Simpro Multi-Tip User manual

User Manual // Simpro Multi-Tip®
Original Instructions // English // v56.0 // November 2021
USER MANUAL

Copyright © 2021 Simpro Handling Equipment Ltd.
No part of this document may be reproduced or transmitted in any form or by any means,
electronic, mechanical, photocopying, recording, or otherwise, without the written
permission of Simpro Handling Equipment Ltd.
For the purposes of standards compliance and international conformity, this document uses
Système International (SI) units. These may be converted to Imperial units as follows:
1 kilogram (kg) = 2.2 pounds (lb)
1 metre (m) = 1000 millimetres (mm) = 39.37 inches (in) = 3.28 feet (ft) = 1.09 yards (yd)
The following stylistic conventions are used throughout this document:
Point of interest.
Point of warning or safety hazard.
§Internal section reference or hyperlink
Simpro partcode or SKU
Any errors in this document should be reported by email to i[email protected]rld

User Manual // Simpro Multi-Tip®
Original Instructions // English // v56.0 // November 2021 // Page 2

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 

Contents
1. Product Overview........................................................................................................ 5
1.1 Key Features .......................................................................................................................... 6
1.2 Construction .......................................................................................................................... 6
1.3 Mechanism ............................................................................................................................ 6
1.4 Safe Lifting Capacity ............................................................................................................ 6
1.5 Duty cycle.............................................................................................................................. 7
1.6 Service life..............................................................................................................................7
1.7 Noise emissions ...................................................................................................................... 7
1.8 Environmental restrictions .................................................................................................... 8
1.9 Ingress protection ................................................................................................................. 8
1.10 Notes ...................................................................................................................................... 8
2. Safety Information ....................................................................................................... 9
2.1 Safety features ...................................................................................................................... 9
2.2 Reasonably foreseeable misuse ......................................................................................... 9
2.3 OSH Compliance Specification Guide .............................................................................. 9
2.4 Hazard and Risk Assessment Guide..................................................................................11
2.5 Safety Norms........................................................................................................................ 17
3. Operating Instructions ............................................................................................... 19
3.1 Before operation................................................................................................................. 19
3.2 Emplacing and removing bins .......................................................................................... 19
3.2.1 Cradle identification..................................................................................................................... 19
3.2.2 Type-E Cradle (standard)............................................................................................................. 21
3.2.3 Type-C Cradle ............................................................................................................................... 21
3.2.4 Type-A Cradle ............................................................................................................................... 21
3.2.5 Type-A Cradle with base............................................................................................................. 22
3.2.6 Type-D and Type-F Cradle .......................................................................................................... 22
3.2.7 Type-X Cradle (custom) ............................................................................................................... 22
3.3 Operation of controls .........................................................................................................23
4. Care and Maintenance............................................................................................ 25
4.1 Quick Troubleshooting Guide............................................................................................ 25
4.2Cleaning ..............................................................................................................................26
4.3 Cradle jams ......................................................................................................................... 26
4.4 Electrical System (battery) ................................................................................................. 28

User Manual // Simpro Multi-Tip®
Original Instructions // English // v56.0 // November 2021 // Page 4
4.4.1 International conformance ......................................................................................................... 28
4.4.2 Voltmeter ....................................................................................................................................... 28
4.4.3 Battery charging ........................................................................................................................... 28
4.4.4 Batteries ......................................................................................................................................... 29
4.4.5 Battery charger ............................................................................................................................. 29
4.4.6 IEC power lead ............................................................................................................................. 29
4.4.7 Emergency Stop............................................................................................................................ 29
4.4.8 Circuit breaker............................................................................................................................... 29
4.4.9 Solar panel..................................................................................................................................... 30
4.5 Electrical System (3-phase mains) .................................................................................... 31
4.5.1 International conformance ......................................................................................................... 31
4.5.2 Transformer .................................................................................................................................... 31
4.6 Electrical System (1-phase mains) .................................................................................... 32
4.6.1 International conformance ......................................................................................................... 32
4.6.2 Transformer .................................................................................................................................... 32
4.6.3 Variable Speed Drive ................................................................................................................... 32
4.7 Hydraulic System ................................................................................................................. 33
4.7.1 Powerpack .................................................................................................................................... 33
4.7.2 Control valves................................................................................................................................ 33
4.7.3 Lift ram............................................................................................................................................ 33
4.7.4 Hydraulic fluid................................................................................................................................ 33
4.7.5 Maintenance................................................................................................................................. 33
4.7.6 Hydraulic system schematic ........................................................................................................ 34
5. Assembly, Handling, Transport & Storage................................................................ 35
6. Preventative Maintenance Inspections................................................................... 37
6.1 Pre-inspection checklist ..................................................................................................... 37
6.2 Monthly inspection ............................................................................................................. 37
6.3 Annual inspection ............................................................................................................... 39
7. Spare Parts ................................................................................................................. 41
8. Warranty..................................................................................................................... 43
9. EC Declaration of Conformity .................................................................................. 45
10.Notes ....................................................................................................................... 46

1. Product Overview
Congratulations on your purchase of a Simpro Multi-Tip. The Multi-Tip is everything a bin lifter
should be; safe, cost-effective, and easy to use. With a 150kg lifting capacity and 15-second
tipping cycle, it is an ideal solution for schools, recycling centres and small businesses.
The Multi-Tip has a mono-mast design which provides the operator with a clear view of
operations to ensure safety. No cage-guard is required, because the two-hand control
system prevents operators from accessing any moving
parts while using the machine. The mono-mast
design is very simple to clean and maintain.
The standard Multi-Tip dumps bins at
1600mm and is fitted with a cradle
which can empty most EN840
wheelie bins with no clamping or
modification. However, Simpro's
modular architecture allows the
Multi-Tip to be adapted to empty
a wide range of containers 
including US-style ANSI trash carts,
BRUTE® bins, 205-litre drums, and
fish bins at 1200mm, 1600mm or 1800mm.
Like all Simpro products, the Multi-Tip is very robust and
needs little regular maintenance.
As far as compliance and relieving me of hard work, this is the best -
absolutely the best!
Graham Hawkes –Caretaker –One Tree Hill College

User Manual // Simpro Multi-Tip®
Original Instructions // English // v56.0 // November 2021 // Page 6
1.1 Key Features
Key features of the Multi-Tip include:
1. A unique tipping action whereby bins are lifted straight up, and then gently rolled
forward around the lip of the container being emptied into. Benefits of this design
 and high stability in use.
2. A large lifting capacity of 150kg.
3. A reliable, maintenance-free design.
4. Castor wheels and grab-handles for ease of movement.
5. A powder-coated frame and zinc-plated cradle for corrosion protection.
6. A modular cradle architecture which can be easily adapted to suit different bins, and
does not require clamping or fastening simply place the bin into the cradle and

1.2 Construction
The Multi-Tip consists of a steel frame with one vertical mast, a bin cradle, one hydraulic ram,
guarding, castor wheels, powerpack cover, grab handle with control buttons, power lead or
battery, hydraulic powerpack and control systems.
1.3 Mechanism
When operated, the bin cradle moves vertically in the masts, and is inverted at the
appropriate height by  track. A hydraulic ram provides
the force to lift the bin. The ram is operated by a hydraulic powerpack, which is normally
powered by a battery. Electronic control systems allow the operator to raise or lower the bin
in a controlled manner.
1.4 Safe Lifting Capacity
The Safe Lifting Capacity of the standard Multi-Tip is 150kg (330lb).
Some machines may be specified with different capacities. Refer to the rating plate to verify
the  Safe Lifting Capacity on any given machine.
Safe Lifting Capacity is a gross figure, referring to the weight of the bin, its contents, and
any other external objects which have been placed on the cradle.
Never attempt to lift more than the factory-designated Safe Lifting Capacity.

1.5 Duty cycle
The duty cycle of the Multi-Tip depends on the installed powerpack, available power supply,
environmental factors, and the manner in which the machine is being used. The figures given
below are indicative only.
Power supply
Duty Cycle tipping at 1600mm
Throughput (net
tipped material)
No. of bins equivalent
(avg. ~100kg each)
Units
24V/20Ah Battery*
5,000kg
50 bins
Per charge
24V/20Ah Battery* on
continuous charge
2000kg
20 bins
Per hour
24V/20Ah Battery* with Solar Kit
2,000kg
20 bins
Per day**
Mains, 3-Phase ~415VAC
12,000kg
120 bins
Per hour
Mains, 1-Phase ~230VAC
6,000kg
60 bins
Per hour
12V/20Ah Battery***
2,500kg
25 bins
Per charge
12V/55Ah Battery***
6,000kg
60 bins
Per charge
*2x 12V/20Ah batteries in series; default from 2022 **Subject to weather, latitude, and panel orientation; see §4.4.9 ***Discontinued 2022

1.6 Service life
The Multi-Tip nominal service life is as follows.
Average Gross Bin Weight
Nominal service life
< 50kg
100,000 cycles
50kg –100kg
75,000 cycles
100kg –150kg
50,000 cycles
> 150kg
10,000 cycles
1.7 Noise emissions
The noise emissions of the Multi-Tip in standard operation have been assessed as not
exceeding ~60 dB(A) .
Operators are not required to wear hearing protection but are recommended to do so if
using the machine on a constant basis.
ISO standards for machinery safety specify that noise emissions are to be measured in A-
weighted decibels (dB(A)), a unit of volume which is adjusted to reflect the sensitivity of
human hearing. The measurements are taken at a point 1.6 metres above the ground at
ing position.

User Manual // Simpro Multi-Tip®
Original Instructions // English // v56.0 // November 2021 // Page 8
1.8 Environmental restrictions
The Multi-Tip may be used indoors or outdoors. However, the following restrictions apply:
1. A minimum floor area of two square metres, with a clear passage to exits;
2. Height above sea level not more than 1000m;
3. Ambient temperature not higher than +40℃and not lower than -10℃;
4. At ambient temperatures above 35℃, the relative humidity should not exceed 50%; at
lower temperatures, higher relative humidity is permitted;
Never operate the machine in explosive, corrosive, acidic or alkaline environments.
1.9 Ingress protection
Item
IP Rating
Push buttons, switches, and lamps
IP66
Door interlock
IP66
Coded magnetic switch
IP66
Motor
IP54 (note additional protection provided by covers)
Overall
IP54 (optional upgrade to IP66 or IP69K)
1.10 Notes
1. This User Manual describes approved procedures for the operation, maintenance,
and routine inspection of the Multi-Tip hydraulic bin-tipping machine.
2. This manual is written in English, and is to be considered th
the purposes of Machinery Directive 2006/42/EC.
3. Operator(s) must read and understand this manual before using the machine.
4. If the machine is to be leased, then this manual shall accompany the machine.
5. This is a generic manual. Simpro reserves the right to change the design of our
products at any time without notification. In cases where the manual does not
correspond with the actual product, use the manual as a reference guide only, and
contact your authorized Simpro agent for assistance if required.
6. Contact your authorized Simpro agent if you encounter any problems or faults with
the machine.
7. Any errors in this manual should be reported by email to i[email protected].

2.Safety Informat ion
The Multi-Tip has been designed to be as safe as possible without restricting the ease-of-use
and versatility of the machine.
A Hazard and Risk Assessment should be undertaken before the machine is used for the
first time, as described in §2.4.
2.1 Safety features
The safety features of the Multi-Tip are as follows:
1. A shrouded dual-hand control system, which immediately stops the cradle whenever

2. A welded mesh panel which physically prevents the operator from accessing moving
parts while using the machine.
3. A tipping action which maintains the weight of the bin within the machine footprint.
4. A pressure-compensating lowering valve which automatically regulates the lowering
speed regardless of the weight of the bin.
2.2 Reasonably foreseeable misuse
The reasonably foreseeable misuse considered in the Multi-Tip design is as follows:
1. Attempts to use the machine by untrained operators;
2. Attempts to empty bins that the cradle is not specifically designed to hold;
3. Attempts to bypass dual-hand controls or other safety systems;
4. Attempts to access the operational area beneath the cradle without following
proper procedures;
5. Attempts to clean the machine without following proper procedures.
2.3 OSH Compliance Specification Guide
Companies in most jurisdictions (including Australia, NZ, UK, USA, Canada, and the EU) are
required by law to provide a safe workplace for their staff, including ensuring that all new
and existing machinery is safe to operate.
Although the particulars of safety legislation differ, most countries accept that machinery is
comply with ISO 13849-1:2015 (or a regional
equivalent thereof).
ISO 13849-1:2015 may call for additional guarding and safety features, depending on the
particular circumstances in which a machine is to be used. The purpose of this section is to
assist potential Multi-Tip owners to determine whether special safety features may be
required on their machine.

User Manual // Simpro Multi-Tip®
Original Instructions // English // v56.0 // November 2021 // Page 10
ISO 13849-1:2015 is a machinery-safety standard issued by the International Standards
Organisation. It provides safety requirements and guidance on the principles for the
design and integration of safety-related parts of control systems (SRP/CS), including the
design of software.
ISO 13849-1 has been modified for local conditions and reissued under different
terminology by some national standards authorities. In Australia and New Zealand, the
derivative standard is called AS/NZS 4024.1:2014.
In the USA, ANSI standards are commonly used to demonstrate the safety of machinery,
rather than ISO 13849-1. However, 
rate machinery
safety using ISO 13849-1 may be considered to have met or exceeded their H&S
obligations.
2.3.1 The ISO 13849-1:2015 safety model
-1:2015 uses
model of machinery safety. That is, it takes account of the reliability of
parts as well as other factors to create a comprehensive measure of the risk reduction
achieved by a safety function an indicator called Performance Level (PL).
The standard defines five Performance Levels, ranging from PL(a) (lowest performance) to
PL(e) (highest performance).
The standard also defines the Performance Level that a given safety function must achieve
to reduce the risk to an acceptable level a value called Performance Level required (PLr).
2.3.1.1 Determining the Performance Level required (PLr)
As defined by the ISO 13849-1:2015 safety model, the minimum acceptable PLr for any given
safety function is based on three input parameters:
1. Severity of injury expected from the associated hazard
2. Frequency and/or duration of exposure to the associated hazard
3. Possibility of manually avoiding the associated hazard
The following table may be used to determine the acceptable PLr from these parameters.
Safety Function PLr Determination Table
Severity of injury
expected from hazard
Frequency and/or duration
of exposure to hazard
Possibility of manually
avoiding the hazard
Minimum
acceptable PLr
Slight injury (reversible)
Seldom to quite often
and/or exposure time is
short
Possible under specific
conditions
PL(a)
Scarcely possible
PL(b)
Frequent to continuous
and/or long exposure time
Possible under specific
conditions
Scarcely possible
PL(c)
Serious injury or death
(irreversible)
Seldom to quite often
and/or exposure time is
short
Possible under specific
conditions
Scarcely possible
PL(d)
Frequent to continuous
and/or long exposure time
Possible under specific
conditions
Scarcely possible
PL(e)

To demonstrate compliance with ISO 13849-1:2015, the minimum acceptable PLr of the
safety functions must be assessed for each identified hazard in the specific conditions in
which the machine is to be used.
The safety function PLr may be assessed as part of the regular Hazard and Risk
Assessment described in §2.4. Although this assessment includes all hazards intrinsic to the
Multi-Tip design, other safety functions may be necessary to address hazards specific to
your intended conditions of use. These can be assessed in the blank spaces provided.
2.3.1.2 Achieving the Performance Level required (PLr)
As standard, all hazards intrinsic to the Multi-Tip design are addressed by safety functions with
a minimum performance of PL(c).
Therefore, customised safety systems are only required in the following cases:
1. ds exist which have been addressed in
the standard Multi-Tip design, but which, due to conditions specific to their intended
conditions of use, require safety function performance of PL(d) or PL(e).
2. hich are entirely specific to
their intended conditions of use, and which have therefore not been addressed in
the standard Multi-Tip design.
3. The customer is subject to corporate policies, union contracts, OSH regulations or
other external factors which demand safety function performance of PL(d) or PL(e),
irrespective of the ISO 13849-1:2015 safety model.
In any of these cases, information about the required safety function PLr should be provided
to Simpro before placing an order. Simpro will then propose additional or uprated systems to
achieve the PLr in compliance with ISO 13849-1:2015. This may include any or all of the
following:
-Upgrade of control system architecture to Category 3 or Category 4
-Additional guarding panels
-Remote control systems
-Training of personnel
-Signage and floor markings
2.4 Hazard and Risk Assessment Guide
Most jurisdictions require machinery owners to conduct a Hazard and Risk Assessment for
their equipment, which considers all relevant factors such as the area it is used, the skill and
training of operators, the proximity of other persons, frequency of use, etc.
The following section is not a comprehensive site-specific Hazard and Risk Assessment, but an
assessment of the risk factors that are intrinsic to the Multi-Tip design. Blank template spaces
are provided for additional site-specific hazards.
The procedure for carrying out a Hazard and Risk Assessment is typically defined with
reference to ISO 12100:2010, issued by the International Standards Organisation. This

User Manual // Simpro Multi-Tip®
Original Instructions // English // v56.0 // November 2021 // Page 12
standard describes procedures for identifying hazards and estimating and evaluating risks
during relevant phases of a machine life cycle.
As with all industrial lifting equipment, certain 
any guarding or safety measures implemented by the manufacturer. It is essential that
operators are aware of these residual hazards and what they must do to prevent harm to
themselves or to others, as set out in §2.4.3.
2.4.1 ISO 12100:2010 risk assessment model
In the ISO 12100:2010 risk assessment model, each identified hazard is given a Risk Factor,
from which is derived a Risk Evaluation. These parameters are determined as follows.
2.4.1.1 Determining the Risk Factor
The Risk Factor associated with any given hazard may be calculated from the following
table, using the formula: Risk Factor = LO x FE x DPH x NP:
2.4.1.2 Evaluating the Risk
Once a Risk Factor has been calculated, the risk can be evaluated using the following table:
LO
Likelihood of
Occurrence
FE
Frequency
of Exposure
DPH
Degree of
Possible Harm
NP
Number of
Persons at risk
0.1
Impossible, or
possible only in
extreme
circumstances
0.1
Infrequently
0.1
Scratch or
bruise
1
1 2 persons
0.5
Highly unlikely
though
conceivable
0.2
Annually
0.5
Laceration,
mild ill-health
2
3 7 persons
1
Unlikely but
could occur
1
Monthly
1
Break minor
bone or illness
(temporary)
4
8 15 persons
2
Possible but
unusual
1.5
Weekly
2
Break major
bone or illness
(permanent)
8
16 50 persons
5
Even chance 
could happen
2.5
Daily
4
Loss of 1 limb
or eye/serious
illness
(temporary)
12
51 or more
persons
8
Probable, or not
surprising
4
Hourly
8
Loss of 2 limbs
or eyes/serious
illness
(permanent)
-
-
10
Likely, or only to
be expected
5
Constantly
15
Fatality
-
-
15
Certain, or no
doubt
-
-
-
-
-
-
Risk Factor:
0-1
2-5
6-10
11-50
51-100
101-500
501-1000
1001 +
Evaluation:
Negligible
Very
Low
Low
Significant
High
Very
high
Extreme
Unaccept
able

2.4.2 Identified Hazards
The following hazards have been identified that are intrinsic to the Multi-Tip design. For each
hazard a full Risk Evaluation has been completed and control measures described.
Blank template spaces are provided at the end for machinery owners to identify, assess
and control additional site-specific hazards.
Entanglement or amputation of fingers or limbs in moving parts
Operator
LO:
0.5
FE:
4
DPH:
1
NP:
1
Risk
Factor:
2
Operation of the Multi-Tip requires both hands on the control buttons. This
means the operator cannot reach any moving parts while using the machine.
Other
persons
LO:
1
FE:
4
DPH:
1
NP:
1
Risk
Factor:
4
The operator has a good view of the cradle while using the machine, and can
instantly stop all movement by removing either hand from the control buttons
if any persons approach the cradle while moving.
Control
measures
Operators are responsible to obey all instructions and warning signs regarding
keeping themselves and others clear of moving parts.
Comments
The Multi-Tip is designed so trapping hazards are minimized, and both hands
are needed to operate the machine.
Crushing due to unauthorized rapid descent of cradle
Operator
LO:
0.5
FE:
4
DPH:
2
NP:
1
Risk
Factor:
4
The operator is protected from the cradle by the frame and guarding during
operation. There is nothing to stop an operator or other person moving under
the cradle while it is inverted. Significant safety margins ensure that the
probability of failure of any steel, hydraulic, or control parts failing is low.
Other
persons
LO:
0.5
FE:
4
DPH:
2
NP:
1
Risk
Factor:
4
As above.
Control
measures
Operators are responsible to obey all instructions and warning signs regarding
keeping themselves and others away from the area beneath the cradle while
it is raised.
The machine must be regularly maintained, and all faults repaired
immediately.
Comments
A hydraulic speed-control valve limits the maximum speed of descent in
normal use.
Operator or others being hit by falling or flying debris
Operator
LO:
2
FE:
4
DPH:
0.5
NP:
1
Risk
Factor:
4
The operator is protected from the cradle by the frame and guarding during
operation. There is some risk if product such as broken glass is being tipped.
Other
persons
LO:
1
FE:
2
DPH:
0.5
NP:
1
Risk
Factor:
1
There is some risk if product such as broken glass is being tipped.
Control
measures
Operators are responsible to obey all instructions and warning signs regarding
keeping other persons away from the machine while in use.
If tipping items such as glass, metal or liquids, glasses and gloves should be
worn.
Comments

User Manual // Simpro Multi-Tip®
Original Instructions // English // v56.0 // November 2021 // Page 14
Crushing due to machine falling over
Operator
LO:
1
FE:
4
DPH:
8
NP:
1
Risk
Factor:
32
Relatively low risk as the Multi-Tip is very stable, and the bin centre of gravity

Other
persons
LO:
1
FE:
1
DPH:
8
NP:
1
Risk
Factor:
8
As above.
Control
measures
Do not operate on soft ground, or ground with slope ratio greater than 1:12.
Never attempt to empty liquids from closed-top drums.
Comments
Electrocution or electric shock
Operator
LO:
0.5
FE:
4
DPH:
15
NP:
1
Risk
Factor:
30
Some risk is always present with mains leads.
Other
persons
LO:
0.5
FE:
4
DPH:
15
NP:
1
Risk
Factor:
30
As above.
Control
measures
Ensure a Residual Current Device (RCD) is fitted to all power sockets. Check all
leads frequently and repair or replace if damaged. All leads should be
checked and tagged by a registered electrician at regular intervals.
Comments
Mains-powered Multi-Tips are earthed and comply with AS60204.1.
The charger on battery-powered Multi-Tips is double-insulated.
Illness caused by tipping toxic powder and liquid
Operator
LO:
1
FE:
4
DPH:
1
NP:
1
Risk
Factor:
4
Great care should be taken when tipping powder or liquids.
If the product could cause any harm whatsoever to the operator or to any
other person, ensure all persons are well protected.
Other
persons
LO:
0.5
FE:
4
DPH:
1
NP:
2
Risk
Factor:
4
As above.
Control
measures
The operator must wear appropriate protective equipment, and ensure that
all other persons are well clear of the area.
Powder should only be tipped when there is no wind, and/or a wind shield
should be installed.
Comments
Toxic substances that cannot be protected against with PPE should not be
dumped using a Multi-Tip. Alternative methods should be used.
Damage to skin when used in extreme weather conditions
Operator
LO:
2
FE:
4
DPH:
1
NP:
1
Risk
Factor:
8
If the machine is to be used in extreme cold or heat, the operator must wear
gloves and other suitable Personal Protective Equipment.
Other
persons
LO:
2
FE:
4
DPH:
1
NP:
1
Risk
Factor:
8
As above.
Control
measures
Operators are responsible to wear Personal Protective Equipment suitable for
the environment in which the machine is being used.
Comments
See §1.8 for Multi-Tip environmental restrictions.

Site-specific hazard:
Operator
LO:
FE:
DPH:
NP:
Risk
Factor:
Other
persons
LO:
FE:
DPH:
NP:
Risk
Factor:
Control
measures
Comments
Site-specific hazard:
Operator
LO:
FE:
DPH:
NP:
Risk
Factor:
Other
persons
LO:
FE:
DPH:
NP:
Risk
Factor:
Control
measures
Comments
Site-specific hazard:
Operator
LO:
FE:
DPH:
NP:
Risk
Factor:
Other
persons
LO:
FE:
DPH:
NP:
Risk
Factor:
Control
measures
Comments
Site-specific hazard:
Operator
LO:
FE:
DPH:
NP:
Risk
Factor:
Other
persons
LO:
FE:
DPH:
NP:
Risk
Factor:
Control
measures
Comments

User Manual // Simpro Multi-Tip®
Original Instructions // English // v56.0 // November 2021 // Page 16
Site-specific hazard:
Operator
LO:
FE:
DPH:
NP:
Risk
Factor:
Other
persons
LO:
FE:
DPH:
NP:
Risk
Factor:
Control
measures
Comments
Site-specific hazard:
Operator
LO:
FE:
DPH:
NP:
Risk
Factor:
Other
persons
LO:
FE:
DPH:
NP:
Risk
Factor:
Control
measures
Comments
2.4.3 Residual Hazards
As with all industrial lifting equipment, certain 
guarding or safety measures implemented by the manufacturer.
The machinery owner has a legal responsibility to identify such residual hazards, and to take
all reasonable precautions to eliminate, isolate, or minimize them. This may include any or all
of the following:
-Monitoring and enforcing the training of operators.
-Design and implementation of Standard Operating Procedures.
-Using disciplinary measures to enforce the Standard Operating Procedures.
-Posting signage, floor marking, or other warnings as appropriate.
-Taking steps to develop a culture of safety-awareness and open communication
within the workplace.

2.5 Safety Norms
The following safety norms must be observed for the safe use of a Multi-Tip bin lifter.
Only trained and authorised personnel may use the
machine.
Operators must read and obey all instructions
displayed on the machine.
Never operate the machine on soft ground, or
ground with a slope ratio greater than 1:12.
Never operate the machine on the edge of a raised
loading dock or platform.
Never operate machine with any covers or guards
removed.
Never attempt to empty the contents of closed-top
drums, unless the machine is securely bolted down.
All persons other than the operator must keep at
least 2 metres clear while the machine is in use.
Always keep hands and feet well clear of the bin and
cradle when operating.
Never place limbs, feet or foreign objects under or
through the guarding panels.
Never attempt to empty over-filled bins, or bins
weighing more than 150kg.

User Manual // Simpro Multi-Tip®
Original Instructions // English // v56.0 // November 2021 // Page 18
Before connecting machine to mains supply,
ensure voltage and frequency correspond with
that listed on the rating plate.
Do not use an extension lead longer than 15
metres to connect the machine to mains power.
Do not operate if power lead, insulation or power
plugs are damaged.
Do not connect a damp power plug or socket.
Ensure the power supply socket is fitted with a
residual current device.
Ensure there is complete continuity between the
machine and an effective earthing system which
complies with local and national regulations. The
manufacturer cannot be held liable for the
consequences of an inadequate earthing system.

3.Operating Instructions
3.1 Before operation
Before operating a Multi-Tip, check the following to ensure that the machine is stable and
safe to use:
1. The machine is on firm ground with a slope ratio of less than 1:12.
2. All covers and safety guards are in place.
3. The wheel brakes are applied.
4. All personnel other than the operator are well clear of the machine.
5. The cradle is fully lowered.
6. The key is inserted and turned to the ON position.
7. The battery indicator (if fitted) shows an acceptable level of charge.
3.2 Emplacing and removing bins
All personnel using the machine must know how to correctly emplace and remove bins
from the machine. Bins that are not correctly emplaced may come loose and damage
the machine while being lifted, or fall out when inverted.
The bin cradle is designed to allow bins to be emplaced and removed easily, while also
holding them securely throughout the lifting and tipping cycle. A range of different cradles
may be installed, depending on the types of bin that the machine needs to empty. Use the
following table to identify the correct instructions for your machine.
3.2.1 Cradle identification
Cradle
Usage
Bin Compatibility
Cradle Image
See
Type-E
(EN840
base-lift
cradle)
Standard waste
and recycling
applications in EU,
UK, AU, NZ, Asia,
Africa, and parts of
South America
EN840 mobile
garbage bins
(wheelie bins)
-60L
-80L
-120L
-140L
-240L
§3.2.2
Type-C
(EN840
comb-lift
cradle)
Specialised waste
and recycling
applications
(primarily with 360-
litre bins) in EU, UK,
AU, NZ, Asia,
Africa, and parts of
South America
-60L
-80L
-120L
-140L
-240L
-360L
§3.2.3