CHICAGO

R1 99895 - 120410

CHICAGOGB

N.B. It is important to check the stability of the ground fl oor and the deck before mounting the staircase. If you are in doubt, we recommend to seek professional assistance.

In wooden fl oors you must predrill with an Ø8 mm drill. In concrete fl oors you must predrill with an Ø12 mm drill (see illustration 7, page 24 and illustration 18, page 30).

Notice that rawl plugs are used for concrete fl oors, however, not for wooden fl oors.

We recommend 2 fi tters for the assembly of this staircase.

Congratulations on the purchase of your new CHICAGO staircase! For the best results for your own home, you should read the following before assembly.

Important: Read this before assembly!

Before assembly, please check that the actual delivery matches the shipping note, and know whether it is straight fl ight (S), left- (L) or a right- (R) turn staircase. Please also verify that the number of steps delivered corresponds to your fl oor height (see table).

The staircase you have bought is a multifl exible staircase, and you might experience excessive parts for the banister construction.

The staircase is available in TWO widths:74 cm incl. banister (tread width 70 cm)90 cm incl. banister (tread width 86 cm)

Rises(No. of treads +1)

Min. mm Rise heights Max. mm

185 190 195 200 205 210 215 220 225

10 1850 1900 1950 2000 2050 2100 2150 2200 2250

11 2035 2090 2145 2200 2255 2310 2365 2420 2475

12 2220 2280 2340 2400 2460 2520 2580 2640 2700

13 2405 2470 2535 2600 2665 2730 2795 2860 2925

14 2590 2660 2730 2800 2870 2940 3010 3080 3150

15 2775 2850 2925 3000 3075 3150 3225 3300 3375

1

Please be aware of the fact that the staircase must be mounted downwards.

• The maximum number of rises corresponds to the number of steps delivered +1. In order to determine the rise (S), you must know your fl oor-to-fl oor height (H). This is measured from the ground on which the staircase start up to the top of the fl oor where the staircase will be mounted. Dividing the fl oor height (H) by the number of rises (N), gives you the average rise. See the following example and illustration.

Determination of the requested rise height

Example:12 steps = 13 risesFloor height (H) (example) = 2600 mm2600 mm/ 13 rises = an average rise of 200 mm. A rise can vary between 185 mm and 225 mm. If the result of the average rise height is not between 185 and 225 mm, both numbers included, you must remove or add a rise.

NB: Remember to adjust the rise height on the template after mounting each step!

200 mm

H

S

2

The staircases consists of fi xed and fl exible components, and the going must be calculated individually for each staircase fl ight.

Use the formula below to calculate the going (G). The formula should be applied for each staircase fl ight, i.e. once for a straight fl ight, twice for 1/4 turn staircase and three times for a 1/2 turn stair-case.

1. Determine the fl ight of the staircase in the tables at the next page

2. Insert the dimension X in the formula - which correspond to the room available. This dimension X must be a number between the max/min dimensions otherwise the calculation will be incorrect.

OPENING

It’s important that the dimensions of your opening correspond to your new stair. The many possible combinations mean that we can only give a general indication that ensures that the opening corresponds as a minimum to the stair.

In order to obtain the opening size of the staircase you will have to add 50 mm where banisters are included. When you have a banister on both sides, you will have to add min. 100 mm to the size of the staircase to ensure the right size of the opening.

Finally, it’s important that the dimension of the opening ensures a clearance between 190 and 200 cm. The building regulations may vary from country to country, and we recommend that you contact the local dealer.

CHICAGO STRAIGHT 74 CM and 90 CMCHICAGO QUATER TURN 74 CM and 90 CM

CHICAGO HALF TURN 74 CM and 90 CM

3

Ligeløb10 stigninger 11 stigninger 12 stigninger 13 stigninger 14 stigninger 15 stigninger(9 trin) (10 trin) (11 trin) (12 trin) (13 trin) (14 trin)

A A A A A Amm mm mm mm mm mm

Min 1674 Min 1854 Min 2034 Min 2214 Min 2394 Min 2574Max 1954 Max 2174 Max 2394 Max 2614 Max 2834 Max 3054

COL Straight fl ight11 rises(10 steps)

13 rises(12 steps)

14 rises(13 steps)

15 rises(14 steps)

12 rises(11 steps)

10 rises(9 steps)

CHICAGO STRAIGHT 74 CM and 90 CM

G = X - 234 Number of steps - 1 *

X = Landing space * fi xed tread

1. The mesures indicates the landing space for the staircase with the mandatory banister

2. If you have a banister on the outside, you will have to add 40 mm to obtain the correct measure for the staircase.

74 CM and

90 CM

A X

4

CHICAGO 1/4 turn 74 CM

GA = XA - 1068 Number of straight steps in lower fl ight - 1 *

GB = XB - 881 Number of straight steps in upper fl ight - 1 *

X = Landing space * fi xed tread

1. The mesures indicates the landing space for the staircase with the mandatory banister

2. If you have a banister on the outside, you will have to add 40 mm to obtain the correct measure for the staircase.

A

B

XA

XB

5

1/4 turn10 rises (9 steps) 11 rises (10 steps) 12 rises (11 steps) 13 rises (12 steps) 14 rises (13 steps) 15 rises (14 steps)

A B A B A B A B A B A Bmm mm mm mm mm mm mm mm mm mm mm mm

0:3:6 Min 882 1781 0:3:7 Min 882 1961 0:3:8 Min 882 2141 0:3:9 Min 882 2321 0:3:10 Min 882 2501 0:3:11 Min 882 2681Max 852 1981 Max 852 2201 Max 852 2421 Max 852 2641 Max 852 2861 Max 852 3081

1:3:5 Min 1068 1601 1:3:6 Min 1068 1781 1:3:7 Min 1068 1961 1:3:8 Min 1068 2141 1:3:9 Min 1068 2321 1:3:10 Min 1068 2501Max 1068 1761 Max 1068 1981 Max 1068 2201 Max 1068 2421 Max 1068 2641 Max 1068 2861

2:3:4 Min 1248 1421 2:3:5 Min 1248 1601 2:3:6 Min 1248 1781 2:3:7 Min 1248 1961 2:3:8 Min 1248 2141 2:3:9 Min 1248 2321Max 1288 1541 Max 1288 1761 Max 1288 1981 Max 1288 2201 Max 1288 2421 Max 1288 2641

3:3:3 Min 1428 1241 3:3:4 Min 1428 1421 3:3:5 Min 1428 1601 3:3:6 Min 1428 1781 3:3:7 Min 1428 1961 3:3:8 Min 1428 2141Max 1508 1321 Max 1508 1541 Max 1508 1761 Max 1508 1981 Max 1508 2201 Max 1508 2421

4:3:2 Min 1608 1061 4:3:3 Min 1608 1241 4:3:4 Min 1608 1421 4:3:5 Min 1608 1601 4:3:6 Min 1608 1781 4:3:7 Min 1608 1961Max 1728 1101 Max 1728 1321 Max 1728 1541 Max 1728 1761 Max 1728 1981 Max 1728 2201

5:3:1 Min 1788 881 5:3:2 Min 1788 1061 5:3:3 Min 1788 1241 5:3:4 Min 1788 1421 5:3:5 Min 1788 1601 5:3:6 Min 1788 1781Max 1948 881 Max 1948 1101 Max 1948 1321 Max 1948 1541 Max 1948 1761 Max 1948 1981

6:3:1 Min 1968 881 6:3:2 Min 1968 1061 6:3:3 Min 1968 1241 6:3:4 Min 1968 1421 6:3:5 Min 1968 1601Max 2168 881 Max 2168 1101 Max 2168 1321 Max 2168 1541 Max 2168 1761

7:3:1 Min 2148 881 7:3:2 Min 2148 1061 7:3:3 Min 2148 1241 7:3:4 Min 2148 1421Max 2388 881 Max 2388 1101 Max 2388 1321 Max 2388 1541

8:3:1 Min 2328 881 8:3:2 Min 2328 1061 8:3:3 Min 2328 1241Max 2608 881 Max 2608 1101 Max 2608 1321

9:3:1 Min 2508 881 9:3:2 Min 2508 1061Max 2828 881 Max 2828 1101

10:3:1 Min 2688 881Max 3048 881

13 rises (12 steps)A B

mm mm0:3:9 Min 882 2321

Max 852 26411:3:8 Min 1068 2141

Max 1068 24212:3:7 Min 1248 1961 2

Max 1288 22013:3:6 Min 1428 1781 3

Max 1508 1981

XA = 1480 XB = 1820 3:3:6

XA = 1480

XA = landing space

GA = 1480 -1068

3 - 1 = 206

XB = 1820

XB = landing space

GB = 1820 - 881

6 - 1 = 187,8

3:3:6

CHICAGO 1/4 turn 74 CM

6

CHICAGO 1/4 turn 90 CM

GA = XA - 1148 Number of straight steps in lower fl ight - 1 *

GB = XB - 1161 Number of straight steps in upper fl ight - 1 *

X = Landing space * fi xed tread

1. The mesures indicates the landing space for the staircase with the mandatory banister

2. If you have a banister on the outside, you will have to add 40 mm to obtain the correct measure for the staircase.

A

B

XA

XB

A

B

XA

XB

7

CHICAGO 1/4 turn 90 CM

1/4 turn10 rises (9 steps) 11 rises (10 steps) 12 rises (11 steps) 13 rises (12 steps) 14 rises (13 steps) 15 rises (14 steps)

A B A B A B A B A B A Bmm mm mm mm mm mm mm mm mm mm mm mm

0:4:5 Min 943 1881 0:4:6 Min 943 2061 0:4:7 Min 943 2241 0:4:8 Min 943 2421 0:4:9 Min 943 2601 0:4:10 Min 943 2781Max 943 2041 Max 943 2261 Max 943 2481 Max 943 2701 Max 943 2921 Max 943 3141

1:4:4 Min 1148 1701 1:4:5 Min 1148 1881 1:4:6 Min 1148 2061 1:4:7 Min 1148 2241 1:4:8 Min 1148 2421 1:4:9 Min 1148 2601Max 1148 1821 Max 1148 2041 Max 1148 2261 Max 1148 2481 Max 1148 2701 Max 1148 2921

2:4:3 Min 1328 1521 2:4:4 Min 1328 1701 2:4:5 Min 1328 1881 2:4:6 Min 1328 2061 2:4:7 Min 1328 2241 2:4:8 Min 1328 2421Max 1368 1601 Max 1368 1821 Max 1368 2041 Max 1368 2261 Max 1368 2481 Max 1368 2701

3:4:2 Min 1508 1341 3:4:3 Min 1508 1521 3:4:4 Min 1508 1701 3:4:5 Min 1508 1881 3:4:6 Min 1508 2061 3:4:7 Min 1508 2241Max 1588 1381 Max 1588 1601 Max 1588 1821 Max 1588 2041 Max 1588 2261 Max 1588 2481

4:4:1 Min 1688 1161 4:4:2 Min 1688 1341 4:4:3 Min 1688 1521 4:4:4 Min 1688 1701 4:4:5 Min 1688 1881 4:4:6 Min 1688 2061Max 1808 1161 Max 1808 1381 Max 1808 1601 Max 1808 1821 Max 1808 2041 Max 1808 2261

5:4:1 Min 1868 1161 5:4:2 Min 1868 1341 5:4:3 Min 1868 1521 5:4:4 Min 1868 1701 5:4:5 Min 1868 1881Max 2028 1161 Max 2028 1381 Max 2028 1601 Max 2028 1821 Max 2028 2041

6:4:1 Min 2048 1161 6:4:2 Min 2048 1341 6:4:3 Min 2048 1521 6:4:4 Min 2048 1701Max 2248 1161 Max 2248 1381 Max 2248 1601 Max 2248 1821

7:4:1 Min 2228 1161 7:4:2 Min 2228 1341 7:4:3 Min 2228 1521Max 2468 1161 Max 2468 1381 Max 2468 1601

8:4:1 Min 2408 1161 8:4:2 Min 2408 1341Max 2688 1161 Max 2688 1381

9:4:1 Min 2588 1161Max 2908 1161

XA = 1520 XB = 1940 3:4:5

XA = landing space

GA = 1520 - 1148

3 - 1 = 186

XB = 1940

XB = landing space

GB = 1940 - 1161

5 - 1 = 194,75

3:4:5

13 rises (12 steps)A B

mm mm0:4:8 Min 943 2421

Max 943 27011:4:7 Min 1148 2241

Max 1148 24812:4:6 Min 1328 2061

Max 1368 22613:4:5 Min 1508 1881

M 1588 2041

CHICAGO 1/4 turn 90 CM

1/4 turn10 rises (9 steps) 11 rises (10 steps) 12 rises (11 steps) 13 rises (12 steps) 14 rises (13 steps) 15 rises (14 steps)

A B A B A B A B A B A Bmm mm mm mm mm mm mm mm mm mm mm mm

0:4:5 Min 943 1881 0:4:6 Min 943 2061 0:4:7 Min 943 2241 0:4:8 Min 943 2421 0:4:9 Min 943 2601 0:4:10 Min 943 2781Max 943 2041 Max 943 2261 Max 943 2481 Max 943 2701 Max 943 2921 Max 943 3141

1:4:4 Min 1148 1701 1:4:5 Min 1148 1881 1:4:6 Min 1148 2061 1:4:7 Min 1148 2241 1:4:8 Min 1148 2421 1:4:9 Min 1148 2601Max 1148 1821 Max 1148 2041 Max 1148 2261 Max 1148 2481 Max 1148 2701 Max 1148 2921

2:4:3 Min 1328 1521 2:4:4 Min 1328 1701 2:4:5 Min 1328 1881 2:4:6 Min 1328 2061 2:4:7 Min 1328 2241 2:4:8 Min 1328 2421Max 1368 1601 Max 1368 1821 Max 1368 2041 Max 1368 2261 Max 1368 2481 Max 1368 2701

3:4:2 Min 1508 1341 3:4:3 Min 1508 1521 3:4:4 Min 1508 1701 3:4:5 Min 1508 1881 3:4:6 Min 1508 2061 3:4:7 Min 1508 2241Max 1588 1381 Max 1588 1601 Max 1588 1821 Max 1588 2041 Max 1588 2261 Max 1588 2481

4:4:1 Min 1688 1161 4:4:2 Min 1688 1341 4:4:3 Min 1688 1521 4:4:4 Min 1688 1701 4:4:5 Min 1688 1881 4:4:6 Min 1688 2061Max 1808 1161 Max 1808 1381 Max 1808 1601 Max 1808 1821 Max 1808 2041 Max 1808 2261

5:4:1 Min 1868 1161 5:4:2 Min 1868 1341 5:4:3 Min 1868 1521 5:4:4 Min 1868 1701 5:4:5 Min 1868 1881Max 2028 1161 Max 2028 1381 Max 2028 1601 Max 2028 1821 Max 2028 2041

6:4:1 Min 2048 1161 6:4:2 Min 2048 1341 6:4:3 Min 2048 1521 6:4:4 Min 2048 1701Max 2248 1161 Max 2248 1381 Max 2248 1601 Max 2248 1821

7:4:1 Min 2228 1161 7:4:2 Min 2228 1341 7:4:3 Min 2228 1521Max 2468 1161 Max 2468 1381 Max 2468 1601

8:4:1 Min 2408 1161 8:4:2 Min 2408 1341Max 2688 1161 Max 2688 1381

9:4:1 Min 2588 1161Max 2908 1161

XA = 1520 XB = 1940 3:4:5

XA = landing space

GA = 1520 - 1148

3 - 1 = 186

XB = 1940

XB = landing space

GB = 1940 - 1161

5 - 1 = 194,75

3:4:5

13 rises (12 steps)A B

mm mm0:4:8 Min 943 2421

Max 943 27011:4:7 Min 1148 2241

Max 1148 24812:4:6 Min 1328 2061

Max 1368 22613:4:5 Min 1508 1881

M 1588 2041

8

CHICAGO 1/2 turn 74 CM

GA = XA - 1068 Number of straight steps in lower fl ight - 1 *

GB = XB - 1520 Number of straight steps in middle fl ight - 1 *

GC = XC - 881 Number of straight steps in upper fl ight - 1 *

XA / XB / XC = landing space * fi xed tread

1. The mesures indicates the landing space for the staircase with the mandatory banister

2. If you have a banister on the outside, you will have to add 40 mm to obtain the correct measure for the staircase.

XA

XB

XC

9

CHICAGO 1/2 turn 74 CM

1/2 turn10 rises (9 steps) 11 rises (10 steps 12 rises (11 steps) 13 rises (12 steps) 14 rises (13 steps) 15 rises (14 steps)

A B C A B C A B C A B C A B C A B Cmm mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm

0:3:0:3:3 Min 882 1520 1226 0:3:0:3:4 Min 882 1520 1406 0:3:0:3:5 Min 882 1520 1586 0:3:0:3:6 Min 882 1520 1766 0:3:0:3:7 Min 882 1520 1946 0:3:0:3:8 Min 882 1520 2126Max 882 1520 1306 Max 882 1520 1526 Max 882 1520 1746 Max 882 1520 1966 Max 882 1520 2186 Max 882 1520 2406

1:3:0:3:2 Min 1068 1520 1046 1:3:0:3:3 Min 1068 1520 1226 1:3:0:3:4 Min 1068 1520 1406 1:3:0:3:5 Min 1068 1520 1586 1:3:0:3:6 Min 1068 1520 1766 1:3:0:3:7 Min 1068 1520 1946Max 1068 1520 1086 Max 1068 1520 1306 Max 1068 1520 1526 Max 1068 1520 1746 Max 1068 1520 1966 Max 1068 1520 2186

2:3:0:3:1 Min 1248 1520 866 2:3:0:3:2 Min 1248 1520 1046 2:3:0:3:3 Min 1248 1520 1226 2:3:0:3:4 Min 1248 1520 1406 2:3:0:3:5 Min 1248 1520 1586 2:3:0:3:6 Min 1248 1520 1766Max 1288 1520 866 Max 1288 1520 1086 Max 1288 1520 1306 Max 1288 1520 1526 Max 1288 1520 1746 Max 1288 1520 1966

3:3:0:3:1 Min 1428 1520 866 3:3:0:3:2 Min 1428 1520 1046 3:3:0:3:3 Min 1428 1520 1226 3:3:0:3:4 Min 1428 1520 1406 3:3:0:3:5 Min 1428 1520 1586Max 1508 1520 866 Max 1508 1520 1086 Max 1508 1520 1306 Max 1508 1520 1526 Max 1508 1520 1746

4:3:0:3:1 Min 1608 1520 866 4:3:0:3:2 Min 1608 1520 1046 4:3:0:3:3 Min 1608 1520 1226 4:3:0:3:4 Min 1608 1520 1406Max 1728 1520 866 Max 1728 1520 1086 Max 1728 1520 1306 Max 1728 1520 1526

5:3:0:3:1 Min 1788 1520 866 5:3:0:3:2 Min 1788 1520 1046 5:3:0:3:3 Min 1788 1520 1226Max 1948 1520 866 Max 1948 1520 1086 Max 1948 1520 1306

6:3:0:3:1 Min 1968 1520 866 6:3:0:3:2 Min 1968 1520 1046Max 2168 1520 866 Max 2168 1520 1086

7:3:0:3:1 Min 1788 1520 866Max 1948 1520 866

0:3:1:3:2 Min 882 1700 1061 0:3:1:3:3 Min 882 1700 1241 0:3:1:3:4 Min 882 1700 1421 0:3:1:3:5 Min 882 1700 1601 0:3:1:3:6 Min 882 1700 1781 0:3:1:3:7 Min 882 1700 1961Max 882 1740 1101 Max 882 1740 1321 Max 882 1740 1541 Max 882 1740 1761 Max 882 1740 1981 Max 882 1740 2201

1:3:1:3:1 Min 1068 1700 881 1:3:1:3:2 Min 1068 1700 1061 1:3:1:3:3 Min 1068 1700 1241 1:3:1:3:4 Min 1068 1700 1421 1:3:1:3:5 Min 1068 1700 1601 1:3:1:3:6 Min 1068 1700 1781Max 1068 1740 881 Max 1068 1740 1101 Max 1068 1740 1321 Max 1068 1740 1541 Max 1068 1740 1761 Max 1068 1740 1981

2:3:1:3:1 Min 1248 1700 881 2:3:1:3:2 Min 1248 1700 1061 2:3:1:3:3 Min 1248 1700 1241 2:3:1:3:4 Min 1248 1700 1421 2:3:1:3:5 Min 1248 1700 1601Max 1288 1740 881 Max 1288 1740 1101 Max 1288 1740 1321 Max 1288 1740 1541 Max 1288 1740 1761

3:3:1:3:1 Min 1428 1700 881 3:3:1:3:2 Min 1428 1700 1061 3:3:1:3:3 Min 1428 1700 1241 3:3:1:3:4 Min 1428 1700 1421Max 1508 1740 881 Max 1508 1740 1101 Max 1508 1740 1321 Max 1508 1740 1541

4:3:1:3:1 Min 1608 1700 881 4:3:1:3:2 Min 1608 1700 1061 4:3:1:3:3 Min 1608 1700 1241Max 1728 1740 881 Max 1728 1740 1101 Max 1728 1740 1321

5:3:1:3:1 Min 1788 1700 881 5:3:1:3:2 Min 1788 1700 1061Max 1948 1740 881 Max 1948 1740 1101

6:3:1:3:1 Min 1968 1700 881Max 2168 1740 881

0:3:2:3:1 Min 882 1880 881 0:3:2:3:2 Min 882 1880 1061 0:3:2:3:3 Min 882 1880 1241 0:3:2:3:4 Min 882 1880 1421 0:3:2:3:5 Min 882 1880 1601 0:3:2:3:6 Min 882 1880 1781Max 882 1960 881 Max 882 1960 1101 Max 882 1960 1321 Max 882 1960 1541 Max 882 1960 1761 Max 882 1960 1981

1:3:2:3:1 Min 1068 1880 881 1:3:2:3:2 Min 1068 1880 1061 1:3:2:3:3 Min 1068 1880 1241 1:3:2:3:4 Min 1068 1880 1421 1:3:2:3:5 Min 1068 1880 1601Max 1068 1960 881 Max 1068 1960 1101 Max 1068 1960 1321 Max 1068 1960 1541 Max 1068 1960 1761

2:3:2:3:1 Min 1248 1880 881 2:3:2:3:2 Min 1248 1880 1061 2:3:2:3:3 Min 1248 1880 1241 2:3:2:3:4 Min 1248 1880 1421Max 1288 1960 881 Max 1288 1960 1101 Max 1288 1960 1321 Max 1288 1960 1541

3:3:2:3:1 Min 1428 1880 881 3:3:2:3:2 Min 1428 1880 1061 3:3:2:3:3 Min 1428 1880 1241Max 1508 1960 881 Max 1508 1960 1101 Max 1508 1960 1321

4:3:2:3:1 Min 1608 1880 881 4:3:2:3:2 Min 1608 1880 1061Max 1728 1960 881 Max 1728 1960 1101

5:3:2:3:1 Min 1788 1880 881Max 1948 1960 881

14 rises (13 steps)A B C

mm mm mm

XA = 1260 XB = 1920 XC = 1280

XA / XB / XC = landing space

XA = 1260

GA = 1260 - 1068

2 - 1 = 192

A

XB = 1920

GB = 1920 - 1520

2 = 200 B

XC = 1280

GC = 1280 - 881

3 -1 = 199,5 C

0:3:2:3:5 Min 882 1880 1601Max 882 1960 1761

1:3:2:3:4 Min 1068 1880 1421Max 1068 1960 1541

2:3:2:3:3 Min 1248 1880 1241Max 1288 1960 1321

3:3:2:3:2 Min 1428 1880 1061Max 1508 1960 1101

4:3:2:3:1 Min 1608 1880 881Max 1728 1960 881

2:3:2:3:3

2:3:2:3:3A B C

10

CHICAGO 1/2 turn 90 CM

GA = XA - 1148 Number of steps in lower fl ight - 1 *

GB = XB - 1880 Number of steps in middle fl ight - 1 *

GC = XC - 1161 Number of steps in upper fl ight - 1 *

XA / XB / XC = landing space * fi xed tread

1. The mesures indicates the landing space for the staircase with the mandatory banister

2. If you have a banister on the outside, you will have to add 40 mm to obtain the correct measure for the staircase.

XA

XB

XC

11

1/2 turn10 rises (9 steps) 11 rises (10 steps) 12 rises (11 steps) 13 rises (12 steps) 14 rises (13 steps) 15 rises (14 steps)

A B C A B C A B C A B C A B C A B Cmm mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm mm

0:4:0:4:1 Min 943 1880 1161 0:4:0:4:2 Min 943 1880 1341 0:4:0:4:3 Min 943 1880 1521 0:4:0:4:4 Min 943 1880 1701 0:4:0:4:5 Min 943 1880 1881 0:4:0:4:6 Min 943 1880 2061Max 943 1880 1161 Max 943 1880 1381 Max 943 1880 1601 Max 943 1880 1821 Max 943 1880 2041 Max 943 1880 2261

1:4:0:4:1 Min 1148 1880 1161 1:4:0:4:2 Min 1148 1880 1341 1:4:0:4:3 Min 1148 1880 1521 1:4:0:4:4 Min 1148 1880 1701 1:4:0:4:5 Min 1148 1880 1881Max 1148 1880 1161 Max 1148 1880 1381 Max 1148 1880 1601 Max 1148 1880 1821 Max 1148 1880 2041

2:4:0:4:1 Min 1328 1880 1161 2:4:0:4:2 Min 1328 1880 1341 2:4:0:4:3 Min 1328 1880 1521 2:4:0:4:4 Min 1328 1880 1701Max 1368 1880 1161 Max 1368 1880 1381 Max 1368 1880 1601 Max 1368 1880 1821

3:4:0:4:1 Min 1508 1880 1161 3:4:0:4:2 Min 1508 1880 1341 3:4:0:4:3 Min 1508 1880 1521Max 1588 1880 1161 Max 1588 1880 1381 Max 1588 1880 1601

4:4:0:4:1 Min 1688 1880 1161 4:4:0:4:2 Min 1688 1880 1341Max 1808 1880 1161 Max 1808 1880 1381

3:4:0:4:1 Min 1868 1880 1161Max 2028 1880 1161

0:4:1:4:1 Min 943 2060 1161 0:4:1:4:2 Min 943 2060 1341 0:4:1:4:3 Min 943 2060 1521 0:4:1:4:4 Min 943 2060 1701 0:4:1:4:5 Min 943 2060 1881Max 943 2100 1161 Max 943 2100 1381 Max 943 2100 1601 Max 943 2100 1821 Max 943 2100 2041

1:4:1:4:1 Min 1148 2060 1161 1:4:1:4:2 Min 1148 2060 1341 1:4:1:4:3 Min 1148 2060 1521 1:4:1:4:4 Min 1148 2060 1701Max 1148 2100 1161 Max 1148 2100 1381 Max 1148 2100 1601 Max 1148 2100 1821

2:4:1:4:1 Min 1328 2060 1161 2:4:1:4:2 Min 1328 2060 1341 2:4:1:4:3 Min 1328 2060 1521Max 1368 2100 1161 Max 1368 2100 1381 Max 1368 2100 1601

3:4:1:4:1 Min 1508 2060 1161 3:4:1:4:2 Min 1508 2060 1341Max 1588 2100 1161 Max 1588 2100 1381

4:4:1:4:1 Min 1688 2060 1161Max 1808 2100 1161

0:4:2:4:1 Min 943 2240 1161 0:4:2:4:2 Min 943 2240 1341 0:4:2:4:3 Min 943 2240 1521 0:4:2:4:4 Min 943 2240 1701Max 943 2320 1161 Max 943 2320 1381 Max 943 2320 1601 Max 943 2320 1821

1:4:2:4:1 Min 1148 2240 1161 1:4:2:4:2 Min 1148 2240 1341 1:4:2:4:3 Min 1148 2240 1521Max 1148 2320 1161 Max 1148 2320 1381 Max 1148 2320 1601

2:4:2:4:1 Min 1328 2240 1161 2:4:2:4:2 Min 1328 2240 1341Max 1368 2320 1161 Max 1368 2320 1381

3:4:2:4:1 Min 1508 2240 1161Max 1588 2320 1161

0:4:3:4:1 Min 943 2420 1161 0:4:3:4:2 Min 943 2420 1341 0:4:3:4:3 Min 943 2420 1521Max 943 2540 1161 Max 943 2540 1381 Max 943 2540 1601

1:4:3:4:1 Min 1148 2420 1161 1:4:3:4:2 Min 1148 2420 1341Max 1148 2540 1161 Max 1148 2540 1381

2:4:3:4:1 Min 1328 2420 1161Max 1368 2540 1161

0:4:4:4:1 Min 943 2600 1161 0:4:4:4:2 Min 943 2600 1341Max 943 2760 1161 Max 943 2760 1381

1:4:4:4:1 Min 1148 2600 1161Max 1148 2760 1161

XA = 1340 XB = 2080 XC = 1360

XA / XB / XC = landing space

XA = 1340

GA = 1340 - 1148

2 - 1 = 192

A

XB = 2080

GB = 2080 - 1880

1 = 200 B

XC = 1360

GC = 1360 - 1161

2 - 1 = 199

C

14 rises (13 steps) 1A B C

mm mm mm0:4:0:4:5 Min 943 1880 1881 0

Max 943 1880 20411:4:0:4:4 Min 1148 1880 1701 1

Max 1148 1880 18212:4:0:4:3 Min 1328 1880 1521 2

Max 1368 1880 16013:4:0:4:2 Min 1508 1880 1341 3

Max 1588 1880 13814:4:0:4:1 Min 1688 1880 1161 4

Max 1808 1880 11613

0:4:1:4:4 Min 943 2060 1701 0Max 943 2100 1821

1:4:1:4:3 Min 1148 2060 1521 1Max 1148 2100 1601

2:4:1:4:2 Min 1328 2060 1341 2Max 1368 2100 1381

3:4:1:4:1 Min 1508 2060 1161 3Max 1588 2100 1161

4

2:4:1:4:2

2:4:1:4:2 A B C

CHICAGO 1/2 turn 90 CM

12

× 1K2-12735

K3-02061

K3 04055

K1-12102

K1-12106(brillant)

K1-12103

K1-12110(jaune)

K2-12100

× 1K1-12730

K3-02061

K1-12102

K1-12043

K1-12106

K1-12044

K1-12106

K3 04055

× 1K2-12040

× 10K1-12035

15a14a

× 10K1-12034

× 1K1-12360

8

× 1K1-12370

9

× 1K1-12350

10

× 10K1-12732

× 11K1-12031

× 10K2-12110

× 11K1-12033

× 1K1-12060

× 1K1-12065

× 1K1-12062

× 1K1-12064

× 1K2-12061

× 1K1-12061

× 9K1-12260

14b

× 1K1-12036

× 1K1-12037

15b

K3-02061

K3 04055

K1-12102

K1-12106(brillant)

K1-12103

K1-12106(brillant)

K2-12100

× 1K2-12150

× 11K1-12758

R1-99870-01

1 3

13

4

5 6

7

12

11

16 17

1918 20 21

STANDARD N.B. !FOR THE TOP x 1K2-12150

STANDARDK2-12110

K1-12106SHINY

K1-12110YELLOW

K1-12106SHINY

K1-12106SHINY

13

K3-08001Ø12×60

K3-08002Ø8×40

K3-06024Ø10×60

K1-12209 K1-12208K1-12205 K1-14024

K1-12261

K1-12228 Ø25

k1-04041

K1-04040M6×16

K1-04050 Ø6

Ø6

K1-14941 Ø6 90°

Ø40

K1-14940 Ø6 K2-14910

K2-14930 K2-14920

K3-02085M8x35

K3-04028Ø8

K3-02062M16×40

K3-03048M8

K3-02018M5×8

K3-05002M6

1150

K1-12227

K3-06022Ø5×35

1092

K2-12229

913

K2-12230K3-06018

Ø4×25

K3-06018Ø4×25

K3-06018Ø4×25

K1 12204 K1-12207

K3-01002M5×16

K3-03020M5

K3-06018Ø4x25

K3-02086M8×60 K1-01620

K1-12070

K3-030313×10×20

K3-02076M16×50

40

42 43 44 45

22 23 24 25 26 27

29 30 31 32

33 34

37 38

35 36

5250494847

53 54 55 56 57

60 61

28

39

41 46

51

58

14

4 mm

13

24

RubberGummi

GlueLeimLim

6 mm

3 mm

K1-12380 K1-12381 K1-12382 K1-12383 K1-12384 K1-12132

K1-12335 Ø20K1-12228 Ø25

K2-12330 Ø20K2-14970 Ø25

R1-99890-01

62 63 64 65 66 67

68 69

15

546

47

4

3

6

48 49

220

145

MAX

180

105

MIN

1a

1c

3

6

3

6

1b

1e

1d

1a-1e: The assembly is made easier by premounting the supporting elements and by preadjusting the required going of the staircase.

Please notice that the 1/4-turn and 1/2-turn elements always have to be mounted in midposition (200 mm)

tighten

16 x 40 mm

PLEASE NOTE:

It’s very importantthat the mark

at component 6 turns upwards !

16

200 mm

MIN8

9

10

MAX

2a

180MIN 200MID 220MAX

MIN MAX

7 7

4

2b

MIN MAX

7

67

7

2b

2a: This mounting template is used for height- and angle adjustment.

2b: When you have found the required going, thecover can be adjusted. This is done by cutting off the required piece.

NB: Remember to adjust the rise height on the template after mounting each step.

17

74 cm

3, 5, 7, 9, 11, ...

2, 4, 6, 8, 10, ...

2, 4, 6, ...

32, 4, 6, ...

2, 4, 6, ...

3

1, 3, 5, ...

31, 3, 5, ...

1, 3, 5, ...

3

2, 4, 6, 8, ...

2, 4, 6, 8, ... 3 1, 3, 5, 7, ...

1, 3, 5, 7, ...

3

4

2, 4, 6, 8, ...2, 4, 6, 8, ...

90

4

2, 4, 6, 8, ...

4 2, 4, 6, 8, ...

2, 4, 6, 8, ...

1, 3, 5, 7, ...

1, 3, 5, 7, ...

4 4

1, 3, 5, 7, ...

4

1, 3, 5, 7, ... 1, 3, 5, 7, ...

1, 3, 5, 7, 9, ...2, 4, 6, 8, 10 ...

0 cm90 cm

Placing of balusters

See below illustrations for baluster placing, if you have chosen the wire banister solution.

18

Mount baluster fi ttings on the steps before mounting the steps. See in above table how the baluster fi ttings must be placed (depending on whether it is for outside or inside banister). At the lowest tread you must mount two baluster fi ttings before you fasten the tread with screws. See illustration 41-43.

Please be aware of the fact that you do not have to mount baluster fi ttings on each step, when it concerns a 74 cm wire banister solution.

There is, however, some staircase constructions where you cannot use above table.

19

R1-99750-06

35

74 cm

No. 1

No. 1

No. 1

No. 1

No. 1

No. 1

No. 1

No. 1

No. 0

No. 2

No. 3

No. 4

A0

A1

A4u

A3 A2

74 cm

22

No.0

No.1

No.4

No.3 No.2

A0

A1

A4i

A2

74 cm

No.0

No.1

No.4

No.3 No.2

22

Inside and outside mounting(notice that the treads shown on the illustration are seen from below).

Outsidebanister

Insidebanister

20

190 cm

No. 1

No. 1

No. 1

No. 1

No. 1

No. 2

No. 3

No. 4

No. 5

No. 1

No. 1

No. 0

Ø3 max

22

3 4

A0

A1

A2

A5i

90 cm

No.2

No.3

No.4

No.5

No.1

No.0

22

A0

A1

A2A3

A5u

A4

90 cm

No.2

No.3

No.4

No.5

No.1

No.0

22

1

Inside and outside mounting

(notice that the treads shown on the illustration are seen from below).

22

43

5

21

22,5

°

180 - 220 mm

200 mm

22,5

°

180 - 220 mm

180 - 220 mm

200 mm

180 - 220 mm

74 cm 90 cm

Adjustment options at 1/4-turn and 1/2-turn staircases

Please notice that the elements for 1/4-turn and 1/2-turn staircases always have to be mounted in midposition200 mm).

22

45°22

,5°

700

mm

180 - 220 mm

180 - 220 mm

200 mm

22,5

°

180 - 220 mm

180 - 220 mm

180 - 220mm

200 mm

22,5

°

860

mm

180 - 220 mm

180 - 220 mm

200 mm

22,5

°

180 - 220 mm

180 - 220mm

200 mm

7

74 cm 90 cm

23

6: MOUNTING THE TOP ELEMENT

Placing of the top element is calculated in the following way: From the deck fl oor you must measure off thecalculated rise height and tread thickness.(E.g.: rise height 200 mm + tread thickness 40 mm = 240 mm). This is the mounting height X of the top element. The element is fastened with enclosed rawl plugs and screws, if it is a concrete deck, and only screws, if it is a wooden deck.

Check with a level before the fi nal mounting that the element is placed correctly.

24

Notice that the rings must be placedas shown to the left before mounting

K2-12150FOR THE TOP

K2-12150FOR THE TOP

tighten lightly

25

-45o / -22,5o / 0o / 22,5o / 45o

SHINY

SHINY

tighten

tighten

26

STANDARDSTANDARDSHINYSHINY

K2-12110K2-12110

YELLOW

tighten lightly

27

14: It is important to support the staircase temporarily during mounting, as the tare weight of the staircase before fastening to the fl oor otherwise can make it skew.

tighten

tighten

28

29

16 x 50 mm

30

31

H

R1-99870-10

22 28-

22-28: Placing of the supporting column. The column must always be placed underneath the 4th supporting element from the fl oor. This goes for 1/4-turn and 1/2-turn staircase confi gurations.

32

44

Ø4 40Ø8 40

20

18

17

18

20

25 26 27

14a

15a

20

43

18

17

14b

15b

2928

30

33

Ø3 max 30 mm

43

33

X

X

No. 0

No. 1

34

62

64

63

65

66

62

62

64

6366

65

31a

31b

32

No.0

Y

Y32

34

17R1-99750-06

35

90 cm

No. 1

No. 1

No. 1

No. 1

No. 1

No. 2

No. 3

No. 4

No. 5

No. 1

No. 1

No. 0

74 cm

No. 1

No. 1

No. 1

No. 1

No. 1

No. 1

No. 1

No. 1

No. 0

No. 2

No. 3

No. 4

35: OBS:Do not mount the lowest 2 steps before the starting baluster has been marked up. See illustration 39-45.

35

74 cm

79-82

71-72

85-88

36-51

52-57

52-57

59-65

89-91

83

89/92

84

79-82

76-78

22

22

Above numbers refer to illustrations.

On the following illustrations (36-51) there might be references to connection pipes, which are only to be used forstaircases of 90 cm width, e.g.:

It concerns the following illustrations: 39, 40, 43, 46, 47, 48, 49, 50, 51, 71 and 72.

36

Above numbers refer to illustrations.

For the 90 cm wire banister the connection pipes are enclosed. See number 40 in overview on page 15

37

23

25

26

36

26

25

37

38

37: Utiliser éventuellement des pinces avec protection afin d’épargner les marches et supports.37: You might want to use a fastening device such as a cramp, in order to protect the steps and the supporting elements.

38

40

22

22

26

40

4039

26

Ø3 30

Ø3 30

26

43

22

40

41 42 43

Ø8 40mmØ4 40mm

44

44 45

39

43

43

43

46 47

52

53

48

52

53

50

40

23

49

31

40

24

51

40

28

29

45

50

28

23

22

28

22 28

28

30

24

52

53

24R1-99750-10

53

55

54

57

58

56

41

25

61

R1-99750-11

59 60

62

2222

43

28

Max 100 mm

62: The handrail is temporarily mounted in order to measure the height of the balusters.

42