfield
Long Working
Distance
TU Plan BD ELWD
Long Working Distance Universal Plan
(Semi-apochromat)
20× MUE61200 0.4 19.0
50× MUE61500 0.6 11.0
100× MUE61900 0.8 4.5
  • : Phase Fresnel lens (diffraction optical element) type
  • A circular polarizing plate and depolarizer are built into T Plan EPI 1x/2.5x. (Circular polarizing plate can be attached/detached.)

  Type Model Magnification Product Code No. NA Working Distance (mm)
  Brightfield
With Correction
Mechanism
L Plan EPI CR
For Inspecting LCDs Plan
20× MUE35200 0.45 10.9 - 10.0
50× MUE35500 0.7 3.9 - 3.0
100× MUE35900 0.85 1.2 - 0.85
100× MUE35910 0.85 1.3 - 0.95
Brightfield L Plan EPI Plan (Achromat) 40× MUE00400 0.65 1.0
Brightfield LU Plan Apo EPI
Universal Plan Apo (Apochromat)
100× MUC00090 0.95 0.4
150× MUC10151 0.95 0.3
Brightfield/Darkfield LU Plan Apo BD
Universal Plan Apo (Apochromat)
100× MUC40900 0.9 0.51
150× MUC50151 0.9 0.42
Brightfield LE Plan EPI (Aprochromat) MUD00050 0.1 31.0
10× MUD00100 0.25 13.0
20× MUD00200 0.4 3.6
50× MUD00500 0.75 0.5
100× MUD00900 0.9 0.31
Brightfield/Darkfield LE Plan BD (Aprochromat) MUD10050 0.1 18.0
10× MUD10100 0.25 13.0
20× MUD10200 0.4 3.6
50× MUD10500 0.75 0.5

Dimensions


System Diagram

for LV150N/LV150ND/LV100NDA/LV100NDA



System Diagram

for LV150NL