Industrial Robot. Technical Information. KK Series. SK Series. KA Series. KS Series. KU Series. KE Series. Appendix P. 01 P. 23 P. 33 P. 67 P.

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1 Industrial Robot Technical Information KK Series P. 0 SK Series P. K Series P. 33 KS Series P. 67 KU Series P. 3 KE Series P. 6 ppendix P. 90 (The specifications in this catalogue are subject to change without notification.)

2 K02TE09-04 Industrial Robot KK Series. Features 〇 n integrated system 〇 Easy installation and maintenance 〇 Compact and lightweight 〇 High accuracy 〇 High stiffness 〇 Complete selection of accessories for most applications. Caption: FEM nalysis The KK Industrial Robot features a slider actuated by a motor-driven ballscrew and guided by a linear guideway with a U-shape rail. The slider acts as the ballscrew s nut and the guideway s block. Taiwan Patent No. 22 China Patent No US Patent No ermany Patent No

3 2 K02TE Model Number of KK Series Example: KK0P-400-FCS0 KK 0 P E E 2 E - FO C S0 M KK Stage Nominal Width: 40,,, 6, 00, Ballscrew Lead: KK 40 : KK : 2 KK : 5, 0 KK 6 : 0, 20 KK 00 : 20 KK : 25 ccuracy rade: P: Precision, C: Normal E: Ballscrew Special Order None: Normal Type (unit : mm) KK40 : 00,, 200 KK :, 200, 2, 0 KK :, 200, 0, 400, 0, 0 KK6 : 340, 440, 540, 640, 740, 940 KK00 : 90, 00, 0, 20, KK : 90, 0,, E: Rail Special Order None: Normal Type M:Supply With Motor None:Without Motor Limit Switch: S0: Switch Rail Only S: Omron SX67 S2: Omron SX674 S3: SUNX X-F2 S4: SUNX X-F2-P None: No Limit Switch and Rail C: luminum Cover B: Bellows None: Normal Type Motor daptor Flange ref. catalog (P.6~P.9) E: Block Special Order None: Normal Type Number of Blocks: or 2 Block Type: : Normal S: Short

4 K02TE Maximum Speed Limit Ballscrew Lead Model (mm) KK40 0 KK KK 0 0 KK6 20 KK00 20 KK 25 (mm) Speed (mm/sec) Precision Normal

5 4 K02TE Specifications M Y M R M P Ballscrew uideway Model No. Nominal Diameter (mm) Lead (mm) Basic Dynamic Load (N) Basic Static Load (N) Basic Dynamic Load Rating (N) Basic Static Load Rating (N) llowable Static Moment M P (N-m) (pitching) Static Rated Moment llowable Static Moment M Y (N-m) (yawing) llowable Static Moment M R (N-m) (rolling) Block Block Block Block Block Block Block Block Block Block Block Block Block Block Block Block S S 2 S S2 2 S S2 2 S S2 KK40 KK KK KK KK6 KK6 KK00 Precision Normal Precision Normal Precision Normal Precision Normal Precision Normal Precision Normal Precision Normal KK Precision Normal

6 K02TE ccuracy rade Model KK40 KK KK KK6 Rail Length Unit : mm Repeatability ccuracy Running Parallelism Starting Torque(N-cm) Precision Normal Precision Normal Precision Normal Precision Normal ±0.003 ± ±0.003 ± ±0.003 ± ±0.003 ± ±0.003 ± ±0.003 ± ±0.003 ± ±0.005 ± KK00 0 ±0.005 ± ±0.005 ± KK 0 ±0.005 ± ±0.007 ±

7 6 K02TE Motor and Motor daptor Flange.6. Motor and Motor daptor Flange Model Motor KK40 KK KK KK6 KK00 KK C Servo Motor Stepping Motor FRC0022(00W) F2 F2 F2 F3 HIWIN FRC02022(200W) F0 F0 F Mikrosystem FRC04022(400W) F0 F0 F FRC07522(7W) F F2 MSM3Z(W) MSM5Z(W) F2 F2 F2 F3 MSM0(00W) Panasonic MSM02(200W) F MSM04(400W) MSM0(7W) F4 F2 F4 HC-PQ033(W) Mitsubishi HC-PQ053(W) HC-PQ3(00W) HC-KFS053(W) HC-KFS3(00W) F F F F F F F2 F2 HC-KFS(200W) HC-KFS43(400W) F0 F0 F HC-MF73(7W) F F2 SMH-3(W) SMH-5(W) SMH-0(00W) SMPH-0(00W) F F F2 Yaskawa SMH-02(200W) SMH-04(400W) SMPH-02(200W) SMPH-04(400W) F0 F0 F F0 SMH-0(7W) F F2 Nema7 F3 F3 F5 Nema F4 F6 Nema34 F4 FRST0024 F3 F3 F5 FRST02024 F3 F3 F5 FRST F3 F3 F5 HIWIN FRST0224 F3 F3 F5 Mikrosystem FRST024 F3 F3 F5 FRST2024 F3 F3 F5 FRST22024 F3 F3 F5 FRST224 F3 F3 F5 PK24 F3 F3 F5 PK26 F4 F6 VEXT PK29 F4 F3 PK54 F3 F5 PK56 F5 PK59 F3 Nema7 F3 F3 F5 Nema F4 F6 Nema34 F4

8 K02TE Motor housing and Motor adaptor Flange KK40 Motor housing F0 Ø Ø Motor adaptor Flange F Motor adaptor Flange F3 Motor adaptor Flange F2 Mount Housing H h h KK Motor housing F0 Motor adaptor Flange F Motor adaptor Flange F3 Motor adaptor Flange F2 Mount Housing H M3xPxDP 5h h 36 24

9 K02TE09-04 KK Motor housing F0 Motor adaptor Flange F3 Ø KK6 Motor housing F0 Motor adaptor Flange F4 Motor adaptor Flange F Motor adaptor Flange F5 Motor adaptor Flange F2 Motor adaptor Flange F6 Motor adaptor Flange F3 Mount Housing H M5x0.Px2DP h7 40h Ø M4x0.7Px5DP M4x0.7Px5DP 6h7 6h7 3.5 h h Motor adaptor Flange F Motor adaptor Flange F4 Motor adaptor Flange F2 Motor adaptor Flange F5 Mount Housing H0 Mount Housing H

10 K02TE KK00 Motor housing F Ø2h7 Ø.04 4-M5x0.Px0 DP P.C.D Motor adaptor Flange F Ø.05 4-M6xPx2 DP Motor adaptor Flange F Motor adaptor Flange F M6xPx2 DP P.C.D M6xPx2DP h Ø Ø Motor adaptor Flange F M5x0.Px2 DP P.C.D.90 0 Ø70.05 Mount Housing H Ø2h KK Motor housing F0 Motor adaptor Flange F3 Motor adaptor Flange F Motor adaptor Flange F4 Motor adaptor Flange F2 Mount Housing H0

11 0 K02TE Optional ccessories.7. Bellows a a b c d Nominal Width Stroke Min. Max. a b c d Unit : mm KK40 KK KK KK6 KK00 KK

12 K02TE Switch Switch rail Switch Nominal Width a b c d e f KK KK KK KK KK KK Switch : Omron EE-SX67 Nominal Width a b c d e f KK KK KK KK KK KK Switch 2 : Omron EE-SX674 Nominal Width g h i j KK KK KK KK KK KK Switch 3, 4 : SUNX X-F2, X-F2-P

13 2 K02TE Life Calculations The three main components of the KK Industrial Robot are the guideway, ballscrew, and bearing. The calculation formulas of their life are shown as follows:.. uideway L = ( ft fw. C ) 3 x km Pn L : Life Rating (km) f t : Contact Coefficient (ref. Table ) f w : Loading Coefficient (ref. Table 2) C : Basic Dynamic Load Rating (N) P n : Calculated Loading (N) Table Block type Contact Coefficient f t, S.0 2, S2 0. Table 2 Thrust and Vibration Operating Condition Velocity (V) Loading Coefficient f w No Thrust V < 5m/min.0 ~.5 Low Vibration 5m/min < V < m/min.5 ~ 2.0 High Vibration V > m/min 2.0 ~ Ballscrew and Bearing L = ( fw. C a Pa,n ) 3 6 x 0 rev L : Life Rating (rev.) f w : Loading Coefficient (ref. Table 2) C a : Basic Dynamic Load Rating (N) P a,n : xial Loading (N)

14 K02TE Rigidity of Rail eometrical moment of inertia Unit:mm 4 Model No. I X I Y KK x x 0 4 KK 9.6 x x 0 5 KK x x 0 5 KK x x 0 6 KK x x 0 6 KK x x 0 6 IX : geometrical monent of around X axis IY : geometrical monent of around Y axis Y axis Center of gravity X axis.0 Lubrication Replenishing the grease every 00km Block 2 Blocks

15 4 K02TE Dimension.. Without cover KK x2-M3xPx6 DP 4-M3xPx4.5 DP 5 2xn-Ø3.4THRU,Ø6.5x3 DP x2-M2.6x0.45Px4 DP SECTION M2.6x0.45Px4.5 DP 0x.2 DP 6 L2 5 L 4-M3xPx6 DP PCD Ø20.03 (n-)x Ø4h7 L (mm) Maximum Stroke (mm) (mm) n Block 2 Block Block 2 Block KK M4x0.7Px6.5 DP 2x2-M2.6x0.45Px4 DP 2x2-M3xPx DP xn-Ø4.5 THRU,Øx4 DP SECTION M3xPx4 DP K L2 5x.3 DP L M3xPx6 DP PCD Ø24.03 (n-)x0 0 Ø5h7 L (mm) Maximum Stroke (mm) (mm) K (mm) n Block 2 Block Block 2 Block

16 K02TE KK (Standard) 42 2xm-M2.6x0.45Px4 DP 2x2-M3xPx DP M5x0.Px DP 2xn-Ø5.5 THRU,Ø9.5x4.7 DP SECTION - 4-M3xPx DP PCD 40 4-M4x0.7Px DP PCD L (mm) Maximum Stroke (mm) (mm) K (mm) n m Block 2 Block Block 2 Block KK (Light Duty) M2.6x0.45Px3 DP 5x.5 DP 6 K (m-)xk 7 L2 7 L 00 (n-)x Ø6h7 Ø xm-M2.6x0.45Px4 DP 2x2-M3xPx DP 59 2-M5x0.Px DP 2 4 2xn-Ø5.5 THRU,Ø9.5x4.7 DP 33 5 SECTION - 4-M3xPx DP PCD K (m-)xk 7 L2 7 L 2-M2.6x0.45Px3 DP 0x.5 DP M4x0.7Px DP PCD 40 L (mm) (n-)x00 Maximum Stroke (mm) (mm) K (mm) n m S Block S2 Block S Block S2 Block Ø6h7 Ø2.03

17 6 K02TE09-04 KK6 (Standard) 46 2xm-M2.6x0.45Px4 DP 2x2-M4x0.7Px0 DP 2-M2.6x0.45Px4 DP x2 DP 4-M6xPx2 DP 2xn-Ø6.6 THRU,Øx6 DP SECTION (m-)x H M5x0.Px0 DP PCD Ø.05 4-M4x0.7Px DP PCD (n-)x00 L2 00 L 70 Øh7 L (mm) Maximum Stroke (mm) H (mm) n m Block 2 Block Block 2 Block KK6 (Light Duty) 46 2xm-M2.6x0.45Px4 DP 2x2-M4x0.7Px0 DP 5x2 DP 2-M2.6x0.45Px4 DP M6xPx2 DP 2xn-Ø6.6 THRU,Øx6 DP SECTION (m-)x H M5x0.Px0 DP PCD Ø.05 4-M4x0.7Px DP PCD (n-)x00 L2 00 L 70 Øh7 L (mm) Maximum Stroke (mm) H (mm) n m S Block S2 Block S Block S2 Block

18 K02TE KK x2-M4x0.7Px0 DP 2xm-M2.6x0.45Px4 DP 20x.5 DP 4-M3xPx6 DP Mx.25Px5 DP 2xn-Ø9 THRU,Ø4x.5 DP SECTION M5x0.Px0 DP PCD (m-)x H (n-)x L2 L Ø2h7 Ø.04 L (mm) Maximum Stroke (mm) (mm) H (mm) n m Block 2 Block Block 2 Block KK x2-M4x0.7Px0 DP 2xm-M2.6x0.45Px4 DP 4-M3xPx6 DP x2 DP 4-M0x.5Px20 DP 2xn-Ø THRU,Ø7.5x DP SECTION M6xPx2 DP PCD 90 9 (m-)x H Ø Ø70.05 (n-)x L2 L Ø5h7 L (mm) Maximum Stroke (mm) (mm) H (mm) n m Block 2 Block Block 2 Block

19 K02TE With cover KK x2-M3xPx4 DP M4x0.7Px4 DP 2xn-Ø3.4 THRU,Ø6.5x3 DP 2x2-M2.6x0.45Px4 DP SECTION - 2 L2 L 6 4-M3xPx6 DP PCD Ø20.03 (n-)x Ø4h7 L (mm) Maximum Stroke (mm) (mm) n Block 2 Block Block 2 Block KK x2-M2.6x0.45Px4 DP M4x0.7Px0 DP 2xn-Ø4.5 THRU,Øx4 DP SECTION x2-M3xPx4 DP K L2 L M3xPx6 DP PCD Ø24.03 (n-)x0 0 Ø5h7 L (mm) Maximum Stroke (mm) (mm) K (mm) n Block 2 Block Block 2 Block

20 K02TE KK (Standard) xm-M2.6x0.45Px4 DP 2x2-M2.6x0.45Px6 DP M5x0.Px DP 2xn-Ø5.5 THRU,Ø9.5x4.7 DP SECTION - 4-M3xPx DP PCD K (m-)xk L2 L M4x0.7Px DP PCD 40 L (mm) (n-)x00 Maximum Stroke (mm) (mm) K (mm) n m Block 2 Block Block 2 Block Ø6h7 Ø2.03 KK (Light Duty) xm-M2.6x0.45Px4 DP 59 2-M5x0.Px DP 2 4 2xn-Ø5.5 THRU,Ø9.5x4.7 DP SECTION M3xPx DP PCD 40 2-M2.6x0.45Px6 DP (m-)xk L2 K L M4x0.7Px DP PCD 40 L (mm) (n-)x00 Maximum Stroke (mm) (mm) K (mm) n m S Block S2 Block S Block S2 Block Ø6h7 Ø2.03

21 20 K02TE09-04 KK6 (Standard) xm-M2.6x0.45Px4 DP 90 4-M2.6x0.45Px6 DP M6xPx2 DP 2xn-Ø6.6 THRU,Øx6 DP SECTION (m-)x H 5 4-M5x0.Px0 DP PCD Ø.05 4-M4x0.7Px DP PCD (n-)x00 L2 00 L 70 Øh7 L (mm) Maximum Stroke (mm) H (mm) n m Block 2 Block Block 2 Block KK6 (Light Duty) xm-M2.6x0.45Px4 DP 90 4-M2.6x0.45Px6 DP M6xPx2 DP 2xn-Ø6.6 THRU,Øx6 DP SECTION (m-)x H 5 4-M5x0.Px0 DP PCD Ø.05 4-M4x0.7Px DP PCD (n-)x00 L2 00 L 70 Øh7 L (mm) Maximum Stroke (mm) H (mm) n m S Block S2 Block S Block S2 Block

22 K02TE KK xm-M2.6x0.45Px4 DP 4-M3xPx6 DP Mx.25Px5 DP 2xn-Ø9 THRU,Ø4x.5 DP SECTION M5x0.Px0 DP PCD 70 5 (m-)x H (n-)x L2 L Ø2h7 Ø.04 L (mm) Maximum Stroke (mm) (mm) H (mm) n m Block 2 Block Block 2 Block KK xm-M2.6x0.45Px4 DP 4-M3xPx6 DP Mx.25Px45 DP 2xn-Ø THRU,Ø7.5x DP SECTION - 5 -M6xPx2 DP PCD 90 (m-)x H Ø Ø70.05 VIEW E (n-)x L2 L Ø5h7 L (mm) Maximum Stroke (mm) (mm) H (mm) n m Block 2 Block Block 2 Block

23 22 K02TE09-04

24 K02TE09-04 Industrial Robot SK Series 2. Features 〇 SynchMotion TM Technology: With SynchMotion TM Technology, rolling elements are interposed between the partitions of SynchMotion TM to provide improved circulation. Due to the elimination of contact between the rolling elements, collision noise and sound levels are drastically reduced. BLOCK RIL 〇 Tangent Circulation Technology: Balls enter circulation system by following spiral pathway. It can diminish the impact while balls are entering the circulation system, improve the speed, acceleration, smoothness of traditional external circulation, reduce the noise while balls are entering the circulation system. In so doing, it acts high speed and low noise performance. 〇 Noise Test Noise (db) 55 KK620P 45 SK620P Speed (mm/s)

25 24 K02TE Model Number of SK Series SK 6 0 P E E 2 E - FO C S0 M SK Robot Nominal Width:, 6 Ballscrew Lead Width : SK : 5, 0 SK6 : 0, 20 ccuracy rade: P: Precision, C: Normal E: Ballscrew Special Order None: Normal Type (unit : mm) SK :, 200, 0, 400, 0, 0 SK6 : 340, 440, 540, 640, 740, 940 E: Rail Special Order None: Normal Type M:Supply With Motor None:Without Motor Sensor S0 : Sensor Rail Only S : Omron SX67 S2 : Omron SX674 S3 : SUNX X-F2 S4 : SUNX X-F2-P None : No Sensor and Rail C: Cover B: Bellows None: Normal Type Motor daptor Flange ref. catalog (P.24~P.25) E: Block Special Order None: Normal Type Number of Blocks: or 2 Block Type: : Normal 2. 3 Maximum Speed Limit Ballscrew Lead Speed (mm/sec) Model (mm) (mm) Precision Normal SK SK

26 K02TE Specifications My MR MP Ballscrew uideway Model No. Nominal Diameter (mm) Lead (mm) Basic Dynamic Load (N) Basic Static Load (N) Basic Dynamic Load Rating (N) Block Basic Static Load Rating (N) Block llowable Static Moment M P (N-m) (pitching) Block Block 2 Static Rated Moment llowable Static Moment M Y (N-m) (yawing) Block Block 2 llowable Static Moment M R (N-m) (rolling) Block Block 2 SK05 SK0 SK SK620 Precision Normal Precision Normal Precision Normal Precision Normal ccuracy rade Unit : mm Model SK SK6 Rail Length Repeatability ccuracy Running Parallelism Starting Torque(N-cm) Precision Normal Precision Normal Precision Normal Precision Normal ±0.003 ± ±0.003 ± ±0.003 ± ± ± ±

27 26 K02TE Motor and Motor daptor Flange 2.6. Motor and Motor daptor Flange Model Motor SK SK6 C Servo Motor Stepping Motor FRC0022(00W) F2 F3 HIWIN Mikrosystem FRC02022(200W) F0 FRC04022(400W) F0 MSM3Z(W) MSM5Z(W) MSM0(00W) F2 F3 Panasonic MSM02(200W) F MSM04(400W) MSM0(7W) F4 HC-PQ033(W) HC-PQ053(W) HC-PQ3(00W) HC-KFS053(W) F F2 Mitsubishi HC-KFS3(00W) HC-KFS(200W) F F2 F0 HC-KFS43(400W) HC-MF73(7W) SM-3(W) Yaskawa SM-5(W) SM-0(00W) F F2 SM-02(200W) F0 SM-04(400W) SMH-0(7W) Nema7 F5 Nema F4 F6 Nema34 FRST0024 FRST02024 FRST HIWIN FRST0224 Mikrosystem FRST024 F5 FRST2024 FRST22024 FRST224 PK24 PK26 F4 F6 PK29 VEXT PK54 F5 PK56 F5 PK59 Nema7 F5 Nema F4 F6 Nema34

28 2.6.2 Motor housing and Motor daptor Flange K02TE SK Motor housing F Ø6h7 Ø PCD40 4-M4x.7PxDP Motor adaptor Flange F Ø26.5 Ø M5x0.Px0DP 4-M3x.5PxDP Motor adaptor Flange F Motor adaptor Flange F PCD46 4-M4x.7Px0DP M4x0.7Px0DP Motor adaptor Flange F2 Motor adaptor Flange F5 Mount Housing H0 6 5 SK6 Motor housing F Øh7 Ø.05 Motor adaptor Flange F 0 Ø.05 Ø Motor adaptor Flange F2 Ø.05 4-M4x0.7PxDP PCDØ PCDØ70 PCDØ M5x0.Px0DP M4x0.7PxDP Motor adaptor Flange 3.5 F Ø36.05 Motor adaptor Flange F5 Motor adaptor Flange F6 Ø PCDØ M3xPThru M4x0.7PxDP Ø3.4Thru, Ø6x4DP M5x0.Px0DP PCD M4x0.7PxDP Ø M4x0.7PxDP 3 63 Motor adaptor Flange F3 7 2 Ø.05 5 Mount Housing H M5x0.Px2DP h Ø26.5 Ø PCD45 4-M3x.5Px0DP Ø26.5 Ø Ø26.5 Ø Ø3.4Thru, Ø6x4DP Ø h7 7 2 h 3.5 Øh Ø.05 0 Ø M4x0.7PxDP 62 PCDØ PCDØ70 PCDØ70 PCD M4x0.7Px5DP M5x0.Px0DP M4x0.7PxDP M4x0.7PxDP Mount Housing H h7.4h Ø Ø36.05 Ø Ø M3xPThru PCDØ M4x0.7Px5DP M4x0.7PxDP M4x0.7PxDP M5x0.Px0DP Ø PCDØ45 4-M3xPxDP PCDØ45 4-M3xPxDP h7

29 2 K02TE Switch Switch rail Nominal Width a b c d e f SK SK Switch : Omron EE-SX67 Nominal Width a b c d e f SK SK Switch 2 : Omron EE-SX674 Nominal Width g h i j SK SK Switch 3, 4 : SUNX X-F2, X-F2-P

30 K02TE Life Calculations The three main components of the SK Industrial Robot are the guideway, ballscrew, and bearing. The calculation formulas of their life are shown as follows: 2.7. uideway L = ( ft fw. C ) 3 x km Pn L : Life Rating (km) f t : Contact Coefficient (ref. Table ) f w : Loading Coefficient (ref. Table 2) C : Basic Dynamic Load Rating (N) P n : Calculated Loading (N) Table Block type Contact Coefficient f t Table 2 Thrust and Vibration Operating Condition Velocity (V) Loading Coefficient f w No Thrust V < 5m/min.0 ~.5 Low Vibration 5m/min < V < m/min.5 ~ 2.0 High Vibration V > m/min 2.0 ~ Ballscrew and Bearing L = ( fw. C a Pa,n ) 3 6 x 0 rev L : Life Rating (rev.) f w : Loading Coefficient (ref. Table 2) C a : Basic Dynamic Load Rating (N) P a,n : xial Loading (N) 2. Lubrication Replenishing the grease every 00km Block 2 Blocks

31 K02TE Dimension 2.9. Without cover SK 42 2xm-M2.6x0.45Px4 DP 2x2-M3xPx DP M5x0.Px DP 2xn-Ø5.5 THRU,Ø9.5x4.7 DP SECTION - 4-M3xPx DP PCD 40 4-M4x0.7Px DP PCD 40 5 L (mm) M2.6x0.45Px3 DP 5x.5 DP 6 K (m-)xk 7 L2 7 L Maximum Stroke (mm) (mm) K (mm) n m Block 2 Block Block 2 Block (n-)x Ø6h7 Ø2.03 SK6 46 2xm-M2.6x0.45Px4 DP 2x2-M4x0.7Px0 DP 2-M2.6x0.45Px4 DP x2 DP 4-M6xPx2 DP 2xn-Ø6.6 THRU,Øx6 DP SECTION (m-)x H M5x0.Px0 DP PCD Ø.05 4-M4x0.7Px DP PCD L (mm) (n-)x00 L2 Maximum Stroke (mm) H (mm) n m Block 2 Block Block 2 Block L 70 Øh7

32 2.9.2 With cover SK xm-M2.6x0.45Px4 DP 2x2-M2.6x0.45Px6 DP M5x0.Px DP 2xn-Ø5.5 THRU,Ø9.5x4.7 DP K02TE SECTION - 4-M3xPx DP PCD K (m-)xk L2 L M4x0.7Px DP PCD 40 L (mm) (n-)x00 Maximum Stroke (mm) (mm) K (mm) n m Block 2 Block Block 2 Block Ø6h7 Ø2.03 SK xm-M2.6x0.45Px4 DP 4-M2.6x0.45Px6 DP M6xPx2 DP 2xn-Ø6.6 THRU,Øx6 DP SECTION (m-)x H 5 4-M5x0.Px0 DP PCD Ø.05 4-M4x0.7Px DP PCD L (mm) (n-)x00 L2 Maximum Stroke (mm) H (mm) n m Block 2 Block Block 2 Block L 70 Øh7

33 K02TE09-04