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4.1 MAIN TECHNICAL SPECIFICATIONS

4.1 ОСНОВНЫЕ ТЕХНИЧЕСКИЕ ОСОБЕННОСТИ

Carriage shift on sliders in high-resistant technopolymer 

featuring lowfriction factor.

Вал по которому перемещаются каретки имеет 

низкофрикционное полимерное покрытие.

Upstroke and downstroke movements ensured by two 

hydraulic, synchronized cylinders between the carriages 

through a steel cable.

Подъём и опускание осуществляются при помощи двух 

гидроцилиндров; синхронизация движения кареток 

осуществляется при помощи стального троса.

Carriage synchronization regardless of load 

distribution. 

Синхронизация движения кареток осуществляется 

независимо от распределения нагрузки. 

Safety valves for overloads and hydraulic pipes 

breakage. 

В случае перегрузки подъёмника или разгерметизации 

гидравлического шланга, срабатывает предохранительный 

клапан. 

Valve checking downstroke speed.

Специальный клапан контролирует скорость опускания 

кареток.

Mechanical stop device featuring automatic enabling and 

manually-operated disabling, ensuring maximum safety 

when in parking mode.

Механический блокиратор имеющий функцию 

автоматического включения и управляемую ручным 

способом функцию разблокировки, обеспечивает 

максимальную безопасность в режиме удержания 

автомобиля в поднятом положении.

Take-up device for spring elongation of the loaded 

cable.

Специальный натяжитель обеспечивает необходимую 

величину натяжения троса синхронизации.

4.2 LIFT CONTROLS

4.2 ЭЛЕМЕНТЫ УПРАВЛЕНИЯ 

 Control box with up switch.

 пульт управления с кнопкой подъёма;

 Control lever for lift down on control box

 рычаг опускания на панели управления;

 Release lever of safety latches on column

 рычаг разблокировки механических блокираторов.

4.3 SUITABILITY FOR USE

4.3 ПАРАМЕТРЫ ЭКСПЛУАТАЦИИ И ИСПЫТАНИЙ

This product has been designed and tested 

considering loads and corresponding distribution as 

indicated on page 7 of this manual.

Подъёмник сконструирован и испытан исходя из 

нагрузки и её распределения как показано на стр. 7 

настоящего руководства.

The coefficients used for the tests are as follows:

Для испытаний подъёмника были использованы 

следующие коэффициенты нагрузки:

1.10 for the Dynamic test

1.10 для динамических испытаний

1.25 for the Static test

1.25 для статических испытаний

These tests  must  be  performed  by 

specialised personnel.

Подобные испытания должны осуществляться 

специально уполномоченным персоналом.

14

Summary of Contents for SRH 370.32 EX

Page 1: ...st lift 2 SRH 370 32 EX SRH 370 32 KEX SRH 370 42 KEX SRH 370 42 LIKEX SRH 370 42 KEXJ5 SRH 370 42 KEXJ6 SRH 370 42 LIKEXJ5 SRH 370 42 LIKEXJ6 USER S MANUAL Operating Manual Instructions Ref 0484 M004...

Page 2: ...ut its lifetime It should therefore be kept in an easily accessible and familiar place and consulted when in doubt All product operators must be able to read the manual The manufacturer is exempted fr...

Page 3: ...TY FOR USE 4 3 14 5 CHECKING FOR MINIMUM REQUIREMENTS FOR THE PLACE OF INSTALLATION 5 15 6 INSTALLATION INSTRUCTIONS 6 16 6 1 COMPONENTS ACCESSORIES FOR INSTALLATION 6 1 19 6 2 INSTRUCTIONS FOR UNPACK...

Page 4: ...vices is forbidden Failure to comply will result in the manufacturer being released from all liability for any resulting damages Also follow these instructions only use manufacturer s accessories and...

Page 5: ...The magneto thermal switch might be disabled This cab be manually reset inside the electric panel 1 5 OVERLOAD VALVE 1 5 Prevents lifting of loads exceeding lift capacity 1 6 ARM ANTI ROTATION DEVICE...

Page 6: ...PICTOGRAMS ON LIFT 1 CAPACITY 2 SERIAL NUMBER 3 ELECTRIC HAZARD WARNING 4 INSTRUCTIONS 5 ELECTRIC SUPPLY 6 LOAD DISTRIBUTION 6 Capacity...

Page 7: ...LOAD DISTRIBUTION 4200kg LOAD DISTRIBUTION 4200kg 4200 3200 7 Load distribution Load distribution Load distribution...

Page 8: ...ng points SEE TABLE page 7 7 minimum distance of pickup points track mm 1000 4200kg mm 1200 3200kg 1000 4200 1200 3200 For lower distance values the lift capacity will be reduced In this case or in ot...

Page 9: ...3 TECHNICAL DATA SRH 370 32EX 1 CAPACITY kg 3200 2 THREE PHASE MOTOR V Hz kW 3 230 400 50 2 6 3 SINGLE PHASE MOTOR V Hz kW 1 230 400 50 1 5 4 WEIGHT kg 750 5 NOISE LEVEL dB 70 9...

Page 10: ...3 TECHNICAL DATA SRH 370 32KEX 1 CAPACITY kg 3200 2 THREE PHASE MOTOR V Hz kW 3 230 400 50 2 6 3 SINGLE PHASE MOTOR V Hz kW 1 230 400 50 1 5 4 WEIGHT kg 750 5 NOISE LEVEL dB 70 10...

Page 11: ...3 TECHNICAL DATA SRH 370 42KEX 1 CAPACITY kg 4200 2 THREE PHASE MOTOR V Hz kW 3 230 400 50 2 6 3 SINGLE PHASE MOTOR V Hz kW 1 230 400 50 1 5 4 WEIGHT kg 750 5 NOISE LEVEL dB 70 11...

Page 12: ...3 TECHNICAL DATA SRH 370 42LIKEX 1 CAPACITY kg 4200 2 THREE PHASE MOTOR V Hz kW 3 230 400 50 2 6 3 SINGLE PHASE MOTOR V Hz kW 1 230 400 50 1 5 4 WEIGHT kg 750 5 NOISE LEVEL dB 70 12...

Page 13: ...CRITION OF LIFT 4 Two post electro hydraulic lift with telescopic arms 2 1 CONTROL POST 2 OPPOSITE POST 3 CARRIAGES 4 ARMS 5 CONTROL BOX 6 HYDRAULIC CONTROL UNIT MOTOR 7 GANTRY 13 RECOMENDED VEHICLE I...

Page 14: ...turing automatic enabling and manually operated disabling ensuring maximum safety when in parking mode Take up device for spring elongation of the loaded cable 4 2 LIFT CONTROLS 4 2 Control box with u...

Page 15: ...sive corrosive and or toxic material the distance of the posts from the walls and any other fixed equipment must be at least 70 cm 70 the installation layout should be selected so that the operator ca...

Page 16: ...6 INSTALLATION INSTRUCTIONS 6 P kg Mx kgmm My kgmm CAPACITY kg 3200 1950 1650000 500000 CAPACITY kg 4200 2600 2200000 1800000 16...

Page 17: ...rectly on the concrete even where the flooring has been added If this latter is of good quality it is however possible to fasten the posts directly onto the fl ooring using longer anchorage fastenings...

Page 18: ...rew anchors of the type HILTI HSL T2 12 25 or similar or with chemical anchors vials HILTI HVU M12x110 or similar with a M12 threaded bar in steel class 5 8 or higher Anchor bolts used shall have mini...

Page 19: ...6 1 COMPONENTS ACCESSORIES FOR INSTALLATION 6 1 19 Tubes Hydraulic...

Page 20: ...care using suitable means of load support which are in perfect working order and using the special hooking points as shown in the illustration avoid sudden jolts and pulling watch out for uneven surf...

Page 21: ...6 2 INSTRUCTIONS FOR UNPACKING AND ASSEMBLY 6 2 21...

Page 22: ...MBLY 6 2 6 2 1 INSTRUCTIONS FOR UNPACKING 6 2 1 Picture on the above shows all the steps for correct unpacking of the lift Note Perform operations with caution using appropriate supporting tools of th...

Page 23: ...6 2 INSTRUCTIONS FOR UNPACKING AND ASSEMBLY 6 2 23 White VAR 3725 C Black VAR 3975 B Yellow VAR 5000 D Blue...

Page 24: ...components of the lift inside the delivered packages and the corresponding quantity In the following pages we list all the steps for proper installation of the lift NOTE After following the instructi...

Page 25: ...6 2 2 INSTALLATION INSTRUCTIONS 6 2 2 25...

Page 26: ...6 2 2 INSTALLATION INSTRUCTIONS 6 2 2 26 Control column Hose 1220mm 1220 Opposite side column Hose 6400mm 6400 Hose Rope...

Page 27: ...6 2 2 INSTALLATION INSTRUCTIONS 6 2 2 27 H see layout Hose Rope...

Page 28: ...6 2 2 INSTALLATION INSTRUCTIONS 6 2 2 28 1 4...

Page 29: ...6 2 2 INSTALLATION INSTRUCTIONS 6 2 2 29 Hose Hose Rope Rope...

Page 30: ...6 2 2 INSTALLATION INSTRUCTIONS 6 2 2 30...

Page 31: ...6 2 2 INSTALLATION INSTRUCTIONS 6 2 2 31...

Page 32: ...nect the lift electrically Note for warning and instructions regarding the electric connections see sections 6 3 6 4 of this manual 6 3 6 4 fill the power pack C with oil perform a rise maneuver so as...

Page 33: ...6 2 2 INSTALLATION INSTRUCTIONS 6 2 2 33...

Page 34: ...6 2 2 INSTALLATION INSTRUCTIONS 6 2 2 34...

Page 35: ...4 CONNECTING UP TO THE MAINS 6 4 Any work done on electrical parts including minor jobs must be carried out by specialised engineers The electrical system is preset to work at the voltage shown on the...

Page 36: ...nel The minimum capacity required is cable cross section 4G 2 5 sq mm 4 2 5 3Ph 400V 50Hz 380V 60Hz P 6kW l 9 5A 3 400 50 380 60 P 6 l 9 5A 3Ph 230V 50Hz 220V 60Hz P 6kW I 16 4A 3 230 50 220 60 P 6 I...

Page 37: ...Repeat until motion becomes smooth again Should the problem persist follow instructions given on page 37 AIR BLEEDING 37 6 7 ARM STOP 6 7 Once the lift is down make sure that the arm can move freely...

Page 38: ...esponcible for the machine must be properly trained to handle the necessary information in order to achieve an operation method in line with the instructions supplied by the manufacturer For any doubt...

Page 39: ...7 5 DESCRIPTION AND FUNCTION OF CONTROLS 7 5 39...

Page 40: ...y acting on the handle 3 downwards Keep the handle pressed and simultaneously repeat the downward manouvre by acting on the lever 2 until the lift reaches the ground completely 3 2 OFF Control reverse...

Page 41: ...and or maintenance to the lift 0 PROBLEM POSSIBLE CAUSE REMEDY Nothing happens Main safety fuses broken Replace Magnetic thermal switch OFF Reset magnetic thermal switch Fault in electrical system Co...

Page 42: ...is not damaged 10 STORAGE 10 In the event of the lift having to be stored for long periods disconnect the power supply empty the tank s containing liquids used for machine operation and protect any pa...

Page 43: ...11 ELECTRICAL INSTALLATION 11 This installation is to be carried out by the user THREE PHASE 3 M MOTOR IG MAIN SWITCH 43...

Page 44: ...11 ELECTRICAL INSTALLATION 11 This installation is to be carried out by the user MONO PHASE 1 RUN STAR PS CONTROL BUTTON M MOTOR C CONDENSATOR 44...

Page 45: ...12 HYDRAULIC SYSTEM 12 A tank B Intake filter C electric motor D pump E safety valve p 180 bar 42 p 140 bar 32 p 180 42 p 140 32 F down speed valve L check valve M cylinder T cylinder relief 45...

Page 46: ...er s brand CAUTION Do not tamper with carve change or remove the identification do not cover it with panels etc since it must always be visible Said plate must always be kept clean WARNING Should the...

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