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Height Safety
Height Safety Equipment
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Fall Arrest and Height Safety Harnesses
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Fall Arrest & Man-riding Systems
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- Electric Powered Climbing Assistant for Vertical Ladders/
- Tractel "Tractelift" Electric Climbing Assistant. Balances the Climbers Weight and Provides Fall protection.
Tractel "Tractelift" Electric Climbing Assistant. Balances the Climbers Weight and Provides Fall protection.
Powered Climbing Aid for vertical ladders, Saves climber’s strength and Reduces climbing time.
PCA-2636
- Comfort, which pays!
- Relief from approx. 40 kg/80 lbs
- Saves climber’s strength
- Reduces climbing time
- Improves Operational Safety
The new Climbing Aid for vertical ladders
Velocity and Operational Safety – in this case no contradiction at all, since the Climbing Aid relieves persons climbing a ladder with a constant pulling force of approx.
40 daN (≈40kg / 80lbs), which leads to the following generally positive results:
- Less stress on arms and legs...
- The heart beat keeps closer to rest level...
- After finishing the ascent, the need to rest is decreased...
- The danger of incidents due to exhaustion is most effectively reduced...
So that, all in all, these benefits essentially improve the operational safety.
Drive and Control
A gear motor at the lower end of the ladder drives the looped belt by means of a driver disk, which is connected to the gearbox by a continuously adjustable, oil-bathlubricated sliding clutch.
The continuous welded reinforced round belt, made of special synthetic material, runs over the driver disk and the diverter pulley at the upper end of the ladder.
Switching on/off the motor is controlled by a time lag relay and switch, which is activated by a recess at the outer side of the driver pulley:
- At the first switch signal, e. g. when pulling the round belt upwards, the motor starts and keeps running, as long as the signal is repeated with each pulley revolution.
- Stopping the round belt’s movement, e. g. by breaking the ascent, the signal is not repeated within a preadjusted time lag, and the motor stops.
Universal application
Driver unit and diverter pulley are equally available for standard ladders (Figs. 1 + 3) and for ladders with middle pole (Figs. 2 + 4).
Fig. 1 | Fig. 2 | Fig. 3 | Fig. 4 |
Connection to the belt
The harness (EN 361) is connected to the round belt by a rope grab (EN 567) with a spring snap connector (EN 362). The most effective connection is that to
the D-ring at chest level (see front page); if the harness is equipped with only one D-ring at waist level (Fig. 5), the connection can of course be done to that device.
Pricing
- Comfort, which pays!
- Relief from approx. 40 kg/80 lbs
- Saves climber’s strength
- Reduces climbing time
- Improves Operational Safety
The new Climbing Aid for vertical ladders
Velocity and Operational Safety – in this case no contradiction at all, since the Climbing Aid relieves persons climbing a ladder with a constant pulling force of approx.
40 daN (≈40kg / 80lbs), which leads to the following generally positive results:
- Less stress on arms and legs...
- The heart beat keeps closer to rest level...
- After finishing the ascent, the need to rest is decreased...
- The danger of incidents due to exhaustion is most effectively reduced...
So that, all in all, these benefits essentially improve the operational safety.
Drive and Control
A gear motor at the lower end of the ladder drives the looped belt by means of a driver disk, which is connected to the gearbox by a continuously adjustable, oil-bathlubricated sliding clutch.
The continuous welded reinforced round belt, made of special synthetic material, runs over the driver disk and the diverter pulley at the upper end of the ladder.
Switching on/off the motor is controlled by a time lag relay and switch, which is activated by a recess at the outer side of the driver pulley:
- At the first switch signal, e. g. when pulling the round belt upwards, the motor starts and keeps running, as long as the signal is repeated with each pulley revolution.
- Stopping the round belt’s movement, e. g. by breaking the ascent, the signal is not repeated within a preadjusted time lag, and the motor stops.
Universal application
Driver unit and diverter pulley are equally available for standard ladders (Figs. 1 + 3) and for ladders with middle pole (Figs. 2 + 4).
Fig. 1 | Fig. 2 | Fig. 3 | Fig. 4 |
Connection to the belt
The harness (EN 361) is connected to the round belt by a rope grab (EN 567) with a spring snap connector (EN 362). The most effective connection is that to
the D-ring at chest level (see front page); if the harness is equipped with only one D-ring at waist level (Fig. 5), the connection can of course be done to that device.
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