ARRI SRH-3 Manual 

All rights reserved. No parts of this document may be reproduced without prior written consent of Arnold & Richter Cine Technik GmbH & Co. Betriebs Kg. Specifications are subject to change without NOTE. Errors, omissions, and modifications excepted. ARRI, ALEXA, AMIRA, LDS and LENS DATA SYSTEM are trademarks or registered trademarks of Arnold & Richter Cine Technik GmbH & Co. Betriebs Kg. All other brands or products are trademarks or registered trademarks of their respective holders and should be treated as such. Original version. For further assistance: Arnold & Richter Cine Technik GmbH & Co. Betriebs Kg Türkenstr. 89 80799 München Germany www.arri.com Scope This document describes the components and the setup of the SRH-3 Stabilized Remote Head system and its components. Disclaimer Before using the products described in this manual, be sure to read and understand all the respective instructions. Otherwise the customer must contact ARRI before using the product. While ARRI endeavors to enhance the quality, reliability and safety of their products, customers agree and acknowledge that the possibility of defects thereof cannot be eliminated entirely. To minimize the risk of damage to property or injury (including death) to persons arising from defects in the products, customers must incorporate sufficient safety measures in their work with the system and heed the stated conditions of use. ARRI or its subsidiaries do not assume any responsibility for losses incurred due to improper handling or configuration of the TRINITY or other system components. ARRI assumes no responsibility for any errors that may appear in this document. The information is subject to change without NOTICE. For product specification changes after this manual was published, refer to the latest published ARRI data sheets or release notes, etc., for the most up-to-date specifications. Not all products and/or types are available in every country. Please check with an ARRI sales representative for availability and additional information. Neither ARRI nor its subsidiaries assume any liability for infringement of patents, copyrights or other intellectual property rights of third parties by or arising from the use of ARRI products or any other liability arising from the use of such products. No license, express, implied or otherwise, is granted under any patents, copyrights or other intellectual property right of ARRI or others. ARRI or its subsidiaries expressly exclude any liability, warranty, demand or other obligation for any claim, representation, cause, action, or whatsoever, express or implied, whether in contract or not, including negligence, or incorporated in terms and conditions, whether by statue, law or otherwise. In no event shall ARRI or its subsidiaries be liable for or have a remedy for recovery of any special, direct, indirect, incidental, or consequential damages, including, but not limited to lost profits, lost savings, lost revenues or economic loss of any kind or for any claim by a third party, downtime, good-will, damage to or replacement of equipment or property, any cost or recovery of any material or goods associated with the assembly or use of our products, or any other damages or injury of the persons and so on or under any other legal theory. In the event that one or all of the foregoing clauses are not allowed by applicable law, the fullest extent permissible clauses by applicable law are validated.

1 User Advisory / Application Requirements ………………………………………………. 4 2 For your safety ……………………………………………………………………………… 5 3 Functions Head / Connectors ….………………………………………………………….. 7 4 Remote Head Setup / Top Down, Home Position,Tilt Lock ……..……………….……… 9 5 Camera Setup / Mounting the Camera / Balancing the Camera ……..…..……..…….. 10 6 Power Supply / Recommended Batteries / Wiring ………………..……………………. 12 7 Remote Control Setup / Conecting / Emergency Shut Off / Mounting Position ……. 13 8 Remote Control GUI ……………………………………………………………………….. 14 9 PID Setup / Quick Setup / PID Fine Trim / Drop …………………………………………. 15 10 Controls Setup / Changing profiles / Auto Assignment / Manual Assignment / Available Controllers / Changing Directions / Speed / Ramp / Default Possition / True Horizon / Endstops / Follow ………………………………………………………… 18 11 Additional Controls Setup / Deadband / Sensitivity / Ramp Mode / Filter / Ratio … 20 12 Remote Head Setup / Pan Motor On/Off / Motor Mode / Endstops / Follow / True Horizon / High Dynamic Mode / Mounting Position ………………………………………. 22 13 Wireless Setup / Channels / Regions / Range ..…………………………………………. 25 14 FIZ Setup Assigning / Assignable Controllers / Calibration / Torque / Mode / Speed / Fine Trim ……………………………………………………………………………………… 28 15 Info & Service Factory Defaults / Joystick Calibration / Sensor Calibration ………….. 31 16 Profile Management ……..………………………………………………………………… 42 17 Power Disconnection ……………………………………………………………………… 43 18 Dimensions ………………………………………………………………………………….. 43 19 Pinout …………………………………………………………………………………………. 44 20 Assignable Controllers & Functions ..………………………………………………….. 45 21 Declaration of Conformity ………………………………………………………………… 46 Table of Contents

The SRH-3 stabilized remote head and related products should only be used by experienced and trained operators. This product is not designed for inexperienced users, and must not be used without proper training. Stabilization of remote heads is an extremely complex and at times difficult task and therefore stabilized remote heads do have their limitations. For example, the remote head will only correct for angular movement and not parallel movement. This means that when the remote head is attached directly to a lift, or to a pole, or structure that is subjected to vertical movement, it cannot compensate for lift as it moves up and down (because that movement is parallel). In order to absorb vertical and parallel movements, the remote head must be mounted on a suitable shock absorber. Stabilization systems are limited by engine power, as well as their bandwidth or frequency response. Very fast movements required to correct the camera position may not be within system capabilities. This can be seen when using longer lenses. The use of suitable Iso Dampers devices improves the application. Mounting a suitable Iso Dampers device between the remote head and the mounting point of the head, will soak up the fast, unwanted movements, leaving the stabilization with unwanted movements that are slower and within the bandwidth of the system. There are many Iso Damper devices that follow different designs and qualities. Choosing the right Iso Damper is as important as the stabilized head itself. Another purpose of Iso Dampers is that they decouple the stabilized remote head from some resonance and flexing of the mounting point. All gimbal-based stabilized remote heads will always face some kind of drift. Drift is unwanted movement of the system usually caused by the gyros and the earth’s rotation, which can’t be measured by the MEMS sensors. Drift is normally measured in degrees per hour. The SRH-3 remote head has a very small amount of drift that would only be noticed while the head is stationary over a long period of time. The average drift can be up to approximately 10° in 30 minutes. Drift can also be caused by a non-calibrated joystick or a loose camera setup, or an Iso Damper that is too soft. Reduction of flexing or bending of the camera and lens package, and flexing of the remote head attachment are critical. The overall setup needs be as rigid as possible because any flexing can cause the head to vibrate or oscillate. Every attempt to improve the stiffness of the camera setup and the head attachment, and to reduce or eliminate any flexing should be made. Many different camera and lens packages can be used with the SRH-3, and there are also many different ways to mount the remote head. As a result, it is not always possible or practical to obtain perfect conditions regarding rigidity and balance. This may cause the load to become unstable and it will then shake and oscillate when the stabilization is active. In these situations, adjustment of the PID parameters will be required. The correct setting of these PID values is crucial for the proper working of the system. An unbalanced camera setup will place more strain on the motors of the SRH-3. The system will need more force to move the load and this will sometimes increase the possibility of the load becoming unstable, and that the remote head may over compensate or shake and oscillate. Please remember that what the remote head is mounted on, and the manner in which it is mounted, will directly impact on its performance. The total mass of the head and its load are an important consideration when choosing how and where to mount it. This torque will change in direction and amplitude in varying amounts. The more solid the mount, the easier it is for the system to perform well. Sometimes even the leveling linkage on a camera crane will have play or backlash that allows the mounting point to move slightly when loads are reversed. If there is mechanical play between the components in the shock absorber, vibrations of the overall system may occur. Iso Dampers with the appropriate dimensions and hardness should always be used - the system may become too elastic if the Iso Damper used is too soft, causing vibration. NOTE Each of these aspects can lead to the motor power of single axis having to be lowered, which will limit the effectiveness of the overall stabilisation. User Advisory

All directions are given from a camera operator's point of view. For example, camera-right side refers to the right side of the camera when standing behind the camera and operating it in a normal fashion. 2.1 Risk Levels and Alert Symbols Safety warnings, safety alert symbols, and signal words in these instructions indicate different risk levels. The SRH-3 stabilized remote head and related products should only be used by experienced and trained operators. This product is not designed for inexperienced users and should not and must not be used without proper training. ARRI recommends that all users of the SRH-3 stabilized remote head read the manual in its entirety prior to use. � Warning NOTICE The product is solely and exclusively available for commercial customers and shall be used by skilled personnel only. Every user should be trained according to ARRI guidelines. Use the product only for the purpose described in this document. Always follow the valid instructions and system requirements for all equipment involved. DANGER indicates an imminent hazardous situation which, if not avoided, will result in death or serious injury. WARNING indicates a potentially hazardous situation which, if not avoided, may result in death or serious injury. CAUTION indicates a potentially hazardous situation which, if not avoided, may result in minor or moderate injury. NOTICE NOTE explains practices not related to physical injury. No safety alert symbol appears with this signal word. NOTE Provides additional information to clarify or simplify a procedure. � DANGER � Warning � CAUTION For your safety

between the outer yoke and inner ring. A high kinetic force can result between the outer and inner ring, depending on the weight and length of the camera. Serious injuries can result through negligence. If this does happen then, cut off the power supply straight away and seek medical attention if necessary. � DANGER Keep in mind that the SRH-3 stabilized remote head is a fully stabilized Gimbal based device with a payload capacity of 30kg / 66 lb. The amount of available torque is very high. � CAUTION DANGER Rotating Parts DANGER Rotating Parts For your safety

3.2 Remote Head Back Right junction box Tilt motor Side to Side adjustment Tilt Lock Roll axis Pan axis Left junction box Tilt motor Mounting plattform Yoke Onboard computer Base junction box Mounting base Emergency Shut OFF Switch Roll motor Quick lock clamp End stop Mount for top support Tilt lock Camera dovetail plate Onboard computer Antenna Remote Head Functions

Right junction box Left junction box 3.4 Remote Head Base Junction Box / Rear LBUS RS 24V HD SDI In 2 HD SDI In 1 12 Volt high capacity power out 12/24 Volt power out 12V Aux FF CAN Bus The 12V aux power consumption should not exceed 14,4V / 5 Amps. � CAUTION Emergency Shut OFF Switch HD SDI In 1 HD SDI In 2 FF CAN Bus FS CAN Bus Main power in Remote Head Functions

Step 1 Alignment for Top Down Step 2 Home Position Step 3 Tilt Lock Mounting the the SRH-3 stabilized remote head to a crane, dolly, support arm or any other device, has to be done by experienced operator or grip personal. Make sure that all safety regulations have been considered. � DANGER NOTICE To be able to do a 90° top down shot, the camera needs to mounted in a certain way into the ring. The junction boxes of the ring needs to point in the same direction as the lens. If you don’t align the home position, the performance of the remote head will be affected and the pan range will be reduced by more than 50%. � CAUTION Before powering up the remote head, align the home position indicator arrows as shown. � CAUTION While the camera setup the Tilt Lock needs to be engaged! Before powering up the remote head, the Tilt Lock must be disengaged! An engaged Tilt Lock may cause damage by overheating the tilt motors. � DANGER Remote Head Setup

Step 4 Camera Preparation The entire balancing procedure of the SRH-3 stabilized remote head is based on symmetry and neutral balance. NOTE Only a precisely executed camera preparation will enable you to get the best performance out of the SRH-3 stabilized remote head. Camera Dovetail Plates We highly recommend to use the so called Stabilizer Adapter Mount plates: SAM-1, SAM-2, SAM-3 or the SAM-4. Step 5 Mounting Camera Dovetail Plate Open the clamp lever to insert the camera dovetail plate. Push the safety lock to remove the camera dovetail plate. €350 other accessories. / Cine HD Pro / EFP HD €210 new o the right side at the top of the hreads. 3.62'' €245 new A tba new LEXA Classic, XT and SXT cameras ARRI Trinity and MAXIMA system. bilizer systems fitted with a ake and first customer shipment ation. i tba new LEXA Mini cameras to the ARRI ompatible with third party ovetail. ake and first customer shipment ation. 22 Page xima Mounting Plate €210 new itional cheese plate which can be mounted to the right side at the top of the XIMA. The mounting plate many offers 3/8'' threads. gth: 12,7 cm Width: 9,2 cm / Length: 5'' Width: 3.62'' MAXIMA only xima PAN Lock €245 new mp bracket to lock the pan axis of the MAXIMA MAXIMA only M-1 Stabilizer Adapter Mount for ALEXA tba new SAM-1 offers optical-centred mounting of ALEXA Classic, XT and SXT cameras ALEXA Studio, ALEXA M or ALEXA65) on the ARRI Trinity and MAXIMA system. SAM-1 is also compatible with third-Party stabilizer systems fitted with a dard 60mm dovetail. product is not available yet. Start of order intake and first customer shipment e will be announced in an Official Sales Information. M-2 Stabilizer Adapter Mount for ALEXA Mini tba new SAM-2 offers optical-centred mounting of ALEXA Mini cameras to the ARRI ity and MAXIMA systems. The SAM-2 is also compatible with third party bilizer systems fitted with a standard 60mm dovetail. product is not available yet. Start of order intake and first customer shipment e will be announced in an Official Sales Information. 22 Page A Camera Stabilizer Systems (artemis / TRINITY) Price List - EU 04/2017 Ident Nr Product Description/Weight & Dimensions Price SAM-3 Stabilizer Adapter Mount for AMIRA K2.0014630 tba new The SAM-3 offers optical-centred mounting of AMIRA cameras to the ARRI Trinity and MAXIMA systems. The SAM-3 is also compatible with third party stabilizer systems fitted with a standard 60mm dovetail. This product is not available yet. Start of order intake and first customer shipment date will be announced in an Official Sales Information. C-Stand Turtle Base K2.0010433 €195 60x600x950 mm 5300 gr C-Stand with. Removable Turtle Base Max. height 155 cm (61´ inch) For all artemis systems and to park the MAXIMA with mounted Spider K2.0010425. artemis Post Tool 1.8'' / 1.5'' K2.0010461 €125 10x60x150 mm 60 gr Special tool to open the Docking Rings and to adjust the friction of the artemis 1.5'' and 1.8'' gimbals. 4mm Hex Key / 5/32'' K2.0010434 €7 10x80x180 mm 10 gr 4mm Hex Key - 5/32'' Allen Wrench 6 mm Hex Key (1/4'') K2.0010435 €9 10x100x180 mm 10 gr 6 mm Hex Key - 1/4'' Allen Wrench 1.5 mm Hex Key K2.0010437 €5 10x10x50 mm 10 gr 1 5 H K SAM-1 Stabilizer Adapter Mount for ALEXA K2.0018851 SAM-2 Stabilizer Adapter Mount for ALEXA Mini K2.0014215 SAM-3 Stabilizer Adapter Mount for AMIRA K2.0014630 A DETAIL A MAßSTAB 1 : 1 Clamp Lever fore and aft Safety Lock A DETAIL A MAßSTAB 1 : 1 Camera Setup

Unlock the tilt lock mechanism first. Open the clamp lever to move the dovetail plate forward or backward. Move the camera forwards or backwards until the camera remains in a horizontal position. NOTE When adding or removing components, the camera position must be readjusted. Move the camera forwards or backwards until the camera remains in a horizontal position Step 7 Side to Side Balance Open the clamp leaver ate the front. Move the camera left or right until the camera remains in a horizontal position. A DETAIL A MAßSTAB 1 : 1 Clamp Lever fore and aft Clamp Lever Side to Side E DETAIL E MAßSTAB 1 : 1 Remote Head Setup

Batteries (Recommended) BEBOB CUBE 1200 www.bebob.de Anton Bauer CINE VCLX www.antonbauer.com Block Battery www.blockbattery.com Cinepower Magnum 60 www.cinepower.com Step 8 Wiring Diagram To perform in the desired way, the stabilized remote head requires at least min. 24V / 5A over the 3pin XLR plug and min. 12V / 5A via the 4pin XLR plug. Use only suitable and recommended power cables, batteries, and power adapters. The power supply for the EUT, has to provide "SELV" and a short-circuit-proof „limited power source", according to EN 60950-1. � CAUTION 12V / 24 V block batteries 12V 24V Wired FS CAN Bus Wireless 12V Data Note In wireless mode an external 12V power supply is needed for the remote control K2.0021428 K2.0021430 K2.0021427 K2.0021429 K2.0019306 K2.0019300 K2.0019301 K2.0019302 K2.0033762 K0.0024195 K0.0024196 K2.0021422 Remote Head Setup Remote Control Setup

7.2 Functions on the rear 7.3 Functions on the right and left side Emergency Shut OFF Switch Mini USB Antenna RC Data FF Can Bus 12V Pwr Out RS 12V Pwr Out 12V Pwr Out FS Can Bus 12V Pwr In Main Pwr On/Off LBUS In ARRI Mounting Rosettes Never use the remote control without an antenna. Otherwise, you may damage the radio amplifier. � CAUTION Assignable Knob K7 Joystick Touch Panel Emergency Shut OFF Switch Cover (optional module) Assignable Button B1 Accessory mounting frame Cover (optional module) Assignable Button B2 Assignable Knob K8 Buttons B5 / B6 Assignable Knobs K1 / K2 / K3 Assignable Knobs K4 / K5 / K6 Cover (optional module) Antenna Buttons B3 / B4

Remote Control GUI Knob K7 / Assignable Button B1 / Assignable Button B3 / Default Position Button B4 / True Horizon Knob K1 / Pan Speed Knob K2 / Tilt Speed Knob K3 / Roll Speed Knob K3 / Roll Angle Button B2 / Assignable Tilt Pan Button B5 / Endstops On/Off Button B6 / Follow On/Off Knob K4 / Pan Ramp Start/Stop Knob K5 / Tilt Ramp Start/Stop Knob K6 / Roll Ramp Start/Stop Assigned Control Device Selected User Profile Selected Menu Axes Indicator Ramp Start Speed Ramp Stop Default Position FIZ Home Screen Control Status Endstop Status Follow Status Power Status Remote Head Power Status Remote Control Direction PID Menu Main Menu Access Radio Signal Status High Dynamic Slider Menu Actual Head Angle True Horizon

Step 10 Emergency Shut Off NOTE To release the Emergency Shut Off Switch, carefully turn the red knob to the left. Step 11 Mounting Position Once the remote control is connected to the remote head, the display will ask for the position of the remote head. Do not pull the Emergency Shut Off knob! This may damage the knob! � CAUTION Wired FS CAN Bus K2.0019300 K2.0019301 K2.0019302 K2.0033762 Remote Control GUI Standing Overslung Hanging Underslung

Step 12 Camera Weight Preselection To make setting the PID values as easy as possible, the user can select a light or heavy camera preset from the submenu. Touch PID Touch Default Select preset NOTE Low stands for a camera weight of 5 kg - 10 kg, which is used in a low dynamic setup. High stands for a camera weight of 10 kg - 20 kg and more, which is used in a high dynamic setup. Step 13 PID Setup Fine Trim NOTE Start with a solid camera setup 1 Set Ramp to ZERO on the Joystick (Pan & Tilt) (K4 & K5) 2 Adjusting the Power value for Tilt first. By physical Selecting the lens, try move the Tilt axis down and check if the camera slipping. 3 If the Tilt axis slips, you must increase the Power for the Tilt axis. NOTE When the remote head starts to vibrate, reduce the power value! 4 Once the Tilt Power value meets your expectations, the same Power value will be used for the Pan axis as well. Press Save! 5 Adjusting the PID values: NOTE First, you need a camera picture. 6 Choose a fixed point in the set. 7 Use the joystick to pan and stop the remote head at the selected point in the set. PID / Quick Setup

• stops at the selected point • whether the camera exceeds the point • whether the camera is bouncing left and right 9 If the camera exceeds the desired point, increase the P and D values in increments of five. NOTE The D value must be min. 5 steps higher than the P value. NOTE When the remote head starts to vibrate, reduce the P value! 10 If the remote head bounces to the left and right when you reach the desired point, you must slowly increase the D value of the Pan axis. 11 Once the PID value of the Pan axis meets your expectations, the same PID value will be used for the Tilt axis as well. Press Save! Step 14 12 Drop At very steep angles, the weight distribution of the camera setup changes extremely. The Drop setting permanently balances the Pan and Tilt values as the camera angle gets steeper and steeper. Slowly move the camera to the 90° top-down position. As the remote head begins to vibrate, slowly increase the Drop value until the remote head stops vibrating. NOTE Without any Drop compensation, strong vibrations occur at steep angles. NOTICE It is important to understand and to accept that all necessary steps, such as setting up the camera, attaching the remote head to the crane, the quality of the crane itself and the PID settings, must be taken into account and properly performed. If only one step is missing, the desired overall system performance can not be achieved. PID / Quick Setup

where another profile can be selected. Each time changes are confirmed with Save or OK, the changes are saved in the selected profile. 10.2 Auto Assignment For a fast and easy setup, this menu will show up, as soon the DRW-1 or DEH-1 is connected to the remote control. NOTE Press Cancel if DRW-1 or DEH-1 has already been assigned and values have already been set. Press OK to overwrite your last values. The Auto Assignment function can be deactivated in the settings for the remote control. 10.3 Manual Assignment Touch the field below Pan and select the desired controller in the submenu. Available controllers Controls Setup Assign Pan Setpoint DEHP DEHT K1 K2 DEHP DEH-1 Pan DEH-1, ARRI Encoder Head, Pan DEHT DEH-1 Tilt DEH-1, ARRI Encoder Head, Tilt TS Touchscreen Control through the Touchscreen of the Remote Control K1 … K8 Knob 1 … Knob 8 Knobs B1 … B6 Button 1 … Button 6 Buttons V SR VCW Speed Roll PLC VCW, Speed Roll Poti V ST VCW Speed Tilt PLC VCW, Speed Tilt Poti V SP VCW Speed Pan PLC VCW, Speed Pan Poti V DR VCW Direction Roll PLC VCW, Direction Roll Switch V DT VCW Direction Tilt PLC VCW, Direction Tilt Switch V DP VCW Direction Pan PLC VCW, Direction Pan Switch J1 V Joystick 1 V Joystick 1, up/down J1 H Joystick 1 H Joystick 1, left /right J2 V Joystick 2 V Joystick 2, up/down J2 H Joystick 2 H Joystick 2, left /right DRWP DRW-1 Pan DRW-1, ARRI Wheels, Pan DRWT DRW-1 Tilt DRW-1, ARRI Wheels, Tilt DRWR DRW-1 Roll DRW-1, ARRI Wheels, Roll V R VCW Roll PLC VC Wheels, Roll V T VCW Tilt PLC VC Wheels, Tilt V P VCW Pan PLC VC Wheels, Pan

of the assigned controller. Selecting Dir will open the Direction submenu. Selecting the field in the middle toggles between Standard and Reverse. 10.5 Speed (K1, K2, K3) The selected speed is displayed on the home screen. 10.6 Ramp (K4, K5, K6) The selected ramp is displayed on the home screen. 10.7 Default Position Button / Home This function moves the remote head back to its predefined starting position. By default, this function is assigned to button B3. 10.8 True Horizon (Page 24) The True Horizon function, moves the roll axis back to the horizontal position. By default, this function is assigned to button B4. 10.9 Endstop On/Off (Page 22) Indicates whether Endstops / Limits are active or not. By default, this function is assigned to button B5. 10.10 Follow On/Off (Page 23) Indicates if if the Follow Mode is active or not. By default, this function is assigned to button B6. Controls Setup

• Deadband • Sensitivity • Ramp Mode • Filter • Ratio Select Main Select Position Select the Axis 11.1 Deadband This value determines when the remote head responds after the control device (joystick) has been moved. NOTE If the DRW-1 wheels or the DEH-1 encoder head is used as a controller, Deadband must be set to 0! Otherwise there would be a delay in response! 11.2 Sensitivity Submenu All three parameters are related to each other. If the speed is adjusted to a value below 50, keep the ramp value as low as possible. If the value is too high, there will be more or less no movement in the end. NOTE If the DRW-1 wheels or the DEH-1 encoder head is used as a controller, Sensitivity must be set to 0! Otherwise there would be a delay in response! Additional Controls Setup Start 50% 100% Start 50% 100% Joystick value (Speed) max. Joystick range Speed Value 100% 50% 0% Deadband Sensitivity (minus Value) Start Ramp Stop Ramp

Selecting the field toggles between Dynamic ramp and Constant ramp. Constant Ramp (preset) will keep the adjusted ramp, regardless of the speed values. Dynamic Ramp The dynamic ramp can only be used when the controller is used in Speed Mode, like the joystick. Dynamic Ramp is directly related the selected tilt and pan speed. Higher speed will produce a slower and more flat ramp. Lower speed will produce a faster and steeper ramp. 11.4 Filter Additional low pass filter function for encoder based controllers, like the DEH-1. When the DEH-1 is used in a car or a train, vibrations of the vehicle may be transmitted to the DEH-1's encoders. This can lead to irritations in the pan and tilt axis. In case of such irritations, the operator can use the Filter function to set a low-pass filter value, which allows to eliminate these disturbing vibrations. NOTE A too high filter value may cause a delay in response. 11.5 Ratio Selecting Ratio will open a new touchscreen display where you can select the required Speed Ratio of the selected axis (Pan / Tilt / Roll). NOTE When shooting with a extreme tele lens, it can be very helpful to change the speed ratio from 0 (1:1) to -30. This will reduce the speed development to -30%. NOTE Refer to the specific manuals when using the DRW-1 wheels or the DEH-1 encoder head. Additional Controls Setup

• Pan Motor On/Off • Motor Mode • Endstops / Limits • Follow / Pan Lock • True Horizon • High Dynamic Mode • Mounting Position Select Main Select Head 12.1 Pan Motor On/Off Selecting Motor On/Off will toggle between Pan motor On and Off. 12.2 Mode In the Motor Mode column, the motors can be set tor Speed or Angle mode. NOTE If you use the internal Joystick the Pan and Tilt motors should be set to Speed mode. NOTE If you use DRW-1 wheels or the DEH-1 encoder head, the Pan and Tilt motors should be set to Angle mode. 12.3 Endstops / Limits In the Endstops menu you can define start and end positions for each axis and activate or deactivate them individually. Angle Display The angle column indicates the current position of single axes, measured as angles. The Set Left / Top / Min selection opens a new touchscreen display with a slider that allows the operator to adjust the position of the left end stop, measured as an angle, for each axis individually. The Set Right / Top / Min selection opens a new touchscreen display with a slider that allows the operator to adjust the position of the right end stop, measured as an angle, for each axis individually. Remote Head Setup Actual Angle Set Submenu

The Follow mode allows the horizontal Pan and the vertical Tilt movement of the remote head to be synchronised with the horizontal Pan and the vertical Tilt movement of the crane. This function is also called Pan Lock. Selecting Follow will open a new submenu. The Follow Mode menu will control the Speed, Deadband and Ramp of the Follow mode individually for each axis. NOTE In general, the Follow function can be used to lock a selected axis by activating the Follow function and setting the speed for the selected axis to 100. The Deadband slider should be set to 0 and the Ramp slider set to 0. Follow Speed The Follow Speed selection will open a new menu with a slider to allow the operator to set the speed of the follow function individually for each axis. NOTE The minimum speed should be 100 to enable the Pan Lock. Follow Deadband The Follow Deadband selection opens a new menu with a slider that allows you to set the Deadband of the Follow function for each axis individually. NOTE The Deadband should be 0 to max 30 to enable the Pan Lock. Follow Ramp The Follow Ramp selection opens a new menu with a slider that allows you to set the Ramp of the Follow function for each axis individually. NOTE The Ramp should be 0 to enable the Pan Lock. Follow On/Off Remote Head Setup Deadband Submenu Follow Submenu Ramp Submenu Speed Submenu

adjusted horizon and an easy way to get the Roll axis back to the physical Zero position. This is especially important when using wheels, or for fast movements. The True Horizon function allows to move the head back into the Zero position just by Selecting the assigned button B4. 12.6 High Dynamic Mode If the remote head is used under extreme centrifugal circumstances, you can increase the overall stabilization by activating the so-called High Dynamic Mode. Selecting High Dynamic mode will activate the high dynamic mode. 12.7 Mounting Position If necessary, the Mounting Position can also be selected manually. 12.8 Slider Selecting the Slider will open the Slider home screen. NOTE Since this is a very special application, the setup will be covered in a separate manual. True Horizon Remote Head Setup NOTICE The activation of the High Dynamic mode takes 5 - 10 seconds. Do not move your head until the activation of the High Dynamic mode is complete.

communicate with each other in two ways: 1. The build-in 2.4 GHz wireless radio system using the so-called white-radio module EMIP400. This radio module offers 14 channels and transmits on a fixed single channel, which is set to channel 13 as a preset. 2. External Radio Modules ERM-2400 and ERM-900 By connecting the external radio modules ERM-2400 and ERM-900 via the FS-CAN Bus cable to the remote control and the remote head, the modules will change after an initial setup automatically into transmitter and receiver mode. The FS-CAN Bus cable provides data and the needed power to the external radio modules. ERM-2400 Ext. Radio Module 2.4 GHz RXD-TXD Set K2.0033757 ERM-900 Ext. Radio Module 900 MHz RXD-TXD Set K2.0033758 NOTE Please read the separate manual of the ERM modules. NOTE The SRH-3 remote head and remote control will be delivered into your region with the required region settings and a deactivated radio module. Step 1 13.2 Activating the build-in 2.4 GHz radio module Wireless Setup NOTICE To activate or to change the built-in radio module and related settings, the remote control panel and the remote head must be connected via the FS Can Bus cable.

radio module. Step 4 Selecting Mode will toggle between radio On and radio Off. NOTE Once the radio module is activated, it is set to channel 13 (factory preset). Step 5 Changing the Region To change the regional settings, touch Region and enter the region code shown below. NOTICE Make sure that you select the proper area you are operating the device in. All available region settings comply with Part 15 of the FCC rules. 0 Japan 6 Canada 13 Philipines 1 Europe 7 China 14 Russia 2 USA 8 Egypt 15 Singapore 3 South Korea 9 Hong Kong 16 South Africa 4 World 10 India 17 Taiwan 5 Australia 11 Israel 18 Thailand 12 New Zealand 19 NOTICE Wireless region settings specify where the wireless function can be used in compliance with local regulations. It may be illegal to use the wireless function in a region other than specified in the setting. Please ensure that the region is configured correctly, e. g. when traveling. Wireless Setup

highest channel is selected. Available Channels The blue channels are the existing channels of the EMIP300 radio module, used by the WCU-4. The green channels are new additional channels of the EMIP400. The additional new channels are placed between the existing EMIP300 channels. NOTE Make sure that the selected frequencies are not too close together to avoid interference between the SRH-3 remote control and the WCU-4. Not available channels If one of the selected channels is already being used by another wireless device on set, the selected channel will be displayed as blocked 13.3 Range Channel Frequency 0 2.410 GHz 1 2.415 GHz 8 2.420 GHz 9 2.425 GHz 2 2.430 GHz 3 2.435 GHz 10 2.440 GHz 11 2.445 GHz 4 2.450 GHz 5 2.455 GHz 12 2.460 GHz 13 2.465 GHz 6 2.470 GHz 7 2.475 GHz Wireless Setup NOTICE The quality and range of the radio connection strongly depends on the general radio situation on site. 1. Make sure that you select the correct region in which you operate the device. 2. Avoid multiple products that use the same frequency or the same channel in the 2.4 GHz bandwidth. 3. Start first those devices that use fixed frequencies. Then devices that work with channel hopping. 4. WiFi transmitters, receivers or networks can strongly influence the quality of the 2.4 GHz connection. 5. Ask your staff to turn off the "hotspot" function in their mobile phones. 6. Disable unnecessary, unused WiFi systems, such as routers for example. 7. Especially non-certified or illegal radio systems, can affect the range of the wireless connection extremely. 8. Disable all illegal radio systems.

14.1 Introduction Using the optional internal focus wheel or the internal zoom rocker or LBUS-based controls such as Master Grips Focus and Zoom or the OCU-1 allows you to control the cforce mini motors or selected broadcast lenses via the LCUBE CUB-2. Step 1 Assigning Focus, Iris and Zoom The FIZ home screen can be reached by Selecting FIZ in the Home Screen. Assigning Focus and Zoom The FIZ home screen allows to assign the wanted controllers by Selecting the marked areas. Selecting the marked area will open a new touchscreen display menu, where the desired controllers can be selected and assigned. Step 2 Available Controllers Unassigning Controllers To unassign a selected controller, touch Unassign. NOTE After a controller was unassigned, the function will be only available through the touchscreen. FIZ Setup K0.0019595 K2.0009363 K2.0009490 KK.0022270 KK.0024836 IFW1 Focus Wheel 1 Internal Focus Wheel 1 IFW2 Focus Wheel 2 Internal Focus Wheel 2 IZR1 Zoom Rocker 1 Internal Zoom Rocker 1 IZR2 Zoom Rocker 2 Internal Zoom Rocker 2 MLW Left Wheel Master Grip Left Focus Wheel MRW Right Wheel Master Grip Right Focus Wheel MLR Left Rocker Master Grip Left Zoom Rocker MRR Right Rocker Master Grip Right Zoom Rocker MLRB MLR Button Master Grip Left Rocker, Red Button MRRB MRR Button Master Grip Right Rocker, Red Button MLWB MLW Button Master Grip Left Wheel, Red Button MRWB MRW Button Master Grip Right Wheel, Red Button OCU OCU-1 OCU Focus Wheel V F VCW Focus PLC VCW, Focus Knob V I VCW Iris PLC VCW, Iris Knob V Z VCW Zoom PLC VCW, Zoom Knob Assign Focus Setpoint TS TS IFW1 IZR1 OCU MRR Step 3 Use the arrows at the side to see all available controllers. Touch the desired controller and press Assign. TS TS IFW1 IZR1 OCU MRR

• Calibration • Torque • Mode • Speed Select Menu Select FIZ 14.3 Calibration By Selecting Calibrate, every single cforce mini motor will be calibrated. NOTE Green indicates that the motor is calibrated. Red means that the motor needs to be calibrated. NOTE When using the LCUBE CUB-2 and Broadcast lenses, calibration is not required. 14.4 Torque Torque selection opens a new touch screen display with a slider that adjusts the torque required for the selected lens motor. 14.5 Mode In the Motor Mode column, the motors can be adjusted from Position to Speed mode. NOTE Focus Wheel should be set to Position. Iris Slider should be set to Position. Zoom Rocker should be set to Speed. Selecting the marked area will toggle between Position and Speed. FIZ Setup

NOTE In general, the speed of FIZ motors can only be adjusted while the motor is operating in Speed mode. For example, to adjust the speed of the Zoom motor touch: Menu - FIZ Selecting Speed selection will open a new touchscreen display with a slider to allow the operator to set the needed Speed for the selected lens motor. 14.7 Speed (FIZ motors in Position Mode) NOTE In Position mode, the speed cannot be changed in general. Alternatively, you can change the Ratio between the controller and the Focus motor. For example To cover the entire focus area of a broadcast lens with the OCU-1, set the Ratio for a 1: 1 rotation of the OCU-1 and lens 360 ° to +20. 14.8 Fine trimming the FIZ controller In addition to speed and ratio, the following parameters can also be set: Deadband, Sensitivity, Ramp and Ramp Mode. Selecting Position will open a sub menu for each controller. NOTE To ensure direct response of the FIZ controller ensure that: Deadband set to 0 or max 3 Ramp Start set to 0 or max 4 Ramp Stop set to 0 or max 4 Ramp Mode set to Constant FIZ Setup

15.1 Info Menu Remote / Head Selecting Remote will provide information about the Mainboard, LBUS, and Expander. The Mainboard Info Screen will show the actual SUP version. The LBUS Info Screen will show the actual SUP version of the connected LBUS controller. The Expander Info Screen will show the actual SUP version of the connected Expanders, like the Joystick or the internal Focus and Zoom controllers. Selecting Head will provide information about the Mainboard, LBUS, and Expander for the remote head. 15.2 Service / Remote Control Selecting Service opens a new submenu. The service menu allows you to restore the factory defaults of the remote control and remote control head and to calibrate the sensors and the internal joystick. If Factory Defaults is selected, all user profiles will be reset to the factory defaults. NOTE All settings will be deleted! Selecting Current Profile will only restore the currently selected profile. Info & Service

submenu in which the internal joystick can be calibrated. 15.4 Service / Remote head Selecting Head will open the head service menu. If Factory Defaults is selected, all memory settings in the remote head will be reset to factory defaults. NOTE Don't worry - your settings are all retained. 15.5 Sensor Calibration Selecting Sensor Calibration opens a new submenu in which the sensors of the remote head can be calibrated. Info & Service NOTICE If the remote head has been transported to a distant location since the last Sensor Calibration, it is recommended to perform a sensor calibration. NOTICE Since the motors are switched off during the sensor calibration, it may be that the camera tilts over the tilt axis. Please secure the camera.

and settings are permanently written to the selected profile. In this case in Profile 1. Selecting Profile opens a new window where another profile can be selected. 16.2 Startup Settings To ensure that the remote head works properly when it is switched on even when the remote control is not connected, you can save the current profile in the remote head. In this way, the remote head starts with working PID values and LBUS settings until the remote control is connected. Selecting Startup Settings Apply will save the actual profile in the remote head. 16.3 Profiles Backup As a backup all nine profiles of the remote control can be stored in the remote head. If the remote control needs to be swapped, you can write your existing profiles back to the new remote control. Selecting Save Settings to Head will save the all profiles in the remote head. Selecting Read Settings from Head will write back all profiles in the remote control. Profile Management

Max. Payload up to 30 Kg / 66 lbs. Height 60,8 cm / 23,93“ Width 41,2 cm / 16,22“ Depth Head 13 cm / 5.12“ Death Base 16,5 cm / 6,49“ Ring Diameter 26 cm / 10,23“ Ring Height centre 20,9 cm / 8,23“ Weight 9,0 Kg / 19.8 lbs. Max. Tilt Range + 60° / -110° Max. Roll Range +/- 90° Max. Pan Range 540° +/-270° Max. Pan Rate 240° / Sec. Max. Tilt Rate 240° / Sec. 18.2 Dimensions Baseplate Appendix To disconnect the device safely from the power source, remove both cables from the SRH-3 remote control. Mount and operate the device in an orientation to ensure easy access to the connectors. � CAUTION -0,5 +0,5 107 147 300 209 412 R130 608 118 46 B C D 1 2 A 3 2 1 4 5 6 - Project Unless otherwise specified: Dimensions are in millimeters and tolerances DIN ISO 1302 R3 DIN ISO 2768-fK Scale: 1:10 FoMaSystems �m�� �tt������������Systems���m Drawing version DRAWN CHECKED APPROVED PRODUCED Q.A. Title DEBUR AND BREAK SHARP EDGES. NAME SIGNATURE DATE Material: Do not scale drawing REVISION DWG. NO. Page 1 of 1 A4 Weight : 9000 g Remote Head SRH-3 PROPRIETARY AND CONFIDENTIAL THE INFORMATION CONTAINED IN THIS DRAWING IS THE SOLL PROPERTY OF FoMa Systems GmbH. ANY REPRODUCTION IN PART OR AS A WHOLE WITHOUT THE WRITTEN PERMISSION OF FoMa Systems GmbH IS PROHIBITED. 45,96 45,96 4xM4 4xM6 65 0

Appendix 1 2 3 4 5 6 7 8 9 10 11 12 13 RH3 Connectors V1.4 1 2 3 4 5 6 7 8 9 10 11 12 13 RH3 Connectors V1.4 RH3 Connectors 12V/ 24V / FS-CAN IN 1 = GND 2 = FOMA BUS Slow L 3 = FOMA BUS Slow H 4 = 12 V IN 5 = 24 V IN Lötseite Buchse 1 2 3 4 5 FS-CAN Lötseite Buchse 1 = GND 2 = CAN1 L 3 = CAN2 H 4 = 12V OUT V1.4 4 3 2 1 FF-CAN Lötseite Buchse 1 = GND 2 = CAN1 L 3 = CAN2 H 4 = 12V 1 3 4 2 Fischer DBP 103 A053 - 140 LEMO ECG.3B.305.CLL Fischer DBP 102 A053 - 140 11 10 9 HD BNC 6G-SDI AMPHENOL 112522 6 , 7 , 12, 13 CAM PWR 12V/ 24V 1 2 3 Lötseite Buchse 1 = 12V 2 = GND 3 = 24V FF-CAN: 4 POL Lötseite Buchse 1 = GND 2 = CAN1 L 3 = CAN2 H 4 = 12V 1 3 4 2 1 2 AUX Pwr 12V Lötseite Buchse 1 = GND 2 = 12V OUT 12V HiCap 1 2 3 4 1 = 12V 2 = GND 3 = GND 4 = 12V Lötseite Buchse RS 24V 1 = GND 2 = 12V/24V 1 3 2 LBUS Lötseite Buchse 1 = GND 2 = CAN L 3 = 12V 4 = CAN H 1 2 3 4 LEMO ECG.0B.302.CLN Fischer DBP 102 A053 - 140 FISCHER ECP.1S.303.CLN LEMO ECG.1B.304.CLN LEMO ECG.0B.304.CLN FISCHER DGP 102 A052 - 130 Lötseite Buchse 1 2 3 4 5 6 RH3 Connectors V1.4 LEMO

Appendix J1 V Joystick 1 V Joystick 1, up/down J1 H Joystick 1 H Joystick 1, left /right J2 V Joystick 2 V Joystick 2, up/down J2 H Joystick 2 H Joystick 2, left /right DRWP DRW Pan DRW-1, ARRI Wheels, Pan DRWT DRW Tilt DRW-1, ARRI Wheels, Tilt DRWR DRW Roll DRW-1, ARRI Wheels, Roll V R VCW Roll PLC VC Wheels, Roll V T VCW Tilt PLC VC Wheels, Tilt V P VCW Pan PLC VC Wheels, Pan DEHP DEH Pan DEH-1, ARRI Encoder Head, Pan DEHT DEH Tilt DEH-1, ARRI Encoder Head, Tilt TS Touchscreen Control through RCP K1 … K8 Knob 1 … Knob 8 Knobs B1 … B6 Button 1 … Button 6 Buttons V SR VCW Speed Roll PLC VCW, Speed Roll Poti V ST VCW Speed Tilt PLC VCW, Speed Tilt Poti V SP VCW Speed Pan PLC VCW, Speed Pan Poti V DR VCW Direction Roll PLC VCW, Direction Roll Switch V DT VCW Direction Tilt PLC VCW, Direction Tilt Switch V DP VCW Direction Pan PLC VCW, Direction Pan Switch V A1 VCW Aux1 PLC VCW, Aux1 Switch V A2 VCW Aux2 PLC VCW, Aux2 Switch V C VCW Camera PLC VCW, Camera Switch IFW1 Focus Wheel 1 Wheel 1 IFW2 Focus Wheel 2 Wheel 2 IZR1 Zoom Rocker 1 Rocker 1 IZR2 Zoom Rocker 2 Rocker 2 MLW Left Wheel Master Grip Left Focus Wheel MRW Right Wheel Master Grip Right Focus Wheel MLR Left Rocker Master Grip Left Zoom Rocker MRR Right Rocker Master Grip Right Zoom Rocker MLRB MLR Button Master Grip Left Rocker, Red Button MRRB MRR Button Master Grip Right Rocker, Red Button MLWB MLW Button Master Grip Left Wheel, Red Button MRWB MRW Button Master Grip Right Wheel, Red Button OCU OCU Wheel OCU-1 Wheel OCUL OCU Left OCU-1 Left Button OCUM OCU Middle OCU-1 Middle Button OCUR OCU Right OCU-1 Right Button V F VCW Focus PLC VCW, Focus Knob V I VCW Iris PLC VCW, Iris Knob V Z VCW Zoom PLC VCW, Zoom Knob MLRJ MLR Joystick center Master Grip Left Rocker Joystick center MLRL MLR Joystick left Master Grip Left Rocker Joystick, left MLRR MLR Joystick right Master Grip Left Rocker Joystick, right MLRU MLR Joystick up Master Grip Left Rocker Joystick, up MLRD MLR Joystick down Master Grip Left Rocker Joystick, down MLRH MLR Joystick horizontal (left & right) Master Grip Left Rocker Joystick, horizontal (left & right) MLRV MLR Joystick vertical (up & down) Master Grip Left Rocker Joystick, vertical (up & down) MRRJ MRR Joystick center Master Grip Left Rocker Joystick center MRRL MRR Joystick left Master Grip Left Rocker Joystick left MRRR MRR Joystick right Master Grip Left Rocker Joystick right MRRU MRR Joystick up Master Grip Left Rocker Joystick up MRRD MRR Joystick down Master Grip Left Rocker Joystick down MRRH MRR Joystick horizontal (left & right) Master Grip Left Rocker Joystick horizontal (left & right) MRRV MRR Joystick vertical (up & down) Master Grip Left Rocker Joystick vertical (up & down)

EU–Declaration of Conformity Brand Name: ARRI Product Description: Camera Stabilizer System: • ARRI Stabilized Remote Head SRH-3 Pro Set including ARRI Stabilized Remote Head – SRH-3 and ARRI Remote Control Panel – Remote Control-1 + Europe Setting for Software 01.14.00 or later and Antenna Proant 333 Ex-It 2400 Foldable, Accessories regarding Apendix I The designated products conform to the specifications of the following European directives: 1. Directive 2014/53/EU of the European Parliament and the Council of 16 April 2014 on the harmonisation of the laws of the Member States relating to the making available on the market of radio equipment - OJ L 153, 22 May 2014, p. 62–106 2. Directive 2011/65/EU of the European Parliament and the Council of 8 June 2011 on the restriction of the use of certain hazardous substances in electrical and electronic equipment - OJ L 174, 1 July 2011, p. 88– 110 The compliance with the requirements of the European Directives was proved by the application of the following standards: Essential Requirements regarding No 1 • Art. 3.1 a following 2014/35/EU o EN 62368-1: 2014 + AC:2015-05 + AC:2015-11; EN 60950-1: 2006+A11:2009+A1:2010+A12:2011+AC2011+A2:2013 ; EN 62479 :2010 • Art. 3.1 b following 2014/30/EU o EN 301 489-1 V2.1.1; EN 301 489-17 V3.1.1; EN 61000-4-2:2009; EN 61000-4-3:2006 A1:2009 A2:2010 ; EN 55032: 2012, EN 55035 :2017 • Art. 3.2 o EN 300 328 V2.1.1; Essential Requirements regarding No 2 • EN 50581: 2012; To evaluate the respective information, we used: http://ec.europa.eu/growth/single-market/european-standards/harmonised-standards/index_en.htm Year of affixed CE-marking: 2018 Munich 13.12.2018 Sign Sign � Walter Trauninger Dr. Sebastian Lange Managing Director Head of Quality Management APENDIX-I List of additional accessories: Item Model name 1 ARRI Digital Remote Wheels - DRW-1 Declaration of Conformity

SRH-3 Pro Set CMIIT ID: 2018DP6608 CMIIT ID: 2017DJ7865 (M) CMIIT ID: 2017DJ7863 (M) TRA REGISTERED No: SRH-3: ER72306/19 RDP-1: ER72308/19 DEALER No: DA68290/17

Non ETA-1386/2018/ERLO ETA-1385/2018/ERLO MIC-ID: 020-180029 020-180030 NCC: CCAH18LP0650TO CCAH18LP0660TO

Arnold & Richter Cine Technik GmbH & Co. Betriebs KG Sitz: München, Register: Amtsgericht München, HRA-Nr. 57918 Tel.: +49(89) 3809 0 Türkenstr. 89 Persönlich haftende Gesellschafterin: Arnold & Richter Cine Technik GmbH Fax: +49(89) 3809-1245 D-80799 München Sitz: München, Register: Amtsgericht München, HRB-Nr. 54477 www.arri.com Steuer-Nr. 144/232/20555 Geschäftsführung: Dr. Michael Neuhäuser; Dr. Jörg Pohlman; Ust-ID: DE 129725260 WEEE-Reg.-Nr. DE 48968492 Stephan Schenk; Walter Trauninger Bay.Landesbank: KTO: 111 43 68 BLZ: 700 500 00 Swift/BIC: BYLADEMM IBAN: DE64 7005 0000 0001 1143 68 HypoVereinsbank: KTO: 7 940 009 BLZ: 700 202 70 Swift/BIC: HYVEDEMMXXX IBAN: DE63 7002 0270 0007 9400 09 Arnold & Richter Cine Technik GmbH & Co. Betriebs KG Business Unit Camera Systems, Türkenstr.89, D-80799 München EU–Konformitätserklärung EU–Declaration of Conformity Markenname / Brand Name: ARRI Produktbezeichnung / Product Description: Kamerastabilisierungssystem / Camera Stabilizer System: • ARRI Stabilized Remote Head SRH-3 Pro Set including ARRI Stabilized Remote Head – SRH-3 and ARRI Remote Control Panel – RCP-1 + Europa Setting der Software 01.14.00 oder höher und Antenne Proant 333 Ex-IT 2400, Zubehör gemäß Apendix I + Europe Setting for Software 01.14.00 or later and Antenna Proant 333 Ex-It 2400 Foldable, Accessories regarding Apendix I Die bezeichneten Produkte stimmen mit den Vorschriften folgender Europäischer Richtlinien überein: The designated products conform to the specifications of the following European directives: 1. Richtlinie 2014/53/EU des Europäischen Parlaments und des Rates vom 16. April 2014 zur Harmonisierung der Rechtsvorschriften der Mitgliedstaaten über die Bereitstellung von Funkanlagen auf dem Markt - OJ L 153, 22.5.2014, S. 62–106 Directive 2014/53/EU of the European Parliament and the Council of 16 April 2014 on the harmonisation of the laws of the Member States relating to the making available on the market of radio equipment - OJ L 153, 22 May 2014, p. 62–106 2. Richtlinie 2011/65/EU des Europäischen Parlaments und des Rates vom 8. Juni 2011 zur Beschränkung der Verwendung bestimmter gefährlicher Stoffe in Elektro- und Elektronikgeräten - OJ L 174, 1.7.2011, S. 88–110 Directive 2011/65/EU of the European Parliament and the Council of 8 June 2011 on the restriction of the use of certain hazardous substances in electrical and electronic equipment - OJ L 174, 1 July 2011, p. 88–110 Die Übereinstimmung mit den Richtlinien erfolgte unter Anwendung nachfolgend genannter Normen: The compliance with the requirements of the European Directives was proved by the application of the following standards: Grundlegende Anforderungen zu Nr. 1. Essential Requirements regarding No 1 • Art. 3.1 a nach 2014/35/EU –following 2014/35/EU o EN 62368-1: 2014 + AC:2015-05 + AC:2015-11; o EN 60950-1: 2006+A11:2009+A1:2010+A12:2011+AC2011+A2:2013 ; EN 62479 :2010 • Art. 3.1 b nach 2014/30/EU –following 2014/30/EU o EN 301 489-1 V2.1.1; EN 301 489-17 V3.1.1; EN 61000-4-2:2009; EN 61000-4-3:2006 A1:2009 A2:2010 ; EN 55032: 2012, CISPR 32 :2015, EN 55035 :2017 • Art. 3.2 o EN 300 328 V2.1.1; Grundlegende Anforderungen zu Nr. 2. - Essential Requirements regarding No 2 • EN 50581: 2012; Für die Ermittlung der entsprechenden Normen haben wir die folgende Quelle verwendet: To evaluate the respective information, we used: http://ec.europa.eu/growth/single-market/european-standards/harmonised-standards/index_en.htm Jahr der Anbringung des CE-Zeichens / Year of affixed CE-marking: 2018 München, den 15.07.2019 gez/sig gez/sig Dr. Michael Neuhäuser Geschäftsführer / Managing Director Dr. Sebastian Lange Leiter Qualitätsmanagement / Head of Quality Management