Method of installing ropes of an elevator and arrangement therefor
A method of installing ropes of an elevator includes arranging a plurality of ropes to pass from one or more rope reels mounted on an elevator car to a rope wheel mounted separately from the car, around the rope wheel, and from the rope wheel to a clamping device mounted on the car; and thereafter moving the elevator car vertically relative to the rope wheel while each rope is clamped by the clamping device in particular for thereby pulling ropes from the one or more rope reels with the clamping device moving together with the car. An arrangement for installing ropes of an elevator implements the method.
1 . A method of installing ropes of an elevator comprising:
arranging plurality of ropes to pass from one or more rope reels mounted on an elevator car to a rope wheel mounted separately from the elevator car, around said rope wheel, and from said rope wheel to a clamping device mounted on the car; and thereafter
moving the elevator car vertically relative to the rope wheel while each rope is clamped by the clamping device in particular for thereby pulling ropes from the one or more rope reels with the clamping device moving together with the car.
2 . A method according to claim 1 , wherein in said arranging the ropes are arranged
to pass from one or more rope reels mounted on an elevator car to the rope wheel via a rope guide mounted on the car; and/or
to pass from the rope wheel to the clamping device mounted on the car via a rope guide mounted on the car.
3 . A method according to claim 2 , wherein the method comprises during said moving the elevator car guiding movement of the ropes by the rope guide mounted on the car and/or the rope guide mounted on the car, and in particular by spaced apart guide openings of the rope guide.
4 . A method according to claim 1 , wherein said arranging comprises clamping an end section of each rope with a clamping device and the clamping device comprises a clamp body comprising a plurality of openings extending through the clamp body in a first direction, and the clamping of each rope comprises bending a loop from the end section of the rope and inserting the loop from a first side of the clamp body through an opening of the clamp body and inserting a locking member through the loop eye of the loop on the second side of the clamp body for blocking the loop from returning to the first side with the locking member.
5 . An arrangement for installing ropes of an elevator comprising:
plurality of ropes arranged to pass from one or more rope reels mounted on an elevator car to a rope wheel mounted separately from the car, around said rope wheel, and from said rope wheel to a clamping device mounted on the car; and
a hoist operable to move the elevator car vertically relative to the rope wheel while each rope is clamped by the clamping device in particular for thereby pulling ropes from the one or more rope reels with the clamping device moving together with the car.
6 . An arrangement according to claim 5 , wherein the ropes are arranged
to pass from one or more rope reels mounted on an elevator car to the rope wheel via a rope guide mounted on the car; and/or
to pass from the rope wheel to the clamping device mounted on the car via a rope guide mounted on the car.
7 . A method according to claim 1 , wherein the clamping device comprises a clamp body comprising a plurality of openings extending through the clamp body in a first direction, and a loop bent from the end section of each rope has been inserted from a first side of the clamp body through an opening of the clamp body, and a locking member has been inserted through the loop eye of the loop on the second side of the clamp body, returning of the loop to the first side being blocked by the locking member.
8 . A method according to claim 1 , wherein each said opening of the clamp body is elongated in a direction orthogonal to the first direction, a loop of each rope being inserted through one of said elongated openings.
9 . A method according to claim 1 , wherein each said rope guide comprises parallel to each other plurality of spaced apart guide openings for receiving a rope, the ropes being arranged to pass through different guide openings.
10 . A method according to claim 1 , wherein the rim of said rope wheel, or at least the rim part where the ropes come into contact with the rim, is beside the vertical projection of the cabin box, and the rope guide is mounted on the car such that the guide openings of the rope guide are outside the vertical projection of the cabin box.
11 . A method according to claim 1 , wherein the guide openings of the guide are arranged to guide the ropes passing from the one or more rope reels, in particular to divert the route thereof, such that they extend from the guide to the rim of said rope wheel as a row and/or beside the vertical projection of the cabin box.
12 . A method according to claim 1 , wherein the rim of said rope wheel, or at least the rim part where the ropes depart the rim towards the guide, is beside the vertical projection of the cabin box, and the rope guide is mounted on the car such that the guide openings of the rope guide are outside the vertical projection of the cabin box.
13 . A method according to claim 1 , wherein the guide openings of the guide are arranged to guide the ropes passing from the rope wheel such that they extend from the rope wheel to the guide openings of the guide as a row and/or beside the vertical projection of the cabin box.
14 . A method according to claim 1 , wherein the one or more rope reels are mounted on top of the cabin box of the car within the vertical projection of the cabin box.
15 . A method according to claim 1 , wherein
the guide openings are offset in direction of rotational axis (x) of the rope wheel; and/or
the rope guide is fixed to the car above the level of the one or more rope reels, preferably to a balustrade of the car and/or the rope guide is fixed to the car above the level of the clamping device, preferably to a balustrade of the car; and/or
the rope wheel is in a freely rotatable state, in particular during said moving the elevator car; and/or
the rope wheel of a hoisting machine comprising a motor for rotating the rope wheel; and/or
each said rope is a coated rope, in particular comprising one or more load bearing members coated by surface material which is non-metallic and/or comprises polymer; and/or
each said rope is a rope having diameter less than 10 mm; and/or
each guide opening extends through the guide in a first direction, and each guide opening has a side slot open or at least openable towards a second direction orthogonal to the first direction.
16 . An arrangement according to claim 5 , wherein the clamping device comprises a clamp body comprising a plurality of openings extending through the clamp body in a first direction, and a loop bent from the end section of each rope has been inserted from a first side of the clamp body through an opening of the clamp body, and a locking member has been inserted through the loop eye of the loop on the second side of the clamp body, returning of the loop to the first side being blocked by the locking member.
17 . An arrangement according to claim 5 , wherein each said opening of the clamp body is elongated in a direction orthogonal to the first direction, a loop of each rope being inserted through one of said elongated openings.
18 . An arrangement according to claim 5 , wherein each said rope guide comprises parallel to each other plurality of spaced apart guide openings for receiving a rope, the ropes being arranged to pass through different guide openings.
19 . An arrangement according to claim 5 , wherein the rim of said rope wheel, or at least the rim part where the ropes come into contact with the rim, is beside the vertical projection of the cabin box, and the rope guide is mounted on the car such that the guide openings of the rope guide are outside the vertical projection of the cabin box.
20 . An arrangement according to claim 5 , wherein the guide openings of the guide are arranged to guide the ropes passing from the one or more rope reels, in particular to divert the route thereof, such that they extend from the guide to the rim of said rope wheel as a row and/or beside the vertical projection of the cabin box.
21 . An arrangement according to claim 5 , wherein the rim of said rope wheel, or at least the rim part where the ropes depart the rim towards the guide, is beside the vertical projection of the cabin box, and the rope guide is mounted on the car such that the guide openings of the rope guide are outside the vertical projection of the cabin box.
22 . An arrangement according to claim 5 , wherein the guide openings of the guide are arranged to guide the ropes passing from the rope wheel such that they extend from the rope wheel to the guide openings of the guide as a row and/or beside the vertical projection of the cabin box.
23 . An arrangement according to claim 5 , wherein the one or more rope reels are mounted on top of the cabin box of the car within the vertical projection of the cabin box.
24 . An arrangement according to claim 5 , wherein
the guide openings are offset in direction of rotational axis (x) of the rope wheel; and/or
the rope guide is fixed to the car above the level of the one or more rope reels, preferably to a balustrade of the car and/or the rope guide is fixed to the car above the level of the clamping device, preferably to a balustrade of the car; and/or
the rope wheel is in a freely rotatable state, in particular during said moving the elevator car; and/or
the rope wheel of a hoisting machine comprising a motor for rotating the rope wheel; and/or
each said rope is a coated rope, in particular comprising one or more load bearing members coated by surface material which is non-metallic and/or comprises polymer; and/or
each said rope is a rope having diameter less than 10 mm; and/or
each guide opening extends through the guide in a first direction, and each guide opening has a side slot open or at least openable towards a second direction orthogonal to the first direction.