EMMS-ST_EN

Stepper motors EMMS-ST

Stepper motors EMMS-ST Key features Everything from a single source Stepper motors EMMSST

 4   

  

Corresponds to IEC 60034 2phase hybrid technology Optionally integrated encoder (closed loop) Sinusoidal current impressing Optionally with holding brake Protection class: IP54

Gear unit EMGASST

 13  





Planetary gear unit Gear ratio i = 3 and 5, available exstock Other ratios and versions on request Lifetime lubrication



Protection class: IP54

Motor controller CMMSST

 Internet: cmmsst 



Position controller with setpoint specifications for position, speed and torque Integrated encoder (closed loop), in other words no step losses, current following errors are corrected



Interfaces: – I/O interfac interfacee – CANo CANope penn – Profib Profibus us DP – Devic DeviceNe eNett

Power supply units SVG

 Internet: svg  

 

Sturdy mechanical system Input voltage 230 V AC/ 115 V AC Output voltage 24, 48 V DC Output current 5, 10, 20 A

Motor and encoder cables NEBM

 14 

  

Can be used in a wide temperature range Screened cables Suitable for use with energy chains Protection class IP65

Axial kits EAMM

 Internet: eamm 

Defined kits for all electromechanical axes from Festo

PROFIBUS®, DeviceNet®, CANopen® is a registered trademark of its respective trademark holder in certain countries. countries.

2

www.festo.com/catalogue/...  Internet: www.festo.com/catalogue/...

Subject to change – 2015/08

Stepper motors EMMS-ST EMMS-ST Type codes

EMMS

—

ST

—

42

—

S

—

SEB

—

G2

Type EMMS

Motor

Motor type ST

Stepper motor

Flange dimensions 28 42 57 87

28 mm 42 mm 57 mm 87 mm

Overall length options S M L

Small Medium Large

Additional function function S E B

Straight connection Encoder Brake

Generation G2

Second generation

2015/08 – Subject to change

 Internet: www.festo.com/catalogue/...

3

Stepper motors EMMS-ST Technical data

General technical data Size Motor Nominal voltage Nominal current Max. rotational speed1) Holding torque Stepper angle Winding resistance Winding inductance Outp Output ut mass mome oment of iner nertia tia Radial load on shaft Axial load on shaft Mass mom moment ent of of ine inerrtia tia of of ro rotor tor Brake Operating voltage Power Holding torque Mass moment of inertia Response delay Separation time 1) 2)

28

42

[V DC] [A] [rpm] [Nm] [°] [Ω] [mH] [kgc [kgcm m2] [N] [N] [kgc [kgcm m2]

48 1.4 6,000 0.09 1.8 ±5% 2.3 ±15% 1.4 0.018/0.025 2) 20 7 0.018

48 1.8 1,740 0.5 1.8 ±5% 1.75 ±15% 3.3 0.082/0.095 2) 20 7 0.082

[V DC] [W] [Nm] [kgcm2] [ms] [ms]

24 ±10% 8 0.2 0.007 2/6 10

24 ±10% 8 0.4 0.013 2/6 10

Theoretica Theoreticall max. rotationa rotationall speed while idling idling at nominal nominal voltage voltage W itit h b ra ra ke ke

Size Motor Nominal voltage Nominal current Max. rotational speed1) Holding torque Stepper angle Winding resistance Winding inductance Outp Output ut mass mome oment of iner nertia tia Radial load on shaft Axial load on shaft Mass mom moment ent of of ine inerrtia tia of of ro rotor tor Brake Operating voltage Power Holding torque Mass moment of inertia Response delay Separation time 1) 2)

4

57S [V DC] [A] [rpm] [Nm] [°] [Ω] [mH] [kgc [kgcm m2] [N] [N] [kgc [kgcm m2]

48 5 2,720 0.8 1.8 ±5% 0.15 ±10% 0.5 0.29/0.30 2) 52 10 0.29


24 ±10% 8 0.4 0.01 2/6 10

57M

1,940 1.4 0.25 ±10% 0.95 0.48/0.52)

0.48

10 1 0.02 2/6 12

Theoretica Theoreticall max. rotationa rotationall speed while idling idling at nominal nominal voltage voltage W itit h b ra ra ke ke



Stepper motors EMMS-ST EMMS-ST Technical data General technical data Size Motor Nominal voltage Nominal current Max. rotational speed 1) Holding torque Stepper angle Winding resistance Winding inductance Outp Output ut mas mass moment ment of ine inerti rtia Radial load on shaft Axial load on shaft Mas Mass mom momen entt of of ine inert rtia ia of ro rotor tor Brake Operating voltage Power Holding torque Mass moment of inertia Response delay Separation time 1) 2)

87S [V DC] [A] [rpm] [Nm] [°] [Ω] [mH] [kgc [kgcm m2] [N] [N] [kgc [kgcm m2]

48 9.5 2,130 2.5 1.8 ±5% 0.1 ±10% 0.45 1/1.07 2) 200 65 1


24 ±10% 11 2 0.07 2/6 25

87M

87L

550 5.9

430 9.3

0.23 ±10% 2.6 1.9/1.972)

0.23 ±10% 2.7 3/3.072)

1.9

3

2/6

2/6

Theoretica Theoreticall max. rotational rotational speed speed while idling idling at nominal nominal voltage voltage W itit h b ra rake

Technical data – Encoder Rotary position encoder Rotar Rotaryy posi positio tionn enc encode oderr meas measuri uring ng princi principle ple Pulses/revolution [1/rev] Interface Operating voltage [V DC]

Incremental Optoe Optoelec lectri trical cal 500 RS422, TTL, AB channel, zero index 5

Weight [g] Size

28

42

57S

57M

87S

87M

87L

Product weight With encoder With brake With encoder and brake

320 380 320 380

360 450 540 600

870 970 1,090 1,150

1,100 1,200 1,320 1,380

1,950 2,100 2,350 2,500

3,050 3,200 3,450 3,600

4,200 4,350 4,600 5,000

Operating and environmental conditions Size

28

42

57S

57M

87S

87M

87L

Insulation protection class Heat class to EN 600341 Rated class to EN 600341 Protection class: Motor shaft Protection class: Motor housing Ambient temperature [°C] Storage temperature [°C] Relative air humidity [%] (noncondensing) CE mark markin ingg (see (see decl declar arat atio ionn of confo onform rmit ity) y) Certification Note on materials 1)

B B S1 IP54 IP65 –10 … +50 –20 … +70 0 … 85

IP54

To EU EU EMC EMC Dire Direct ctiv ivee1) c UL us  Recognized (OL) RCM trademark RoHScompliant

For information about the applicability of the component component see the manufacturer’s manufacturer’s EC declaration of of conformity at: www.festo.com/s www.festo.com/spp  User documentation. If the component is subject to restrictions on usage in residential, office or commercial environments or small businesses, further measures to reduce the emitted interference may be necessary.



5

Stepper motors EMMS-ST Technical data Pin allocation Motor connection Size 28

Size 42, 57

Size 87

Pin

Function

Pin

Function

1 2 3 4 5 6 7 8 9

String A String A/ String B String B/ n.c. n.c. Brake (24 V) Brake (0 V) –

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15

String A String A String A/ String A/ String B String B String B/ String B/ n.c. n.c. Brake (24 V) Brake (0 V) n.c. n.c. n.c.

Encoder connection

Pin

Function

1 2 3 4 5 6 7 8

Signal trace A Signal trace A/ Signal trace B Signal trace B/ 0V Signal trace N Signal trace N/ 5V

6



Stepper motors EMMS-ST EMMS-ST Technical data Torque M as a function of rotational speed n EMMSST28

EMMSST42

EMMSST57S

EMMSST57M

24 V DC 48 V DC 72 V DC 24 V DC ¼ step 48 V DC ¼ step


-H-

Note

The characteristic curves apply in combination combination with the motor controller CMMSST.


7

Stepper motors EMMS-ST Technical data Torque M as a function of rotational speed n EMMSST87S

EMMSST87M

EMMSST87L

-H-

24 V DC 48 V DC 72 V DC 24 V DC ¼ step 48 V DC ¼ step

8


Note

The characteristic curves apply in combination with the motor controller CMMSST. The size EMMSST87 is operated with the motor controller CMMSST with max. 8A.


Stepper motors EMMS-ST EMMS-ST Technical data Download CAD data  www.festo.com

Dimensions Size 28 EMMSST…S/SE

EMMSST…SB/SEB

1 Motor cable 2 Encoder cable Type

B1

B2

D1

D2





D3

H1

1

0.2

–0.013

–0.03

EMMSST28LS EMMSST28LSE EMMSST28LSB EMMSST28LSEB

28

23

5

22

M2.5x4.5

44

Type

L1

L2

L3

L4

L5

L6

1

1

0.5

67

43

29

1

EMMSST28LS EMMSST28LSE EMMSST28LSB EMMSST28LSEB


701 20

2

961.5


9

Stepper motors EMMS-ST Technical data Download CAD data  www.festo.com

Dimensions Sizes 42, 57, 87 EMMSST…S

EMMSST…SB

EMMSST…SE/SEB

Plug pattern 9pin SubD plug with size 42, 57

10

15pin SubD plug with size 87



Stepper motors EMMS-ST EMMS-ST Technical data Type

B1

B2

D1

D2





D3

D4 

0.2

EMMSST42SSG2 EMMSST42SSEG2 EMMSST42SSBG2 EMMSST42SSEBG2 EMMSST57SSG2 EMMSST57SSEG2 EMMSST57SSBG2 EMMSST57SSEBG2 EMMSST57MSG2 EMMSST57MSEG2 EMMSST57MSBG2 EMMSST57MSEBG2 EMMSST87SSG2 EMMSST87SSEG2 EMMSST87SSBG2 EMMSST87SSEBG2 EMMSST87MSG2 EMMSST87MSEG2 EMMSST87MSBG2 EMMSST87MSEBG2 EMMSST87LSG2 EMMSST87LSEG2 EMMSST87LSBG2 EMMSST87LSEBG2

– M12 – M12 – M12 – M12 – M12 – M12 – M12 – M12 – M12 – M12 – M12 – M12

42.3

31

5 –0.012

22–0.05

56.4

47.14

6.35 –0.013

38.10.025

85.85

69.5

11 –0.013

73–0.046

Type

H1

H2

L1

L2

L3

L4

EMMSST42SSG2 EMMSST42SSEG2 EMMSST42SSBG2 EMMSST42SSEBG2 EMMSST57SSG2 EMMSST57SSEG2 EMMSST57SSBG2 EMMSST57SSEBG2 EMMSST57MSG2 EMMSST57MSEG2 EMMSST57MSBG2 EMMSST57MSEBG2 EMMSST87SSG2 EMMSST87SSEG2 EMMSST87SSBG2 EMMSST87SSEBG2 EMMSST87MSG2 EMMSST87MSEG2 EMMSST87MSBG2 EMMSST87MSEBG2 EMMSST87LSG2 EMMSST87LSEG2 EMMSST87LSBG2 EMMSST87LSEBG2

– 13 – 13 – 13 – 13 – 13 – 13 – 13 – 13 – 13 – 13 – 13 – 13

241

2

–

20.6 0.5

1.6

5

6.5

661 941.2 1141.3 127 1.3 73.50.8 102.5 1.1 123.5 1.1 138 1.1 950.8 124 1.1 1451.1 159.5 1.1 82.61 112.6 1.3 132.6 1.3 152.6 1.3 114.91 144.9 1.3 164.9 1.3 184.9 3 144.91 174.9 1.3 194.9 1.3 214.9 1.3

271

2

8.38



M3x4.5

5

6.6

11

Stepper motors EMMS-ST Technical data Ordering data Size 28

Variant Basic design

With encoder 



42



   

57



   



   

87



   



   



   

12


Type

1451384 1430663 1451383 1451382

EMMS-S EMMS-ST-28-L T-28-L-S -S EMMS-S EMMS-ST-28-L T-28-L-SE -SE EMMS-S EMMS-ST-28-L T-28-L-SB -SB EMMS-S EMMS-ST-28-L T-28-L-SE -SEB B

1370470 1370471 1370472 1370473 1370474 1370475 1370476 1370477 1370478 1370479 1370480 1370481 1370482 1370483 1370484 1370485 1370486 1370487 1370488 1370489 1370490 1370491 1370493 1370494

EMMS-S EMMS-ST-42-S T-42-S-S-G -S-G2 2 EMMS-S EMMS-ST-42-S T-42-S-SE -SE-G2 -G2 EMMS-S EMMS-ST-42-S T-42-S-SB-G -SB-G2 2 EMMS EMMS-ST -ST-42-S-42-S-SEBSEB-G2 G2 EMMS-S EMMS-ST-57-S T-57-S-S-G -S-G2 2 EMMS-S EMMS-ST-57-S T-57-S-SE -SE-G2 -G2 EMMS-S EMMS-ST-57-S T-57-S-SB-G -SB-G2 2 EMMS EMMS-ST -ST-57-S-57-S-SEBSEB-G2 G2 EMMS-S EMMS-ST-57-M T-57-M-S-G2 -S-G2 EMMS-S EMMS-ST-57-M T-57-M-SE-SE-G2 G2 EMMS-S EMMS-ST-57-M T-57-M-SB-G -SB-G2 2 EMMS EMMS-ST -ST-57-M-57-M-SEBSEB-G2 G2 EMMS-S EMMS-ST-87-S T-87-S-S-G -S-G2 2 EMMS-S EMMS-ST-87-S T-87-S-SE -SE-G2 -G2 EMMS-S EMMS-ST-87-S T-87-S-SB-G -SB-G2 2 EMMS EMMS-ST -ST-87-S-87-S-SEBSEB-G2 G2 EMMS-S EMMS-ST-87-M T-87-M-S-G2 -S-G2 EMMS-S EMMS-ST-87-M T-87-M-SE-SE-G2 G2 EMMS-S EMMS-ST-87-M T-87-M-SB-G -SB-G2 2 EMMS EMMS-ST -ST-87-M-87-M-SEBSEB-G2 G2 EMMS-S EMMS-ST-87-L T-87-L-S-G -S-G2 2 EMMS-S EMMS-ST-87-L T-87-L-SE -SE-G2 -G2 EMMS-S EMMS-ST-87-L T-87-L-SB-G -SB-G2 2 EMMS EMMS-ST -ST-87-L-87-L-SEBSEB-G2 G2

With br brake





Part No.




Stepper motors EMMS-ST EMMS-ST Accessories Gear unit EMGA

General technical data For motor size Gear unit type Gear ratio

[i]

Continuous output torque1) Max. output torque Torsional rigidity Torsional backlash Moment of inertia2) Efficiency Operating temperature3) Protection class 1) 2) 3)

42 EMGA40PG… 3

[Nm] [Nm] [Nm/arcmin] [deg] [kgcm2] [%] [°C]

11 17.6 1 0.25 0.031 98 –25 … +90 IP54

57 EMGA60PG… 3

5 14 22

22 35.2 2.3 0.17 0.135

0.019

87 EMGA80PG… 3

5 22 35.2

85 136 6 0.12 0.77

0.078

5 110 176

0.45

At the the out outpu putt shaf shaftt In relat relation ion to the the drive drive shaft shaft Note the tempera temperature ture range range of the motor

Dimensions

For size

42 57 87

Download CAD data  www.festo.com

B1

40 60 90

Ordering data For size 42 57 87


D1

D2

D3

D4

D5











h7

h7

10 11 20

26 40 60

D6

D7

L1

L2

1.5

12 17 25

40 60 80

34 52 70

3.4

M4 M5

M4 M5 M6

92.5 106 135.5

26 0.6 35 0.8 40 0.8

L3

L4

0.2

0.2

23 30 36

2 3 3

L5

L6

T1

T2

39 47 60

27.5 24 35.5

5 8 12

6 8 10

Gear ratio

Part No.

Type

3 5 3 5 3 5

549428 549428 549429 549429 549430 549430 549431 549431 549432 549432 549433 549433

EMGA-4 EMGA-40-P 0-P-G3 -G3-S -SST ST-42 -42 EMGA-4 EMGA-40-P 0-P-G5 -G5-S -SST ST-42 -42 EMGA-6 EMGA-60-P 0-P-G3 -G3-S -SST ST-57 -57 EMGA-6 EMGA-60-P 0-P-G5 -G5-S -SST ST-57 -57 EMGA-8 EMGA-80-P 0-P-G3 -G3-S -SST ST-87 -87 EMGA-8 EMGA-80-P 0-P-G5 -G5-S -SST ST-87 -87


13

Stepper motors EMMS-ST Accessories Ordering data Description

Cable length [m]

Part No.

Type

1.5 2.5 5.0 7.0 10.0 X length 1)

1449600 1449601 1449602 1449603 1449604 1449605 1449605

NEBM-M12G8NEBM-M12G8-E-1.5E-1.5-Q5-LE Q5-LE6 6 NEBM-M12G8NEBM-M12G8-E-2.5E-2.5-Q5-LE Q5-LE6 6 NEBM-M12G8NEBM-M12G8-E-5-Q5 E-5-Q5-LE6 -LE6 NEBM-M12G8NEBM-M12G8-E-7-Q5 E-7-Q5-LE6 -LE6 NEBM-M12G8NEBM-M12G8-E-10-Q E-10-Q5-LE6 5-LE6 NEBM-M NEBM-M12G 12G8-E 8-E--…-Q5-LE6

5.0 10.0 15.0 X length 1)

550740 550740 550741 550741 550742 550742 55074 550743 3

NEBM-S NEBM-S1G9 1G9-E-E-5-L 5-LE6 E6 NEBM-S NEBM-S1G9 1G9-E-E-1010-LE6 LE6 NEBM-S NEBM-S1G9 1G9-E-E-1515-LE6 LE6 NEBM NEBM-S -S1G 1G99-EE-… …-LE6

1.5 2.5 5.0 7.0 10.0 X length 1)

1450368 1450369 1450370 1450371 1450372 1450373 1450373

NEBM-S1G9NEBM-S1G9-E-1.5E-1.5-Q5-LE Q5-LE6 6 NEBM-S1G9NEBM-S1G9-E-2.5E-2.5-Q5-LE Q5-LE6 6 NEBM-S1G9NEBM-S1G9-E-5-Q5 E-5-Q5-LE6 -LE6 NEBM-S1G9NEBM-S1G9-E-7-Q5 E-7-Q5-LE6 -LE6 NEBM-S1G9NEBM-S1G9-E-10-Q E-10-Q5-LE6 5-LE6 NEBM-S NEBM-S1G9 1G9-E-E-…-Q5-LE6

1.5 2.5 5.0 7.0 10.0 X length 1)

1450736 1450737 1450738 1450739 1450740 1450741 1450741

NEBM-S1W9-E NEBM-S1W9-E-1.5-Q -1.5-Q5-LE6 5-LE6 NEBM-S1W9-E NEBM-S1W9-E-2.5-Q -2.5-Q5-LE6 5-LE6 NEBM-S1W9-E NEBM-S1W9-E-5-Q5-5-Q5-LE6 LE6 NEBM-S1W9-E NEBM-S1W9-E-7-Q5-7-Q5-LE6 LE6 NEBM-S1W9-E NEBM-S1W9-E-10-Q5-10-Q5-LE6 LE6 NEBM-S NEBM-S1W9 1W9-E-E-… …-Q5-LE6

5.0 10.0 15.0 X length 1)

550744 550744 550745 550745 550746 550746 55074 550747 7

NEBM-S NEBM-S1G1 1G15-E 5-E-5-5-LE6 LE6 NEBM-S NEBM-S1G1 1G15-E 5-E-10-10-LE6 LE6 NEBM-S NEBM-S1G1 1G15-E 5-E-15-15-LE6 LE6 NEBM NEBM-S -S1G 1G1515-EE-… …-LE6

Motor cable For EMMSST28 and motor controller CMMOST Straight plug – Min. bending bending radius: radius: 62 62 mm – Suitable for use with energy energy chains chains – Ambient Ambient temperature temperature:: –40 … +80 °C

For EMMSST42/57 and motor controller CMMSST Straight plug – Min. bending bending radius: radius: 58 58 mm – Suitable for use with energy energy chains chains – Ambient Ambient temperature temperature:: –40 … +70 °C and motor controller CMMOST Straight plug – Min. bending bending radius: radius: 62 62 mm – Suitable for use with energy energy chains chains – Ambient Ambient temperature temperature:: –40 … +80 °C

Angled plug – Min. bending bending radius: radius: 62 62 mm – Suitable for use with energy energy chains chains – Ambient Ambient temperature temperature:: –40 … +80 °C

For EMMSST87 and motor controller CMMSST Straight plug – Min. bending bending radius: radius: 70 70 mm – Suitable for use with energy energy chains chains – Ambient Ambient temperature temperature:: –30 … +70 °C 1)

14

Max. 25 25 m. Avail Available able in 0.1 0.1 m increme increments. nts.



Stepper motors EMMS-ST EMMS-ST Accessories Ordering data Description

Cable length [m]

Part No.

Type

1.5 2.5 5.0 7.0 10.0 X length 1)

1450834 1450835 1450836 1450837 1450838 1450839 1450839

NEBM-S1G15NEBM-S1G15-E-1.5 E-1.5-Q7-LE -Q7-LE6 6 NEBM-S1G15NEBM-S1G15-E-2.5 E-2.5-Q7-LE -Q7-LE6 6 NEBM-S1G15NEBM-S1G15-E-5-Q E-5-Q7-LE6 7-LE6 NEBM-S1G15NEBM-S1G15-E-7-Q E-7-Q7-LE6 7-LE6 NEBM-S1G15NEBM-S1G15-E-10E-10-Q7-LE6 Q7-LE6 NEBM-S NEBM-S1G1 1G15-E 5-E--…-Q7-LE6

1.5 2.5 5.0 7.0 10.0 X length 1)

1450943 1450944 1450945 1450946 1450947 1450948 1450948

NEBM-S1W15NEBM-S1W15-E-1.5 E-1.5-Q7-LE -Q7-LE6 6 NEBM-S1W15NEBM-S1W15-E-2.5 E-2.5-Q7-LE -Q7-LE6 6 NEBM-S1W15NEBM-S1W15-E-5-Q E-5-Q7-LE6 7-LE6 NEBM-S1W15NEBM-S1W15-E-7-Q E-7-Q7-LE6 7-LE6 NEBM-S1W15NEBM-S1W15-E-10-Q E-10-Q7-LE6 7-LE6 NEBM-S NEBM-S1W15 1W15-E-E-… …-Q7-LE6

5.0 10.0 15.0 X length 1)

550748 550748 550749 550749 550750 550750 55075 550751 1

NEBM-M NEBM-M12G 12G8-E 8-E-5-5-S1G S1G9 9 NEBM-M NEBM-M12G 12G8-E 8-E-10 -10-S1 -S1G9 G9 NEBM-M NEBM-M12G 12G8-E 8-E-15 -15-S1 -S1G9 G9 NEBM NEBM-M -M12G 12G88-EE-… …-S1G9

1.5 2.5 5.0 7.0 10.0 X length 1)

1451586 1451587 1451588 1451589 1451590 1451591 1451591

NEBM-M12G8NEBM-M12G8-E-1.5E-1.5-LE8 LE8 NEBM-M12G8NEBM-M12G8-E-2.5E-2.5-LE8 LE8 NEBM-M12G8NEBM-M12G8-E-5-L E-5-LE8 E8 NEBM-M12G8NEBM-M12G8-E-7-L E-7-LE8 E8 NEBM-M12G8NEBM-M12G8-E-10-L E-10-LE8 E8 NEBM-M NEBM-M12G 12G8-E 8-E--…-LE8

1.5 2.5 5.0 7.0 10.0 X length 1)

1451674 1451675 1451676 1451677 1451678 1451679 1451679

NEBM-M12W8NEBM-M12W8-E-1.5E-1.5-LE8 LE8 NEBM-M12W8NEBM-M12W8-E-2.5E-2.5-LE8 LE8 NEBM-M12W8NEBM-M12W8-E-5-L E-5-LE8 E8 NEBM-M12W8NEBM-M12W8-E-7-L E-7-LE8 E8 NEBM-M12W8NEBM-M12W8-E-10-L E-10-LE8 E8 NEBM-M NEBM-M12W 12W8-E 8-E--…-LE8

Motor cable For EMMSST87 and motor controller CMMOST Straight plug – Min. bending bending radius: radius: 80 80 mm – Suitable for use with energy energy chains chains – Ambient Ambient temperature temperature:: –40 … +80 °C


Encoder cable For motor controller CMMSST Straight plug – Min. bending bending radius: radius: 51 51 mm – Suitable for use with energy energy chains chains – Ambient Ambient temperature temperature:: –40 … +70 °C For motor controller CMMOST Straight plug – Min. bending bending radius: radius: 68 68 mm – Suitable for use with energy energy chains chains – Ambient Ambient temperature temperature:: –40 … +80 °C


1)

Max. 25 25 m. Avail Available able in 0.1 0.1 m increme increments. nts.



15

EMMS-ST_EN

Recommend Documents