Hiab ошибки манипулятор

Тут все очень просто. 

Пока у вас есть ошибки, кран работает в аварийном режиме. Это значит — низкая скорость, низкая грузоподъёмность и ограничение на работу некоторых операций, в частности — выдвижение телескопа. 

Как считывать коды

Число с точкой — количество ошибок, далее высвечивается код с минимальным номером. По мере устранения ошибок будут появляться остальные коды. Либо надо подключать компьютер, тогда можно увидеть все ошибки сразу.

То, что число с точкой у вас меняется — значит меняется количество ошибок. Это значит, что какая то неисправность сама «исправляется». Такое может быть, например, при плохом контакте в разъёмах датчиков. 

Сами коды:

03 — нажата кнопка «Стоп» или включен режим ДУ, но пульт выключен, или нет связи пульта с краном. 

22 — нет датчика наклона второй стрелы.

Остальные по мере устранения первых. 

Порядок выдвижения секций телескопа на этом кране произвольный, то есть в начале может выдвинутая последняя (самая тонкая) секция, потом первая (самая толстая). 

Все зависит от того, как легко сама секция выдвигается/задвигается. Которая легче, та и выезжает в первую очередь. 

• Page 1
  Operator’s Manual GB HIAB X-HiPro 142/162/192/232/262/302 This operator’s manual is an Original Instruction and applies for cranes from serial number: BL142HP00001, BL162HP00001, BL192HP002953, BL232HP00001, BL262HP00001, BL302HP00001 2017-02…
• Page 2
  We advise you to read it carefully and familiarize yourself with your crane before you start to use it. Help us to improve this manual. Please send your comments and suggestions to documentation@hiab.com Operator’s Manual GB…

• Page 3: Table Of Contents

  Table of Contents ………………Introduction ..This Operator’s Manual is intended for operators of this HIAB crane……….Indications in the Operator’s Manual …………. Structure and parts of the HIAB crane …………….Main groups ……..Crane base with column and slewing system …………….

• Page 4
  Table of Contents …………Control System SPACE X4 …………How the safety system works ………… Components of the HiPro system …………… Main control valve ……….. Different stabiliser control valves ……………… User panel ……….4.6.1 Indicator LEDs on user panel …………….Dump valves …………..
• Page 5
  Table of Contents ………………. Functions …………OLP (Overload protection) ……….OLP — indications on the controller …………….6.3.1 XSDrive ……………. 6.3.2 CombiDrive …………….To release OLP …………. 6.4.1 OLP release on user panel ……… 6.4.2 OLP release on controller XSDrive ……..
• Page 6
  Table of Contents …………….Lubrication …………9.4.1 Lubrication schedule ……… 9.4.2 Lubrication of rope guide and top roller …….. 9.4.3 Lubrication of the upper column bearing …………….Hydraulics ….9.5.1 Slewing housing: checking the oil level/oil change ……. 9.5.2 Replacing the cartridge in return oil filter ….

• Page 7: Introduction

  Introduction This Operator’s Manual is in- tended for operators of this HIAB crane. This manual describes: • Operation • Safety precautions and warnings • The crane control system • Maintenance and troubleshooting Enclosed to this manual the Installer will provide: •…

• Page 8: Indications In The Operator’s Manual

  Introduction NOTE HIAB shall at all times have the right to: • install, maintain and dismantle automated re- mote diagnostics system or similar sensor- based system (the “System”) in and from the Equipment; and • access, send, receive, collect, store and use…

• Page 9
  Never operate the crane when you are sick, tired, under the influence of medicines, alcohol or other drugs. • Take the delivery instructions from your HIAB Service workshop, or receive instruc- tion from an experienced person from your own company. Only then should you operate your crane.
• Page 10
  • All other maintenance work may only be carried out by a HIAB service workshop. • Ensure that every defect is rectified imme- diately, according to the instructions. • Follow the instructions exactly! •…

• Page 11: Structure And Parts Of The Hiab Crane

  Structure and parts of the HIAB crane Main groups This HIAB crane consists of the following main groups: • Crane base with column and slewing system • Stabiliser system • Boom system • Operating system — hydraulic components Some accessories can be fitted depending on your crane configuration: •…

• Page 12: Stabiliser System

  Structure and parts of the HIAB crane Stabiliser system Every HIAB crane is equiped with two stabiliser extensions and two stabiliser legs. Auxiliary stabiliser systems may be needed for heavy cranes. The stabiliser system consists of: ① Stabiliser beam ② Stabiliser extensions ③…

• Page 13: Boom System

  Structure and parts of the HIAB crane Boom system The boom system consists of the following components: • ① 1st boom • ② 2nd boom • ③ Hydraulic extensions The length of the hydraulic extension depends on the type of crane.

• Page 14: Accessories On The Boom System

  Structure and parts of the HIAB crane Accessories on the boom system Manual extensions [option] Manual extension is slid by hand into the hydraulic extension. Hoist [option] The hoist is a crane accessory which permits load handling without any or only limited boom movement.

• Page 15
  Structure and parts of the HIAB crane The Hoist consists of the following compo- nents:  Ž • Wear plate ① for rope end monitoring Œ • Pressure roller ② • Rope ③ • Load sensor ④ • Electrical wire to load sensor ⑤…
• Page 16
  Structure and parts of the HIAB crane Separate lifting accessories [option] Separate lifting accessories, help to make or use a slinging device: eye-hooks, shackles, eye-bolts etc. Hooks [option] Different hooks can be mounted depending on the crane model. DANGER Never exceed the maximum permissible load- ing of the hook.

• Page 17: Operating System — Hydraulic Components

  Structure and parts of the HIAB crane Operating system — hydraulic components The operating system consists of the following hydraulic components: ① Oil tank ⑤ Stabiliser control valve ⑪ Return filter [option] ② Hydraulic pump ⑥ Hydraulic hoses and ⑫ Load holding valve lines ③…

• Page 18: Lhv Load Holding Valves

  The crane type and the manufacturer are marked on the serial number plate. The hoist [option] is designed for a HIAB crane, installed on the second boom. ! NOTE The exact technical information for your crane is shown in the Technical Data.

• Page 19: Safety Precautions And Warnings

  Safety precautions and warnings Operating conditions You may only use the crane under the following conditions: • In the open air, or in spaces with sufficient ventilation. • With a mean wind velocity less than 13.3 m/sec (approx. 29.7 mph). See the wind speed table.

• Page 20: Wind Speeds

  Safety precautions and warnings Wind speeds Wind speed averaged over 10 minutes at a height of 10 m Above flat ground Characteristics Wind Force Wind type Calm Calm, smoke rises vertically or nearly 0.0 — 0.2 vertically Slight breeze Wind direction recognisable from smoke plumes, the wind begins to be 0.3 — 1.5 noticeable on the face;…

• Page 21: Definition Of A Hiab Loader Crane

  Definition of a HIAB loader crane Usage of the crane The HIAB loader crane is used to lift and move loads in the working area permitted by the load plate and the load diagram. The cranes are normally mounted on a vehicle but they can also be mounted on a fixed base plate.

• Page 22
  Safety precautions and warnings Permitted duties: • Loading and unloading cargo from/to a vehi- • Lifting of loads from the ground/vehicle to a higher place • Installation work (beams, concrete plates, windows…) in building constructions • Lifting construction material (wall boards, bricks, blocks…) on a pallet fork to a build- ing, taking the material from the vehicle on which the crane is mounted, from another…
• Page 23
  Safety precautions and warnings Forbidden duties: • Crane mounted onboard ships or floating structures, only permitted in cases authorized by HIAB • Continuous use as a production crane in assembly lines, foundries…, except for cranes prepared for that purpose • Handle loads, work with submerge boom…

• Page 24: Determination — Hoist

  Safety precautions and warnings 3.3.1 3.3.1 Determination — Hoist The TC hoists belong to the group of hoisting winches. The use as determined is hoisting and lowering of loads as specified for each hoist type and under the attention of the given installation regulations as well as of the safety notes.

• Page 25
  Safety precautions and warnings 3.3.2 The extra weight of the lifting accessories has to be added to the load. Thus, with lifting accesso- ries the load you can lift is less heavy Load plate XX.X XX.X XX.X XX.X XX.X On the plate is the maximum weight that you X X XX X X X XX X X X XX X…
• Page 26
  Safety precautions and warnings 3.3.2 Load diagram The load diagrams are placed on the column and show the maximum loads your crane / JIB (if fitted) / hoist (if fitted) may lift in the entire working zone (manual extensions excluded). The load diagram drawing will also be found in the enclosed Technical Data.

• Page 27: Signs On The Crane

  Safety precautions and warnings 3.3.3 3.3.3 Signs on the crane ADC kg 4800 3200 2180 1540 1180 4350 2900 1960 1380 1020 10.8 12.9 15.1 17.4 19.3 ADC kg 4800 3200 2180 1540 1180 4350 2900 1960 1380 1020 387 2531 3.3.4 Maximum load Lifting capacity Your crane has a certain lifting capacity, ex-…

• Page 28
  Safety precautions and warnings 3.3.4 DANGER • Overloading could result in damage to the crane or in the worst case, personal injury or death • Never increase a hanging load, since that may cause a load holding valve to open and/or the vehicle to turn over.
• Page 29
  Safety precautions and warnings 3.3.4 Load diagram The load diagrams are placed on the column and show the maximum loads your crane / JIB (if fitted) / hoist (if fitted) may lift in the entire working zone (manual extensions excluded). The load diagram drawing will also be found in the enclosed Technical Data.

• Page 30: Maximum Load Moment

  Safety precautions and warnings 3.3.5 3.3.5 Maximum load moment If your crane has reached the maximum load moment (lifting capacity), the OLP gives a warning and locks any crane movement that will increase the load moment. This is known as an OLP situation.
• Page 31
  Safety precautions and warnings 3.3.5 Sling length Always attach the load using the shortest possible sling. The angle between the legs of the sling must not exceed 120°. The maximum working load (usually known as the working load limit (WLL) in standards) of a multilegged sling for general purposes is calculated by multiplying the WLL of a single leg by a mode factor, in accordance with the table.
• Page 32
  Safety precautions and warnings 3.3.5 Working below ground level If you have to load or unload below the level of the ground: keep the first boom angle to about 10 to 30° above the horizontal plane. Heavy loads Lift heavy loads with the second boom in the optimum position in relation to the first boom.

• Page 33: Lifting Loads With Hoist

  Safety precautions and warnings 3.3.7 3.3.7 Lifting loads with hoist DANGER • Only HIAB orginal ropes are to be used. • Check and clean hoist rope regularly but not using high pressure fluid jets neither steam jets. • Replace the rope if it is damaged.

• Page 34: Signals When Using A Crane

  Safety precautions and warnings Signals when using a crane DANGER • If it is not possible to see the load and the entire working area clearly the crane oper- ator is obliged to follow the instructions and signals given by a qualified person qualified.

• Page 35
  Safety precautions and warnings Stop all crane movements Also: Hold the load in position. Raise the open hand, with the palm clearly visible, and arm at shoulder height. Keep the hand still. Emergency stop for all movements by the crane. Raise the hands and the arms to an oblique angle.
• Page 36
  Safety precautions and warnings Turn in the direction indicated Indicate the direction with the hands. Open the grapple Extend the arms at shoulder height, with the palms facing downwards. Close the grapple Move both hands close together. Operator’s Manual GB…
• Page 37
  Safety precautions and warnings Lift the open grapple a little Extend both arms at shoulder height, with the palms facing upwards. Make vertical movements with both arms outstretched. Keep the grapple in position briefly Raise the hand drooping slightly, with the fist clenched.

• Page 38: Use Of The Crane

  Safety precautions and warnings Use of the crane Starting crane operation DANGER • Wear a safety helmet (compulsory in some countries!). • Check that the ground is sufficiently flat and firm. • To ensure that the vehicle stays in its position, always engage the parking brake and place chocks under the wheels.

• Page 39
  Safety precautions and warnings DANGER • Do not stand in front of the hydraulically operated stabiliser legs when you are oper- ating them! • Never use the stabiliser legs as a parking brake, since the vehicle could start to slide. •…

• Page 40: Preparations For Use

  Safety precautions and warnings 3.5.1 DANGER Do not stand in front of the boom system when operating the crane out of parking position. 3.5.1 Preparations for use DANGER Ensure that there are no unauthorised persons within the operating range of your crane! Mark out the working range, e.g.

• Page 41: Crane Operation

  Safety precautions and warnings 3.5.2 DANGER • If a part of the crane comes in contact with an electricity line, you will be electro- cuted! • Maintain the following minimum distances between the crane and overhead electricity lines, unless otherwise prescribed by na- tional rules.

• Page 42
  Safety precautions and warnings 3.5.2 In an emergency immediately switch off all crane movements! • Press a stop button. To avoid unexpected load movements and at every interruption in crane operation. DANGER • Keep checking that there are no unauthor- ised persons within the operating reach of the crane! •…
• Page 43
  Safety precautions and warnings 3.5.2 WARNING • Never push a load along the ground, or the vehicle’s load space, with the extension boom. This can cause damage to the boom system. This will lead to expensive repairs. • Never use the extension boom as a jack. This could damage the slewing bearings and the connection between the crane column and the crane base.

• Page 44: Service Platform [Option]

  Safety precautions and warnings 3.5.3 3.5.3 Service platform [option] DANGER Never operate the crane while standing on the service platform. The platform is only to be used when performing maintenance on the crane. 3.5.4 Driving with the crane DANGER • Never drive the vehicle if there is a load suspended from the crane.

• Page 45
  Safety precautions and warnings 3.5.5 The operator should take care during hoist opera- tion that the rope is not pulled off the drum completely. The hoist control system is fitted with an automatic system to prevent that. Three safety windings will allways remain on the drum. DANGER •…

• Page 46: Use Of Lifting Equipment

  HIAB service workshop. • Never attempt to install add-on lifting accessories yourself! • Add-on lifting accessories may only be installed by an authorised HIAB service workshop. • When using lifting accessories, follow the instructions supplied with the equipment! • Watch out for hazards! •…

• Page 47: Ending Crane Operation

  Safety precautions and warnings 3.5.8 WARNING Take care when mounting/demounting the crane on/off the vehicle. Roughly handling can seriously damage the crane or the vehicle. 3.5.8 Ending crane operation DANGER Always end crane operation as follows: • After use, always place the crane in the transport position! •…

• Page 48: The Hipro System

  If you do not use the system for 30 minutes, it will switch itself off in order to prevent draining the truck battery. This feature can be cancelled. Contact your HIAB service workshop. How the safety system works On the crane there are various sensors and indicators which send signals about the crane’s…

• Page 49
  When the fault is serious, use of the crane is blocked completely. DANGER Never try to repair the control system yourself. Repairs may only be made by a HIAB service workshop! Operator’s Manual GB…

• Page 50: Components Of The Hipro System

  The HiPro system Components of the HiPro system ① Main control valve ④ Dump valve 1 ⑦ Lamp pole [Option] ② Stabiliser control valve ⑤ Dump valve 2 ⑧ CombiDrive controller [option] [Option] ③ User panel SPACE X4-UI ⑥ Filter ⑨…

• Page 51: Main Control Valve

  The HiPro system Main control valve The crane can be operated from the main control valve, but as soon as you have selected remote control operation, it is impossible to operate the main control valve levers. The speed of a function corresponds to the extent of the lever movement, regardless of the load and other functions, as long as the oil flow is sufficient.

• Page 52: Different Stabiliser Control Valves

  The HiPro system Accesories symbols and functions. (If de- livered). SYMBOLS FUNCTIONS SYMBOLS FUNCTIONS JIB cylinder Rotation tool JIB extensions Tool 2 Hoist Hoist deployment The order of the functions is customized for each crane. The image on the right shows an example of a main control valve functions placed on the column.

• Page 53: User Panel

  The HiPro system Always operate the lever according to the func- tion on the symbol sign. The symbol is shown either on the lever knob or on a separate sign placed vertical/horizontal next to the lever. • Crane stabiliser extension ① out/in •…

• Page 54: Indicator Leds On User Panel

  The HiPro system 4.6.1 4.6.1 Indicator LEDs on user panel Power on/off Green light on: The system is on. Green light blinking: System on and the stop button has been pressed. Green light flashing: APO emergency operation time running. Red light flashing: CAN communication has been lost/ APO override time running Stabiliser system Green light on: Stabiliser system active.

• Page 55
  The HiPro system 4.6.1 Service Green light on: Service needed. Red light on: Error in the system. Red light blinking: Critical error. Dump valve Blue light on: Dump activated. Blue light on: Crane has enhanced capacity (ADC mode). Hoist Green light on: Hoist mode. Red light flashing: 90% of OLP pressure.

• Page 56: Dump Valves

  The HiPro system Dump valves Dump valve 1. ① Allows operation of the crane functions. To prevent high pressure and thereby unnecessary heating of the oil there is an automatic dumping function. When no lever movement has been made for 3 seconds the dump valve is opened and the oil is returned directly to the hydraulic tank.

• Page 57: Lamp Pole [Option]

  The HiPro system Lamp pole [option] The lamp pole is equipped with 3 lamps. Flash- ing/light up: green, amber and red. • green: start up remote control • amber: prewarning OLP • amber and red: OLP 4.10 XSDrive controller Controller XSDrive has either four or six levers, or two or three joysticks for proportional func- tions programmed in the different menu selec- tions.

• Page 58: Indicator Leds On Xsdrive Controller

  The HiPro system 4.10.1 Cable connection [option] The cable ② is intended to be used for short-term operation and when pairing in conjunction with the replacement of controller or receiver. Connec- tion is made between the controller ③ and the receiver box ①.

• Page 59: Buttons

  The HiPro system 4.10.2 ⑦ Cylinder pressure Lower LEDs green light on: 70% of maximum LEDs pressure Lower LEDs, red light flashing: 90% of maximum pressure Lower and upper LEDs red light: 100% of maximum pressure ⑧ Manual extension Green light on: Manual extension activated ⑨…

• Page 60
  The HiPro system 4.10.2 ⑥ If the crane is equipped with LSS-V, button ⑥ activates LSS-V the feature and button ⑧ is used to deactivate. & ⑧ ⑦ Channel shift Press to change radio channel. There are 12 channels in total.

• Page 61: Menus

  4.10.3 Menus The functions presented in each menu can be customized depending on crane configuration. It can be changed by a Hiab Authorized Workshop. The table below shows an example: Menu 1 Slewing, first boom, second boom, extension boom, tools JIB, hoist, etc.

• Page 62: Standard Function Symbols

  The HiPro system 4.10.4 4.10.4 Standard function symbols The function corresponding to each lever depends on the configuration of the specific crane. The table below shows examples: Controller XSDrive levers Controller XSDrive joystick 3-0-3 Controller XSDrive joystick 2-2-2 Controller XSDrive joystick 3-2-3 Operator’s Manual GB…

• Page 63: Battery And Battery Charger Xsdrive

  The HiPro system 4.10.5 4.10.5 Battery and battery charger XSDrive Battery A fully charged battery provides approximately 5-8 hours use (at 25 °C, 77 °F) and the voltage level is approximately 8,4V. When the battery is about to wear out an indicator LED on the controller burns steady red and the horn will sound twice.

• Page 64: Combidrive Controller

  The HiPro system 4.11 4.11 CombiDrive controller The controller has either six or eight levers. Normally the controller operates wirelessly via radio but it can also be operated via cable. The controller is equipped with a menu selection system as standard. The displays continuously provide the operator with information.

• Page 65: Displays

  The HiPro system 4.11.1 4.11.1 Displays The displays are of LCD-type and will perform best in temperatures above +10 °C. At 0 °C there is a delay in shifting symbols of approximately 1 sec. At -20 °C the delay will increase to approxi- mately 8 sec.

• Page 66
  The HiPro system 4.11.1 ② ② Micro ⑧ ⑧ Manual extension Indicates that micro operation has Manual extension is selected by been selected. Micro operation pressing the horn and release but- changes the sensitivity of the lev- tons at the same time. The control ers as follows: At full lever deflec- system acknowledges by showing tion, μ50% gives 50% and μ20%…

• Page 67: Buttons

  The HiPro system 4.11.2 4.11.2 Buttons Not present on CD2s Micro mode Press to choose micro mode. Press again to choose normal mode. Menu CRANE Stop button Press to choose menu CRANE. Press to deactivate the controller. Release to activate. Menu EXTRA OLP release Press to choose menu EXTRA.

• Page 68: Main Menus

  The HiPro system 4.11.3 Locking and unlocking the controller Locking the controller 1. Press and hold button ④ and ⑤ while the stop button is pressed. 2. Keep button ④ and ⑤ pressed while pulling out the stop button. The centre display then shows a large locked padlock symbol Unlocking the controller…

• Page 69
  When the operator pulls out the stop button on the controller, it always starts in CRANE 1 menu. The submenus in CRANE menu are configured in CRANE 1 production but can be changed by HIAB service personnel. Example of submenus for the 6 lever controller: Operator’s Manual GB…
• Page 70
  The HiPro system 4.11.3 Left side display Centre Right side display display «CRANE MENU» Example of submenus for the 8 lever controller: Operator’s Manual GB…
• Page 71
  The HiPro system 4.11.3 Centre Left side display Right side display display «CRANE MENU» EXTRA menu, button ④ The EXTRA menu contains hydraulically propor- tional functions for example front and rear stabi- liser extensions and legs, boat supports, bunk shifting, etc Symbols shown on the displays Left is defined as the side of the crane where the main control valve is normally placed.
• Page 72
  The HiPro system 4.11.3 ON-OFF menu, button ⑤ The ON-OFF menu includes functions such as engine start, stop and throttle. The functions are shown as text instead of symbols in the displays. ON-OFF 1 A lever may be moved in any direction in order to activate the corresponding function.

• Page 73: Battery And Battery Charger

  The HiPro system 4.11.4 4.11.4 Battery and battery charger Battery The voltage level of a fully charged battery is approximately 8,4V and it provides about 5-8 hours working time. Note that the battery voltage remains between 7,6V and 7,5V for a long time. Therefore, the battery voltage cannot be used to estimate remaining hours of use.

• Page 74: Control Platform [Option]

  The HiPro system 4.12 4.12 Control platform [option] The platform is placed on the left side of the crane, with perforated anti-slip plate. • For manually controlled cranes: The platform is equipped for using tools and operated using six levers with control valve on the top.

• Page 75
  The HiPro system 4.13 DANGER Take care not to put your foot on the pedals when taking place in the high seat. Uninten- tional crane movements can occur. For safety reasons, it is necessary to sit down on the seat to operate the controls. Operator’s Manual GB…

• Page 76: Starting Crane Operation

  Starting crane operation Starting operations • General case: 0° Place the vehicle on a flat, firm and stable surface. The vehicle inclination (α) during crane operation must not be more than 3º. If this value 3° 5° is exceed, unintentional crane movements can occur.

• Page 77
  Starting crane operation Engage the PTO Engage the PTO (Power Take Off) and bring the vehicle engine to the correct rpm. ! NOTE • Rpm too high: the oil in the hydraulic system might overheat. Rpm too low: during crane operation, the vehicle engine could stall.

• Page 78: Set The Stabiliser System

  Starting crane operation Indications CombiDrive “Wait” is shown on the centre display while radio contact is being established. On the decoder LED ① is lit. LED ② starts to blink. When contact has been established CRANE 1 menu and signal strength are displayed on the controller.

• Page 79
  Starting crane operation Stability sector indication The operator must have a full view of the stabiliser system when operating it. To confirm a full view of the stabiliser system, button pressed on the user panel on the side where the stabiliser system is going to be operated.

• Page 80: Stabiliser System And Ground Conditions

  Starting crane operation 5.2.1 5.2.1 Stabiliser system and ground conditions Always: • Make sure that the ground can support the load that the stabiliser leg imposes on the ground. (*) • Make sure that the ground is not undermined. • Use the extra support plates that are large and firm enough for your crane model.

• Page 81: Activate The Stabiliser System

  Starting crane operation 5.2.2 5.2.2 Activate the stabiliser system Manually controlled stabiliser system: 1. Make sure manual control is active. If not, push the button on the user panel 2. Press the button to activate stabiliser system operation. Remote controlled stabiliser system: 1.

• Page 82
  Starting crane operation 5.2.3 Manually controlled stabiliser extensions Unlock Stabiliser locking devices ② and ③. Take a firm grip around handle①, and pull to extend the stabiliser extension and lock with the handle ③. Hydraulically controlled stabiliser extensions Unlock the Stabiliser locking device ② [option] and extend the stabiliser extensions with the levers on the valve or the control- ler depending on your crane configuration.

• Page 83: Set The Stabiliser Legs

  Starting crane operation 5.2.4 DANGER Do not stand in front of the hydraulically operated stabiliser legs when you are operating them! 5.2.4 Set the stabiliser legs The procedure of setting the stabiliser system differs depending on the type of stabiliser system. Repeat the instructions for the stabiliser extension and leg on the other side of the vehicle.

• Page 84
  Starting crane operation 5.2.4 Non-tiltable stabiliser legs 1. Make sure that the stabiliser extensions are extended. 2. Operate the stabiliser leg downwards until it is set to the ground. Operator’s Manual GB…
• Page 85
  Starting crane operation 5.2.4 Manual tiltable stabiliser legs 1. Make sure the stabiliser extensions are ex- tended a little. 2. Unlock the stabiliser leg lock ②, that holds the stabiliser leg in the transport position. DANGER: Do not stand in the stabiliser leg tilting area.
• Page 86
  Starting crane operation 5.2.4 Manually tiltable stabiliser legs with gas spring support 1. Make sure the stabiliser extension is ex- tended and the stabiliser leg can rotate freely of the vehicle. 2. Place your right hand on the handle ③ while unlocking the stabiliser leg ④…

• Page 87: Operate The Boom System Out Of Transport Position

  Starting crane operation Operate the boom system out of transport position WARNING • A crane with add-on equipment can differ from the operations described in this sec- tion. For this reason, study the operating instructions for any add-on equipment carefully. •…

• Page 88
  Starting crane operation DANGER Always operate a manually controlled crane from the position shown in the image! 1. If the stabiliser system is manually con- trolled, push button on the user panel to activate remote control. 2. If using remote control, push button ① on the controller to change the menu into crane operation.

• Page 89: Bda Boom Deployment Assistance [Option]

  Starting crane operation 5.3.1 5.3.1 BDA Boom Deployment Assis- tance [option] BDA is a safety function in SPACE that prevents the operator to move the second boom and extensions in the wrong direction when operating the crane in to or out of parking position. •…

• Page 90
  Starting crane operation 5.3.1 Operate the boom system • HIAB 128/138/142/148/158/162/178/188/192/218/22 8/232/232: 1. Operate the second boom fully against the underside of the first boom ①. 2. Raise the first boom ②.  3. As soon as the first boom is raised to an…
• Page 91
  Starting crane operation 5.3.1 • Hiab 248/258/262/288/298/302: 1. Turn the pin ① and pull it out. 2. Raise the first boom ②. 3. Place the second boom in vertical position, as shown in the image. 4. Extend the first extension until it comes free of the catcher ③.

• Page 92: During Operation

  During operation Functions Locking / unlocking the controller The controller can be locked to prevent unauthor- ised persons from starting the controller and operating the crane. Controlling the crane speed with the controller XSDrive At start up, the system by default is set to full speed.

• Page 93
  During operation Supervision of spools If a valve spool movement is greater than the equivalent lever or joystick movement on the controller, a safety function is tripped, and all crane movements stops. This occurs if a control lever on the valve is moved while the remote control is engaged.
• Page 94
  During operation ADO Automatic dump function If a lever is not moved for 3 seconds, this function diverts the oil to the tank, thereby preventing the oil from overheating. The next lever movement stops the dumping and it func- tions as normal. ASC Automatic Speed Control The ASC function automatically provides the extra power by reducing the speed smoothly,…
• Page 95
  During operation Slewing sector [option] Within slewing sector, lifting capacity can be reduced due to stability. The overload warning will be given at a lower load in the limited sector than outside the sector. In case of an overload warning you may slew out of the sector but not further into it.

• Page 96: Olp (Overload Protection)

  During operation Activate and deactivate LSS-V (By default) with the controller CombiDrive 1. Press the ON-OFF button ⑤ on the remote control. • CombiDrive with 6 levers: Menu 2 ON-OFF • CombiDrive with 8 levers: Menu 1 ON-OFF 2. Move the levers according to the text in the display.

• Page 97: Olp — Indications On The Controller

  During operation ! NOTE Do not operate heavy loads with the extensions fully retracted. In an OLP situation it is an advantage to be able to retract the extensions. OLP manual control If one prohibited function is used, all functions will stop.

• Page 98: Combidrive

  During operation 6.3.2 6.3.2 CombiDrive OLP boom system shown on the left and right displays: • A percentage of maximum permitted pressure in the cylinders is shown on the displays. When 50% or more of maximum pressure is reached, the percentage alternates with the function symbol once a second in the display corresponding to each lever.

• Page 99: Olp Release On User Panel

  During operation 6.4.1 6.4.1 OLP release on user panel Press button on the user panel whilst operating load reducing functions. The cylinder pressure LEDs on the user panel perform a running light. The LED for padlock symbol will blink red. 6.4.2 OLP release on controller XSDrive Press and hold the button…

• Page 100
  During operation To extend the manual extensions 1. Locate the boom system as close as possible to the horizontal position, but low enough to reach the extension by hand. 2. Stop the crane, by pressing the stop button. 3. Remove the locking device ① and the locking pin ②.
• Page 101
  During operation Activate and de-activate OLP for manual ex- tensions on the user panel WARNING You must switch the OLP on and off manually for additional manual extensions! Activate: Push button on the user panel. The manual extensions are now included in the OLP protection.
• Page 102
  During operation Activate and de-activate OLP for manual ex- tensions on the CombiDrive controller WARNING You must switch the OLP on and off manually for additional manual extensions! Activate: Œ Push and hold both button ① and ② until symbol on the centre display is lit.

• Page 103: Change From Hoist To Hook Operation

  Change from hoist to hook operation Change from hoist to hook oper- ation  Ž ‘  Œ  1. Remove the counterweight: • Remove the locking pin ①, the nut ② and the pin ③. • Release the rope. 2.
• Page 104
  Change from hoist to hook operation 3. Remove the rope from the rope guides: ! NOTE How to remove the rope depends on the crane model. The design and the number of rope guides depends on how many extensions the crane is equipped with.
• Page 105
  Change from hoist to hook operation 4. Remove the rope guides  Ž Œ   5. Remove the rope guide from the first extension: • Remove the locking pin ① and the clevis pin ②. 6. Remove the rope guide from the 4th exten- sion: •…
• Page 106
  Change from hoist to hook operation • Remove the locking pin ①, the nut ② and the shaft ③. • Put the hook in place and fit the shaft ④. • Tighten the nut ⑤. • Secure with the locking pin ⑥. Operator’s Manual GB…

• Page 107: Ending Crane Operation

  • With remote controlled cranes, stay in a safety area while the boom system is moving. 8.1.1 HIAB 138/142/158/162/188/192/228/232 1. Retract the boom extensions completely. ! NOTE If the crane is equipped with OPS, press and hold button on the user panel while carrying out instructions 2-5.

• Page 108
  5. Lower the boom system until it is secured on the parking support. 6. Fold the hook. HIAB 258/262/298/302 1. Retract the boom extensions completely. ! NOTE If the crane is equipped with OPS, press and hold button on the user panel while carrying out instructions 2-5.
• Page 109
  Ending crane operation 8.1.1 2. Slew the crane until the positioning arrows on the crane base and column align and the parking LED ① on the user panel lights up. 3. Operate the second boom to vertical posi- tion, as shown in the image. Make sure that the first boom is sufficiently high to do so.

• Page 110: Placing The Stabiliser System In The Transport Position

  Ending crane operation Placing the stabiliser system in the transport position DANGER Do not stand in the stabiliser legs, tilting area. WARNING Do not put your foot on the support plate. The procedure of operating the stabiliser legs differs depending on the type of stabiliser leg. Repeat the instructions for the stabiliser extension and leg on the other side of the vehicle.

• Page 111
  Ending crane operation Non-tiltable stabiliser legs 1. Raise the stabiliser leg. 2. Retract the stabiliser extension completely. WARNING Risk of crushing injuries. Always keep hands away from moving parts during operation. Operator’s Manual GB…
• Page 112
  Ending crane operation Manual tiltable stabiliser legs: 1. Raise the stabiliser leg completely. 2. Unlock the stabiliser leg lock ①. 3. Tilt the stabiliser leg manually. 4. Lock the stabiliser leg lock ①. 5. Retract the stabiliser extension completely. WARNING Risk of crushing injuries.

• Page 113: Retract The Stabiliser Extensions

  Ending crane operation 8.2.5 Manually tiltable stabiliser legs with gas spring support 1. Raise the stabiliser leg completely. 2. Place your right hand on the handle ③ while unlocking the stabiliser leg ④ with your left hand. 3. Gently pull the stabiliser leg upwards until it stops.

• Page 114
  Ending crane operation 8.2.5 Manually controlled stabiliser extensions Unlock the handle ③. Take a firm grip around handle①, and push to retract the stabiliser extension and lock with the han- dle ③. Make sure the catcher ② is securely locked. Hydraulically controlled stabiliser extensions Retract the stabiliser extensions with the levers on the valve or the controller depend-…

• Page 115: Switching Off The Control System

  Ending crane operation WARNING Always ensure that the stabiliser legs and stabiliser extensions are in transport position and securely locked. Switching off the control system • Switch off the control system with the on/off button . If you are using the remote controller: •…

• Page 116: Emergency Operation Valve-V200

  On the main control valve: DANGER To operate the crane like this is HIGHLY DANGEROUS because during emergency op- eration all crane security is disconnected. Always go to/contact a HIAB service work- shop when the seal wire has been broken. Operator’s Manual GB…

• Page 117
  1 ①. 4. Check that no unintended movements starts. If you get unintended movements then release the knob and contact HIAB service. 5. Push the dump valve button and turn 90 degrees until it is blocked.

• Page 118: Twi Transport Warning Interface

  Ending crane operation TWI Transport warning inter- face WARNING If you switch off the control system when manual operated stabiliser extensions/tiltable stabiliser legs are not locked in the transport position, and/or if the first boom angle exceeds a certain specified angle, the indicator lamps for both the cylinders and the hoist will flash red for a while.

• Page 119: Maintenance And Service

  Welding work on the crane may only be carried out by, or in close consul- tation with, a HIAB service workshop. • Do not drill into the crane yourself. Drill- ing work on the crane may only be carried out by, or in close consultation with, a HIAB service workshop.

• Page 120: Warranty

  Determine if you can still park the crane. If you can: park the crane and go to a HIAB service workshop. If you cannot: contact a HIAB service workshop. 6. In all other cases, contact a HIAB service workshop. Warranty HIAB only provides a warranty if: •…

• Page 121: Follow The Maintenance Instructions

  • All security seal wires on the valves are still intact. Always use original HIAB parts and tools. Follow the maintenance instruc- tions! Take the crane, at least once a year, to a HIAB service workshop for inspection and maintenance. Maintain lifting accessories according to the supplier’s instructions. WARNING •…

• Page 122: Daily Inspection

  • Check for damage to the crane structure (e.g. any formation of cracks). DANGER In the event of damage that presents a safety risk: • Do not use the crane. • Have the damage repaired immediately by a HIAB service workshop. Operator’s Manual GB…
• Page 123
  In the event of damage or worn that prevents a safety risk: • Do not use the hook. • Have the damage repaired immediately by a HIAB service workshop. Add-on equipment and separate accessories • Check cables, cable connections and the at- tachment points.

• Page 124: Monthly Inspection And Maintenance

  • Make sure that all security seal wires (Ex. LHV, dump valves, etc…) are not broken. Always go to/contact a HIAB service work- shop when the seal wire has been broken. ! NOTE Always place the vehicle on level ground with the crane in transport position while checking the oil.

• Page 125
  Bolts and screw fixings • Check that bolt and screw fixings are not loose. If loose contact a HIAB service work- shop. Cables and sensors • Check that these are in good condition.

• Page 126: Annual Maintenance

  9.3.3 Hoist • Visual control of pressure roller. 9.3.3 Annual maintenance Take the crane, at least once a year, to a HIAB service workshop for inspection and maintenance. Carry out the following maintenance at least once a year. Hydraulic oil •…

• Page 127
  Maintenance and Service 9.3.4 Interval Action Operating material First change of gear oil After 100 oper- ating hours, lat- est after 6 months Gear oil SAE 80W- Gear oil control*** Every 3 months After 1000 op- Change of gear oil erating hours, latest after 1 year…

• Page 128: Check Rope

  Maintenance and Service 9.3.5 9.3.5 Check rope WARNING As ropes undergo very heavy strain and are not of permanent durability, it is important for the safety of the hoist system and like this for their operating personnel, to carry out a thorough check-up and to renew the rope in time.

• Page 129: Course And Requirements Of The Rope

  Course of the rope CW (clockwise) Course of the rope CC (counter clockwise) Rope requirements For the hoists we recommend a rotating resistant rope, cross lay to the right. Always use HIAB original rope. hoist rope Ø possible hoisting force…

• Page 130: Change Of Rope

  ! NOTE  Œ Ž Always use HIAB original rope. Old rope has to be discarded 1. Spool off the rope without load, until the last three safety windings are left. 2. Stop and turn the drum slowly until you have access to the rope pocket ①.

• Page 131
  Maintenance and Service 9.3.8 Install a new rope 1. Guide the rope through the top roller and Ž  Œ the rope guide/s. 2. Insert the rope end through the rope inlet ③ into the rope wedge ②. Insert both in the rope pocket ①.

• Page 132: Maintenance And Monitoring Of Rope End

  Maintenance and Service 9.3.9 9.3.9 Maintenance and monitoring of rope end Inspection of the wear pad ①.  CAUTION In order to prevent possible damage to the rope, the wear pad ① ① must be replaced, before metal of the clamp ② ② or the screws ③…

• Page 133
  Maintenance and Service Type of grease Use lithium based grease containing EP additives (consistencies 2 and 3 are recommended, depend- ing on the climate). Recommended greases: BP LS EP 2, ESSO UNIWAY EP2 N, AGIP GR MU/EP3, NYNÄS UNIFETT EP. ! NOTE Avoid grease with graphite or molybdenum- disulphide additives.

• Page 134: Lubrication Schedule

  Maintenance and Service 9.4.1 9.4.1 Lubrication schedule Lubricate after every 16 hours of use. Lubricate after every 50 hours of use. ① E-link ② B-link Not present on X-CLX 218, X-DUO 218, X- HiDuo 228 and X-Hi- Pro 232 with E-link Operator’s Manual GB…

• Page 135: Lubrication Of Rope Guide And Top Roller

  Maintenance and Service 9.4.2 9.4.2 Lubrication of rope guide and top roller Lubricate after every 16 hours of use. Lubricate every 3 months. If the hoist is used less frequently than 3 months, lubricate before every use. 9.4.3 Lubrication of the upper column bearing DANGER The upper column bearing must be lubricated…

• Page 136: Hydraulics

  Maintenance and Service • Lubricate the upper bearing with a little grease. • Slew the crane a little. • Again lubricate with a little grease. Repeat, until the column has been slewed round completely. Hydraulics 9.5.1 Slewing housing: checking the oil level/oil change Checking the oil level in slewing housing 1.

• Page 137: Replacing The Cartridge In Return Oil Filter

  Maintenance and Service 9.5.2 9.5.2 Replacing the cartridge in return oil filter Return oil filter with fouling indicator WARNING Dirt will damage the hydraulic system Make sure that the area around the filter is clean to prevent contamination of the hydraulic oil. 1.

• Page 138: Replacing The Cartridge In Pressure Reduction Filter

  Maintenance and Service 9.5.3 9.5.3 Replacing the cartridge in pres- sure reduction filter The pressure reduction filter is located on the main control valve or at supply unit [option] WARNING Dirt will damage the hydraulic system It is not possible to clean the cartridge, it must always be exchanged.

• Page 139
  Hydraulic oils must have been dealt with accord- ing to cleanliness requirements NAS 1638: 7 / ISO 4406: 18/16/13. Hydraulic oil that is approved for HIAB products must comply with one of the following standards or equivalents: — ISO 11158 HV…
• Page 140
  When changing from mineral oil to a non- polluting synthetic oil, or when changing to biodegradable oil, contact a HIAB service work- shop. Viscosity of oil The viscosity of the oil is of great importance to achieve high efficiency of the hydraulic system.

• Page 141: Check Gear Oil

  Maintenance and Service 9.5.6 After filling the tank 1. Operate each crane function to its end positions. 2. Operate the crane to parking position. 3. Check and top up the oil tank to max level on the tank gauge. 4. Bleed the system. 9.5.6 Check gear oil At delivery the drum is filled with gear oil SAE 80W-90-API-GL5.

• Page 142: Change Of Gear Oil

  Maintenance and Service 9.5.7 9.5.7 Change of gear oil First change of gear oil: after 100 operating hours, latest after 6 months. The hoist should be in horizontal position Heat gear oil: if necesary, completely pay out and reel in rope once. Drain off the oil: Spool off the rope until there is access to the screw ②.

• Page 143: Troubleshooting

  Maintenance and Service • if your crane has not been used for a long time WARNING Air in the hydraulic system can lead to faults and damage To bleed air from the hydraulic system, pro- ceed as follows: Move each crane cylinder and each hydraulically operated piece of add-on equipment at least twice to its end positions (slowly).

• Page 144
  Maintenance and Service 9.6.1 Description Components Fuse Location Fuse for all components Hydraulic main control 15 A Located inside the relay box ①. controlled by the relay valve, stabiliser leg box. warning lamp, Remote control, user panel, MUX box. Truck warn- ing interface, Work lights.

• Page 145: Faults On The Crane

  • Only correct yourself the faults that ac- cording to the table you may rectify. • Follow the instructions exactly! • All other faults must be corrected by personnel in a HIAB service workshop! Fault Probable cause Action The electronic system will…

• Page 146: Faults In The Hoist

  The upper slewing bearing Lubricate the bearing is not properly lubricated. The bearings in the slewing Go to a HIAB service work- housing are damaged. shop Add-on equipment does not Connectors not properly Reconnect the add-on equip- work properly (rotator, connected.

• Page 147
  Damaged hoist motor. Go to a HIAB service work- shop to have the motor re- placed. Hoist center line is distorted Contact a HIAB service due to uneven mounting sur- workshop.

• Page 148: Display [Option]

  Maintenance and Service 9.6.4 9.6.4 Display [option] The display has three menu items: Error codes, Timers & Counters and VSL. These items are shown on the screen when the display is first engaged. To be able to select an item press the menu toggle button or the OK button.

• Page 149
  Maintenance and Service 9.6.4 If this item is selected the truck VSL diagram is shown. The diagram shows six sectors surround- ing the crane and in each sector a percentage is shown. A percentage of 90 indicates that the working pressure is reduced to 90% in this sector to guarantee full stability.

• Page 150: Decommissioning

  Decommissioning 10.1 Decommissioning a crane Cranes are designed and manufactured taking the environment into consideration. Environmental requirements and soundness have been considered when selecting the raw materials. The metal parts are designed to achieve a light and durable construction, this includes the selection of higher- quality grades of steel.

• Page 151
  Decommissioning 10.1 Energy waste can be utilized by incinerating it at a proper waste incineration plant • spiral wraps, manufactured from polyethene, plastic, bearings (cleaned of lubricants) used in the column, beam system etc, manufac- tured from polyamide plastic. Unsorted waste should be delivered to a landfill •…

• Page 152: Technical Data

  Technical Data 11.1 Documentation The Technical Data document shows diagrams and technical information about your specific crane The enclosed Technical Data printed out by the installer should be stored together with this Operator’s manual. 11.2 Theoretical using time Hoist Drive group class of operating time theoretical using time (years) 12,8 — 6,4…

• Page 153: Performance Data Tc1, Rope Capacity

  Technical Data 11.3 11.3 Performance Data TC1, rope ca- pacity Rope diameter 8 mm Rope layer Rope capacity according to DIN 15020 Grooved drum Hoisting force in kN 11.5 Rope lenght in m/layer, rope diameter 8 mm (4*) Total rope length in m (38*) Rope speed v in m/min with standard motor Weight in kg (ca):…

• Page 154: Abbreviations

  Technical Data 11.5 11.5 Abbreviations • ADC — (‘Automatic Duty Control’) — Automatic Duty Control • ADO — (‘Automatic Dumping of Oil’) — Automatic Dumping of Oil • APO — (‘Automatic Power Off’) — Automatic Power Off • ASC — (‘Automatic Speed Control’) — Automatic Speed Control •…

HIAB
Service Manual Electronics
Error Codes
Release date 2007-12-19
www.hiab.com
Service Manual Electronics
Error Codes
The manufacturer accepts no liability for any
consequences resulting from inappropriate, negligent,
or incorrect operation of the equipment or from misuse
of the equipment.
Every effort has been made to ensure the accuracy the
contents of this Manual, however the manufactures,
publishers and author accept no liability for any loss,
damage or injury caused by any errors in or omissions
from the information contained within this document.
The contents of this Manual are believed to be correct
at the time of printing. In the interests of a commitment
to a policy of continuous development and improvement
, the manufacturer reserves the right to change the
specification of the products or their performance or the
contents of this Manual, without notice.
All rights reserved. No part of this Manual may be stored,
reproduced or transmitted in any form or by any means,
electronically or mechanically including photocopying,
recording or by any information retrieval system, without
permission in writing from the publisher.
Copyright © HIAB AB February 2005
HIAB AB
SE-824 83
Hudiksvall
Sweden
Telephone
FAX:
+46 (0) 650 91000
+46 (0) 650 12174
Author: After Sales Service
Date of Issue: February 2005
Service Manual Electronics
Error Codes
Contents
Safety Information..................................................................................................................... 4
Read this for your safety
4
DANGER....................................................................................................... 4
WARNING..................................................................................................... 4
CAUTION...................................................................................................... 4
NOTE!............................................................................................................ 4
TIP!................................................................................................................ 4
Excluded personnel
4
Extract from EN12999:2002 (2004)
4
Extract from EN12644-1 (2001)
4
Service Manual Electronics
Error Codes
Error Decription Codes SPACE
General
Here follows a list of all the possible error messages from the SPACE systems pro­gram, a short description of
them and the action taken by the errors. The different ac­tions are:
- ERR_BLINK
- EMER_STOP
- LO_SPEED
- LOS_SPEED
- LO_LOAD
- STOP_OUT
- PSBI_DUMP
The error lamp in the PSB blinks­
Emergency Stop (dumpvalve deactivated)
The max allowed speeds are reduced to err_speed (%)
The full inner boom LOS speed reduction is set for the different functions (err_speed
used if the crane doesn’t have LOS)
The max allowed loads for inner boom, outer boom and jib is reduced to err_load % of
what the max allowed speed otherwise should be.
The out-direction for the extension and jib-extension are stopped.
SPACE asks the PSBI to switch off the dump supply. This action is automatically disabled the first 10 seconds after power-on.
Most of the errors are reset automatically when the faulty condition disap­pears, but a few errors requires to be
reset manually. A manual reset can be done with the terminal (ERRORS / CLEAR) or by switching the SPACE
power off and on.
Service Manual Electronics
Error Codes
SPACE RadioDrive
E 0 : Low Power
E 1 : Internal Error (Int)
E 2 : No I/O-voltage
E 3 : No Dump-voltage
E 4 : Remote receive error
E 5 : Parameter error
E 6 : Internal Error (Ti­me)
E 7 : No Relay box supply voltage
E 8 : System type lost
E 9 : Internal Error (PBuf)
E 10 : Dump Output Error
E 11 : One jib‑sensor uncon­nected
E 12 : Both jib and winch connected
E 13 : Winch indicator error
E 14 : Slewing‑sector error
E 15 : Inner Boom Pressure error
E 16 : Jib Out Pressure error
E 17 : Jib In Pressure error
E 18 : Internal Error (Log)
E 19 : Micro-mode selector error
E 20 : System not running
E 21 : No Box‑supply voltage
E 22 : No Outer Boom Tilt Indicator
E 23 : No Inner Boom Tilt Indicator
E 24 : Outer Boom Pressure error
E 25 : IO‑voltage in (A1) out of range
E 26 : Lever‑sensor 7 (A2) out of range
E 27 : Lever‑sensor 4 (A3) out of range
E 28 : Lever‑sensor 5 (A4) out of range
E 29 : Lever‑sensor 6 (A5) out of range
E 30 : Lever‑sensor 1 (A6) out of range
E 31 : Lever‑sensor 2 (A7) out of range
E 32 : Lever‑sensor 3 (A8) out of range
E 33 : Outer boom press (B1) out of range
E 34 : Outer boom tilt (B2) out of range
E 35 : Inner boom angle (B3) out of range
E 36 : Jib in pressure (B4) out of range
E 37 : Jib out pressure (B5) out of range
E 38 : Jib tilt (B6) out of range
E 39 : Winch sensors (B7) out of range
E 40 : Micro-mode input (B8) out of ran­ge
E 41 : Relay-box volt out (C1) out of range
E 42 : DUMP‑voltage in (C2) out of range
E 43 : DUMP-voltage out (C3) out of range
E 44 : Man/REM‑sw (C4) out of range
E 45 : Conn‑box volt out (C5) out of range,
E 46 : Slew angle sens (C6) out of range
E 47 : Temp sensor (C7) out of ran­ge
E 48 : Inner boom press (C8) out of range
EMER_STOP
EMER_STOP + ERR_BLINK
EMER_STOP
ERR_BLINK
LO_SPEED + ERR_BLINK
EMER_STOP + ERR_BLINK
ERR_BLINK
EMER_STOP + PSBI_DUMP + ERR_BLINK
LO_SPEED + ERR_BLINK
LO_SPEED + LO_LOAD + ERR_BLINK
LO_SPEED + LO_LOAD + ERR_BLINK
LO_SPEED + LO_LOAD + ERR_BLINK
LOS_SPEED + ERR_BLINK
LO_SPEED + ERR_BLINK
LO_SPEED + ERR_BLINK
ERR_BLINK
LO_SPEED + LO_LOAD + ERR_BLINK
ERR_BLINK
EMER_STOP + ERR_BLINK
LO_SPEED + ERR_BLINK
LO_SPEED + ERR_BLINK
LO_SPEED + ERR_BLINK
LO_SPEED + ERR_BLINK
LO_LOAD + ERR_BLINK
LO_LOAD + ERR_BLINK
LO_LOAD + ERR_BLINK
LO_LOAD + ERR_BLINK
LO_LOAD + ERR_BLINK
LO_LOAD + ERR_BLINK
LO_LOAD + ERR_BLINK
LO_SPEED + STOP_OUT + ERR_BLINK
LO_SPEED + LO_LOAD + ERR_BLINK
LO_SPEED + LO_LOAD + ERR_BLINK
LO_SPEED + ERR_BLINK
LO_SPEED + ERR_BLINK
LO_SPEED + LO_LOAD + ERR_BLINK
LO_SPEED + LO_LOAD + ERR_BLINK
LO_SPEED + LO_LOAD + ERR_BLINK
LO_SPEED + ERR_BLINK
LO_SPEED + ERR_BLINK
ERR_BLINK
LO_SPEED + ERR_BLINK
LO_SPEED + LO_LOAD + ERR_BLINK
LO_SPEED + LO_LOAD + ERR_BLINK
LO_SPEED + ERR_BLINK
LOS_SPEED + STOP_OUT + ERR_BLINK
Service Manual Electronics
Error Codes
E 49 : Inner Boom Angle error
E 50 : No Inner Boom Pressure Sensor
E 51 : No Outer Boom Pressure Sensor
E 52 : Lever not centered at startup
E 53 : Remote lever not centered at startup
E 54 : Remote lever error
E 55 : Radio protocol missing
E 56 : Radio protocol error
E 57 : Support legs not set
E 58 : Multiplexer 1 error
E 59 : Multiplexer 2 error
E 60 : Multiplexer 3 error
E 61 : Micro ON/OFF-switch error
E 62 : A/D-converter 1 error
E 63 : A/D-converter 2 error
E 64 : A/D-converter 3 error
E 65 : Real Time Lost
E 66 :
E 67 :
E 68 :
E 69 :
E 70 :
E 71 : PLC Program Lost
E 72 : PLC Program Error
E 73 : PLC Error 1
E 74 : PLC Error 2
E 75 : PLC Error 3
E 76 : PLC Error 4
E 77 : Remote battery empty
E 78 : Remote output open
E 79 : Remote output shorted
E 80 : Remote output shorted
E 81 :
E 82 :
E 83 :
E 84 :
E 85 :
E 86 :
E 87 :
E 88 :
E 89 :
LO_SPEED + ERR_BLINK
LOS_SPEED + ERR_BLINK
LO_SPEED + ERR_BLINK
ERR_BLINK
ERR_BLINK
LO_SPEED+ERR_BLINK
ERR_BLINK
ERR_BLINK
SUPP_LOAD+ERR_BLINK
LO_SPEED + ERR_BLINK
LO_SPEED + ERR_BLINK
LO_SPEED + ERR_BLINK
LO_LOAD + LO_SPEED + ERR_BLINK
LO_LOAD + LO_SPEED + ERR_BLINK
LO_LOAD + LO_SPEED + ERR_BLINK
LO_LOAD + LO_SPEED + ERR_BLINK
ERR_BLINK
ERR_BLINK
ERR_BLINK
ERR_BLINK
ERR_BLINK
ERR_BLINK
ERR_BLINK
ERR_BLINK
ERR_BLINK
ERR_BLINK
Service Manual Electronics
Error Codes
SPACE 3000/4000
E 0 : Lo power
E 1 : I/O-fuse
E 2 : DMP-fuse
E 3 : Emergency STOP
E 4 : DMP-output
E 5 : Em Stop Chain
E 6 : Column-fuse
E 7 : Terminal-fuse
E 8 : CAN-fuse
E 9 : HORN-output error
E 10 : Extended box error
E 11 : Internal Error
E 12 : Spool sensor 1 (ch0/P1:3) OOR
E 13 : Spool sensor 2 (ch1/P1:4) OOR
E 14 : Spool sensor 3 (ch2/P1:5) OOR
E 15 : Spool sensor 4 (ch3/P1:6) OOR
E 16 : Spool sensor 5 (ch4/P2:3) OOR
E 17 : Spool sensor 6 (ch5/P2:4) OOR
E 18 : Spool sensor 7 (ch6/EXT-P5:3) OOR
E 19 : Spool sensor 8 (ch7/EXT-P5:4) OOR
E 20 : 2nd inner boom tilt (ch8/P5:8) OOR
E 21 : Winch sensors (ch9/P5:7) OOR
E 22 : Inner boom tilt (ch10/P5:6) OOR
E 23 : Outer boom tilt (ch11/P5:5) OOR
E 24 : Outer boom press (ch12/P5:4) OOR
E 25 : Inner boom press (ch13/P5:3) OOR
E 26 : Slew indicator (ch14/P6:3) OOR
E 27 :
E 28 : Spool sensor 9 (ch16/P5:9) OOR
E 29 : On platform ind (ch17/EXT-P4:3) OOR
E 30 : Extra ind (ch18/EXT-P10:3) OOR
E 31 : Slew sector 1
E 32 : Slew sector 2
E 33 : Slew sector 3
E 34 : Winch Ind
E 35 : Parameter
E 36 : Lev not cent
E 37 : Inner Boom Pressure
E 38 : Outer Boom Pressure
E 39 : Cover 1 Error
E 40 : Cover 2 Error
E 41 : Cover 3 Error
E 42 : Cover 4 Error
E 43 : ADS Valve Error
E 44 : ADS P1 Error
E 45 : ADS P2 Error
E 46 : MSC-output
E 47 : DMP2-output
E 48 : Not run
EMER_STOP + ERR_LAMP
EMER_STOP + ERR_LAMP
EMER_STOP + ERR_LAMP
EMER_STOP
EMER_STOP + PWR_OFF + ERR_LAMP
EMER_STOP + ERR_LAMP
EMER_STOP + ERR_LAMP
EMER_STOP + ERR_LAMP
EMER_STOP + ERR_LAMP
ERR_LAMP
LO_LOAD + ERR_LAMP
ERR_LAMP
LO_LOAD + ERR_LAMP
LO_LOAD + ERR_LAMP
LO_LOAD + ERR_LAMP
LO_LOAD + ERR_LAMP
LO_LOAD + ERR_LAMP
LO_LOAD + ERR_LAMP
LO_LOAD + ERR_LAMP
LO_LOAD + ERR_LAMP
LO_SPEED + LO_LOAD + ERR_LAMP
LO_SPEED + LO_LOAD + ERR_LAMP
LO_SPEED + LO_LOAD + ERR_LAMP
LO_SPEED + LO_LOAD + ERR_LAMP
LO_SPEED + STOP_OUT + ERR_LAMP
LO_SPEED + STOP_OUT + ERR_LAMP
LO_SPEED + LO_LOAD + ERR_LAMP
LO_SPEED + LO_LOAD + ERR_LAMP
LO_SPEED + LO_LOAD + ERR_LAMP
LO_SPEED + LO_LOAD + ERR_LAMP
LO_SPEED + LO_LOAD + ERR_LAMP
LO_SPEED + LO_LOAD + ERR_LAMP
LO_SPEED + LO_LOAD + ERR_LAMP
LO_SPEED + LO_LOAD + ERR_LAMP
EMER_STOP + ERR_LAMP
LO_SPEED + ERR_LAMP
LO_SPEED + ERR_LAMP
ERR_LAMP
ERR_LAMP
ERR_LAMP
ERR_LAMP
ERR_LAMP
ERR_LAMP
ERR_LAMP
ERR_LAMP
ERR_LAMP
EMER_STOP + ERR_LAMP
Service Manual Electronics
Error Codes
E 49 : Service!
E 50 : Unknown cover in system
E 51 : CAN buffer overrun
E 52 : Real Time Lost
E 53 : PLC Program Lost
E 54 : Remote battery empty
E 55 : Remote Contol Unit
E 56 : Radio Receiver Error
E 57 : Remote Output Unit
E 58 : Remote Output Open
E 59 : Remote Output Shorted
E 60 : PLC Program Error
E 61 : PLC Error 1
E 62 : PLC Error 2
E 63 : PLC Error 3
E 64 : PLC Error 4
E 65 : Relay Box Error
E 66 : Lever supervision
E 67 : Mux Box Error
E 68 : Remote Control Missing
E 69 : P6:3 conflict
E 70 : IB rod press (ch53/P5:10) OOR
E 71 : OB rod press (ch54/P5:11) OOR
E 72 : Inner Boom Angle error
E 73 : Outer Boom Angle error
E 74 : Slew Angle error
E 75 : Slew sector 4
E 76 : Slew sector 5
E 77 : Slew sector 6
E 78 : The support legs are not set
E 79 :
E 80 :
E 81 :
E 82 :
E 83 :
E 84 :
E 85 :
E 86 :
E 87 :
E 88 :
E 89 :
ERR_LAMP
ERR_LAMP
ERR_LAMP
ERR_LAMP
ERR_LAMP
ERR_LAMP
ERR_LAMP
ERR_LAMP
ERR_LAMP
ERR_LAMP
ERR_LAMP
ERR_LAMP
ERR_LAMP
ERR_LAMP
ERR_LAMP
ERR_LAMP
ERR_LAMP
ERR_LAMP
LO_SPEED + LO_LOAD + ERR_LAMP
LO_SPEED + LO_LOAD + ERR_LAMP
LO_SPEED + ERR_LAMP
LO_SPEED + ERR_LAMP
LO_SPEED + ERR_LAMP
LO_SPEED + LO_LOAD + ERR_LAMP
LO_SPEED + LO_LOAD + ERR_LAMP
LO_SPEED + LO_LOAD + ERR_LAMP
ERR_LAMP
Service Manual Electronics
Error Codes
SPACE 5000
E 0 : Low Power
E 1 : Internal Error (Int)
E 2 : No I/O-voltage
E 3 : No Dump-voltage
E4 :
E 5 : Parameter error
E 6 : Internal Error (Time)
E 7 : No Relay box supply voltage
E 8 : System type lost
E 9 : Internal Error (CBuf)
E 10 : Dump Output Error
E 11 : One jib sensor unconnected
E 12 : Both jib and winch connected
E 13 : Winch indicator error
E 14 : Slewing sector error
E 15 : Inner Boom Pressure error
E 16 : Jib Boom Pressure error
E 17 :
E 18 : Internal Error (Log)
E 19 : Micro-mode selector error
E 20 : System not running
E 21 : No Box supply voltage
E 22 : No Outer Boom Tilt Indicator
E 23 : No Inner Boom Tilt Indicator
E 24 : Outer Boom Pressure error
E 25 : Lever sensor 8 (A1) out of range
E 26 : Lever sensor 7 (A2) out of range,
E 27 : Lever sensor 4 (A3) out of range,
E 28 : Lever sensor 5 (A4) out of range
E 29 : Lever sensor 6 (A5) out of range
E 30 : Lever sensor 1 (A6) out of range
E 31 : Lever sensor 2 (A7) out of range
E 32 : Lever sensor 3 (A8) out of range
E 33 : Outer boom press (B1) out of range
E 34 : Outer boom tilt (B2) out of range
E 35 : Inner boom angle (B3) out of range
E 36 : Jib in pressure (B4) out of range
E 37 : Jib out pressure (B5) out of range
E 38 : Jib tilt (B6) out of range
E 39 : Winch sensors (B7) out of range
E 40 : Micro-mode input (B8) out of range
E 41 : Relay-box volt out (C1) out of range
E 42 : DUMP voltage in (C2) out of range
E 43 : DUMP-voltage out (C3) out of range
E 44 : IO-voltage in (C4) out of range
E 45 : Conn box volt out (C5) out of range
E 46 : Slew angle sens (C6) out of range
E 47 : Temp sensor (C7) out of range
E 48 : Inner boom press (C8) out of range
EMER_STOP
EMER_STOP + ERR_BLINK
EMER_STOP
LO_SPEED + ERR_BLINK
EMER_STOP + ERR_BLINK
ERR_BLINK
EMER_STOP + PSBI_DUMP + ERR_BLINK
LO_SPEED + ERR_BLINK
LO_SPEED + LO_LOAD + ERR_BLINK
LO_SPEED + LO_LOAD + ERR_BLINK
LO_SPEED + LO_LOAD + ERR_BLINK
ASC_SPEED + ERR_BLINK
LO_SPEED + ERR_BLINK
ERR_BLINK
LO_SPEED + LO_LOAD + ERR_BLINK
ERR_BLINK
EMER_STOP + ERR_BLINK
LO_SPEED + ERR_BLINK
LO_SPEED + ERR_BLINK
LO_SPEED + ERR_BLINK
LO_LOAD + ERR_BLINK
LO_LOAD + ERR_BLINK
LO_LOAD + ERR_BLINK
LO_LOAD + ERR_BLINK
LO_LOAD + ERR_BLINK
LO_LOAD + ERR_BLINK
LO_LOAD + ERR_BLINK
LO_LOAD + ERR_BLINK
LO_SPEED + STOP_OUT + ERR_BLINK
LO_SPEED + LO_LOAD + ERR_BLINK
LO_SPEED + LO_LOAD + ERR_BLINK
LO_SPEED + ERR_BLINK
LO_SPEED + ERR_BLINK
LO_SPEED + LO_LOAD + ERR_BLINK
LO_SPEED + LO_LOAD + ERR_BLINK
LO_SPEED + LO_LOAD + ERR_BLINK
LO_SPEED + ERR_BLINK
LO_SPEED + ERR_BLINK
ERR_BLINK
LO_SPEED + ERR_BLINK
LO_SPEED + LO_LOAD + ERR_BLINK
LO_SPEED + LO_LOAD + ERR_BLINK
LO_SPEED + ERR_BLINK
ASC_SPEED + STOP_OUT + ERR_BLINK
Service Manual Electronics
Error Codes
E 49 : Inner Boom Angle error
E 50 : No Inner Boom Pressure Sensor
E 51 : No Outer Boom Pressure Sensor
E 52 : Lever not centered at startup
E 53 : Remote control Unit Error
E 54 : Power Supply Box Error
E 55 : Radio Receiver Error
E 56 : DA-module error
E 57 : Support legs not set
E 58 : Multiplexer 1 error
E 59 : Multiplexer 2 error
E 60 : Multiplexer 3 error
E 61 : Micro ON/OFF-switch error
E 62 : A/D-converter 1 error
E 63 : A/D-converter 2 error
E 64 : A/D-converter 3 error
E 65 : Real Time Lost
E 66 : Service Interval
E 67 : Outer Boom Angle error
E 68 :
E 69 :
E 70 :
E 71 : PLC Program Lost
E 72 : PLC Program Error
E 73 : PLC Error 1
E 74 : PLC Error 2
E 75 : PLC Error 3
E 76 : PLC Error 4
E 77 : Remote battery empty
E 78 : CombiDrive Error
E 79 :
E 80 : Analog angle sensor 1 error
E 81 : Analog angle sensor 2 error
E 82 : Analog angle sensor 3 error
E 83 : Analog angle sensor 4 error
E 84 : Lever supervision
E 85 :
E 86 :
E 87 :
E 88 :
E 89 :
10
LO_SPEED + ERR_BLINK
ASC_SPEED + ERR_BLINK
LO_SPEED + ERR_BLINK
ERR_BLINK
ERR_BLINK
ERR_BLINK
ERR_BLINK
ERR_BLINK
SUPP_LOAD+ERR_BLINK
LO_SPEED + ERR_BLINK
LO_SPEED + ERR_BLINK
LO_SPEED + ERR_BLINK
LO_LOAD + LO_SPEED + ERR_BLINK
LO_LOAD + LO_SPEED + ERR_BLINK
LO_LOAD + LO_SPEED + ERR_BLINK
LO_LOAD + LO_SPEED + ERR_BLINK
SERVICE_LAMP
LO_SPEED + ERR_BLINK
ERR_BLINK
ERR_BLINK
ERR_BLINK
ERR_BLINK
ERR_BLINK
ERR_BLINK
ERR_BLINK
ERR_BLINK
LO_SPEED + LO_LOAD + ERR_BLINK
LO_SPEED + LO_LOAD + ERR_BLINK
LO_SPEED + LO_LOAD + ERR_BLINK
LO_SPEED + LO_LOAD + ERR_BLINK
Service Manual Electronics
Error Codes
11

When item is selected information is shown about:

• Total time — Number of hours that the crane has been

engaged

• Use time – Number of hours that dump valve has been

active

• Lift count – Number of lifts made

• Time to service – Number of hours with the crane

engaged until next service

• Use time to next service – Number of hours with dump

valve active until next service

• Lifts to service – Number of lifts until next service

VSL or Slewing sector

If this item is selected the truck VSL diagram is shown. The diagram shows six sectors surrounding

the crane. In each sector a percentage of maximum lifting capacity available is shown. High

stability in a sector will give a high percentage of lifting capacity. The different sectors are marked in

colors green, yellow, grey or red where green indicates the highest percentage of lifting capacity

and red indicates the lowest percentage.

Function indication

If function LSS-V is activated the screen turns blue and a

symbol of a hook is shown. This to notify the operator of

the occurrence. When the screen goes back to normal the

symbol of the hook is shown in the top right of the screen.

When deactivating LSS-V the screen turns blue again and

the hook symbol is shown, this time crossed in a red circle.

The hook symbol in the top right of the screen disappears.

8.8.4. Error codes

SPACE has many error codes that can help you or Hiab technicians solve some problems with the

system and/or a defective component. You can see the codes if you have the external display or a

display on your controller.

If you have an error that is not in the following list, you must speak to your Hiab authorised service

workshop.

TIP

If you have an error, try to restart the system one time, then verify that you still

have the code on the screen before troubleshooting.

E003: Emergency stop

1. Set crane in manual mode.

2. Make sure that no emergency stop buttons are pushed on the crane or the controller.

E010: Lever not centred

Levers are not centred when the emergency stops are released. The error can be caused by lever

not in neutral position or defective lever on the controller. If the operator operates a lever before the

114

Maintenance and Service

HIAB L-HiPro 145/165/195/235