SKYLOTEC ActSafe ICX Power Ascender User Manual

: June 23, 2024
: SKYLOTEC

Table of Contents

ActSafe ICX Power Ascender
Read User Manual Online (PDF format)
Download This Manual (PDF format)

ActSafe ICX Power Ascender

User manual

POWER
ASCENDER

HAND-BUIDE IN SWEDEN

DISCLAIMER
WARNING
Training and experience are required to lower the risk
of serious bodily injury or death.
This user’s manual provides general information about safe
operation and risks associated with the use of the SKYLOTEC
ActSafe ICX Power Ascender. It also gives details of maintenance
procedures.
Never use the equipment unless you have read and understood
this manual and completed a SKYLOTEC approved training in the
use of the power Ascender system. SKYLOTEC Nordic AB, our
partners and subsidiaries, disclaim any liability for damages,
injuries or death resulting from the use of the equipment which is
not in compliance with this manual.
This manual may be updated without notice.
For more information about updates and safety warnings,
visit www.skylotec.com

Failure to read and follow
the instructions within
this manual may result
in fire, damage to property,
personal injury or death.

FOREWORD
Thank you for choosing the SKYLOTEC
ActSafe ICX Ascender.
This Ascender has been designed as
an ultra-portable and versatile lifting tool
for lifting people or equipment in a safe
and effective way. It revolutionises working
in a vertical environment.

BE AWARE:
A Power Ascender is a hi-tech tool
and should be treated with care.

A INTRODUCTION

About SKYLOTEC A.01
About this manual A.02
Definitions A.03

A We are completely committed
to our customers and do our
utmost to deliver top quality
products and service.

A.01 ABOUT SKYLOTEC

SKYLOTEC is a pioneer in developing
powered Rope Ascenders and has been
delivering high-performance powered
equipment since 1997.

SKYLOTEC has a worldwide distribution
network of dedicated experts selling our
innovative products to a wide variety of
users. Our Power Ascenders have been
successfully used for installing fireworks at
the top of the Eiffel Tower, hostage rescue
from pirates at sea and providing essential
logistical support in offshore wind turbines.
SKYLOTEC products are redefining the
possibilities for work in vertical environments.

A.02 ABOUT THIS MANUAL

This manual gives detailed information on
features and safety. However, this manual
cannot replace the need for training and
experience. The Ascender must only be
used by operators who have undergone
the SKYLOTEC-approved training.
Safety messages of extra importance
are highlighted throughout this manual
using the signals ‘danger’, ‘caution’,
’note’ and ’recommendation’.

DANGER
Not following instructions or training
methods may result in SERIOUS
BODILY INJURY or DEATH.

CAUTION
Not following instructions or training
methods may result in BODILY INJURY,
or DAMAGE TO PROPERTY.

Note
Important information on the use of the
equipment used with the Ascender.

RECOMMENDATION
Instructions and tips on how best
to use the Ascender.

A.03 DEFINITIONS

Active/loaded rope
Loaded end of the work-positioning
rope system.

Anchor
Attachment point for rope or Ascender.
Ascending
Moving up the rope.

Backup system
A rope system which captures the load in
case of primary rope failure.Approved
according to backup system requirements
with backup device according to EN 12841-A,
EN 353-2 or equivalent certified device.

Competent Person
Operator with adequate training,
experience and certification.

Descending
Moving down the rope.

Passive/dead rope
Unloaded end of the work-positioning
rope system.

Primary rope
Work rope system used with Ascender.
Rope must be 11 mm (7/16”) and
approved according to EN 1891 A
or be an Equipment Lifting Rope
depending on the application.

User/operator
Operator of the Ascender, either by
the Throttle or by the Remote Control.
Secondary rope
See ‘Backup sytem’.

SWL
Safe Working Load. The maximum load
(as certified by a competent person) that an
item of lifting equipment may raise, lower or
suspend under particular service conditions.

WLL
Working Load Limit. The maximum
load that an item of lifting equipment
is designed to raise, lower or suspend.

B PRODUCT SAFETY & SYSTEM DESCRIPTION

Product safety B.01
Usage exclusions B.02
System description B.03
Rope mechanism B.04

B.01 PRODUCT SAFETY

SKYLOTEC Ascender operators must, before first use, have undergone
training in the safe use of the Ascender by either SKYLOTEC or by a
SKYLOTEC-approved training partner.
The SKYLOTEC Ascender must be checked before every use by
a Competent Person and must undergo a minimum of one inspection
per year by SKYLOTEC or a SKYLOTEC-authorised person.
More frequent inspections may be required by your national regulations.

B.02 THE ASCENDER MUST NOT BE USED:

» For any purpose other than that for which
it has been designed
» In an explosive environment
» If modified in any way by anyone other
than SKYLOTEC
» After a free fall from a height of more
than 0.5 m (2 ft) or any other severe
impact onto a hard surface
» If subjected to misuse in any way so that
parts or components might have been
damaged
» The Ascender system should not be
exposed to high impact forces caused
by people or loads falling into the system
» In dark environment without sufficient
light for safe operation.
» In mines or underground quarries.
» In windspeeds higher than 12 m/s.
(43.2 km/hr)
» In weather conditions with risk for
lightning.
» With any Battery other than original
Husqvarna 36V Batteries
» With any other battery charger than an
original Husqvarna Battery Charger
» With a damaged or modified Battery and/
or Charger
» If the operator is unsure of how to use the
Ascender safely
» If you are tired, ill, using prescription
medication that prevents you from using
machinery, or under the influence of
alcohol and/or drugs
» Without having performed a pre-use
check

B B.03 SYSTEM DESCRIPTION

Machine Rating label
The Ascender is supplied
with a machine label
attached to the housing.
This label must not
be removed!
The ICX Ascender
is approved under
the machinery directive
2006/42/EC for lifting
both people and
equipment with a
Working Load (WLL/
SWL) of 185 kg (407 lb).

B.04 ROPE MECHANISM

C ROPE Rope type and preparation C.01

C The correct choice of rope
type depends on whether
the Ascender is being
used to lift or lower
equipment or personnel.
Check with your SKYLOTEC
supplier for suitable ropes.

C.01 ROPE TYPE AND PREPARATION

11mm Approved ropes only
SKYLOTEC Power Ascenders may
only be used with ropes that have
been approved by SKYLOTEC.
Approved ropes have gone through
a thorough internal test procedure
where the combination of rope and
Power Ascender are tested under
several circumstances. Additional
restrictions on use may apply.

Equipment lifting
The ActSafe Equipment Lifting Rope
(ELR) is the only approved rope to be
used in the equipment lifting system
and can be ordered at SKYLOTEC or
your SKYLOTEC distributor.

Personnel lifting
The ropes that have been certified for
use must be EN 1891-A ropes.

For an updated list of recommended
ropes, please visit the SKYLOTEC
website at www.skylotec.com.
Softer ropes are unsuitable for the use
in SKYLOTEC Ascenders. Softer ropes
should be avoided because they
deform under load, grip is poor and can
potentially jam the Rope Grab system.
Pre-Soaking (applies only
to Polyamid ropes)
It is recommended that only presoaked
ropes are used with SKYLOTEC
Ascenders. New ropes should be put in
cold water <40°C (104°F) for
24 hours and dried slowly afterwards.
This will make ropes more suitable
for use in SKYLOTEC Ascenders for
two reasons:

1. Rope density
Pre-soaking makes ropes denser.
The fibres will absorb the water
and will shrink when drying.
The result is that all fibres become
more densely aligned and the sheath
sits tighter around the core of the rope.
This will make the rope more solid and
will consequently result in less mantle
slippage and deformation and thereby
lead to better grip in the Ascender.
2. Oil dissolution
During the production process some
oil is added to the rope fibres in order
to reduce the friction between the
individual fibres. When soaking the
rope in cold water some surface oil
in the sheath of the rope will dissolve.
This will contribute further to a better
grip. Do not soak ropes in warm water,
this will lead to greater dissolution of
oil, which will have a negative impact
on the rope properties.

CAUTION
Always make sure that the rope
is in good condition.

RECOMMENDATION
A new rope will get an increased
service life if it is soaked in cold
water before the first use.
Avoid getting sand or dirt onto/
into the ropes since it will wear
the Rope Grab and Rope Guide.
Use a rope mat, rope bag or
similar.

D GENERAL SAFETY
GUIDELINES AND
LIFTING SYSTEMS
General safety guidelines D.01
Declaration of Conformity D.02
Personnel lifting D.03
Personnel safety checklist D.04
Personnel lifting setup D.05
Equipment, material
and tool lifting D.06
Basic lifting safety rules D.07
Lifting setup D.08
SKYLOTEC Training Network D.09

D The ICX Ascender system

requirements are described
in the following pages.

DANGER
DO NOT USE the Ascender if you
are tired, ill, using prescription
medication that prevents you from
using machinery, or under the
influence of alcohol and/or drugs.

CAUTION
DO NOT hold the loaded rope
when ascending as there is
a risk of pinching.

D.01 GENERAL SAFETY GUIDELINES

» Operate the Ascender according
to the advice contained within this
user manual and pre-planned work
instructions (lift plan, access plan)
» Only trained and competent operators
should operate the ICX Ascender and
its ancillary equipment
» Plan and evaluate your work carefully.
A rescue plan should be in place. The
rescue plan may involve lowering of
the operator by a supervisor using the
remote control.
» Plan for appropriate supervision
of work
» Perform a toolbox talk before starting
the work
» Use only approved and inspected
equipment. This goes for the
Ascender, PPE and/or lifting
equipment
» Inspection of equipment must be
carried out in accordance with
local regulations. The Ascender
should undergo a documented
inspection at least once every year by
an approved Skylotec Service Centre.
» Pre-use check of the Ascender
should be carried out in accordance
with the inspection guidance provided
(see F.11)
» Use PPE (Personal Protective Equipment)
such as helmet, gloves and
protective eye wear when required
» Keep your hands, hair and clothing
away from moving parts
» Keep a constant eye on the Rope
Guide to ensure that the rope is
running smoothly through the rope
mechansim
» Avoiding long exposure to
uncomfortable work positions
and procedures to reduce risk of
ergonomic related injurys. Use
relevant PPE for protection and to
enhance ergonomics.

D.03 PERSONNEL LIFTING

The ICX Ascender, when used to lift people,
must be used with personal protective
equipment approved for work at height,
rope access and/or rope rescue.
Basic requirements:
The rope system must consist of a primary work
rope system and a secondary backup system.
For personnel lifting the primary rope used in the
Ascender must be approved to EN1891 A and
have a diameter of 11 mm (7/16”) and the backup
system must fulfill the respective requirements.
Each system must be connected to an anchor that
meets the appropriate personal lifting requirements.
A competent person shall judge if the anchor points
are sufficient and safe to use.

DANGER
DO NOT USE the Ascender without a backup
system.

D.04 PERSONNEL SAFETY CHECKLIST

Before use make sure that you:
» Check all equipment and components
» Wear appropriate clothing and tie back any loose
clothing or hair
» Do not swing excessively while descending/ascending
» Only use the Ascender if you have successfully
completed SKYLOTEC training
» Have an emergency plan in place

Note
For personal lifting the supplied SKYLOTEC Karabiner
may be replaced with any other EN362 connector
(or any other approved lockable connector, Non EU
countries).All other parts of the Ascender shall only
be replaced with original SKYLOTEC parts by an
SKYLOTEC-approved service engineer.

2-Rope system

RECOMMENDATION
A work seat is recommended for comfort and safety.

DANGER
When driving the Ascender the operator must wear a helmet
and a fall arrest harness that is also suitable for workpositioning/
rope access.

D.05 PERSONNEL LIFTING SETUP

Displayed here are the four standard
personnel lifting setups that are suitable
for use with the ICX Ascender. They are
shown for illustration purposes only. For
further guidance, please contact your local
SKYLOTEC supplier or SKYLOTEC directly.

DANGER
Avoid driving the ascender into the
carabiner on the rope, a stopper knot or
solid objects. This can damage the rope
and or the Ascender.

CAUTION
Always hold the unloaded rope when the
Ascender is rigged to an anchor.
Do not put load on the free end of the rope
coming out below the Ascender. This can
damage the rope cover.

D.06 EQUIPMENT, MATERIAL AND TOOL LIFTING

The ICX Ascender is, in combination with the ActSafe
Equipment Lifting Rope (ELR), approved under the
Machinery Directive as an equipment lifting system
provided that all other equipment used also meets lifting
requirements. (Rated capacity of 2 times the total load
actually suspended.)

The lifting system must be connected to an appropriate
anchor that meets requirements for load lifting anchors
(a competent person shall judge if the anchor is
sufficient and safe to use).

CAUTION
Weather conditions should be stable and favourable to
not affect the safety of personnel and/or lifting operation.
Wind speeds should be less than 12 m/s (39 ft/s) and the
surface area of the load should be considered as this will
affect the lifting operation.

RECOMMENDATION
Lifting operations are ideally performed with a 3 person
team. A lifting supervisor, a slinger for attaching loads
and an Ascender operator.

Note
For equipment lifting the supplied SKYLOTEC Karabiner
may be replaced with any approved positive locking
shackle with a minimum WLL of 0.5 t. All other parts
of the Ascender shall only be replaced with original
SKYLOTEC parts by an SKYLOTEC-approved service
engineer.

D.07 BASIC LIFTING SAFETY RULES

Always keep an eye on the load while lifting

Do not exceed the Safe Working Load (SWL)
of the entire lifting system

Do not try to lift fixed or obstructed loads

Do not side-pull loads

Avoid excessive inching
(i.e. short pulses of the motor)

Stay clear of the load whilst lifting

Do not stand under the suspended load

Use hand signal or radio communications
during lifting operation

D.08 LIFTING SETUP

Displayed here are the four
standard lifting setups that are
suitable for use with the ICX
Ascender. They are shown for
illustration purposes only. For
specific guidance, please contact
SKYLOTEC or an SKYLOTEC
distributor.

CAUTION
DO NOT let the rope become
obstructed or blocked when
going into the Ascender.

Note
The Ascender operator
should, at all times, control
the unloaded rope during
lifting operations to avoid
the rope from twisting when
running into the Ascender.

D.09 SKYLOTEC TRAINING NETWORK

The SKYLOTEC ActSafe Power Ascenders are
extremely versatile high-tech lifting tools that are
designed for use in demanding environments.
Working with these Ascenders requires
experience, competence and a thorough
understanding of its possibilities and
limitations. Therefore, training is essential.

We offer the SKYLOTEC training programme
through our network of highly competent
instructors, who are specialists in their
respective field of operation and will help
you get the most out of your SKYLOTEC
Ascender.

SKYLOTEC training is available for different
skill levels and fields of application and can
be provided on site or in training centres
all around the world. Get in touch with your
local distributor or with SKYLOTEC to learn
more about training possibilities.

Personal lifting

SKYLOTEC training is developed to offer a modular
system with the aim to meet the level and needs of
the customer. At the end of each training course the
operator will be able to use the Ascender System
in a safe and appropriate manner. For bespoke
training solutions contact SKYLOTEC or the SKYLOTEC
Vertical Rescue College.

SKYLOTEC PERSONAL LIFTING

Experience: Hold a valid work at height certificate.
Duration: Minimum 2 days
This is a modular training for future Ascender
operators to give them the knowledge and skills for
using Ascenders for designated tasks. The training
outline and duration will vary upon the skill level
of the participants.

Equipment lifting

SKYLOTEC EQUIPMENT LIFTING
Experience: Delegate should have completed
training for working at height and must meet statutory
training requirements for the lifting of loads.
Duration: 5 hours
This training is intended for specialist workers who
will use the Ascender as their everyday
equipment-lifting tool.

E BATTERY CARE

The Ascender Battery E.01
Performance E.02
Battery charging E.03
Battery Status Indicator E.04
Descending on a full Battery E.05
Connecting and disconnecting
the Battery from the Ascender E.06
Storage and transportation E.07
Battery lifetime and disposal E.08

E SKYLOTEC Ascenders use Husqvarna
36V lithium-based batteries with a very
high energy density and are therefore
very compact, light-weight and
extremely powerful. Due to the high
energy the batteries contain, it is of
utmost importance that they are treated
with care and that the user has read
the following section with attention.
This is for your own safety, but also for
optimal Battery life and performance.
Please consult the Husqvarna battery
user manual for further information.

E.01 THE ASCENDER BATTERY

SKYLOTEC recommends users to
follow the Battery care guidelines
below for optimal lifetime and
performance:
» Battery can stay connected
to ICX during transport or
short term storage (1 week).
For longer storage, disconnect
the Battery and do a maintenance
charge every 3 months
» Always charge batteries as
soon as possible after use
» Disconnect batteries from
the charger after charging
» Always store batteries
fully charged
» Store batteries between
5°C (41°F) and 25°C (77°F)

DANGER
Not following instructions
may result in DAMAGE
TO PROPERTY, SERIOUS
BODILY INJURY OR DEATH.

Note
Charge Battery before first use.
The battery is only 30% charged
when delivered.

Note
Compatible batteries:
Husqvarna BLi200, BLi 200X,
BLi 300 and B220X.

General guidelines and warnings

» Battery charging must be conducted
in a safe area away from combustible
or other flammable materials
» Do not charge the Battery unattended
» When hot, allow the Battery to
cool down to room temperature
before charging
» Immediately remove the Battery
or charger from service:
– If there is visible damage to the
housing, cables or connectors,
including the Battery Connectors
on the Ascender
– If the Battery has been dropped
as there may be internal damage
that isn’t visible
– If the Battery emits an unusual smell,
feels hot, produces smoke, changes
shape, or appears abnormal in
any other way. Since a delayed
reaction can occur, observe the
Battery for a minimum of 15 minutes
in a safe area and away from any
combustible material
» Only use the original Battery Charger
» Do not disassemble or modify
the Battery in any way. The Battery
contains safety and protection
electronics, which, if damaged,
may cause the Battery to
generate heat, explode or ignite
» Do not expose the Battery to water
Follow Battery care instructions to
enable a long battery life.

DANGER
Do not use any other battery
chargers as they can damage
the Battery and may create
toxic gases which cause a fire.

E.02 PERFORMANCE

Ascender Performance
When using the Battery, the Ascender
has a lifting capacity of up to 185kg
(407 lb) or up to a distance of 230m
(754 ft) with the BLi200 battery.
The distance is dependent on the
lifted load and temperature of the
environment. The optimal operating
temperature range is between 5°C
(41°F) and 35°C (95°F). The maximum
temperature range is from -10°C
(14°F) to 40°C (104°F); the Battery
performance will be greatly affected
in these extreme conditions. See chart
opposite for detailed information.

Battery Capacity

Low temperatures:
The capacity of the Battery is
affected at temperatures below 5°C
(41°F) which will result in an initial
loss of lifting performance (speed)
and will affect the lifting distance. The
Battery will behave as if it wasn’t fully
charged but will warm itself during
the first minutes of operation. Lifting
performance is regained but there will
be a loss in distance depending on
the temperature of the environment.

High temperatures:
Battery performance will be affected
by temperatures over 40°C (104°F)
which will result in high internal battery
temperatures and therefore in a reduced
lifting distance. In case of the Battery
overheating the BMS is designed to
shut the Battery off until the Battery
has cooled to operating temperature.

RECOMMENDATION
In cold environments, maintain
optimal Battery temperature
and performance by keeping
the Battery in the transportation
box as long as possible.

Note
Initial lift speed capacity will be
limited with a cold Battery. It is
only possible to ascend at lower
speeds until the Battery warms
up and normal performance
can be expected.

There is a difference in
performance between old
and new Batteries, all figures
are based on new Batteries.

Lifting distances with battery powered ICX with 100 kg (220
lb), 150 kg (330 lb) and 185 kg (407 lb) with different batteries at
temperature 20°C (68°F).

Note
All values on this page apply to operating temperatures. Ascenders
and especially batteries should be stored between 5°C (1°F) and
25°C (77°F) for optimal performance and service life. For more
info see section E.08.

E.03 BATTERY CHARGING

The ICX Battery can be charged
at any charging level, no ‘memory
effect’ will occur. It is important
that the batteries are charged with
an original Charger.
The charging time is dependent
on the charging level of the Battery.
The maximum charging time is 80
minutes. During charging the current
charging level is displayed on the
Battery LEDs and the Battery is
fully charged when all 4 LEDs
are lit continuously.

Connect the Charger to mains supply.
Connect Battery to charger.
Constant charging controlled by
BMS. The Battery is full when all 4
Battery LEDs are continuously lit.
Disconnect Battery from charger.
Disconnect Charger from main supply.

CAUTION
Inspect before charging the
Battery, the Charger Cables
and the insulation on the socket
to avoid risk of electric shock.

Note
Charging must be carried out
in a dry area.
Disconnect the charger from the
power source when not in use.

DANGER
Do not touch the Battery
Charger during charging with
wet hands or disconnect the
plug by pulling the cord.

E.04 BATTERY STATUS INDICATOR

The Battery Status Indicator is
positioned at the top of the Battery
and can be activated by pushing
the button next to the LEDs. The
Battery Indicator has 4 LEDs
each representing 25% charge.

LED indicator Battery status (state of charge)
4 LED lights are on The battery is 76% – 100% charged.
3 LED lights are on The battery is 51% – 75% charged.
2 LED lights are on The battery is 26% – 50% charged.
1 LED light is on The battery is 6% – 25% charged.
1 LED light is flashing The battery is 0% – 5% charged

E.05 DESCENDING ON A FULL BATTERY

When starting your workday with
a traditional ground up ascent the
feature of regenerating energy while
descending to charge the battery gives
the user some extra battery range. If
starting top down with a fully charged
battery the device will be heated up
during descend. This is ok but the
range going down is limited as the
device will eventually be overheated
and stop. If this happens it will stop
and cannot continue until it has cooled
down.

Plan your work so that starting
descents on a full battery is avoided.
Any distance that has been
ascended can always safely be
descended on the same battery.
Only use Emergency descent as
an emergency measure, using
emergency descent wears the
brake disc and will lead to higher
maintenance costs.
The battery doesn’t have to be fully
charged if you know that the next
day will start with top down work, the
charging process can be aborted at
any given point at a charging level
suitable for next job.

CAUTION
DO NOT descend on a fully
charged Battery as a standard
procedure.

CAUTION
Emergency descend must not
be used more than 70 meters of
continuous descending due to
heat up of the device.

E.06 CONNECTING AND DISCONNECTING THE BATTERY FROM THE ASCENDER

Disconnecting the Battery
Release the Battery by
squeezing the 2 buttons
and pulling outwards.

Connecting the Battery:
Slide the Battery into the Ascender
and ensure that the Battery is locked.
The Battery Lock must snap
into its position (2 clicks).

CAUTION
If removing the battery at
height, take precautions
to prevent dropping the
battery.

E.07 STORAGE AND TRANSPORTATION

» All lithium-ion batteries degenerate
over time, even if they are properly
stored. Disconnect the Battery
when stored for longer periods
with 100% charge
» If storing a Battery for a long time, recharge
the Battery every third month
» Ideally store the Battery at room
temperature of 5°C (41°F) to
25°C (77°F). Storing at higher
temperatures will result in a loss
of performance and a shortened
service life
» Do not store the Batteries at
temperatures higher than 60°C
(140°F) , as this will cause
permanent damage to the Battery
and possibly result in fire
» The user assumes total responsibility
for all risks associated with lithiumbased
battery technology
» Batteries stored in temperatures
below 5°C (41°F) will show severe
loss in performance during use,
but will not sustain any permanent
damage because of the storage
in low temperatures
» Product warranty is limited to
original defects in material and
workmanship. The Warranty does
not cover collateral damage

CAUTION
Storing an empty Battery or a
Battery with low charge level
can damage the Battery
irreversibly (deep discharging).

Note
Batteries are fully regulated
as Dangerous Goods (Class 9
UN3480 Lithium Ion Batteries)
and must be handled and
shipped accordingly. A defective
Battery must not be shipped.

E.08 BATTERY LIFETIME AND DISPOSAL

The Battery lifetime is dependent
on a lot of different factors such
as: intensity of use, charging cycles,
storage temperature etc. For this
reason it is very difficult to give a
specific indication on the service
life of a Battery, see also E.01.
The Battery Management System
or BMS constantly monitors the
condition of all the cells in the
Battery. For user safety, the
Battery is designed to shut down
automatically if the cells become
too worn out. In this situation the
Battery can no longer be used.
Do not incinerate or dispose of
the Battery in your normal waste
system. Dispose of the Battery
at a recycling centre as per
the appropriate regulations.

F HOW TO USE

THE ASCENDER

Connecting the rope F.01
Ascender activation F.02
Ascent and descent F.03
Emergency descent F.04
Emergency Stop F.05
Twisted rope and rotation F.06
Remote Control F.07
Remote Control operation F.08
Transportation F.09
Storage F.10
Checklist before use F.11

F.01 CONNECTING THE ROPE

The Ascender must be switched off while loading the rope.
Push the Emergency Stop to ensure that the Ascender is switched off.

1. Open the Rope Cover by pulling on
the Rope Cover and pushing both
of the rope lock covers to the right.

2. Feed the rope counter-clockwise
through the slot in the Rope Guide
and around the Rope Grab.

3. Continue feeding the rope in
a counter-clockwise direction.

CAUTION
Always check that the rope is attached correctly and
has a stop-knot on the other end of the rope. Failure to
attach the rope correctly could result in damage to the
rope and loss of grip on the rope.

Load the rope when the Emergency Stop of the
Ascender is activated to avoid accidental activation by
the Remote Control.
Ensure that the Rope Cover is locked into position.

4. Feed the rope through the slot in the Rope Guide.
Tighten the rope a little. The rope will be pulled into the
Rope Grab and the Rope Cover can be closed
more easily.

5. Close the Rope Cover and ensure it is locked. Both of
the rope cover locks should snap into its position. A
distinct ‘click’ should be heard. Never attempt to close
the Rope Cover with force.

F.02 ASCENDER ACTIVATION

To activate the Ascender check that the Emergency Stop button is
pulled out. Switch the Ascender on by pushing the Power Button.
The green indicator LED starts blinking and the Ascender performs
a self-test, which will take a few seconds.
The Ascender is ready to use once the green LED indicator is lit
continuously.
The Ascender will remain on for 4 hours after its last operation.

Note
The Ascender has no standby
function, the Ascender can
only be switched on by pushing
the Power Button.

F.03 ASCENT & DESCENT

To move the Ascender up the rope, push the
thumb wheel throttle up. When released the
Throttle will return to the neutral position and the
Ascender will stop moving.
To move down the rope, pull the thumb wheel
throttle down in the opposite direction.
Adjust the speed according to the circumstances,
be aware and use common sense.

CAUTION
Do not hold on to the loaded rope just above the
Ascender, as there is a risk of injury.

RECOMMENDATION
Stand straight beneath the Anchor Point in order to avoid
a pendulum movement when starting off the ground.

Note
Make sure that the unloaded rope runs in a controlled
manner out of the Ascender. Take special care feeding
the loose rope into the Ascender when descending.

The in-built ICX electronic monitoring system will
prevent lifting loads over 185 kg (407 lb).

DO NOT descend on a fully charged Battery as a
stardard procedure. See section E.06.

F.04 EMERGENCY DESCENT

The emergency descent is ONLY to be used to get down in
a safe and controlled manner in case of an Ascender failure.

The Emergency Descent Button enables a mechanical
release of the Ascender brake.
• Only use Emergency descent as an emergency measure,
using emergency descent wears the brake disc and will
lead to higher maintenance costs.
• The emergency descent speed is limited to provide a
controlled descent at a constant speed.
• Emergency descent shall not be practiced over long
distances for training purposes, one or two meters at low
speed is enough to understand how it works.

Emergency descent procedure:
1. Hold the dead rope in one hand.
2. Descend by gently pushing the emergency descent
button.
3. Stop the descent by releasing pressure on the button.

CAUTION
Only use the emergency descent in case of an emergency.
An emergency descent can result in serious damage to
the Ascender.

CAUTION
Only use the emergency descent in case of
an emergency.

RECOMMENDATION
Always try to restart the Ascender first before
using the emergency descent method.

NOTE
In case the Ascender is stopping during ascent
because of an empty Battery, it is still possible
to descend whilst using the Throttle.

F.05 EMERGENCY STOP

1. Press the Emergency Stop
to immediately turn the
Ascender off.
2. Reset the Emergency Stop
by twisting the button outwards.

Note
The Indication LED will turn
red for a short moment and
then switch off when the Power
Button is pushed while the
Emergency Stop is activated.
The Ascender cannot be
activated as long as the
Emergency Stop is pushed in.

F.06 TWISTED ROPE AND ROTATION

Ensure, especially when descending, that the rope runs untwisted into the
Ascender. Twisted ropes caught into the Rope Guide can cause a rope jam
and can, in rare cases, result in rope damage.

RECOMMENDATION
When descending, hold the rope entering the Ascender
to prevent it from running twisted into the Ascender.

The dead rope must never be loaded (in order to avoid
side loading on the Rope Guide). Do not build tramways
using the primary rope as shown in the picture.

CAUTION
When descending, make sure the rope is fed neatly into
the Rope Grab so that there are no kinks or twists in the
rope. Take special care when using long ropes to prevent
twists or kinks. Good rope management is ESSENTIAL.

Stop immediately when a rope twist is observed, untwist
and organise the rope before continuing.

F.07 REMOTE CONTROL

The Remote Control can be used for a multitude of
applications for both personnel and equipment lifting.
The ICX Ascender can be operated by
a Remote Control to a distance of up to
50m (164ft) in direct line of sight.
The Remote Control will interrupt the
throttle control on the Ascender when
used. The operator of the Ascender can
take back control by using the throttle.

F.08 REMOTE CONTROL OPERATION

1. Activation and connection

Activate the Remote
Control by pushing
the Power Button.

The green ‘POWER‘
LED will show and the
blue ‘LINK’ LED will
start to blink for a
few seconds whilst
a connection is
established with
the Ascender.

Once connected, the
blue ’LINK’ LED on the
Remote Control will
be lit continuously.

2. Take control of the Ascender

The LED on the
Ascender will turn
blue to indicate control
has been taken over
by the Remote Control.

3. Operate the Ascender
Confirm that the remote
connection is established by
moving the ICX with the remote
control thumb wheel in the
desired direction. The initial
operation should be performed
at the minimum speed before
proceeding with the lifting
operation.

4. De-activation
Switch off the remote
control. The Remote
control will switch itself off
after 30 min of its last use.

CAUTION
The Remote Control will only work with the Ascender it has
been delivered with. The serial number of the assigned Ascender
is indicated on the Remote Control. In case of using multiple
Ascenders, mark your Remote Controls to avoid any confusion.

When using the remote control, make sure a distance of at least
20 cm (8”) is kept between the remote control and your torso
and/or head.

Note
Remote Control does not work if Emergency Stop is pressed or
if the Ascender is switched off. Once the Ascender is switched
back on again the Ascender can be used manually. The remote
connection needs to be re-established by turning the Remote
Control off and on again.

CAUTION
Visual contact with ascender is required
during remote control operation.

To prevent unauthorized use, the remote
control shall not be left unattended.

Remote Control Battery
The Remote Control unit is equipped with
an internal battery which is charged via USB
cable. Complete charging will take up to
150 minutes via a computer, or 75 minutes
with a high performance adaptor. The USB
Connection Point can be found on the top
of the Remote Control under the protection
cap.

The battery LED on the Remote Control
will flash at 10% charge. The power
LED will flash green during charging and
will turn off once charging is completed.

CAUTION
Make sure that the Remote Control has visual contact
with the Ascender to ensure safe operation and
maximum range.

When using the Remote Control, should the unloaded
rope be held by an operator to ensure that the rope
can run unhindered into the Ascender while lowering.
Uncontrolled rope running into the Ascender can
cause a rope jam and eventually rope damage.

RECOMMENDATION
Always use the Remote Control in combination
with a stop knot at the end of the rope.

F.09 TRANSPORTATION

Carry the Ascender by the lifting handle
for short walking distances.
When carrying the Ascender any
further stow it in the transportation box
as this will protect the Ascender from
any damage. Make sure the Ascender
is secured when travelling in any vehicle.

Note
The Ascender Batteries hold over
100 Wh of power and are therefore
fully regulated as Dangerous
Goods (Class 9 UN3480 Lithium Ion
Batteries) and must be handled and
shipped accordingly. Contact your
SKYLOTEC distributor or SKYLOTEC
directly for further details.

F.10 STORAGE

Always clean and dry the Ascender
and the transportation box before storage.
See section G for cleaning instructions.
Always store the Ascender, Batteries
and the Remote Control dry at a temperature
between 5°C (41°F) and 25°C (77°F). For
more detailed Battery storage information,
see section E.09.

CAUTION
Always store the Battery fully charged.
The Battery can stay connected to ICX
during transport or short term storage
(1 week). For longer storage, store
the Battery disconnected and perform
a maintenance charge every 3 months.

F.11 CHECKLIST BEFORE USE

Always check the Ascender before
every use. Check the Ascender
thoroughly and in accordance with
your training and this manual.
If you are in any doubt about
the condition of the Ascender, do
not use it and contact your SKYLOTEC
supplier or SKYLOTEC directly.

Inspection of ICX / Husqvarna
Battery Pack
» No damage to Battery Housing
» Connector pins clean and
not damaged
» Battery charged

Inspection of ICX Ascender
» Check the Ascender housing
for cracks or severe damage
» Check the Battery Connector
pins on the Ascender:
– Clean and no damage
» Slide the Battery into the
Ascender and check that the
Battery is locked in its position

Visual inspection of load-bearing parts
» Rope Guide (A)
Check Rope Guide for obvious
damage, deformation or sharp
edges. Rope Guide should not be
bent and must fit neatly with the
Rope Cover.
» Rope Cover
Check the Rope Cover function by
opening and closing it. During closing
the Rope Cover must lock unhindered
into its position. Check the Rope
Cover further for deformation,
excessive wear or any sharp edges
» Rope Wedge (B)
Check Rope Wedge for deformation
or any visible damage. The Rope
Wedge should be straight, sit just
above the bottom of the Rope Grab
and should not touch the ribs on
the inside of the Rope Grab
» Rope Grab (C)
Check that Rope Grab is clean
and not filled with dirt, sand,
paint or any other foreign
material. Check the inside
for obvious damage, signs
of wear or sharp edges
» Connection Sling
and Carabiner (D)
Check Connection Sling for
wear, discoloration or damage
such as cuts, abrasion and
contaminants (paint, glues,
chemicals). Take particular
note of the condition of the
Titanium Sling Bolt and
Carabiner Loop. Inspect the
carabiner for wear, damage
and deformation. Check that
the Carabiner opens and
locks correctly

Controls check
» Check that the Emergency Stop is pulled
out and switch Ascender on. Wait for full
activation of the Ascender (LED turns green)
» Move the Throttle in both directions and
ensure that Rope Grab turns smoothly
in both directions
» Check that the emergency descent is
working correctly.
» Push the Emergency Stop and check
that the Ascender is switched off and
cannot be activated by Power Button
For a full inspection checklist contact
info@skylotec.se

G Only use original spare parts and materials

recommended and supplied by SKYLOTEC.

Basic Inspection Guidance for users and
third party inspection:
To be used safely, each Ascender should meet following
requirements at all times:
» No obvious damage or excessive wear on Ascender
and its components
» Basic function test of Ascender including Emergency
Stop and emergency descent (see section F.10)
» 1,25 x SWL dynamic load test; descending full speed
and then stop with max 10 cm (3,9”) slippage
» 1,5 x SWL static load test; no slippage allowed

RECOMMENDATION
Go through ‘Checklist before use’ (F.11) during every maintenance.

G.01 MAINTENANCE & CLEANING OF THE ASCENDER

Repairs, annual service and inspection
shall be carried out by an SKYLOTECauthorised
service partner. More
frequent inspection intervals may be
required because of local regulations.

Cleaning the Ascender

Wipe the Ascender with a wet cloth
and let it dry. Do not clean the Ascender
with a high-pressure cleaner
» Clean the Carabiner thoroughly, lubricate
with thin oil and wipe dry
» Spray the pins with an electronic connector
cleaner/lubricator when needed

Note
DO NOT use a high-pressure cleaner.

G.02 TROUBLESHOOTING GUIDE

If you need further assistance or are in any doubt
please contact SKYLOTEC or your approved
SKYLOTEC distributor.

PROBLEM PROBABLE CAUSE REMEDY
Battery does not work
Battery does not charge
Battery is flat Charge the Battery
BMS shut Battery off because of
battery damage or worn out Battery
Exchange Battery
Battery is too cold
—
below -10°C (14°F)
Let the Battery warm up
Battery is too hot
—
above 55°C (131°F )
Let the Battery cool down
Charger not connected Connect Charger to socket
Charger broken Change Charger
Battery is too warm
Let the Battery cool down
Battery is too cold
—
below -10°C (14°F)
Let the Battery warm up
Battery is worn out Replace the Battery
Emergency Descent does not work Descent Button disconnected
Contact Skylotec or speak withyour dealer

PROBLEM PROBABLE CAUSE REMEDY
No power Battery is too warm
—
red LED blinks on Battery
Let the Battery cool down
Battery is too cold
—
below -10°C (14°F)
Let the Battery warm up
Battery not charged Check Battery, charge when empty
Too short a press on Power Button Press for 2 seconds
Emergency Stop engaged Disengage Emergency Stop
Warning LED turns red Emergency Stop engaged Disengage Emergency Stop
Problem with Battery Try another Battery
Ascender is overheated Let Ascender cool down
Error detected in Ascender Restart: LED Green —
OK
LED Red —
Contact SKYLOTEC
distributor or SKYLOTEC
The Rope Cover is not Closed Close the rope Cover
Remote control does not connect Ascender is not switched on Switch Ascender on
Distance too far Get closer to Ascender
Signal interference Get closer to Ascender
Remote Control from another Ascender Find correct Remote Control

H.01 WARRANTY TERMS

SKYLOTEC Nordic AB (“SKYLOTEC”)
guarantees that the ACX Power
Ascender (”Product”) purchased has
no defects in material and workmanship.
This is subject to the terms
of the limited warranty (”Warranty”)
given below.
Any claim must be made within
the warranty period which is
one year from delivery unless
otherwise agreed.

SKYLOTEC will, through repair
or replacement as appropriate in
SKYLOTEC’s reasonable discretion,
remedy any defect that is covered
by the limited warranty and notified
in writing within the warranty
period. SKYLOTEC reserves the
right to use reconditioned parts with
performance parameters equal
to those of new parts in any repair
performed under the Warranty.

Claim under SKYLOTEC’s warranty
Claims under SKYLOTEC’s Warranty
may be made only by direct customers
of SKYLOTEC who, upon SKYLOTEC’s
request, can present the original
sales invoice from SKYLOTEC.
The Warranty is not transferable from
one user or customer to another.
If you have purchased your product
from an authorized distributor of
SKYLOTEC products, please contact
the distributor for warranty claims.
H.01 WARRANTY TERMS

PERFORMANCE/PART VALUE COMMENT
Rope Personnel Lifting – Approved ropes 11
mm, Equipment Lifting —
SKYLOTEC ELR
See our website for approved ropes.
Polyamid ropes should be soaked before first use.
See section C.01
Safe Working Load
(SWL /WLL)
185 kg (407 lb)
Ascent speed 0-24 m/min (0-78 ft/min)
Descent speed 0-24 m/min (0-78 ft/min)
Emergency descent speed 0-24 m/min (0-78 ft/min)
Battery range
(with Husqvarna BLi200)
Approximately 230 m at 100kg
(754 ft at 220 lb)
At 20°C (68°F), continuous ascending.
See section E.02
Charging time 80 min Charging time for an empty BLi200 battery with Husqvarna QC
500 Charger.
Temperature range -10°C (14°F) to 40°C (104°F) Values apply to ambient temperature.
See E.02 for more info
Over heating protection Yes
Ascender weight 6.8 kg (15 lb) Ascender weight with BLi200 battery is 8,1 kg (17,9 lb)
Battery weight BLi200: 1,3 kg (2,9 lb)
BLi300: 1,9 kg (4,2 lb)
Compatible batteries: Husqvarna BLi200, BLi 200X, BLi 300
and B220X.Batteries should be charged with the Husqvarna
QC 500 Charger.
Dimensions 24,9 x 21,7 x 25,5 cm (9,8 x 8,5 x 10,0”)
Remote Control Range – up to 50m (164 ft)
Radio frequency – 2.4 GHz
The remote must have visual contact with the Ascender to ensure
maximum safety and range
Water/dust resistance IP 55
Noise level 73,7 dB
Max windspeed 12 m/s (39 ft/s or 43.2 km/hr) Weather conditions should be stable and
favourable to not affect the safety of personnel
and/or lifting operation
Vibration level 0,5 m/s² (1,6 ft/s²)

I.02 REGULATORY INFORMATION

Federal Communication Commission (FCC)
Interference Statement
This equipment has been tested and found
to comply with the limits for a Class B digital
device, pursuant to Part 15 of the FCC
Rules. These limits are designed to provide
reasonable protection against harmful
interference in a residential installation. This
equipment generates, uses, and can radiate
radio frequency energy and, if not installed
and used in accordance with the instructions,
may cause harmful interference to radio
communications.
However, there is no guarantee that
interference will not occur in an installation.
If this equipment does cause harmful
interference to radio or television reception,
which can be determined by turning the
equipment off and on, the user is encouraged
to try to correct the interference by one of the
following measures:
• Reorient or relocate the receiving antenna.
• Increase the separation between the
equipment and receiver.
• Connect the equipment into an outlet on a
circuit different from that to which the receiver
is connected.

• Consult the dealer or an experienced radio/
TV technician for help.
FCC Caution: Any changes or modifications
not expressly approved by the party
responsible for compliance could void the
user’s authority to operate this equipment.
This device complies with Part 15 of the FCC
Rules. Operation is subject to the following two
conditions:
1. This device may not cause harmful
interference; and
2. This device must accept any interference
received, including interference that may
cause undesired operation.
FCC Radiation Exposure Statement
This product complies with the US portable
RF exposure limit set forth for an uncontrolled
environment and is safe for intended operation
as described in this manual. Further RF
exposure reduction can be achieved if the
product is kept as far as possible from the user
body or is set to a lower output power if such
function is available.
This transmitter must not be co-located or
operated in conjunction with any other antenna
or transmitter.

ISED Canada Statement
This device complies with Industry Canada’s
license-exempt RSSs. Operation is subject to
the following two conditions:
1. This device may not cause interference; and
2. This device must accept any interference,
including interference that may cause
undesired operation of the device.
Le présent appareil est conforme aux CNR
d’Industrie Canada applicables aux appareils
radio exempts de licence. L’exploitation est
autorisée aux deux conditions suivantes:
1. l’appareil ne doit pas produire de brouillage;
2. l’utilisateur de l’appareil doit accepter tout
brouillage radioélectrique subi, même si le
brouillage est susceptible d’en compromettre
le fonctionnement.
ISED Radiation Exposure Statement
The product complies with the Canada
portable RF exposure limit set forth for an
uncontrolled environment and are safe for
intended operation as described in this
manual. The minimum separation distance
for portable use is limited to 15mm assuming
use of antenna with 2 dBi of gain. The further
RF exposure reduction can be achieved if the
product can be kept as far as possible from

the user body or set the device to lower output
power if such function is available.
Le produit est conforme aux limites
d’exposition pour les appareils portables RF
pour les Etats-Unis et le Canada établies pour
un environnement non contrôlé. La distance de
séparation minimale pour l’utilisation portative
est limitée à 15mm en supposant l’utilisation de
l’antenne avec 2 dBi de gain. Le produit est sûr
pour un fonctionnement tel que décrit dans ce
manuel. La réduction aux expositions RF peut
être augmentée si l’appareil peut être conservé
aussi loin que possible du corps de l’utilisateur
ou que le dispositif est réglé sur la puissance
de sortie la plus faible si une telle fonction est
disponible.
EU Regulatory
This device complies with the essential
requirements of the 2014/53/EU – Radio
Equipment Directive (RED). The following test
methods have been applied in order to prove
presumption of conformity with the essential
requirements of the 2014/53/EU – Radio
Equipment Directive (RED):
• EN 62368-1:2014+A11:2017
Safety requirements for audio/video,
information, and technology equipment

• EN 300 328 v2.2.2 (2019-07)
Electromagnetic compatibility and Radio
Spectrum Matters (ERM); Wideband
Transmission systems; Data transmission
equipment operating in the 2,4 GHz ISM
band and using spread spectrum modulation
techniques; Harmonized EN covering essential
requirements under article 3.2 of the R&TTE
Directive
• EN 62311:2020 | EN 50665:2017 | EN
50385:2017
RF exposure
• EN 301 489-1 v2.2.3 (2019-11)
Electromagnetic compatibility and Radio
Spectrum Matters (ERM); ElectroMagnetic
Compatibility (EMC) standard for radio
equipment and services; Part 1: Common
technical requirements
• EN 301 489-17 v3.2.4 (2020-09)
Electromagnetic compatibility and Radio
spectrum Matters (ERM); ElectroMagnetic
Compatibility (EMC) standard for radio
equipment and services; Part 17: Specific
conditions for 2,4 GHz wideband transmission
systems and 5 GHz high performance RLAN
equipment

• EU 2015/863 (RoHS 3)
Declaration of Compliance – EU Directive
2015/863; Reduction of Hazardous Substances
(RoHS)
This device is a 2.4 GHz wideband
transmission system (transceiver), intended
for use in all EU member states and EFTA
countries, except in France and Italy where
restrictive use applies.
In Italy the end-user should apply for a
license at the national spectrum authorities
in order to obtain authorization to use the
device for setting up outdoor radio links
and/or for supplying public access to
telecommunications and/or network services.
This device may not be used for setting up
outdoor radio links in France and in some
areas the RF output power may be limited to
10 mW EIRP in the frequency range of 2454
– 2483.5 MHz. For detailed information the
end-user should contact the national spectrum
authority in France.