LK V xx.20.15

Technical Datasheet

Machine Performance: LK V 25.20.15, 30.20.15 and 35.20.15

Tactile Probes

Probing

Length Measurement

Scanning

MPEP (µm) according to ISO 10360-2:2001

MPEE (µm, L/mm) according to ISO 10360-2:2001

MPETHP/time (µm/s) according to ISO 10360-4:2000

EDD MS 2.0

Rev C1 12/04/13v C1 12/04

1 Standard Temperature Range

18-22˚C

2 Extended Temperature Range

16-26˚C Max. 3D

Speed

(mm/s)

Max. 3D

Acc

(mm/s²) Probe System MPE P MPE E MPE THP/time MPE P MPE E MPE THP/time

3 PH10MQ PLUS / TP20 4.2 3.0+L/400 - 4.2 3.0+3L/400 -

600 1014

3 PH10MQ PLUS / TP200 2.5 3.0+L/400 - 2.5 3.0+3L/400 -

3 PH20 tbc tbc - tbc tbc -

4 PH10MQ PLUS / SP25M 2.3 3.0+L/400 2.8/53 2.3 3.0+3L/400 2.8/53

5 SP80 tbc tbc tbc - - -

6 REVO / RSP2 3.75 3.0+L/400 3.0/9 - - -

7 REVO / RSP3 3.1 3.0+L/400 3.0/53 - - -

1 Standard environment temperature variation 1˚C/hour, 2˚C/8 hours, gradient 1˚C/metre (vertically and horizontally)

2 Extended environment temperature variation 2˚C/hour, 5˚C/24 hours, gradient 1˚C/metre

3 Stylus assembly with standard force module, maximum length 20mm or maximum of 1g weight

4 Stylus assembly with SM25-2/SH25-2, maximum length 50mm

5 Stylus assembly for MPEE and MPEP length 150mm and diameter 8mm, for MPETHP/time length 80mm and diameter 3mm.

6 REVO tested with RSP250 module. DIN EN ISO 10360-4 derived test with helix scan at probe head angle A45B45, filtered to 30 UPR

7 REVO tested with RSP3-3 probe. DIN EN ISO 10360-4 test with standard ISO scan path at probe head angle A45B45, filtered to 30 UPR

Laser Scanners

Probing

Length Measurement

Multi-stylus

MPEP (µm) derived from ISO 10360-2:2001

MPEE (µm, L/mm) derived from ISO 10360-2:2001

MPEAL (µm) derived from ISO 10360-5:2010

Standard Temperature Range

18-22˚C

Extended Temperature Range

16-26˚C

Probe System 1

MPE P 1

MPE E 2

MPE AL 1

MPE P 1

MPE E 2

MPE AL

PH10MQ PLUS / LC15Dx 2.5 5.0+L/400 6.0 2.5 5.0+3L/400 6.0

PH10MQ PLUS / LC50Cx 15.0 7.0+L/400 19.0 15.0 7.0+3L/400 19.0

PH10MQ PLUS / LC60Dx 7.0 7.0+L/400 9.0 7.0 7.0+3L/400 9.0

PH10MQ PLUS / XC65Dx 10.0 5.0+L/400 9.0 10.0 5.0+3L/400 9.0

PH10MQ PLUS / XC65Dx-LS 12.0 5.0+L/400 12.0 12.0 5.0+3L/400 12.0

1 Sphere measured using a single probe head position, 1δ sphere fit used for accuracy.

2 Sphere measured using five probe head positions, maximum 3D deviation of all five fitted sphere centres used for accuracy.

ISO 10360-2:2001 MPEE : maximum permissible length error

• Five different length gauges are measured three times in seven different locations on the CMM, 105 measurements in total. • The shortest gauge is less than 30mm and longest at least 66% of the longest diagonal of the CMM, up to a maximum of 2m.

• The difference between the measured length and calibrated length, traceable to National Standards, is taken as the error. • The error of all 105 measurements must not exceed the MPE

E value quoted by the CMM manufacture.

ISO 10360-2:2001 MPEP : maximum permissible probing error

• A test sphere is measured using 25 touch points while in a single location on the CMM.

• The nominal diameter of the test sphere must be between 10mm and 50mm.

• All 25 touch points are used to calculate a best-fit sphere and the radial distance of each touch point to that sphere centre.

• The difference, between the minimum radial distance and maximum radial distance, must not exceed the MPEP value quoted by

the CMM manufacture.

ISO 10360-4:2000 MPETHP and MPEtime : maximum permissible scanning error, and time taken to perform the test

• A test sphere is measured using 4 scans while in a single location on the CMM. • The nominal diameter of the test sphere must be 25mm and calibrated sphere radius traceable to National Standards.

• All 4 scans are used to calculate a best-fit sphere and the radial distance of each measured point to that sphere centre.

• The maximum absolute difference, between the individual radial distances and calibrated sphere radius, must not exceed the

MPETHP value quoted by the CMM manufacture.

• The time taken MPETHP to complete the test must be stated if the test results are to be considered valid.

Accuracy Verification and Acceptance Tests

Machine Performance: LK V 40.20.15, 45.20.15, 50.20.15, 60.20.15 and 65.20.15

Tactile Probes

Probing

Length Measurement

Scanning

MPEP (µm) according to ISO 10360-2:2001

MPEE (µm, L/mm) according to ISO 10360-2:2001

MPETHP/time (µm/s) according to ISO 10360-4:2000

EDD MS 2.0

Rev C1 12/04/13v C1 12/04

1 Standard Temperature Range

18-22˚C

2 Extended Temperature Range

16-26˚C Max. 3D

Speed

(mm/s)

Max. 3D

Acc

(mm/s²) Probe System MPE P MPE E MPE THP/time MPE P MPE E MPE THP/time

3 PH10MQ PLUS / TP20 4.2 4.0+L/400 - 4.2 4.0+3L/400 -

600 1014

3 PH10MQ PLUS / TP200 2.5 4.0+L/400 - 2.5 4.0+3L/400 -

3 PH20 tbc tbc - tbc tbc -

4 PH10MQ PLUS / SP25M 2.3 4.0+L/400 2.8/53 2.3 4.0+3L/400 2.8/53

5 SP80 tbc tbc tbc - - -

6 REVO / RSP2 3.75 4.0+L/400 3.75/9 - - -

7 REVO / RSP3 3.1 4.0+L/400 3.0/53 - - -

1 Standard environment temperature variation 1˚C/hour, 2˚C/8 hours, gradient 1˚C/metre (vertically and horizontally)

2 Extended environment temperature variation 2˚C/hour, 5˚C/24 hours, gradient 1˚C/metre

3 Stylus assembly with standard force module, maximum length 20mm or maximum of 1g weight

4 Stylus assembly with SM25-2/SH25-2, maximum length 50mm

5 Stylus assembly for MPEE and MPEP length 150mm and diameter 8mm, for MPETHP/time length 80mm and diameter 3mm.

6 REVO tested with RSP250 module. DIN EN ISO 10360-4 derived test with helix scan at probe head angle A45B45, filtered to 30 UPR

7 REVO tested with RSP3-3 probe. DIN EN ISO 10360-4 test with standard ISO scan path at probe head angle A45B45, filtered to 30 UPR

Laser Scanners

Probing

Length Measurement

Multi-stylus

MPEP (µm) derived from ISO 10360-2:2001

MPEE (µm, L/mm) derived from ISO 10360-2:2001

MPEAL (µm) derived from ISO 10360-5:2010

Standard Temperature Range

18-22˚C

Extended Temperature Range

16-26˚C

Probe System 1

MPE P 1

MPE E 2

MPE AL 1

MPE P 1

MPE E 2

MPE AL

PH10MQ PLUS / LC15Dx 2.5 6.0+L/400 6.0 2.5 6.0+3L/400 6.0

PH10MQ PLUS / LC50Cx 15.0 8.0+L/400 19.0 15.0 8.0+3L/400 19.0

PH10MQ PLUS / LC60Dx 7.0 8.0+L/400 9.0 7.0 8.0+3L/400 9.0

PH10MQ PLUS / XC65Dx 10.0 6.0+L/400 9.0 10.0 6.0+3L/400 9.0

PH10MQ PLUS / XC65Dx-LS 12.0 6.0+L/400 12.0 12.0 6.0+3L/400 12.0

1 Sphere measured using a single probe head position, 1δ sphere fit used for accuracy.

2 Sphere measured using five probe head positions, maximum 3D deviation of all five fitted sphere centres used for accuracy.

Weights and Dimensions: LK V 25.20.15, 30.20.15, 35.20.15, 40.20.15 and 65.20.15

Metric units

Models

Strokes

(mm)

Overall dimensions

(mm)

Daylights

(mm)

Table

(mm)

Inserts

(mm)

Max.

part

weight

(kg)

Machine

weight

(kg) X Y 1

Z A B C B1 B2 C1 C2 C3 D1 D2

25.20.15 2540 2032 1525 3735 2855 4525 2174 146 1629 400 710 285 177 3222 9096

30.20.15 3048 2032 1525 4435 2855 4525 2174 146 1629 500 710 285 182 3897 13148

35.20.15 3556 2032 1525 4942 2855 4525 2174 146 1629 500 710 285 185 4568 14987

40.20.15 4064 2032 1525 5450 2855 4575 2174 146 1629 550 760 285 190 5242 18483

65.20.15 6604 2032 1525 8340 2945 4775 2174 146 1629 750 960 285 241 8617 40119

1 For REVO, reduce the given stroke by 120mm and for PH20, reduce the given stroke by 60mm

Imperial / English units

Models

Strokes

(in)

Overall dimensions

(in)

Daylights

(in)

Table

(in)

Inserts

(in)

Max.

part

weight

(lb)

Machine

weight

(lb) X Y 1

Z A B C B1 B2 C1 C2 C3 D1 D2

25.20.15 100 80 60 147 112.4 178.1 85.6 5.7 64.1 15.7 28 11.2 7 7103 20053

30.20.15 120 80 60 174.6 112.4 178.1 85.6 5.7 64.1 19.7 28 11.2 7.2 8591 28986

35.20.15 140 80 60 194.6 112.4 178.1 85.6 5.7 64.1 19.7 28 11.2 7.3 10071 33041

40.20.15 160 80 60 214.6 112.4 180.1 85.6 5.7 64.1 21.6 29.9 11.2 7.5 11557 40748

65.20.15 260 80 60 328.3 116 188 85.6 5.7 64.1 29.5 37.8 11.2 9.5 18997 88447

1 For REVO, reduce the given stroke by 4.72” and for PH20 reduce the given stroke by 2.36”

Technical Characteristics: LK V xx.20.15

Machine

X axis guideway Granite table incorporating integral dovetail section guideway

Flatness to DIN 876/III grade 0 with threaded inserts M10 x 1.5 on a 250mm grid

Y axis guideway Mono-crystalline alumina ceramic beam (96% aluminium oxide, 4% silica-magnesia-glass)

Cross-section 375 x 120mm

Z axis guideway Mono-crystalline alumina ceramic spindle with adjustable pneumatic counterbalance

Cross-section 90 x 80mm

Air bearings (all axes) Pre-loaded unique single orifice, multi-groove design with <5µm air gap and increased stiffness

Motors DC servomotors with step-down gearing to all axes

Friction drives Incorporating chrome plated hardened steel drive bar to the X and Z axis

Large section, high yield stainless steel belt to Y axis

Measuring system Renishaw linear encoder scales (gold on steel) with 0.1µm resolution

Twin scale system to X axis

Scales bonded to granite/ceramic guideway, no separate thermal compensation required

Temperature compensation Integrated temperature sensors for the machine with real-time temperature monitoring

Re-positional temperature sensor for the component with real-time temperature monitoring

Compensation of probe assembly applied direct to the stylus

Air supply Minimum air supply pressure 6 bar (90 psi), air consumption minimum 125 NL/min (4.4 cfm)

Acceptable vibration Maximum 1.27µm (peak-to-peak) over 3.5 to 90Hz range

Optional pneumatic anti-vibration damping available (on-site retrofit possible)

Power supply 115V/30A or 230V/13A, 50 to 60Hz regulated to within +10% -5%

Supported Probe Systems

Motorised probe heads Renishaw PH10MQ PLUS, PH20, REVO (RSP2, RSP3)

Touch-trigger probes Renishaw TP20, TP200, TP7M

Scanning probes/heads Renishaw SP25M (SM25-1 to SM25-5 inclusive), SP80

Laser probes Nikon Metrology LC15Dx, LC50Cx, LC60Dx, XC65Dx, XC65DX-LS

Stylus/probe changers Renishaw MCR20, SCR200, SCP80, FCR25 (standalone and MRS mounted), ACR3 (MRS mounted)

Approval

Full CE certification in accordance with harmonised standards:

2006/95/EC (low voltage directive)

2004/108/EC (electromagnetic directive)

2006/42/EC (machinery directive)

EN 983 :1996+A1 :2008 (safety of machinery: pneumatics)

ISO 13850:2008 (safety of machinery: emergency stop)

EN ISO 12100:2010 (safety of machinery: general principles of design)

EN 60204-1 :2006+A1 :2009 (safety of machinery. electrical equipment of machines. general)

EN 61000-6-2:2005 (electromagnetic immunity: general industrial)

EN 61000-6-4:2007 (electromagnetic emissions: generic)

Warranty

12 months warranty as standard.

Unique 10 year original accuracy guarantee as standard.

Extended warranty also available, ask your Nikon Metrology provider for more information.

Terms and conditions apply, see Nikon Metrology website for full details.

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