Absolute Vertical Blind

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1 Absolute Vertical Blind Absolute Vertical Blind Absolute Vertical Blind motorized Absolute Vertical Blind trapezium

2 Disclaimer Copyright Coulisse All rights reserved. No part of this publication may be reproduced, stored in a retrieval system, or transmitted, in any form, by any means, electronic, mechanical, photocopying, recording, digital or otherwise without the written permission of the publisher. Although this manual has been composed with the most care, Coulisse B.V. does not accept any responsibility for damage due to mistakes and/or faults in this manual. Coulisse B.V. reserves the right to revise the manual and to revise and/or changes its content at any time, without obligation to notify any person or entity of such revisions or changes. The most recent version replaces older versions of this manual. The most recent version is available at ww.coulisse.nl or contact your Coulisse contact person. We invite you to send remarks and comments about this manual to Coulisse at manuals@coulisse.nl. Version : VC_R1_GB1 2

3 INDEX 1. General information 4 2. System specifications Absolute Vertical Blind regular Absolute Vertical Blind trapezium Absolute Vertical Blind motorized 7 3. Calculations Absolute Vertical Blind Spacer length Trapezium Slats Operating chain Configurations Assembly Absolute Vertical Blind Assembly Regular runnertrain Assembly Regular end cap side Assembly Regular control unit side Assembly Regular pullingcord Assembly Regular cord drive runner Controlunit assembly Assemble in profile Tiltrod supports/ Stoppers Tiltrod supports strong magnet/ Stoppers Configuration left Cord drive runner Configurations Absolute vertical wand control Overview of wand operated configurations Place V10YW endcap side Mono control Split draw mono control Cernter mono control Wand control dual wand Assembly Absolute Vertical Project Assembly runnertrain Assemble V11M Assembly Absolute Vertical seperation part Assembly two tiltrods Assembly single tiltrod Assembly Absolute Vertical trapezium Assembly runnertrain Assemby control Maintenance Partslist Configurations Absolute vertical chain operated Overview of chain operated configurations Pack and controlunit on same side Pack and controlunit opposite sides Splitdraw ( pack left and right ) Pack in the middle Configurations Absolute vertical motorized Overview of motor operated configurations Pack and motor on same side Pack and motor opposite sides Motorized splitdraw ( pack left and right ) Motorized splitdraw ( pack left and right ) Pack in the middle 47 3

4 1. GENERAL INFORMATION Our Absolute range for vertical blinds offers a wide range of components for different configurations. With the many options the perfect vertical blind system can be created for almost any situation in the contract as well as the residential market. The range includes a light project rail which is easy to assemble and which can be customized with several options. With the unique vertical blind motor Absolute Vertical Blind is easy to motorize. Advantages: - Complete range for all configurations - From full-option to light version - Quick assembly without screws - For 50, 70, 89, 127 en 250 mm - Suitable for different types of runners - Easy installation with invisible clips - Colours : white and anodized - Easy window cleaner s function with user friendly button - Unique cord lock system for slope system 4

5 2. SYSTEM SPECIFICATIONS 2.1 Absolute vertical blind regular Max. width (W) Max. height (H) Fabric type mtr Inch mtr Inch 50mm / 2'' * 3,0 118,1 2,5 98,4 70mm / 2¾" 4,0 157,5 3,0 118,1 89mm / 3½" 6,0 236,2 3,0 118,1 127mm / 5" 6,0 236,2 3,0 118,1 250mm / 10" 6,0 236,2 3,0 118,1 A E B C D D C D C A B C D E mm Inch 1,8 1,1 1,3 1,7 1,5 W H 5

6 2.2 Absolute vertical blind trapezium 127mm / 5" 89mm / 3½" 70mm / 2¾" (F) H-hook (F) J-hook Hook short Hook middle Hook long Hook extra long Max. width (W) Min. height (H2) Max. height (H1) Slat width mtr Inch mtr Inch mtr Inch 70mm / 2¾" 4,0 157,5 0,1 3,9 3,0 118,1 89mm / 3½" 6,0 236,2 0,1 3,9 3,0 118,1 127mm / 5" 6,0 236,2 0,1 3,9 3,0 118,1 W H1 H2 Max. Angle Max. Angle All slats: max angle Runnertrain connector not available 6

7 2.3 Absolute vertical blind motorized Max. width Max. height Slat width mtr Inch mtr Inch 50mm / 2'' * 3,0 118,1 2,5 98,4 70mm / 2¾" 4,0 157,5 3,0 118,1 89mm / 3½" 6,0 (wood=4,0) 236,2 (wood = 157,5) 3,0 118,1 127mm / 5" 6,0 236,2 3,0 118,1 250mm / 10" 6,0 236,2 3,0 118,1 Power supply 12-24V DC - 1,5 A Rated power 36 W Chain speed 4 mtr/min 13,1 ft/min Chain pulling force 26 N 5,7 Lb. Max. tilting torque 680 mnm 6 Inch-Lb. Max. weight vertical blind 25 kg 55 Lb. L1 L2 L4 L3 Operating temperature 5-60 C F Max. channels to pair 32 Weight 420 grams 14,8 oz. Radio frequency 2.4 Ghz (bi-directional) Suitable for Yes home automation Product Certificate Dimension L1 L2 L3 L4 mm inch 2,6 3,5 9,4 1,3 7

8 3. CALCULATIONS 3.1 Absolute Vertical Blind Cutting sizes 3.1A Absolute: Rail (Wr) Tilt rod (Wt) Regular VC02-R/L W - 16mm W - 38mm Trapezium VC02-TR/TL W - 20mm W - 42mm Regular Double Control 1 as W - 21mm W - 38mm Regular Double Control 2 assen W - 21mm W - 18mm Motor ABC-03 W - 21mm W - 41mm Wandcontrol VC02-WC W - 11mm W - 15mm 8

9 3.2 Spacer length ASSEMBLYMANUAL min 3.2A L Omin C R vd H 3.2B slatwidth Minimum overlap Width controlunit Number of runners Spacerlenght = W - C - L Custom-made spacers Left or Right train configuration: Number of runners: R = P / (L - Omin) = (W - C) / (L - Omin) Spacer length: D = H / (R - 1) = (W - C - L) / (R - 1) Type of Contol Unit Regular Control Unit (VC02-R/L) 3.2C Dimension C 10mm(standard) Example 1. Custom-made spacers W = 1650 mm, Slat(L) 127 mm, Omin = 15 mm. Monocontrol: C = 66-½x127=2,5 mm, minimum is 23, so C=23mm), R(round up) = ( ) / (127-15) = 14,52 ~ 15 runners D = ( ) / (15-1) = 1513 / 14 = 108,1 mm Left & Right train combination: Number of runners R, round up to even number Spacer length: D = H + 5 / ( R - 1) Ready-made spacers (Available in 1mm steps): Calculate R & D in the calculation above. Spacerlength 1 ready made: Spacerlength 2 ready made: Calculate A&B: A=DxR, B=D1xR D1 = D(round up) D2 = D1-1mm Number of runners with spacer D2: R2=B-A Number of runners with spacer D1: R1=R-R1 R(even) =14,52 ~ 16 runners (even) D = ( ) / (16-1) = 1518 / 15 = 101,2 mm Ready-made spacers D1 = D(round up) = 108,1 ~ 109 D2 = D1-1 = 108 A=15x108,1 = 1621,5 B=15x109 = 1635 R2= ,5=13,5~14 runners (108mm) R1=15-14=1 runner (109mm) 9

10 3.3 Trapezium Slat width 127mm 89mm 70mm (F) H-hook (F) J-hook Hook short Hook middle Hook long Hook extra long A Dimensions to be measured: H1, H2, B and K Control-unit at top Length of longest slat (HL1): See figure 2.4C α = arctan(h1-h2)/b I = 43 / cos(α) J = tan(α) x C1 C1 = 1/2L + 16 U1 = F + I + J HL1 = H1 - U1-10mm K = (B² + (H1 - H2)²) Length of shortest slat (HL2): See figure 2.4D J = tan(α) x C2 C2 = 1/2L + 8 U2 = (I + F) J HL2 = H2 U2 10mm Number of runners (R): See figure 2.4B Be = B - 24mm R = Be / L - Omin (round up) Length difference between slats (X): See figure 2.4B X = (HL1 - HL2) / (R - 1) Spacer length (D): See figure 2.4B d = (Be - L) / (R - 1) D = (X² + d²)=d/cos(α) Length of assembled rail (W): See figure 2.4B T = 40 x (HL1 - HL2) / (Be - L) W = K - T V = (½L+16)/cos(α) + 3x tan(α) P = (½L+8)/cos(α) - 43x tan(α) Example 3. Trapezium, slat 127mm, H-hook H1 = 1460, H2 = 1000, B = 800, K = 923 Omin=12 mm, Hook middle α = arctan (( ) / 800) = 30 I = 43 / cos 30 = 49,7 J = tan 30 x ((1 2 * 127) + 16) = 49,3 U1 = ( ,7 + 49,3) = 126 HL1 = = 1324 K = 923 J = tan 30 x ((1/2 x 127) +8) = 41,3 U2 = (49,7 + 27) - 49,3 = 27 HL2 = = 963 Be = = 768 R = 768 / (127-12)= 6,67 ~7 runners X = ( ) / (7-1) = 60 d = ( ) / (7-1) = 106,8 D = (60² + 106,8²) = 122,5 T = 40 x ( ) / ( ) = 22,5 W = ,5 = 901,5 10

11 3.3C 3.3D 3.3B 11

12 DIM T 3.3C 12

13 DIM S 3.3D 13

14 2.4.2 Control-unit at bottom Length of longest slat (HL1) See figure 2.4F α = arctan (H1 - H2) / B I = 43 / cos(α) J = tan(α) x C1 C1 = 1/2L U1 = F + I + J HL1 = H1 U1 10mm Length of shortest slat (HL2): See figure 2.4G J = tan(α) x C2 C2 = 1/2L + 45 U2 = (I + F) J HL2 = H2 U2 10mm Number of runners (R): See figure 2.4E Be = B- 45mm R = Be / L - Omin (round up) Length difference between slats (X): See figure 2.4E X = (HL1 - HL2) / (R - 1) Spacer length (D): See figure 2.4E d = (Be - L) / (R - 1) D = (X² + d²) Length of assembled rail (W): See figure 2.4E T = 30 x (HL1 - HL2) / (Be - L) W = K - T V = (½L)/cos(α) + 13x tan(α) P = (½L+45)/cos(α) - 43x tan(α) 14

15 3.3.F 3.3.G Fig E 15

16 DIM T 3.3F 16

17 DIM S 3.3G 17

18 3.4 Slats A Slat width S (mm) (Min.-Max.) (VC17JBBP) x Slat width S (mm) Bracket VC17-WB VC17-WB VC17-WB VC17-WB VC17-WB-250 Max. 10cm Max. 110cm Max. 10cm Length of rail Number of mounting clips cm. 2 clips clips clips clips clips clips 3.4B W H Slat width (mm) Max. W (cm) Max. H (cm) C 18

19 W H1 Slat width (mm) Max. W (cm) Min. H2 (cm) Max. H1 (cm) H2 3.4D Max. Angle Max. Angle All slats: max angle 50 Runnertrain connector not available 3.5 Operating chain Length of chain = 2 x G G 3.5A A B C Connector Welding Endless Regular/Trapezium Regular/Trapezium Regular V15P-08/RB...08 V15P-08/RB...08 RB...08 V16P MVC B 19

20 4. CONFIGURATIONS For Absolute Vertical Blind the following options are available: Vertical Vertical Trapezium Vertical Motorized 20

21 5. ASSEMBLY ABSOLUTE VERTICAL BLIND 5.1 Assembly Regular runnertrain V03M3HLSR V04MXXNE Click! Click! 5.1A L R Place shortest spacer as last. Click! 5.1B R 21

22 VC12-RTC-R Click! 5.1C R Click! 5.1D 22

23 VC07-S 5.1E 23

24 Punchingtool M-TR-C-R2 VC08-58-T3 4mm 3mm 1,5mm 5.1F VC06-M 5.1G 24

25 5.2 Assembly Regular end cap side VC26-W V10YW VC25 Use V10YW depending on slat width and tiltrod supports to determine the endposition of the slat and to make sure spacers won t over stretch. See chapter 5.8/5.9 for information on tiltrodsupports 5.2A 5.2B 25

26 5.3 Assembly Regular control unit side optional MVC-07 Silicone-oil or optional VC02-R VC A Click! 5.3A A VC02-HR VC02-P Click! 5.3B 26

27 5.4 Assembly Regular pullingcord MVC-05 Pulling tool V14-HTK-20 / V14-HTK-23-V 5.4A 27

28 ASSEMBLYMANUAL 5.5 Assembly Regular cord drive runner VC07M PH-1 5.5A 28

29 5.6 Controlunit assembly See chapter 3.5 for information about the operating chain. Click! 5.6A 5.7 Assemble in rail VC23 VC22 Use siliconespay in the rail to prevent blockage from tiltrod supports. Click! See chapter 5.8/5.9 for the placement of VC A 29

30 5.8 Tiltrod supports / Stoppers 1 VC23 VC23 VC06-M VC06-NM-S VC06-NM VC06-M 1 tiltrod support * 2 VC06-NM-S 2 tiltrod supports * VC06-M * 3 3 tiltrod supports * * VC06-NM VC06-NM-S VC06-M 5.8A * If stopper moves place a second stopper behind the first stopper. * 5.8B Click! Cut when using 3 tiltrod supports and wandcontrol. 5.8C 5.8D 30

31 5.9 Tiltrod supports (strong magnet) / Stoppers 1 VC23 VC23 VC06-SM VC06-NM-S VC06-SM 3 tiltrod support * 2 VC06-NM-S 2 tiltrod supports * VC06-SM * 3 3 tiltrod supports * * VC06-NM-S VC06-NM-S VC06-SM 5.9A * * If stopper moves place a second stopper behind the first stopper. 5.9B Cut when using 3 tiltrod supports and wandcontrol. Click! 5.9C 5.9D 31

32 5.10 Configuration left V03M3HLSR V04MXXNE VC12-RTC-L Click! Click! 5.10A L VC02-L VC24 VC02-HL 32

33 5.11 Cord drive runner reversed ( 89mm ) VC07-S When using 89mm slats and smaller use reversed cord drive. 5.11A non-reversed ( > 89mm ) When using sizes bigger than 89mm use regular cord drive. 5.11B 33

34 6. CONFIGURATIONS ABSOLUTE VERTICAL CHAIN OPERATED 6.1 Overview of chain operated configurations * Pack and controlunit on same side * Pack and controlunit opposite sides Splitdraw ( pack left and right) * * Pack in the middle 6.1A * Place V10YW depending on slatwidth and tiltrodsupports. 34

35 6.2 Pack and controlunit on same side * L/R or or VC02-HL VC02-HR V10YW VC02-P * Place V10YW depending on slatwidth and tiltrodsupports. 35

36 6.3 Pack and controlunit opposite sides * L/R of of VC02-HL VC02-HR V10YW VC02-P * Place V10YW depending on slatwidth and tiltrodsupports. 36

37 6.4 Splitdraw ( Pack left and right ) A 70mm L&R 2x & 2x VC02-HL VC02-HR VC06-NM-S 2x V10YW VC02-P A 37

38 6.5 Pack in the middle * * M 2x V10YW M * Place V10YW depending on slatwidth and tiltrodsupports. 38

39 7. CONFIGURATIONS ABSOLUTE VERTICAL MOTOR 7.1 Overview of motor operated configurations * Pack and motor on same side * Pack and motor opposite sides Motorized Splitdraw ( pack left and right ) * * Motorized Pack in the middle 7.1A * Place V10YW depending on slatwidth and tiltrodsupports. 39

40 7.1B 40

41 7.2 Pack and motor on same side * R 2x 2x VC02-ABC-HLW V10YW VC02-P * Place V10YW depending on slatwidth and tiltrodsupports. 41

42 7.3 Pack and motor opposite sides * L 2x 2x VC02-HR V10YW VC02-P * Place V10YW depending on slatwidth and tiltrodsupports. 42

43 7.4 Motorized splitdraw ( pack left and right ) cord drive reversed ( 89mm ) A B C 70mm A A * * B L&R & VC02-HL VC02-HR VC06-NM-S 2x 2x VC07-SD-ABC V10YW VC02-P QR rtube.nl/red150 * Place VC23 on motorside 43

44 C Cord drive reversed. ( 89mm ) 1 Place runnertrains in outer position. 2 3 X X 1 2 A A

45 7.5 Motorized splitdraw ( pack left and right ) cord drive ( 127 mm ) A B C 70mm B A * * B L&R & VC02-HL VC02-HR VC06-NM-S 2x 2x VC07-SD-ABC V10YW VC02-P * Place VC23 on motorside 45

46 C Cord drive regular( 127mm ) 1 Place runnertrains in outer position X X B B

47 7.6 Pack in the middle A B * * A ** ** B M 2x V10YW VC07-SD-ABC M * Place V10YW depending on slatwidth and tiltrodsupports. ** Place VC23 on motorside 47

48 1 Place runnertrains in outer position B B

49 8. CONFIGURATIONS ABSOLUTE WAND CONTROL 8.1 Overview of wand operated configurations * Mono Control Splitdraw Mono Control * * Center Mono Control Splitdraw dual control 8.1A * Place V10YW depending on slatwidth and tiltrodsupports. 49

50 L Click! R 8.1A 8.1B 8.2 Place V10YW endcap side 8.2A 50

51 8.3 Mono Control ** * L or or 2x VC02-HL VC02-HR V10YW VC02-P * For placing V10YW in endcap see chapter 8.2 ** Place V10YW depending on slatwidth and tiltrodsupports. 51

52 8.4 Splitdraw Mono Control A L&R 2x & 2x VC02-HL VC02-HR VC06-NM-S 2x V10YW VC02-P A 52

53 8.5 Center Mono Control * ** ** M 2x V10YW M * For placing V10YW in endcap see chapter 8.2 ** Place V10YW depending on slatwidth and tiltrodsupports. 53

54 8.6 Wandcontrol dual wand A L&R 2x & 2x VC02-HL VC02-HR VC06-NM-S 2x V10YW VC02-P A 54

55 9.. ASSEMBLY ABSOLUTE VERTICAL PROJECT 9.1 Assembly runnertrain V03PHSLR V04P Click! Click! Click! 9.1A 55

56 9.2 Assemble V11M MVC-09 V11M Click! 9.2A 56

57 10. ASSEMBLY ABSOLUTE VERTICAL SEPARATION PART 10.1 Assembly two tiltrods boor Ø3,5mm W1-10 W2-10 W1 W 2 W Click! 10.1A 57

58 10.2 Assembly single tiltrod boor Ø3,5mm W1-10 W2-10 W1 W 2 W Click! 10.2A 58

59 11. ASSEMBLY ABSOLUTE VERTICAL TRAPEZIUM 11.1 Assembly runnertrain MVC-03 V03M3QL-V V04MWH-V Click! Punch! Punch! Click! Click! 11.1A 59

60 VC07-W Click! 11.1B 60

61 Punchingtool M-TR-C-R2 VC08-58-T3 4mm 3mm 1,5mm 11.1C 11.1D 61

62 11.2 Assemble control Control unit top Use VC26-W in endcap A Control unit bottom Use V10YW in endcap B 11.2A A B VC02-TR/TL 11.2B 62

63 Connect according to chapter C Use lighter to harden the ends of the cord. 11.2D 63

64 optional VC MVC-07 Silicone-oil optional of Silicone-oil 11.2E 64

65 11.2F 65

66 PH G 66

67 VC26-W 11.2H Control unit top Control unit bottom See chapter 8.2 for placement of V10YW. 11.2I 67

68 11.2J 68

69 HEX 2.0mm DIM T 11.2K Use silicon spray in the rail. Click! DIM S 11.2L 69

70 V03-TS-HV V03-TS-JV V03-TM-JV V03-TM-JV V03-TL-HV V03-TL-JV V03-XL-HV V03-XL-JV Don t bend metal hooks. Install hooks in the same position 11.2M 70

71 12. MAINTENANCE Runnerhook replacement 12.1A 71

72 ASSEMBLYMANUAL 13. PARTS LIST VC08-58-T3 VC02-R VC02-L VC02-P VC02-HR VC02-HL VC22 VC24 VC25 VC26 V03M3HLSR V03M3JLSR V03M3HLSR-V V03M3QSL-V V04MXXNE VC06-M VC06-SM VC06-NM VC06-NM-S VC23 VC07-S V07M VC12-RTC-R VC12-RTC-L VC17 VC17JBBP VC17-WB-89 VC28 VC27 V10YW V03M3QL-V V10P V11M V04MWH-V VC02-TR VC02-TL VC21 VC07-W VC02-WC VC07-SD-ABC ABC-03 VC02-ABC-HLW VC14-P VC08-58P-T3 V04P V03P3HLSR V03P3JLSR VC17-WB-250 VC17-WB-250 V03-TS-HV V03-TS-JV V03-TM-HV V03-TM-JV V03-TL-HV V03-TL-JV V03-XL-HV V03-XL-JV 72

Vertical blind absolute

Vertical blind absolute All rights reserved. No part of this publication may be reproduced, stored in a retrieval system, or transmitted, in any form, by any means, electronic, mechanical, photocopying,