Product Information

• General Information
  • Safety Signal Words
  • Warranty
  • Website
  • ServAid
  • Safety Data Sheets MSDS/SDS
  • Country of Origin
  • Dimensional Drawings
• Overview
  • General Description
  • Benefits
  • Features
  • Applications
  • AutoTrim Valve Overview
  • Technical Product Data

General Information

WARNING

Risk of Property Damage or Severe Injury

Ensure that you read, understand and follow all instructions before operating the tool. Failure to follow all the instructions may result in electric shock, fire, property damage and/or severe bodily injury.

• Read all Safety Information delivered together with the different parts of the system.

• Read all Product Instructions for installation, operation and maintenance of the different parts of the system.

• Read all locally legislated safety regulations regarding the system and parts thereof.

• Save all Safety Information and instructions for future reference.

Safety Signal Words

Warranty

• Product warranty will expire 12+1 months after dispatch from Atlas Copco's Distribution Center.

• Normal wear and tear on parts is not included within the warranty.

  • Normal wear and tear is that which requires a part change or other adjustment/overhaul during standard tools maintenance typical for that period (expressed in time, operation hours or otherwise).

• The product warranty relies on the correct use, maintenance, and repair of the tool and its component parts.

• Damage to parts that occurs as a result of inadequate maintenance or performed by parties other than Atlas Copco or their Certified Service Partners during the warranty period is not covered by the warranty.

• To avoid damage or destruction of tool parts, service the tool according to the recommended maintenance schedules and follow the correct instructions.

• Warranty repairs are only performed in Atlas Copco workshops or by Certified Service Partners.

Atlas Copco offers extended warranty and state of the art preventive maintenance through its ToolCover contracts. For further information contact your local Service representative.

For electrical motors:

• Warranty will only apply when the electric motor has not been opened.

Website

Information concerning our Products, Accessories, Spare Parts and Published Matters can be found on the Atlas Copco website.

Please visit: www.atlascopco.com.

ServAid

ServAid is a portal that is continuously updated and contains Technical Information, such as:

• Regulatory and Safety Information

• Technical Data

• Installation, Operation and Service Instructions

• Spare Parts Lists

• Accessories

• Dimensional Drawings

Please visit: https://servaid.atlascopco.com.

For further Technical Information, please contact your local Atlas Copco representative.

Safety Data Sheets MSDS/SDS

The Safety Data Sheets describe the chemical products sold by Atlas Copco.

Please consult the Atlas Copco website for more information www.atlascopco.com/sds.

Country of Origin

For the Country of Origin, please refer to the information on the product label.

Dimensional Drawings

Dimensional Drawings can be found either in the Dimensional Drawings Archive, or on ServAid.

Please visit: http://webbox.atlascopco.com/webbox/dimdrw or https://servaid.atlascopco.com.

Overview

• General Description
• Benefits
• Features
• Applications
• AutoTrim Valve Overview
• Technical Product Data

General Description

The Pistol ErgoPulse PTX shut-off tool is the ideal choice if your operators need to speed up production with fast rundowns and short tightening cycles. It is a reliable and powerful shut-off pulse tool that automatically shuts off the air supply when the pre-set torque has reached. Suitable for continuous heavy production, the PTX series has some air on top HRF models, making it possible to feed the air from above to the tool. All PTX models can also be used as lubrication free, just like other ErgoPulse tools and is available in StandardTrim and AutoTrim version.

Benefits

• High reliability and durability

• One-handed operation

• Light and well-balanced tool

• Low noise level

Features

• Consistent torque over time

• Automatic two-stage trim valve

• High power-to-weight ratio

• No springs to wear out

• High precision components

Applications

This pneumatic shout-off impulse tool can be used for various applications where reaction free tightening and/or high productivity is needed.

AutoTrim Valve Overview

This tool is equipped with an AutoTrim valve, which gives the tool optimal performance on mixed hard and soft joints. (For applications where the tool is used for tightening joints with similar characteristics, Trim Valve can be used.)

The AutoTrim valve is factory preset to suit a majority of applications. It gives a reduced speed during rundown. After 1-2 pulses it shifts automatically to full speed/power for the rest of the tightening. Regularly check the correct operation of the AutoTrim valve. Non-switching (from restricted to open operation) will cause longer tightening time with risk of over-tightening of the joint. Premature switching to open position (i.e. when tool is running free) might cause erratic shut-off due to too few pulses.

The AutoTrim valve gives a reduced speed during rundown. After 1-2 pulses on a joint it shifts automatically to full speed/power for the rest of the tightening, as shown in illustration below.

Possible adjustments:

• Free speed (factory set to approx 70% of full speed). See Adjusting the Free Speed.

• Switch point from reduced to full power (factory set to 1-2 pulses) for standard, non reporting (RE) applications. See Adjusting the Switch Point.

• Power during pulsing (factory set to full power). See Adjusting the Pulsing Power.

In most cases the factory settings give the best performance.

Technical Product Data

Technical Product Data can be found on either ServAid, or the Atlas Copco website.

Please visit: https://servaid.atlascopco.com or www.atlascopco.com.

Installation

• Installation Requirements
  • Air Quality
  • Air Lubrication Guide
  • Compressed Air Connection
  • Air Pressure Regulation
• Installation Instructions
  • Installation of Vibrating Tools
  • Initial Setting of Torque

Installation Requirements

• Air Quality
• Air Lubrication Guide
• Compressed Air Connection
• Air Pressure Regulation

Air Quality

• For optimum performance and maximum product life we recommend the use of compressed air with a maximum dew point of +10°C (50°F). We also recommend to install an Atlas Copco refrigeration type air dryer.

• Use a separate air filter which removes solid particles larger than 30 microns and more than 90% of liquid water. Install the filter as close as possible to the product and prior to any other air preparation units to avoid pressure drop.

For impulse/impact tools make sure to use lubricators adjusted for these tools. Regular lubricators will add too much oil and therefore decrease the tool performance due to too much oil in the motor.

Make sure that the hose and couplings are clean and free from dust before connecting to the tool.

Both lubricated and lubrication free products will benefit from a small quantity of oil supplied from a lubricator.

Air Lubrication Guide

Recommended air lubricators:

• Atlas Copco Optimizer (1 liter) 9090 0000 04

• Q8 Chopin 46

• Shell Air Tool Oil S2 A 320

Compressed Air Connection

WARNING

Risk of severe injury

Air under pressure can cause injury.

• Always shut off the air supply when not in use or before any adjustments.

• Drain the hose of air pressure and disconnect the tool from air supply when not in use or before any adjustments.

• Always use the correct hose size and air pressure for the tool.

WARNING

Compressed Air

High air pressure can cause severe damage and bodily injury.

• Do not exceed maximum air pressure.

• Make sure that there are no damaged or loose hoses or fittings.

For correct air pressure and hose size, see the Technical Product Data on - https://servaid.atlascopco.com or www.atlascopco.com.

Make sure that the hose and couplings are clean and free from dust before connecting to the tool.

Air Pressure Regulation

A pressure regulator is recommended for each tool.

A pressure regulator will give the following advantages:

• A stable air pressure which results in better accuracy

• An easy way to adjust the power of the tool

Make sure to adjust the regulator to the lowest expected pressure on the line.

Adjusting the air pressure will have the following consequences:

• Decreasing the air pressure will result in a slower but more accurate tool

• Increasing the air pressure will result in a faster but less accurate tool

If the pressure from the airline is below five bar, a tool from the EP L-series (designed for low pressure installations) is recommended.

Installation Instructions

• Installation of Vibrating Tools
• Initial Setting of Torque

Installation of Vibrating Tools

We recommend using a minimum length of 300 mm (12") of flexible hose for compressed air between a vibrating tool and the quick-action coupling.

Initial Setting of Torque

To minimize the risk of damage to the actual joint we recommend to set the torque slightly lower on the test joint than the torque wanted for the application. Make sure to use the same equipment, such as for example extensions, sockets and air pressure on the test joint as will be used on the actual joint.

Make sure to always verify the torque settings on your actual joint.

Operation

• Ergonomic Guidelines
• Operating Instructions
  • Operating the Tool
  • Operating Area
  • Free Speed Reduction
  • Air Pressure Monitoring, RE-signal
  • Optimizing the Tool Performance
  • Setting of Tightening Torque
  • Setting of Tightening Torque When Using AutoTrim Function
  • Adjusting the Pulsing Power
  • Adjusting the Free Speed
  • Controlling the AutoTrim Function
    • Controlling the Function Using Sight Glass
    • Controlling the Function Using Speed Change
    • Adjusting the Switch Point

Ergonomic Guidelines

Consider your workstation as you read through this list of general ergonomic guidelines and see if you can identify areas for improvement in posture, component placement, or work environment.

• Take frequent breaks and change work positions frequently.

• Adapt the work area to your needs and the work task.

  • Adjust for convenient reach range by determining where parts or tools should be located to avoid static load.

  • Use workstation equipment such as tables and chairs appropriate for the work task.

• Avoid work positions above shoulder level or with static holding during assembly operations.

  • When working above shoulder level, reduce the load on the static muscles by reducing the weight of the load. You can also reduce the load on the static muscles by holding the load close to the body.

  • Make sure to take frequent breaks.

  • Avoid extreme arm or wrist postures, particularly for operations requiring a degree of force.

• Adjust for convenient field of vision by minimizing movement of the eyes and head during the work task.

• Use the appropriate lighting for the work task.

• Use ear protection equipment in noisy environments.

• Use dust extraction system or mouth protection mask in dusty environments.

Operating Instructions

• Operating the Tool
• Operating Area
• Free Speed Reduction
• Air Pressure Monitoring, RE-signal
• Optimizing the Tool Performance
• Setting of Tightening Torque
• Setting of Tightening Torque When Using AutoTrim Function
• Adjusting the Pulsing Power
• Adjusting the Free Speed
• Controlling the AutoTrim Function
  • Controlling the Function Using Sight Glass
  • Controlling the Function Using Speed Change
  • Adjusting the Switch Point

Operating the Tool

Operating Area

Tightening Time

The tightening time is depending on joint hardness. Hard joints give short operation time, and soft joints give longer operation time.

Max. recommended tightening time is 3 seconds. Longer time indicates that the joint is too soft for the machine used. If so it is recommended to choose a bigger size of machine or another type of nutrunner.

Pulses per Tightening

An increased number of pulses per tightening implies improved accuracy. Fewer pulses per tightening implies an increased scatter.

Min. recommended number of pulses per tightening is 3. Few pulses per tightening at a low setting indicates that the free speed ought to be reduced by the trim valve.

Free Speed Reduction

A reduced free speed implies improved accuracy and an increased number of pulses per tightening.

A reduced free speed may effect the torque level installed and the tightening time.

If the free speed is reduced, the number of pulses, as well as the torque level, will increase. After a reduction of the free speed the torque level might have to be reduced.

Air Pressure Monitoring, RE-signal

It is possible to connect the tool to a pressure monitoring equipment to monitor the tightening. The pressure signal from the tool (differential pressure over the motor) can be used to detect:

• Missed fasteners

• Trigger release before set torque is reached

• Stripped threads

• Cross-threading

• Re-hits

• Drop in air supply

To connect the tool to a pressure monitoring equipment we recommend using a Reporting Connection Kit, see Accessories https://servaid.atlascopco.com.

The pressure monitoring equipment does not measure torque.

Air Pressure Signal Diagram

Optimizing the Tool Performance

Recommended number of pulses

A Pulse tool well suited for your application should reach the target torque (with shut off) within 5-20 pulses. The number of pulses it takes for the tool to reach target torque can be measured with an analyzer. The tightening time can also be used as a guide, to know if the tool is appropriate for your application:

• ≤ 1 second for tools up to 30 Nm

• ≈ 1 second for tools up to 80 Nm

• ≈ 2 seconds for tools up to 150 Nm

• ≈ 5 seconds for tools up to 450 Nm

• ≤ 10 seconds for tools up to 850 Nm

If the target torque is achieved with less than 5 pulses (= short tightening time), the torque scatter will increase and it can be difficult to adjust to the right level, especially on hard joints.

If the target torque is achieved with more than 20 pulses (= too long tightening time) the wear will increase and more frequent oil filling and service will be required. Too long tightening time, in combination with high production rate, may also result in excessive heating of the oil. In that case the power will decrease with longer tightening time and sometimes no shut off.

If the target torque is achieved with less than 5 pulses this can be fixed by:

• Decreasing the air pressure.

• Reducing the speed by means of the AutoTrim or Trim valve.

• If the above is not possible or does not give wanted results, a smaller tool may be a better choice.

If the target torque is achieved with more than 20 pulses this can be fixed by:

• Increasing the dynamic air pressure to 6-7 bar for standard EP tools, or up to 5 bar for low pressure EP L-tools.

• Adjust the AutoTrim or Trim valve to give maximum power/speed.

• If the above is not possible or does not give wanted results, a bigger tool may be a better choice.

When changing the air pressure, the target torque must be measured again and adjusted if needed.

Setting of Tightening Torque

The adjusting screw (the slotted screw) is the only screw that initially should be adjusted. Start at a low torque adjustment and gradually increase the setting until you reach the desired torque level. See detailed illustrations for setting of the tightening torque when using AutoTrim function and Trim function respectively.

Using the tool at a higher torque, than recommended maximum torque, might result in improper function and faster wear.

Always check the setting on your actual joint.

Setting of Tightening Torque When Using AutoTrim Function

When using a tool with AutoTrim function make sure that it is correctly adjusted. When correctly adjusted the AutoTrim reduces the speed during rundown and will automatically switch to full speed/power after approximately 1-2 pulses.

Adjusting the Pulsing Power

The AutoTrim valve is factory set to full pulsing power, that is, the length of N is set according to the table below.

To improve accuracy (more pulses before shut off) on hard or medium hard joints, reduce the power. The power is reduced by turning the nut (1) clockwise (increased lenght of N).

Adjusting the Free Speed

The AutoTrim valve is factory set to approximately 70% of full speed. To reduce the free speed, reduce the length of L. To increase the free speed, increase the length of L.

Adjust the length of L by turning the support ring (1).

On very hard joints (<30°) at low torque levels, further speed reduction might be necessary. When the tool is used only on soft joints, less or no speed reduction is needed.

The factory set length of L is depending on the tool size, see table.

Controlling the AutoTrim Function

• Controlling the Function Using Sight Glass
• Controlling the Function Using Speed Change
• Adjusting the Switch Point

Controlling the Function Using Sight Glass

For a better understanding of the behavior of the AutoTrim valve, a sight glass is recommended. Find a sight glass suitable for the tool on ServAid.

If the behavior in “2” or “3” above is not correct, the valve is in need of adjustment or service, see Adjusting the Switch Point.

Controlling the Function Using Speed Change

Make sure that any socket is firmly attached. The tool should run at reduced speed.

Run the tool in the air (A).

With the reversing knob in reversing direction, pull the trigger and (with trigger still pressed) quickly pull the reversing knob to forward direction. (B) The AutoTrim valve should then switch from reduced to full speed. If the tool is running with full speed at (A) or still remaining at reduced speed at (B) the AutoTrim valve is in need of adjustment or service, see Adjusting the Switch Point.

Adjusting the Switch Point

• Remove the cover (1) with 22 mm wrench while holding the valve casing with hook wrench.

• Adjust the valve (2) with 1.5 mm Allen key supplied with AutoTrim valve. From fully closed (+) position to normal operation the needle valve is opened between 6 and 8 turns (-) depending on tool size.

• Restore cover (1).

• Perform a function control.

If the valve is too much closed, the AutoTrim valve will not shift to open position when pulsing starts. If the valve is too much open, the AutoTrim will directly open to full speed and power.

Clockwise (+) rotation delays the switch point (closes the needle valve) and vice versa.

If the tool is used for reporting applications (RE) the needle valve has to be turned more open (-) to compensate for the air volume in the signal hose.

Service

• General Service Information
• Maintenance Instructions
  • Daily Inspection
  • Preventive Maintenance
  • Service Instructions
    • Dismantling/Assembling
    • Cleaning
    • Inspection
    • Lubrication
  • Servicing the AutoTrim Valve
• Lubrication Instructions
  • Rust Protection and Cleaning
  • Lubrication Guide
  • Oil Level in the Pulse Unit
  • Recommended Oil for the Pulse Unit
  • Filling the Pulse Unit with Oil
    • Method 1 (using an ST Analyzer and a Transducer)
    • Method 2 (without ST Analyzer and Transducer)
    • Method 3 (with Oil Filling Kit)
• Dismantling/Assembling Instructions
  • Tightening of Threaded Connections
  • Assembling Motor in Housing
• Tests and Adjustments after Service
  • Test Method - Static or Dynamic
  • Tool Condition Test
  • Torque Check - Residual Torque Measurement on Actual Joint
  • Adjusting the Position of the Stop Pin

General Service Information

If the tool is not working properly, take it out of operation for inspection. Preventive maintenance is recommended at regular intervals. See detailed information on Preventive Maintenance.

• Make sure to use the service tools, service kits and spare parts recommended by Atlas Copco.

• Make sure to follow the Service instructions provided by Atlas Copco.

Make sure to work in a clean environment and that all parts are cleaned before re-assembling. Foreign particles, even small fibers from paper tissue, may affect the service life of the Pulse unit.

Maintenance Instructions

• Daily Inspection
• Preventive Maintenance
• Service Instructions
  • Dismantling/Assembling
  • Cleaning
  • Inspection
  • Lubrication
• Servicing the AutoTrim Valve

Daily Inspection

• Make sure that the tool is in good condition, no visual damage.

• Make sure that the air connection and air installation is done correctly. Listen for any air leakage.

• Make sure that sockets and extensions have no visual damage.

• Make sure to have the correct air pressure.

• Listen to make sure that there is no unexpected noise when running the tool.

Preventive Maintenance

Preventive maintenance is recommended once per year or after a maximum of 250.000 tightenings. A complete overhaul include:

• Clean the pulse unit and change worn or damaged parts.

• Clean the air motor and change worn or damaged parts.

• Clean the silencer and the strainer of the inlet adapter, change the filter and change worn or damaged parts.

• Clean the trigger and reversing valve and change worn or damaged parts.

Service Instructions

Overhaul and preventive maintenance is recommended at regular intervals once per year or after maximum 250.000 tightening depending on which occurs sooner. More frequent overhaul may be needed, specially replacing of oil in the pulse unit, if used at high torque and long tightening times. If the machine is not working properly, it should immediately be taken away for inspection.

The strainer at the air inlet and the exhaust silencer should be cleaned frequently or replaced in order to prevent clogging, which decreases the capacity.

At the overhauls, all parts should be cleaned accurately and defective or worn parts should be replaced.

All o-rings should be greased before assembling; especially important are the o-rings in the pulse unit.

Dismantling/Assembling

It is important that threaded connections are tightened properly, that is, in accordance with the specifications. See Spare Parts for details.

Cleaning

Clean all parts (except electrical parts) thoroughly using white spirit or similar cleaning agent. To prevent clogging and decreased power, clean the strainer (if used) and the exhaust filter between the overhauls.

Inspection

After the cleaning, inspect all parts. Damaged and worn parts should be replaced.

Lubrication

Lubricate specially gears, valve and clutch with grease containing molybdenum disulphide (e.g. Molykote BR2 Plus). Lubricate o-rings and threaded connections with grease before assembling.

Servicing the AutoTrim Valve

Make sure all parts are clean. O-rings should be lightly greased. Valve and bracket should be sparsely oiled with light oil. Make sure that the valve moves easily on the bracket. When adjusting the throttle valve, start from fully closed position (clockwise) and open between 6-8 turns. Check and adjust again if needed.

Check and adjust the lengths of L and N corresponding to the ordering number of the AutoTrim valve (as of 2008 the ordering number is engraved on the AutoTrim casing). See Adjusting the Free Speed and Adjusting the Pulsing Power.

Test the valve function on the corresponding EP tool. Change the filter regularly to prevent clogging, decreased power, and incorrect function.

Lubrication Instructions

• Rust Protection and Cleaning
• Lubrication Guide
• Oil Level in the Pulse Unit
• Recommended Oil for the Pulse Unit
• Filling the Pulse Unit with Oil
  • Method 1 (using an ST Analyzer and a Transducer)
  • Method 2 (without ST Analyzer and Transducer)
  • Method 3 (with Oil Filling Kit)

Rust Protection and Cleaning

Water in the compressed air can cause rust. To prevent rust we strongly recommend to install an air dryer.

Water and particles can cause sticking of vanes and valves. This can be prevented by installing an air filter close to the product to avoid pressure drop.

Before longer stand stills always protect your tool by adding a few drops of oil into the air inlet. Run the tool for 5–10 seconds and absorb any access oil at the air outlet in a cloth.

Lubrication Guide

Oil Level in the Pulse Unit

The right oil level in the Pulse unit is important for the tool to work correctly.

The need to add oil to the Pulse unit will vary depending mainly on the number of tightening, torque level and number of pulses (tightening time).

Operating the tool on a low oil level will result in faster wear of the parts in the Pulse unit. It will also affect the tool performance and accuracy.

Always check the tightening torque after filling the oil.

Detect Low Oil Level in the Pulse Unit

• Longer tightening time

• Very high pulse frequency, especially when the tool has not been used for a while.

• Low torque or abnormal torque changes (increased scatter).

• No shut-off.

To measure the pulse frequency use a static torque transducer or an inline transducer connected to torque testing equipment, as per the Tool Condition Test.

Recommended Oil for the Pulse Unit

The recommended oil for the pulse unit is Atlas Copco Pulse Unit Oil.

A bottle of Atlas Copco Pulse Unit Oil and the required syringe or syringes are orderable as kits. Please see Service Kits for ordering numbers.

Filling the Pulse Unit with Oil

There are different methods to fill the pulse unit with oil, depending on available equipment:

• Using an ST Analyzer and a Transducer. Follow the instructions in Method 1.
  This method is the fastest. It will give an optimized tool performance and result in the longest filling intervals.

• Without an ST Analyzer and a Transducer. Follow the instructions in Method 2.
  This method is not as fast and accurate as using Method 1.

• Using the Atlas Copco Oil filling equipment kit (4250 3220 90). Follow the instructions in Method 3.

Method 1 (using an ST Analyzer and a Transducer)

Method 2 (without ST Analyzer and Transducer)

Method 3 (with Oil Filling Kit)

Required equipment for oil filling and oil changing:

• Atlas Copco Pulse unit oil.

• Atlas Copco Pulse unit Oil Filling Kit.

  For ordering number for Spare Parts, see https://servaid.atlascopco.com.

Oil Filling Equipment Kit

• 2 x Adapter M3

• 2 x Adapter M4

• 4 x Hose length 540 mm

• 2 x Hose length 50 mm

• 1 x Hose length 120 mm

• 1 x Syringe 50 ml

• 1 x Syringe 1 ml

• 4 x Plug

• 5 x Connection

• 2 x Connection

• 2 x Can

• 2 x Cover

Dismantling/Assembling Instructions

• Tightening of Threaded Connections
• Assembling Motor in Housing

Tightening of Threaded Connections

The tightening torque indicated in the exploded views (see Spare parts section in https://servaid.atlascopco.com) will give the right clamping force and prevent parts from loosening. It is important not to exceed the clamping force, these parts must be able to open up without being damaged at service. After some time of operation and in special circumstances, depending on application and usage, the parts may however loosen somewhat. The tightening torque can then be increased by 10-20% and some type of low or medium thread locking fluid can be applied.

Assembling Motor in Housing

* For correct tightening torque, see Spare Parts https://servaid.atlascopco.com.

Tests and Adjustments after Service

Perform a tool condition test to make sure that the tool is working properly.

Test Method - Static or Dynamic

A static torque measurement is recommended for the ErgoPulse machines.

If dynamic torque measurement with an electronic inline torque transducer is used, always verify your measurement result by a static check with a torque wrench (electronic).

For more information, refer to Atlas Copco "Pocket Guide to Pulse Tools". Ordering No. 9833 1225 01.

Tool Condition Test

Test Conditions

Temperature Pulse unit: approximately 20° C.

Dynamic air pressure: 6.3 bar (91 psi).

Hose size: Ø 13 mm Hose length: 3 m

Correct pulse frequency indicates that the air motor and the Pulse unit are in good condition. If the pulse frequency is too high - add more oil. If the pulse frequency is too low - reduce the oil level.

Torque Check - Residual Torque Measurement on Actual Joint

* Torque required to cause the threads of the fastener (including its head) on which torque is applied, to move relative to the mating thread.

Adjusting the Position of the Stop Pin

The position of the stop pin is correctly set at the factory. If the position has to be reset or adjusted due to service or replacement of spare parts, follow the instructions below.

Measurement D is the opening diameter for the gauge.

D = 1.55 mm

Troubleshooting

• Troubleshooting Guide

Troubleshooting Guide

Recycling

• Environmental Regulations
• Recycling Instruction

Environmental Regulations

When a product has served its purpose it has to be recycled properly. Dismantle the product and recycle the components in accordance with local legislation.

Batteries shall be taken care of by your national battery recovery organization.

Recycling Instruction