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1568913, Edition 2019-06, Version 0

14  Electromagnetic Compatibility (EMC) Information

en

Cont.

The Navigator Lift

 180 is intended for use in the ELECTROMAGNETIC environment 

specified below. The customer or the user of the Navigator Lift

 180 should ensure that it 

is used in such an environment.

Interference immunity test 

Test level in accordance with IEC 60601

Compliance level 

Immunity to conducted disturbances, 
induced by radiofrequency fields
IEC 61000-4-6 

3V
0.15MHz to 80MHz
6V in ISM frequency bands from 0.15MHz 
to 80MHz
80% AM at 1kHz

passed

High-frequency electromagnetic fields in ac

-

cordance with
IEC 61000-4-3 

3V/m
80MHz to 2.7GHz
80% AM at 1kHz

passed

NOTE 1
At 80 MHz and 800 MHz, the higher value applies.

NOTE 2
These guidelines may not apply in all cases. Electromagnetic propagation is affected by absorption and reflection from structures, objects 
and people.

a

 The field strength of stationary transmitters, including the base stations of mobile phones and mobile land mobile radios, amateur radio 

stations, AM and FM radio and TV broadcasting transmitters, cannot be precisely predetermined theoretically. To assess the electromag

-

netic environment due to stationary RF transmitters, an electromagnetic site survey should be considered. If the field strength measured 
in the location in which the Navigator Lift

 180 is used exceeds the applicable RF compliance level above, the Navigator Lift

 180 should 

be observed to verify normal operation. If abnormal performance is observed, additional measures may be necessary, such as re-orienting 
or relocating the Navigator Lift

 180.

Field strengths over the 150 kHz to 80 MHz frequency range should be less than 3 V/m.

Summary of Contents for Navigator Lift 180 Air Plus-Single

Page 1: ...ions en Navigator Lift 180 Single Navigator Lift 180 Dual Navigator Lift 180 Friction Single Navigator Lift 180 Friction Dual Navigator Lift 180 AirPlus Single Navigator Lift 180 AirPlus Dual Navigato...

Page 2: ...endant system Navigator Lift 180 Dual The two Figures illustrate examples of the pendant systems Navigator Lift 180 Single and Navigator Lift 180 Dual Please note that your individual pendant system c...

Page 3: ...Edition 2019 06 Version 0 en Brakes Figure 3 Brakes on the pendant system Navigator Lift 180 Single Dual For more detailed information on the various brake designs refer to Chapter 2 4 A 8 B A 8 A B...

Page 4: ...uc tions included in its scope of delivery Optional equipment of the pendant system Dual arm type with Navigator M6 7 Indirect extension arm lighting SurroundLED basic C on the extension arm extension...

Page 5: ...vigator Lift 180 Friction Dual Navigator Lift 180 AirPlus Single Navigator Lift 180 AirPlus Dual Navigator Lift XL 180 Dual Please do not hesitate to contact our Customer Service team if you have any...

Page 6: ...ations and translations Modifications to the appliance Nuvo products are subject to continuous further development Nuvo reserves the right to modify the form equipment and technology of the scope of s...

Page 7: ...7 1568913 Edition 2019 06 Version 0 en...

Page 8: ...Patient environment 14 2 Safety Instructions 15 2 1 Structure of the safety instructions 15 2 1 1 Warnings of risk of injury 15 2 1 2 Warnings of damage to property 15 2 1 3 Indication of additional...

Page 9: ...ower rear cover panel 33 8 7 2 Correcting the vertical alignment 33 8 7 3 Closing the lower rear cover panel 33 8 8 Adjusting the swivel stop on the extension arm spring arm and Drop tube 34 8 8 1 Ver...

Page 10: ...hese Operating Instructions 1 3 1 Operator The following natural persons or legal entities shall be considered as operators all persons who use the appliance in a medical practice hospital etc or hand...

Page 11: ...infected The instruction for the proper installation of the appliance is included in its applicable Installation Instructions 1 4 2 Availability of these Operating Instructions Duty to inform Since th...

Page 12: ...nsfer for use the functional reliability and proper condition of the appliance must be inspected by the user Troubleshooting In case of special problems which are not sufficiently described in detail...

Page 13: ...f the electromagnetic brakes The maximum duty cycle of the electromagnetic brakes of the pendant system must not exceed 1 minute If the electromagnetic brakes are actuated over a longer period of time...

Page 14: ...be adhered to The party placing the appliance into operation is responsible for the validation of the overall system A conformity assessment procedure shall be executed if required and a declaration i...

Page 15: ...ill lead to damage to property 2 1 3 Indication of additional information A NOTE provides additional information and useful tips for the safe and efficient use of the appliance 2 2 Supplementary symbo...

Page 16: ...the maximum load bearing capacity or maximum loading capacity payload has been exceeded The maximum val ue is indicated in kg or Nm General note reminding the user to handle the pendant system with ca...

Page 17: ...the serial number The information and illustrations serve as examples The information and illustrations on the rating plate can vary TYPE Navigator Lift 180 l Sing e 2019 Extension Arm 1000 mm load 30...

Page 18: ...degree position it must no longer be possible to move the spring arm upwards The end device e g flat screen medical device etc may only be removed in the horizontal 0 degree position if the spring ar...

Page 19: ...Risk of parts falling off During all dismantling and installation work it must be ensured that no person is in the area underneath the pendant system 2 5 3 Cleaning and disinfection Cleaning Risk of...

Page 20: ...or maximum load bearing capacity of the individual components In this case there is a risk of the pendant system or components of the pen dant system disengaging from the fastening device and dropping...

Page 21: ...ng tension The spring arm is equipped with a compression spring When dismantling the spring arm the compression spring suddenly releases its tension and can lead to severe injury Do not dismantle the...

Page 22: ...e Part 01 Pendant systems Navigator Lift 180 Navigator Lift 180 Fric tion Navigator Lift XL 180 and Navigator Lift 180 AirPlus Part 02 Approved Nuvo adaptions CEMOR only on the pendant systems Navigat...

Page 23: ...In order to prevent collisions with other components or walls the swivel range of the extension arm 2 extension arm XL 2 spring arm 3 and Drop tube with roller bearing 4 can be restricted by means of...

Page 24: ...ng arm 3 with the end device e g flat screen medical device etc moves down or if a new end device is mounted the load bearing capacity of the spring arm 3 must be readjusted The load bearing capacity...

Page 25: ...refer to the Operating Instructions of the Navigator M6 6 5 3 Structural alterations to the pendant system See Figure 8 The pendant system is an adapted system with regard to the maximum load bearing...

Page 26: ...abel attached to the Navigator M6 3 the proper functioning of the appliance has been approved by the operator during in itial commissioning and documented by signing a declaration of acceptance The fo...

Page 27: ...djusting the vertical lift on the spring arm on page 32 2 Check the height adjustment of the spring arm Once the height ad justment mechanism has been fixed in the horizontal 0 degree po sition it mus...

Page 28: ...ing the brake on the Bearing Unit Friction Navigator Lift 180 Friction See Figure 11 For the pendant system Navigator Lift 180 Friction the mechanical brakes friction brakes keep the extension arm or...

Page 29: ...orm a function test Figure 13 Adjusting the brake on the Drop tube Friction roller bearing 8 4 Adjusting the brake on the Drop tube Friction roller bearing See Figure 13 The brake screws friction brak...

Page 30: ...with the CEMOR or the Navigator M6 with the end device e g flat screen medical device etc remains stationary in any set position If the spring arm does not remain in position after adjusting the spri...

Page 31: ...d bearing capacity is too high Turn the Allen key to the right clockwise as illustrated in the Figure 6 Perform a function test 7 Screw in and tighten the Allen cylinder screw M8 x 16mm DIN 7984 NOTE...

Page 32: ...gonal nut M12 ISO 4035 5 Insert the Allen key into the adjustment screw To reduce the vertical lift Turn the Allen key to the left anti clockwise as illustrated in the Figure To increase the vertical...

Page 33: ...the setscrew M4 DIN 914 5 Place the spanner wrench onto the hexagonal bolt The indicator screw points downwards do not loosen this screw To lower e g the shelf Rotate the hexagonal bolt such that the...

Page 34: ...roceed as follows in order to adjust the swivel ranges Navigator Lift 180 Adjust the swivel range of the extension arm and spring arm in grad uations of 22 5 degrees Use 1 setscrew M16 and 2 ball stop...

Page 35: ...pring arm When adjusting the end stop as illustrated in Figure 19 the dead centre area is 45 This means that the spring arm 3 has a maximum move ment range of approx 315 If the minimum adjustment on t...

Page 36: ...ing fixtures whilst gently rotating the ex tension arm spring arm or Drop tube using s screwdriver 5 Rotate the extension arm spring arm or Drop tube towards the de sired second end stop position and...

Page 37: ...tate the extension arm extension arm XL spring arm or Drop tube until the ball stop in the threaded hole is visible 5 Using a telescopic magnet pick up tool remove the ball stop from the threaded hole...

Page 38: ...apter 9 1 on page 38 Disinfection method Wiping disinfection is the standardised disinfection method prescribed for the pendant system Hygiene regulations and related safety instructions for the disin...

Page 39: ...manufacturers Built in components from third party manufacturers must be inspected and maintained as prescribed in the applicable Operating Instructions 10 3 Repeated inspection The repeated inspectio...

Page 40: ...ift 180 Friction Single arm variant with CEMOR The Figure illustrates the spring arm Navigator Lift 180 with CEMOR as an example Please note that your individual pendant system con figuration can diff...

Page 41: ...ion Single arm variant with Navigator M6 The Figure illustrates the spring arm Navigator Lift 180 with Navigator M6 as an example Please note that your individual pendant system configuration can diff...

Page 42: ...on Dual arm variant with CEMOR The Figure illustrates the extension arm with spring arm Navigator Lift 180 with CEMOR as an example Please note that your individual pendant system configuration can di...

Page 43: ...h spring arm Navigator Lift 180 with Navigator M6 as an example Please note that your indi vidual pendant system configuration can differ from the illustration The maximum extension arm length of the...

Page 44: ...with CEMOR The Figure illustrates the extension arm XL with spring arm Navigator Lift XL 180 with CEMOR as an example Please note that your in dividual pendant system configuration can differ from the...

Page 45: ...r M6 The Figure illustrates the extension arm XL with spring arm Navigator Lift XL 180 with Navigator M6 as an example Please note that your individual pendant system configuration can differ from the...

Page 46: ...nsion arm and under the front cover of the spring arm see Chapter 2 4 on page 17 Dead weight of the pendant system Spring arm 1015mm 71kg Extension arm 600mm with spring arm 1015mm 96kg Extension arm...

Page 47: ...ltage AC 100 240V Rated frequency 60 50Hz Rated output 220W Indirect extension arm lighting DC 12V 2 4 lighting boards supply voltage 12V DC 2 lighting boards each connected in series to 24V DC Noise...

Page 48: ...uvo Surgical If applicable the conformity assessment must be repeated Read the Operating Instructions for combined medical products The pendant system can be equipped with adaptions and end devices fr...

Page 49: ...tests Compliance ELECTROMAGNETIC ENVIRONMENT Guideline RF emissions in accordance with CISPR 11 Group 1 The Navigator Lift 180 uses RF energy only for its internal FUNCTIONING Therefore its RF emissi...

Page 50: ...charge in accordance with IEC 61000 4 2 8kV contact 2kV 4kV 8kV 15kV air passed Electrical fast transients bursts in accor dance with IEC 61000 4 4 2kV 100kHz repetition rate passed Surges Line to lin...

Page 51: ...elines may not apply in all cases Electromagnetic propagation is affected by absorption and reflection from structures objects and people a The field strength of stationary transmitters including the...

Page 52: ...DECT LTE Band 1 3 4 25 UMTS Pulse modulation b 217Hz 2 0 3 28 1845 1970 2450 2400 to 2570 Bluetooth WLAN 802 11 b g n RFID 2450 LTE Band 7 Pulse modulation b 217Hz 2 0 3 28 5240 5100 to 5800 WLAN 802...

Page 53: ...ther converters and other cables than those prescribed or provided by the MANUFACTURER of this device can lead to increased ELECTROMAGNETIC INTERFERENCE EMISSIONS or reduced electromagnetic immunity o...

Page 54: ...cted for the dual arm variant on the upper extension arm Navigator Navigator Air Navigator AirPlus in lengths of 800 mm and 1000 mm Navigator XL in lengths of 1000 mm and 1200 mm 17 Possible Combinati...

Page 55: ...y positioned The brake valves have been vented close properly the brake buttons operate smoothly The mechanical brakes friction brakes have been adjusted properly re adjust them if required The system...

Page 56: ...No 1568913...

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